#registry key manipulation

[haloberry]

Long post! HotGuy being a manipulative bitch, and theories behind it!

I got so many words for HotGuy in the latest DDVAU chapter, but something I kinda want to point out is that yes, he IS an asshole, it has a something behind it. Scar was Grian's coworker for years, and Grian had always been a reliable figure for Scar in civilian life. It was only recently where HotGuy got to know Grian, that Grian had showed a different side as a ACAB believer. HotGuy got to saw the 'real' version of Grian, showing, at least to him, that Grian will only listen to power.

Of course, we it's even more present in Mother Spore. Grian had let Scar go, but after realizing the fungus get destroyed by fire, with Grian's wings still there afterwards, Grian gets outed after hiding it for 32 years. Yet, Scar still cares for Grian.

It's fucked up, because he is manipulating Grian as HotGuy, but Scar cares for Grian and HG can't let that connection be made.

Scar was scared for Grian, Scar was hurt that Grian hid that, Scar felt regret for injuring Grian during the battle. But, Grian is the Grian he knew. The man that helped grade his student's homework is a man who was an unregistered mutant, and attacked the school under the influence of a mushroom. If Grian was a regular human like his registry said, the whole situation could've ended differently.

HotGuy needs information, and clearly HotGuy gets information that Scar doesn't. Beside being the head of the military, HotGuy got more out of Grian the Scar ever has.

HotGuy makes it a point to say he not impressed with Grian's secret, but Scar was wondering why he never noticed it. HotGuy's face was never shown again after the battle in pt3, the visor being filled in to make that distinction clear. He could've talked to Grian behind cell walls, but he cares. Though, between the job that gives him everything, compared to a friend who in his eyes lied to him? Well, a drastic emotion change seems on par. Of course, this doesn't make the HG better. He still blackmailed Grian, and was using society's social prejudices against the man who just got out of a fucking coma, but his job is more important. HotGuy was shocked when he learned the Spore moved towards Grian, as previously he thought Grian was the one controlling the spores. He had a suspicion, but nothing concrete until Grian came forward with information. Even the labs with Cub have nothing to go off of, and with Grian being the only one who could offer ANY clarity at all, Grian holds the key to solving the case.

Of course, HotGuy can't ever let Grian feel in control. He needs Grian to come forward with any information available, and doesn't want Grian to go off and ruin it. He needs Grian to be under him. So he lied to the public and said the wings were grown after the attack, and is using Grian's life long secret to make sure the other doesn't move from under him. It's horrendous, I hate that I love it. There is still so much we don't know, like if HotGuy knows Grian is also a witch or does he think it was part of the shrooms, or if HotGuy is putting the pieces together and thinking Grian is CuteGuy, but alas we must wait for the next chapter. :>

DDVAU MARYTN WOOD IF YOU CAN HEAR MEEEEEE!!

[mariacallous]

Congress may be closer than ever to passing a comprehensive data privacy framework after key House and Senate committee leaders released a new proposal on Sunday.

The bipartisan proposal, titled the American Privacy Rights Act, or APRA, would limit the types of consumer data that companies can collect, retain, and use, allowing solely what they’d need to operate their services. Users would also be allowed to opt out of targeted advertising, and have the ability to view, correct, delete, and download their data from online services. The proposal would also create a national registry of data brokers, and force those companies to allow users to opt out of having their data sold.

“This landmark legislation gives Americans the right to control where their information goes and who can sell it,” Cathy McMorris Rodgers, House Energy and Commerce Committee chair, said in a statement on Sunday. “It reins in Big Tech by prohibiting them from tracking, predicting, and manipulating people’s behaviors for profit without their knowledge and consent. Americans overwhelmingly want these rights, and they are looking to us, their elected representatives, to act.”

Congress has tried to put together a comprehensive federal law protecting user data for decades. Lawmakers have remained divided, though, on whether that legislation should prevent states from issuing tougher rules, and whether to allow a “private right of action” that would enable people to sue companies in response to privacy violations.

In an interview with The Spokesman Review on Sunday, McMorris Rodgers claimed that the draft’s language is stronger than any active laws, seemingly as an attempt to assuage the concerns of Democrats who have long fought attempts to preempt preexisting state-level protections. APRA does allow states to pass their own privacy laws related to civil rights and consumer protections, among other exceptions.

In the previous session of Congress, the leaders of the House Energy and Commerce Committees brokered a deal with Roger Wicker, the top Republican on the Senate Commerce Committee, on a bill that would preempt state laws with the exception of the California Consumer Privacy Act and the Biometric Information Privacy Act of Illinois. That measure, titled the American Data Privacy and Protection Act, also created a weaker private right of action than most Democrats were willing to support. Maria Cantwell, Senate Commerce Committee chair, refused to support the measure, instead circulating her own draft legislation. The ADPPA hasn’t been reintroduced, but APRA was designed as a compromise.

“I think we have threaded a very important needle here,” Cantwell told The Spokesman Review. “We are preserving those standards that California and Illinois and Washington have.”

APRA includes language from California’s landmark privacy law allowing people to sue companies when they are harmed by a data breach. It also provides the Federal Trade Commission, state attorneys general, and private citizens the authority to sue companies when they violate the law.

The categories of data that would be impacted by APRA include certain categories of “information that identifies or is linked or reasonably linkable to an individual or device,” according to a Senate Commerce Committee summary of the legislation. Small businesses—those with $40 million or less in annual revenue and limited data collection—would be exempt under APRA, with enforcement focused on businesses with $250 million or more in yearly revenue. Governments and “entities working on behalf of governments” are excluded under the bill, as are the National Center for Missing and Exploited Children and, apart from certain cybersecurity provisions, “fraud-fighting” nonprofits.

Frank Pallone, the top Democrat on the House Energy and Commerce Committee, called the draft “very strong” in a Sunday statement, but said he wanted to “strengthen” it with tighter child safety provisions.

Still, it remains unclear whether APRA will receive the necessary support for approval. On Sunday, committee aids said that conversations on other lawmakers signing onto the legislation are ongoing. The current proposal is a “discussion draft”; while there’s no official date for introducing a bill, Cantwell and McMorris Rodgers will likely shop around the text to colleagues for feedback over the coming weeks, and plan to send it to committees this month.

[minileena]

Last one before I disappear into the shadows and write my weird passion project fleshcasting body horror fic ooOOOOoooooOo

Layna

We don't speak through the morning. Anything I would say would be damage control to try and manipulate Evelyn into thinking that I'm not angry with her, and she would see right through that.

She packs the diamond, and I half-expect her to leave me in the motel room to go cash it in herself, but she does, in fact, offer me a hand on the way out.

Still trying to split the money.

This lucky motherfucker.

We check out and head out onto the street.

"My fence is down that way," I say, gesturing down the road. "Walk till Pinemore, then left. I'll tell you where to go from there."

Evelyn doesn't make a tiny GPS joke. I find that I almost mourn the absence of our banter as we walk, but I set my jaw and keep silent anyways.

The walk is a bit longer than the one we took from the gala to the motel. It's about forty minutes of silence before we make it to the place I'm supposed to meet my fence. It's another five before he shows up.

"Layna," he says as simple greeting.

"Damien," I say back. "This is Rebecca, my chauffeur."

Evelyn, to her credit, doesn't bat an eye at my lie. Damien looks her up and down, as if assessing her, before pulling out a set of car keys and clicking the fob. The sound of a horn echoes from behind the wall ahead of us.

"Your money is in the back of that van. The car is unmarked, not stolen, license plate on all the right registries."

"It better be," I say, gesturing for Evelyn to take us to the van in the alley.

She takes me to the alley and we leaf through the bills in one of the bags.

"You know what happens if any amount of this is fake," I comment idly, not only to keep Damien in line but also as a jab at Evelyn’s privileged little speech last night.

Damien offers a smirk. "Always playing it safe, huh, Layna? Don't worry, I know the deal. It's all clean, unmarked, real."

I nod and gesture back into the building we've been discussing in.

"So," Damien says with a grin, "you got the rock?"

All it takes is a glance for Evelyn to take the hint and pull out the diamond.

Damien whistles and sets the car keys on a nearby table. "Alright. Give it here, then."

She reaches out to hand him the diamond, but Damien doesn't move to take it.

"The little one did all the work," he says to Evelyn with a grin. "You don't think she deserves to be the one to give the jewel a proper sendoff?"

I give a reciprocating smirk. "And the theatrics are a must?" I clarify as I walk down from Evelyn's shoulder to the hand carrying the gem.

"For a job like this?" Damien says. "Absolutely."

I hoist the diamond into my grip and hold it out for Damien to take.

His arm shoots out faster than I can react.

He grabs the diamond as well as my entire body before pulling a gun on Evelyn, trained directly at her forehead.

"You are not Rebecca," he says simply.

"Damien, the fuck are you doing?" I growl as I try to squirm out of his grip.

"I'm doing you a favour, is what I'm doing," he replies. "I know what Becca looks like. This isn't her. I'm assuming you got caught and this is... what, a cop? Another thief? Either way, this wasn't part of the plan, so..."

His thumb cocks the hammer of his pistol.

"Just say the word," Damien says. "She's not taking your money. We'll leave her here and I can drive you to one of your other handlers."

Evelyn's gaze meets mine.

I see fear in her eyes.

I have leverage over her. I have power again.

I have no incentive to keep her alive anymore.

She's at my mercy now.

She's powerless.

...

I know the feeling.

I don't like the feeling.

Fuck me. I'm about to be a multimillionaire anyways. Might as well start getting used to taking the luxurious path.

"Christ, Damien, with the theatrics," I huff. "Put the gun down."

His hand wavers. "I... what?"

"My plans changed," I say simply. "You don't need to worry yourself with how. No, this isn't Rebecca. I lied to try and move this the fuck along without you asking questions."

Damien pauses for a few moments, still not moving his gun arm.

"Is this a setup?" He asks, attempting to sound casual but failing to keep the tension out of his voice.

"No," I respond, honestly annoyed with how long this is taking.

"How am I supposed to trust that, huh?" he asks again, his grip tightening a touch.

"You aren't," I reply, trying to push his fingers off of my chest. "That's what the blackmail is for. You have dirt on me too, remember? I'm not going to screw us both over."

Evelyn and I lock eyes.

"You expect me to leave anything to trust?" I ask Damien without averting my gaze.

With a huff, he lowers the gun and sets me on the table, palming the diamond in his other hand.

"You better not be getting sloppy with these jobs, Layna," he says on his way out.

"Wouldn't dream of it," I say with a sigh as the door shuts behind him.

Evelyn takes a seat on the end of the table, legs visibly quivering from the encounter. She takes a few deep breaths to calm herself before glancing down at me.

She takes a deep breath before beginning. "You didn't-"

"Shut up," I interrupt, refusing to look into her eyes. "Grab the keys. You're driving."

She smiles and jumps off the table excitedly, reaching for the keys Damien left and laying a palm out for me to step onto.

"How does luxury feel?" She asks as I step on.

I can't manage to suppress my smile. "Pretty damn good.”

U should go read zookeeper if you like these characters okay ty for reading bye!!!

[jayasuriyan]

Blockchain: what it is, how it works and the most common uses

What is blockchain?

It literally means blockchain is a database or public registry that can be shared by a multitude of users in peer-to-peer mode (P2P or peer network) and that allows the storage of information in an immutable and organized way.  

It is a term associated with cryptocurrencies because, apart from being the technology that supports them, it was born with the first virtual currency in history in 2009, Bitcoin . In this case, the data added to the blockchain is public and can be consulted at any time by network users.

However, it is important to remember that cryptocurrencies are just that, currencies! Just as happens with the euro, the dollar or any type of paper money. Each one is a simple material with a printed value, but what allows its use and generates value are the economic laws that support them.

Something similar happens with virtual currencies. In this case, it is blockchain technology that allows it to function. Its main objective is to create an unchangeable record of everything that happens in the blockchain, which is why we are talking about a secure and transparent system. 

Bitcoin (BTC), Ethereum (ETH) or any other cryptocurrency is simply a virtual currency built on the blockchain and used to send or receive the amount of money that each participant has. This technology is what keeps transactions publicly recorded, but keeping the identity of the participants anonymous.

However, although it was created to store the history of Bitcoin operations, over the years it has identified great potential to be applied in other areas and sectors due to the possibilities it offers.

Features of blockchain technology

The progress of this system has been a mystery since its origin, but little by little we are learning more details about its operation:

Security

Cryptography is a fundamental pillar in the operation of the blockchain application development company, which provides security for the data stored in the system, as well as the information shared between the nodes of the network. When we are going to make a transaction, we need a set of valid asymmetric keys to be able to carry it out on the blockchain. It is also known as public key cryptography.

Trust

By representing a shared record of facts, this technology generates trust in users. Not only that, but it eliminates the possibility of manipulation by hackers and generates a ledger of operations that all members of the network can access. 

Immutability

When information is added to the distributed database, it is virtually impossible to modify it. Thanks to asymmetric cryptography and hash functions, a distributed ledger can be implemented that guarantees security. In addition, it allows consensus on data integrity to be reached among network participants without having to resort to an entity that centralizes the information. 

Transparency

It is one of the basic requirements to generate trust. Transparency in blockchain consulting services is attained by making the chain's software code publicly available and by fostering a network of nodes that use it. Its application in different activities, such as supply chains, allows product traceability from origin.

Traceability

It allows knowledge of all operations carried out, as well as the review of transactions made at a specific time. Traceability is a procedure that allows us to follow the evolution of a product in each of its stages, as well as who, how, when and where it has been intervened on. This is one of the main reasons why many sectors are beginning to apply blockchain technology.

3 keys to understanding how the blockchain works

It will only take you a single step to become an expert on the blockchain consulting services. Now that you know its definition and the main characteristics and related terms, it is time to put everything you have learned together to discover how it works. Take note!

The jack, horse, king of transactions

Networks use peer-to-peer data exchange technology to connect different users who share information. That is, the data is not centralized in a central system, but shared by all users of the network. At the moment a transaction is made, it is recorded as a block of data transmitted to all parties with the objective of being validated. 

The transaction is the movement of an asset and the block can record the information of your choice, from what, who, when, to where, how much and how. Like an irreversible record, each block joins the preceding and following ones to form a chain (blockchain). Every new block removes the chance of manipulation and strengthens the previous one's verification. Finally, the transaction is completed. 

The structure of the blocks

The chain stores a lot of information, which allows it to grow over time. This is the reason why it has been necessary to create efficient query mechanisms without having to download all the information: the Merkle hash tree.

It is a tree data structure that allows a large number of separate data to be related to a single hash value, providing a very efficient method of verifying the contents of large information structures.

Generation of chain blocks

First of all, it is a decentralized process. And to do this, a distributed consensus is needed in which the nodes have the ability to generate valid data. In order for users to initiate new operations, they must turn into nodes within the system. If what they want is to become miners and create blocks, then they must compete with others. The validation process is based on asymmetric cryptography, with a public key and a private key. The issued transactions are validated by the nodes in the new mined block, as well as their correct linking to the previous block (it must contain the hash).

The most common uses of blockchain

“But this technology was created for cryptocurrency operations.”

That's right, but the passage of time, research and social needs have seen great potential in this technology to be applied in other areas:

Voting systems

Some states such as West Virginia are implementing electronic voting through blockchain, although it is still a framework to be regulated. But that's not necessary to go that far. After the last elections to the Madrid Assembly, as well as the COVID-19 pandemic situation and its restrictions on mobility and the gathering of people, they have proposed the establishment of electronic voting with blockchain.It is an extremely appealing voting system because of its traceability and immutability.Not only would it increase transparency and reliability, but you could audit in real time.

Smart Contracts

They are programs that allow you to fulfill and execute registered agreements between the parties automatically. They can be applied in any type of transaction where a registered agreement is necessary, such as a security deposit or the contracting of a product, among others. Among its main characteristics we find: self-execution and immutability. 

Supply chain

Supervision and monitoring in food chains, as well as in production, is one of the main applications proposed with blockchain. Some examples of this technology in the food and agricultural industry are: Walmart China, with food production constituted by IBM; or the Australian AgriDigital, which works with distributed ledgers, blockchain and Smart Contracts.

It is not what has already been done, but what is yet to come. At Occam Agencia Digital , as a blockchain development company, we are convinced that it is not just about programming, but about analyzing the client's needs and designing a unique user experience.

What are some ways that your business can benefit from blockchain technology? Tell us your questions, we can help you solve them.

Tokenization of real estate and assets

 Thanks to the transparency of the blockchain, the tokenization of assets is revolutionizing traditional sectors such as real estate investment, democratizing their purchase. 

This breaks the barrier to investing in safer assets, since, until now, if you wanted to buy a property, you had to do it alone or among a very small group of people. Thanks to tokenization, now you can buy an apartment between 100, 200, 1000 people by making a small contribution. 

This also allows you to diversify and minimize risk, being able to invest €100 in several properties.

It is very important to choose a blockchain development company that has developed a project using this technology, since these are complex developments with very little documentation on the internet to help developers.

How to do good blockchain development?

We invite you to take note of the steps necessary for the development of the blockchain:

The first thing to do is a briefing between both parties . The client provides the information on the business model, and the blockchain development company offers the expertise to design the platform using the most optimal technology.

It is very important to choose the technologies to be used, since in blockchain each transaction has a cost. Depending on the blockchain chosen, it can cost between €10 or €0.0001 each.

It is imperative that the blockchain development company determines which components of the platform need to function in order to have a well-balanced security, user experience, and cost per use system that is suitable and tailored to the client's suggested business model. 

For example, if you want to develop a platform to tokenize real estate so that investors can buy tokens from these, the most recommended thing is that all the functionality related to the purchase or investment is developed on blockchain technology, and the rest of the functionalities are developed using the traditional way. In this way, you will achieve a good user experience, great security in purchases and low costs.

Once the briefing is finished, we move on to the design phase . With the briefing in hand, it's time for the UX and UI experts to get to work. With the information collected, you must design a platform with a great user experience and a friendly interface to convey confidence to the user and allow them to operate very easily. You'll be able to stay on the platform and avoid getting frustrated or giving up.

[earthvitalsignimpact]

Title: Blockchain as the Cornerstone of Ukraine’s Post-War Zero-Carbon Economy

by UEVS and the power of AI

Introduction

Ukraine, in its post-war reconstruction phase, has a historic opportunity to transition towards a zero-carbon economy while simultaneously tackling corruption—one of its most persistent challenges. Blockchain technology offers a decentralized, transparent, and tamper-proof framework that can revolutionize governance, finance, land management, and energy distribution. This document outlines key areas where blockchain can play a pivotal role in ensuring accountability, transparency, and financial sovereignty while fostering a sustainable future.

1. Transparent Reconstruction Funds & Aid Distribution

The Problem:

Post-war reconstruction efforts often face corruption risks, with funds misallocated, embezzled, or lost in bureaucratic inefficiencies.

Blockchain Solution:

Smart contracts ensure that funds are released only when specific conditions are met, such as verified construction milestones.

A public ledger records every transaction, allowing donors and the public to track funds in real-time.

Eliminates the need for trust in intermediaries, ensuring funds reach intended projects without manipulation.

Real-World Case Study:

The United Nations World Food Programme (WFP) has used Ethereum-based smart contracts to distribute aid to refugees efficiently, reducing fraud and ensuring direct assistance.

2. Land & Property Registry to Prevent Land Grabs

The Problem:

After war, property disputes and illegal land seizures become prevalent, undermining stability.

Blockchain Solution:

Immutable land records stored on blockchain prevent fraudulent transfers and document manipulation.

Decentralized verification allows citizens to confirm property ownership without corrupt intermediaries.

Reduces bureaucratic bottlenecks and bribery associated with land registration.

Real-World Case Study:

Georgia’s National Land Registry implemented blockchain-based land records, reducing property fraud and increasing trust in the system.

3. Carbon Credit Trading & Environmental Accountability

The Problem:

Corruption and greenwashing often undermine carbon credit markets, allowing fraudulent emissions offset claims.

Blockchain Solution:

Decentralized carbon credit trading platform ensures that credits are legitimate and cannot be manipulated.

Verifiable CO₂ tracking using blockchain prevents industries from falsifying environmental compliance.

Smart contracts ensure funds go only to verified green projects, eliminating middlemen and fraudulent activities.

Real-World Case Study:

The IBM and Energy Blockchain Lab created a blockchain-based carbon asset trading platform in China, ensuring transparency in CO₂ reductions.

4. Decentralized Energy Grids & Peer-to-Peer (P2P) Energy Trading

The Problem:

Centralized energy distribution often leads to monopolies, price manipulation, and slow adoption of renewables.

Blockchain Solution:

Decentralized energy markets allow households and businesses to trade excess renewable energy directly without intermediaries.

Smart contracts automate payments, ensuring fair pricing and removing opportunities for bribery.

Incentivizes the rapid adoption of solar, wind, and green hydrogen technologies in a transparent manner.

Real-World Case Study:

Brooklyn Microgrid uses blockchain to enable P2P energy trading, allowing communities to become energy-independent.

5. Corruption-Free Procurement for Public Infrastructure

The Problem:

Government contracts are plagued by kickbacks, favoritism, and inflated costs.

Blockchain Solution:

Transparent bidding system where all bids and contracts are publicly recorded and tamper-proof.

Smart contracts enforce contract execution, ensuring funds are used only for designated purposes.

Eliminates middlemen and bribery, ensuring that only qualified companies win contracts.

Real-World Case Study:

Ukraine’s Prozorro e-Procurement System has already increased transparency but can be further enhanced with blockchain integration.

6. Digital Identity & Voting to Eliminate Electoral Fraud

The Problem:

Post-war elections are vulnerable to vote-rigging, identity fraud, and political manipulation.

Blockchain Solution:

Decentralized digital IDs prevent fake voter registrations.

Blockchain-based voting ensures tamper-proof elections, allowing every citizen to verify their vote.

Publicly auditable results eliminate disputes over election legitimacy.

Real-World Case Study:

West Virginia, USA, tested blockchain-based voting for overseas military personnel, ensuring election integrity.

7. Bitcoin for Financial Sovereignty & Protection from Corrupt Banking

The Problem:

Traditional banking is often controlled by oligarchs, leading to financial instability and loss of funds.

Blockchain Solution:

Bitcoin and stablecoins provide a corruption-resistant financial system, immune to government interference.

Lightning Network enables instant, low-fee transactions, supporting entrepreneurs and small businesses.

Ukrainian diaspora can send remittances via Bitcoin, bypassing high banking fees and restrictions.

Real-World Case Study:

Ukraine’s strong Bitcoin adoption has already demonstrated the role of crypto in financial resilience.

8. Supply Chain Integrity for Green Technologies

The Problem:

Fake sustainability claims and fraudulent supply chains undermine green tech investments.

Blockchain Solution:

End-to-end tracking of materials like solar panels, EV batteries, and hydrogen fuel cells.

Verifiable blockchain certifications ensure ethical sourcing and compliance with zero-carbon standards.

Enables investors to fund only legitimate sustainable projects.

Real-World Case Study:

VeChain’s blockchain platform is used to track carbon footprints across supply chains.

Conclusion: Blockchain as Ukraine’s Anti-Corruption Shield

By integrating blockchain into governance, finance, and energy sectors, Ukraine can rebuild transparently and efficiently, ensuring that corruption does not undermine its post-war recovery and transition to a zero-carbon future.

Next Steps:

Pilot blockchain-based reconstruction projects in partnership with international donors.

Expand Bitcoin and blockchain education to ensure citizens can fully utilize the technology.

Integrate smart contracts into government procurement to eliminate bribery.

Develop a decentralized carbon credit trading system to ensure climate accountability.

Call to Action:

We invite blockchain innovators, policymakers, and environmental leaders to collaborate on Ukraine’s path to a transparent, sustainable future powered by decentralized technology.

References

United Nations World Food Programme - Blockchain for Humanitarian Aid: https://www.wfp.org/innovation/blockchain

Forbes - Georgia’s Blockchain Land Registry: https://www.forbes.com/sites/michaeldelcastillo/2017/02/07/the-country-of-georgia-uses-bitcoin-tech-to-secure-land-titles/

IBM - Blockchain for Carbon Credit Trading: https://www.ibm.com/blogs/blockchain/2017/12/using-blockchain-to-help-fight-climate-change/

Chainalysis - Ukraine’s Crypto Adoption: https://blog.chainalysis.com/reports/ukraine-crypto-adoption-2021/

Quiz: Blockchain in Post-War Ukraine’s Zero-Carbon Future

Section 1: General Knowledge

Multiple-Choice Questions

What is one of the main advantages of using blockchain in Ukraine’s post-war reconstruction? a) Centralized control over aid distribution b) Transparency and reduced corruption c) Increased reliance on intermediaries d) Reduced financial sovereignty

How do smart contracts improve aid distribution? a) By making all financial transactions private b) By releasing funds only when conditions are met c) By allowing government officials to modify terms at will d) By making the process less efficient

Which of the following industries would benefit from blockchain-based carbon credit trading? a) Fossil fuel extraction companies b) Renewable energy providers c) Land developers ignoring emissions regulations d) Companies that manipulate emission reports

What type of blockchain system can be used for land and property registries in Ukraine? a) A centralized government database b) An immutable blockchain ledger c) A paper-based record system d) An encrypted email archive

Why is peer-to-peer (P2P) energy trading important in a blockchain-powered energy grid? a) It allows households to trade renewable energy without middlemen b) It enables the government to monitor energy consumption c) It eliminates the need for energy storage solutions d) It prevents citizens from accessing energy data

Section 2: True or False

Bitcoin and stablecoins can protect citizens from corrupt banking systems in post-war Ukraine. (True / False)

Blockchain technology ensures that carbon credit trading remains fraud-free and tamper-proof. (True / False)

Smart contracts can be modified after execution to accommodate last-minute changes by government officials. (True / False)

Decentralized voting using blockchain could reduce election fraud in Ukraine. (True / False)

Ukraine’s Prozorro e-Procurement System already uses blockchain for full transparency. (True / False)

Section 3: Short Answer Questions

How can blockchain-based procurement reduce corruption in post-war reconstruction projects?

What are two benefits of using blockchain for land and property registry in Ukraine?

Explain how Bitcoin adoption can promote financial sovereignty in Ukraine’s economy.

How does a blockchain-powered carbon credit market ensure that CO₂ emissions are properly accounted for?

What role do smart contracts play in public infrastructure projects to prevent fraud?

Section 4: Case Studies & Application

Case Study: The Brooklyn Microgrid allows residents to trade excess solar energy using blockchain. How could a similar system help Ukraine transition to a zero-carbon decentralized energy grid?

Case Study: Georgia implemented blockchain-based land registries to prevent property fraud. What challenges might Ukraine face in adopting a similar system?

Application: You are advising the Ukrainian government on blockchain-based election security. List three recommendations to ensure a fraud-proof decentralized voting system.

Application: Investors are wary of greenwashing in Ukraine’s transition to a zero-carbon economy. How could blockchain-based supply chain tracking ensure that green technologies are truly sustainable?

Application: A Ukrainian city wants to implement blockchain for public transportation payments using Bitcoin and stablecoins. What advantages does this provide compared to a traditional banking system?

Quiz Answer Key: Blockchain in Post-War Ukraine’s Zero-Carbon Future

Section 1: General Knowledge

Multiple-Choice Questions

What is one of the main advantages of using blockchain in Ukraine’s post-war reconstruction? b) Transparency and reduced corruption ✅ Explanation: Blockchain records transactions on an immutable public ledger, reducing corruption and ensuring transparency in fund distribution.

How do smart contracts improve aid distribution? b) By releasing funds only when conditions are met ✅ Explanation: Smart contracts execute only when predefined criteria, such as project milestones, are verified, preventing fund mismanagement.

Which of the following industries would benefit from blockchain-based carbon credit trading? b) Renewable energy providers ✅ Explanation: Blockchain prevents fraudulent carbon credit claims, ensuring that only legitimate emissions reductions are rewarded.

What type of blockchain system can be used for land and property registries in Ukraine? b) An immutable blockchain ledger ✅ Explanation: A blockchain-based land registry prevents fraudulent land grabs by maintaining tamper-proof ownership records.

Why is peer-to-peer (P2P) energy trading important in a blockchain-powered energy grid? a) It allows households to trade renewable energy without middlemen ✅ Explanation: Blockchain enables direct energy trading between individuals, reducing reliance on centralized energy providers and increasing efficiency.

Section 2: True or False

Bitcoin and stablecoins can protect citizens from corrupt banking systems in post-war Ukraine. ✅ True Explanation: Bitcoin and stablecoins offer an alternative to traditional banking systems, reducing citizens’ reliance on potentially corrupt institutions.

Blockchain technology ensures that carbon credit trading remains fraud-free and tamper-proof. ✅ True Explanation: The decentralized nature of blockchain prevents manipulation, ensuring that carbon credit transactions are transparent and verifiable.

Smart contracts can be modified after execution to accommodate last-minute changes by government officials. ❌ False Explanation: Once executed, smart contracts are immutable, preventing any unauthorized alterations or corruption.

Decentralized voting using blockchain could reduce election fraud in Ukraine. ✅ True Explanation: Blockchain-based voting ensures tamper-proof election records, preventing vote rigging and ensuring fair elections.

Ukraine’s Prozorro e-Procurement System already uses blockchain for full transparency. ❌ False Explanation: Prozorro is an open-source procurement system that increases transparency, but it does not yet fully integrate blockchain technology.

Section 3: Short Answer Questions

How can blockchain-based procurement reduce corruption in post-war reconstruction projects? Answer: By ensuring that all bidding and contract execution processes are recorded on a public ledger, eliminating favoritism, bribery, and fund misallocation.

What are two benefits of using blockchain for land and property registry in Ukraine? Answer: Prevents land fraud by storing tamper-proof property records. Reduces bureaucratic inefficiencies, enabling faster and fairer ownership verification.

Explain how Bitcoin adoption can promote financial sovereignty in Ukraine’s economy. Answer: Bitcoin enables secure, censorship-resistant transactions, allowing citizens to store value and transact without reliance on government-controlled banking systems.

How does a blockchain-powered carbon credit market ensure that CO₂ emissions are properly accounted for? Answer: By verifying emissions data on an immutable ledger, preventing companies from making false green claims and ensuring only legitimate reductions receive credits.

What role do smart contracts play in public infrastructure projects to prevent fraud? Answer: Smart contracts automatically execute payments only when predefined milestones are met, preventing funds from being siphoned off or misused.

Section 4: Case Studies & Application

16. Case Study: The Brooklyn Microgrid allows residents to trade excess solar energy using blockchain. How could a similar system help Ukraine transition to a zero-carbon decentralized energy grid? Answer: A blockchain-based microgrid in Ukraine would allow citizens to trade excess renewable energy directly, reducing dependence on centralized power providers and accelerating green energy adoption.

17. Case Study: Georgia implemented blockchain-based land registries to prevent property fraud. What challenges might Ukraine face in adopting a similar system? Answer: Resistance from corrupt officials benefiting from land disputes. Need for nationwide digital infrastructure. Ensuring all historical land records are correctly migrated onto the blockchain.

18. Application: You are advising the Ukrainian government on blockchain-based election security. List three recommendations to ensure a fraud-proof decentralized voting system. Answer: Use decentralized digital identities to prevent duplicate voter registrations. Implement end-to-end vote encryption and verification. Make the blockchain ledger publicly auditable to prevent election fraud.

19. Application: Investors are wary of greenwashing in Ukraine’s transition to a zero-carbon economy. How could blockchain-based supply chain tracking ensure that green technologies are truly sustainable? Answer: By tracking the entire supply chain of renewable energy products (e.g., solar panels, wind turbines) on blockchain, investors can verify that materials are ethically sourced and emissions claims are accurate.

20. Application: A Ukrainian city wants to implement blockchain for public transportation payments using Bitcoin and stablecoins. What advantages does this provide compared to a traditional banking system? Answer: Faster, borderless payments without banking fees. Eliminates the risk of government interference or financial censorship. Ensures transparency and prevents ticket revenue mismanagement.

Scoring System:

0-10 Correct: Blockchain Newcomer – You’re just getting started with decentralized technology.

11-15 Correct: Blockchain Advocate – You understand how blockchain can drive transparency.

16-20 Correct: Blockchain Expert – You could help design Ukraine’s future blockchain infrastructure!

[xaltius]

Exploring the Future Scope of Blockchain Technology

Blockchain technology, initially recognized for its role in cryptocurrencies, is poised to revolutionize numerous sectors in the coming years. Its decentralized, secure, and transparent nature offers a foundation for innovation across diverse industries. This blog explores the exciting future scope of blockchain technology and its potential to reshape our world.

Beyond the Buzz: Real-World Applications and Future Potential

While the hype surrounding cryptocurrencies has introduced many to blockchain, its true potential lies in its broader applicability. The ability to create a shared, immutable record of transactions is transformative, impacting everything from finance and healthcare to supply chain management and voting systems.

Key Areas of Future Growth:

Decentralized Finance (DeFi): DeFi aims to democratize finance by leveraging blockchain to create decentralized applications (dApps) for lending, borrowing, trading, and investing. This can increase access to financial services for underserved populations and reduce reliance on traditional intermediaries.

Supply Chain Revolution: Blockchain can revolutionize supply chain management by providing complete transparency and traceability. Tracking products from origin to consumer can reduce counterfeiting, improve efficiency, and enhance accountability. Consumers can gain confidence in the authenticity and ethical sourcing of products.

Digital Identity and Self-Sovereign Identity: Blockchain can empower individuals with control over their digital identities. Self-sovereign identity solutions allow individuals to manage and share their personal information securely and selectively, reducing reliance on centralized identity providers.

Healthcare Transformation: Blockchain can enhance the security, interoperability, and privacy of healthcare records. Securely sharing patient data among healthcare providers can improve care coordination and facilitate medical research.

Voting Systems and Governance: Blockchain can be used to create secure and transparent voting systems, reducing the risk of fraud and manipulation. It can also be used to improve governance processes in organizations and communities.

Intellectual Property Protection: Blockchain can provide a secure and verifiable way to register and manage intellectual property rights, protecting creators from infringement and piracy.

Internet of Things (IoT) Integration: Combining blockchain with IoT can create secure and automated systems for managing connected devices. This can have significant implications for smart homes, smart cities, and industrial automation.

Non-Fungible Tokens (NFTs) and the Metaverse: NFTs, unique digital assets on the blockchain, are transforming the art, gaming, and entertainment industries. They are also playing a key role in the development of the metaverse, creating opportunities for digital ownership and virtual experiences.

Energy Management: Blockchain can facilitate peer-to-peer energy trading and improve the efficiency of energy grids. It can also support the development of renewable energy microgrids.

Government and Public Services: Blockchain can be used to improve transparency and efficiency in government operations, such as land registries, tax collection, and public procurement.

Challenges and Considerations:

Scalability: Blockchain networks need to be able to handle a large volume of transactions to support widespread adoption.

Interoperability: Different blockchain networks need to be able to communicate with each other seamlessly.

Regulation: Clear and consistent regulations are needed to provide a framework for the development and use of blockchain technology.

Security: While blockchain is generally secure, vulnerabilities can still exist in smart contracts and other components.

User Adoption: Widespread adoption of blockchain technology will require user-friendly interfaces and education.

Xaltius Academy's Blockchain Technology Program:

Want to be part of the blockchain revolution? Xaltius Academy's Blockchain Technology program provides you with the knowledge and skills you need to navigate this exciting field. Our comprehensive curriculum covers the fundamentals of blockchain, its diverse applications, and its future potential. Gain the expertise to shape the future with Xaltius Academy.

Conclusion:

The future of blockchain technology is bright, with the potential to transform numerous industries and create a more secure, transparent, and efficient world. While challenges remain, the ongoing development and exploration of blockchain applications are paving the way for a future where this technology plays a central role in our lives. The expanding horizon of blockchain offers exciting opportunities for innovation, and those who understand its potential will be well-positioned to lead the way.

[vidhanshukohale]

Types of Data Models: A Detailed Explanation

Data models explain how data is structured, stored, and manipulated within a database. It serves as an organizing and understanding framework for the data relationship and, in this way, provides consistency and efficiency in managing the database. There are many types of data models. Some of these data models are best suited for particular applications. In this blog, we'll look at some of the most common types of data models and their applications.

1. Hierarchical Data Model

Description

The hierarchical data model is a tree-like structure, where every record (parent) has one or more child records. This model follows a one-to-many relationship.

Characteristics

-Data is structured in a hierarchy (tree format).

-Each child node has only one parent, but a parent can have multiple children.

-Navigation is done using predefined paths.

Use Cases

-Early database systems

-File systems (e.g., Windows Registry)

-Banking and telecommunication applications

2. Network Data Model

Overview

The network data model extends the hierarchical model by allowing multiple parent-child relationships (many-to-many relationships). Data is represented using a graph structure, where records are connected through links.

Characteristics

-More flexible than the hierarchical model.

-Supports complex relationships.

-Uses pointers to establish relationships.

Use Cases

-Large-scale applications like airline reservation systems

-Manufacturing and supply chain databases

-Telecommunications networks

3. Relational Data Model

Overview

The relational data model organizes data into tables (relations) consisting of rows (records) and columns (attributes). Relationships between tables are defined using primary keys and foreign keys.

Characteristics

-Uses structured query language (SQL) for data management.

-Provides high flexibility and scalability.

-Ensures data integrity through normalization.

Use Cases

-Web applications and enterprise software

-Customer relationship management (CRM) systems

-Banking and financial databases

4. Entity-Relationship (E-R) Model

Overview

The entity-relationship model represents data using entities (objects) and their relationships. It is used typically for database design even before the actual implementation of a relational database.

Characteristics

-Uses ER diagrams that are built up with entities, attributes, and relationships.

-Helps in conceptualizing and visualizing data.

-Provision of a high-level view of database structure.

Use Cases

-Database design and modeling

-Business process modeling

-Software engineering

5. Object-Oriented Data Model

Overview

The object-oriented data model integrates object-oriented programming (OOP) concepts into databases. Data is stored as objects, similar to classes in OOP languages like Java and C++.

Characteristics

-Supports complex data types.

-Enables inheritance, encapsulation, and polymorphism.

-Ideal for applications that require handling multimedia and complex data.

Use Cases

-Multimedia databases (e.g., images, videos)

-Computer-aided design (CAD) systems

-Artificial intelligence and machine learning applications

6. Document-Oriented Data Model

Overview

This model is commonly used in NoSQL databases, where data is stored as JSON or BSON documents instead of tables. Each document contains key-value pairs and can have a flexible schema.

Characteristics

-Schema-less and highly flexible.

-Supports nested and hierarchical data structures.

-Efficient for handling semi-structured and unstructured data.

Use Cases

-Content management systems (CMS)

-Big data applications

-E-commerce and real-time analytics

7. Key-Value Data Model

Overview

A simple data model where data is stored as key-value pairs. Each key is unique, and its associated value can be any type of data (string, number, object, etc.).

Characteristics

-High-speed data retrieval.

-Best suited for caching and session management.

-Minimal structure compared to relational databases.

Use Cases

-Distributed caching (e.g., Redis, Memcached)

-Shopping cart data storage

-Real-time recommendation systems

8. Graph Data Model

Overview

Graph data model. This model depicts data as nodes and edges, that is, as entities and relationships. This is very efficient in complex queries related to the relationship.

Characteristics

-Graphs are used when data is interlinked.

-Queries are based on graph traversal.

-Efficient in social networks and recommendation systems.

Choosing the right data model depends on the application's requirements, data complexity, and scalability needs. While relational models dominate traditional databases, NoSQL models like document-oriented and graph databases are gaining popularity for handling large-scale, complex data. Understanding different data models helps in designing efficient databases that best suit the business needs.

What type of data model do you use in your applications? Let us know in the comments!

TOPIC : TYPES OF DATA MODEL IN DBMS

1. Vidhanshu Kohale

2.Yash Waghamare

3.Yogesh Meherkar

4.Sumit Gone

5.Shreya Ingle

[atplblog]

Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] Power up your Windows security skills with expert guidance, in-depth technical insights, and dozens of real-world vulnerability examples from Google Project Zero’s most renowned researcher! Learn core components of the system in greater depth than ever before, and gain hands-on experience probing advanced Microsoft security systems with the added benefit of PowerShell scripts. Windows Security Internals is a must-have for anyone needing to understand the Windows operating system’s low-level implementations, whether to discover new vulnerabilities or protect against known ones. Developers, devops, and security researchers will all find unparalleled insight into the operating system’s key elements and weaknesses, surpassing even Microsoft’s official documentation. Author James Forshaw teaches through meticulously crafted PowerShell examples that can be experimented with and modified, covering everything from basic resource security analysis to advanced techniques like using network authentication. The examples will help you actively test and manipulate system behaviors, learn how Windows secures files and the registry, re-create from scratch how the system grants access to a resource, learn how Windows implements authentication both locally and over a network, and much more. You’ll also explore a wide range of topics, such as: Windows security architecture, including both the kernel and user-mode applications The Windows Security Reference Monitor (SRM), including access tokens, querying and setting a resource’s security descriptor, and access checking and auditing Interactive Windows authentication and credential storage in the Security Account Manager (SAM) and Active Directory Mechanisms of network authentication protocols, including NTLM and Kerberos In an era of sophisticated cyberattacks on Windows networks, mastering the operating system’s complex security mechanisms is more crucial than ever. Whether you’re defending against the latest cyber threats or delving into the intricacies of Windows security architecture, you’ll find Windows Security Internals indispensable in your efforts to navigate the complexities of today’s cybersecurity landscape. Publisher ‏ : ‎ No Starch Pr (30 April 2024) Language ‏ : ‎ English Paperback ‏ : ‎ 572 pages ISBN-10 ‏ : ‎ 1718501986 ISBN-13 ‏ : ‎ 978-1718501980 Item Weight ‏ : ‎ 1 kg 90 g Dimensions ‏ : ‎ 17.93 x 3.51 x 23.34 cm [ad_2]

[secretofresearch]

Blockchain Technology: Enabling Trustless Transactions in a Digital World In Industry

Blockchain is a distributed digital ledger that records transactions in a verifiable and permanent way. As a decentralized system, blockchain does not rely on a central authority or centralized data storage. It allows digital information to be distributed but not copied, with each block storing individual transaction records that, once added, can never be altered or erased.

How does Blockchain Work?

The core components of any blockchain consist of blocks of data and a peer-to-peer network. Blocks hold batches of valid transactions that are hashed and encoded into a digital fingerprint known as a hash. Each block contains the hash of the prior block, linking blocks in a chain with each new one validated and added to the existing chain. Distributed across many computers simultaneously, the blockchain comprises thousands of nodes operating as peers in a decentralized network. Nodes work together cryptographically to validate transactions, creating consensus around the veracity and chronological order of data. Once added, blocks cannot be deleted or modified without invalidating the entire chain, ensuring immutability and security.

The Applications of Blockchain Technology

Beyond cryptocurrencies like Bitcoin, Blockchain Technology enables novel applications by facilitating trustless transactions where parties require no central authority to verify exchanges. Some key applications include:

Supply Chain Management

Blockchain improves supply chain visibility and integrity through digitally recording product details and transactions from raw material sourcing to delivery. It prevents tampering with documents and secures international trade by streamlining customs clearance and reducing fraudulent counterfeiting.

Digital Identities

Self-sovereign identity solutions ensure users own and control personal data access. Blockchain provides verifiable credentials for identification needs across domains like finance, healthcare and education without centralized repositories vulnerable to privacy breaches.

Property Records

The technology brings transparency and security to property titles. By securely immutably recording ownership on distributed ledgers, it reduces fraud and resolves land disputes globally as occurred with land registry systems in countries like Georgia and Sweden.

Notarization Services

Smart contracts automate notarial tasks removing middlemen. Blockchain provides tamper-proof, timestamped proofs of existence for digital assets, agreements and important documents in a way accessible universally without geographical constraints.

Voting Systems

E-voting frameworks leverage blockchain to improve voter authentication, prevent double voting and enable remote voting securely with verifiable end-to-end audit trails. It addresses flaws in centralized systems prone to hacking or manipulation.

Challenges of Blockchain Adoption

While promising significant benefits, blockchain technologies still face barriers to widespread adoption such as:

Scalability Issues

Growing networks may experience slower transaction times and higher costs due to limitations of underlying protocols. Solutions work to optimize block sizes, consensus process and sharding to improve system scalability.

Interoperability Challenges

Varied protocols, standards absence and lack of connection between isolated platforms hinder communication and data sharing across verticals. Interchain frameworks aim to bridge disparate blockchain networks.

Regulatory Uncertainty

Absence of regulations poses legal risks where applications straddle multiple jurisdictions with differing compliance needs concerning data privacy, AML, KYC norms etc. Regulators aim to develop progressive frameworks balancing innovation and oversight.

Technical Complexity

Blockchain remains premature requiring specialized skills that legacy systems lack. User-friendliness needs to match capabilities to benefit broader populations beyond early technical adopters. Simplified abstractions address this.

Energy Consumption

Proof-of-work consensus like Bitcoin consumes large amounts of electricity limiting sustainability, although alternatives like proof-of-stake show promise as energy-efficient substitutes attracting consensus mechanism innovation.

The Road Ahead for Blockchain Technology

While maturing from the experimental phase, blockchain presents promising technology that could transform business models globally as barriers subside. Standardization efforts and collaborative initiatives will drive further development.

As networks scale capabilities, interoperable multi-chain systems serving varied domains could emerge integrating blockchain seamlessly into existing infrastructure. Regulatory clarity will nurture a conducive environment unlocking full potential. With continued research addressing obstacles, blockchain's distributed trust model could revolutionize how we transact digitally in a globally connected future.

Get more insights on Blockchain Technology

About Author:

Money Singh is a seasoned content writer with over four years of experience in the market research sector. Her expertise spans various industries, including food and beverages, biotechnology, chemical and materials, defense and aerospace, consumer goods, etc. (https://www.linkedin.com/in/money-singh-590844163)

[devopssentinel]

Smart Contracts: What They Are and How They Work Explained

These self-executing contracts with the terms of the agreement directly written into code offer efficiency, security, and transparency. Let’s dive into what smart contracts are, how they work, and their transformative impact across various industries. The Basics of Smart Contracts What Are Smart Contracts? Smart contracts are digital agreements that automatically execute and enforce themselves when predefined conditions are met. Unlike traditional contracts, which require intermediaries to oversee and enforce the terms, smart contracts operate on blockchain technology. This ensures that the contract terms are immutable and transparent to all parties involved. How Do Smart Contracts Work? Smart contracts function based on simple "if/then" logic: if condition A is met, then action B is executed. These conditions and actions are encoded into the blockchain, making the contract self-executing. For instance, in a smart contract for a real estate transaction, the contract might stipulate that once the buyer transfers the agreed-upon amount of cryptocurrency, the ownership of the property is automatically transferred to the buyer. To illustrate, imagine a vending machine as a simple analogy for a smart contract. You insert money, select a product, and the machine automatically dispenses the product without needing any intermediary. Similarly, smart contracts execute actions automatically when certain conditions are fulfilled. The Mechanics Behind Smart Contracts Blockchain and Smart Contracts Smart contracts are typically deployed on blockchain platforms, such as Ethereum, which was specifically designed to support smart contracts. Each smart contract resides at a specific address on the blockchain and operates autonomously according to the code it contains. Key Components of Smart Contracts - Parties Involved: The participants who agree to the terms of the contract. - Conditions: The predefined rules that must be met for the contract to execute. - Actions: The outcomes that occur when conditions are met. - Decentralized Network: The blockchain network that hosts and executes the contract. Security and Immutability One of the primary advantages of smart contracts is their security and immutability. Once a smart contract is deployed on the blockchain, it cannot be altered. This ensures that the terms of the contract are tamper-proof, reducing the risk of fraud and manipulation. Additionally, the decentralized nature of blockchain means that no single entity has control over the contract, further enhancing security. Applications of Smart Contracts Financial Services In the financial sector, smart contracts can streamline processes such as lending, borrowing, and insurance. For example, a smart contract for a loan can automatically release funds to the borrower once the collateral is verified and the loan terms are agreed upon. Similarly, insurance claims can be automated, with payouts triggered when specific conditions are met, such as flight delays or natural disasters. Supply Chain Management Smart contracts can significantly enhance supply chain transparency and efficiency. They can be used to track the movement of goods from manufacturer to consumer, ensuring that each step is recorded on the blockchain. This reduces the risk of fraud and counterfeiting, as every transaction is visible and verifiable. For instance, a smart contract can automatically release payment to a supplier once goods are delivered and verified. Real Estate The real estate industry can benefit greatly from smart contracts by automating property transactions. Smart contracts can handle everything from verifying property ownership to transferring funds and updating land registry records. This reduces the need for intermediaries such as lawyers and brokers, making the process faster and more cost-effective. For example, once a buyer's payment is confirmed, a smart contract can automatically transfer the property title to the new owner. Digital Identity Smart contracts can be used to create secure, verifiable digital identities. Individuals can store their identity information on the blockchain, allowing them to prove their identity without relying on central authorities. This can be particularly useful for services that require identity verification, such as banking and healthcare. For instance, a smart contract can automatically verify a person's identity and grant access to a service once the required credentials are provided. Benefits of Smart Contracts Efficiency and Speed By automating the execution of contract terms, smart contracts eliminate the need for manual processing and reduce the time required to complete transactions. This leads to faster and more efficient processes, benefiting both businesses and consumers. Cost Reduction Smart contracts reduce the need for intermediaries, such as lawyers, brokers, and notaries, which can significantly lower transaction costs. This makes it more affordable to enter into agreements and conduct business. Transparency and Trust The transparency of smart contracts, with all terms and conditions visible and verifiable on the blockchain, enhances trust among parties. This is especially valuable in scenarios where parties may not have established trust, such as international trade. Security and Accuracy The code-based nature of smart contracts ensures that they are executed exactly as programmed, minimizing the risk of errors and discrepancies. The immutability of blockchain technology further enhances the security and accuracy of smart contracts. Challenges and Considerations Technical Complexity While smart contracts offer numerous benefits, they also come with technical challenges. Writing secure and reliable smart contract code requires specialized knowledge and expertise. Errors or bugs in the code can lead to unintended consequences, including financial losses. Legal and Regulatory Issues The legal status of smart contracts is still evolving. While they are recognized as legally binding in some jurisdictions, others are still developing the regulatory framework to govern their use. Ensuring compliance with existing laws and regulations can be complex. Scalability As blockchain networks grow, the scalability of smart contracts can become an issue. High transaction volumes can lead to network congestion and increased costs. Developing scalable solutions is essential for the widespread adoption of smart contracts. The Future of Smart Contracts Integration with IoT The integration of smart contracts with the Internet of Things (IoT) holds great promise. IoT devices can trigger smart contract actions based on real-time data. For example, a smart thermostat can adjust heating or cooling based on preset conditions, and a smart contract can handle the billing automatically. Advancements in Blockchain Technology As blockchain technology continues to evolve, advancements such as layer 2 solutions and sharding are expected to enhance the scalability and efficiency of smart contracts. These developments will make it easier to deploy and manage smart contracts on a larger scale. Smart contracts are transforming the way we conduct business by automating and securing agreements. While challenges remain, the potential benefits of smart contracts make them a powerful tool for various industries. As technology and regulatory frameworks continue to evolve, smart contracts are poised to play an increasingly important role in the digital economy. Read the full article

[devopssentinel2000]

Smart Contracts: What They Are and How They Work Explained

These self-executing contracts with the terms of the agreement directly written into code offer efficiency, security, and transparency. Let’s dive into what smart contracts are, how they work, and their transformative impact across various industries. The Basics of Smart Contracts What Are Smart Contracts? Smart contracts are digital agreements that automatically execute and enforce themselves when predefined conditions are met. Unlike traditional contracts, which require intermediaries to oversee and enforce the terms, smart contracts operate on blockchain technology. This ensures that the contract terms are immutable and transparent to all parties involved. How Do Smart Contracts Work? Smart contracts function based on simple "if/then" logic: if condition A is met, then action B is executed. These conditions and actions are encoded into the blockchain, making the contract self-executing. For instance, in a smart contract for a real estate transaction, the contract might stipulate that once the buyer transfers the agreed-upon amount of cryptocurrency, the ownership of the property is automatically transferred to the buyer. To illustrate, imagine a vending machine as a simple analogy for a smart contract. You insert money, select a product, and the machine automatically dispenses the product without needing any intermediary. Similarly, smart contracts execute actions automatically when certain conditions are fulfilled. The Mechanics Behind Smart Contracts Blockchain and Smart Contracts Smart contracts are typically deployed on blockchain platforms, such as Ethereum, which was specifically designed to support smart contracts. Each smart contract resides at a specific address on the blockchain and operates autonomously according to the code it contains. Key Components of Smart Contracts - Parties Involved: The participants who agree to the terms of the contract. - Conditions: The predefined rules that must be met for the contract to execute. - Actions: The outcomes that occur when conditions are met. - Decentralized Network: The blockchain network that hosts and executes the contract. Security and Immutability One of the primary advantages of smart contracts is their security and immutability. Once a smart contract is deployed on the blockchain, it cannot be altered. This ensures that the terms of the contract are tamper-proof, reducing the risk of fraud and manipulation. Additionally, the decentralized nature of blockchain means that no single entity has control over the contract, further enhancing security. Applications of Smart Contracts Financial Services In the financial sector, smart contracts can streamline processes such as lending, borrowing, and insurance. For example, a smart contract for a loan can automatically release funds to the borrower once the collateral is verified and the loan terms are agreed upon. Similarly, insurance claims can be automated, with payouts triggered when specific conditions are met, such as flight delays or natural disasters. Supply Chain Management Smart contracts can significantly enhance supply chain transparency and efficiency. They can be used to track the movement of goods from manufacturer to consumer, ensuring that each step is recorded on the blockchain. This reduces the risk of fraud and counterfeiting, as every transaction is visible and verifiable. For instance, a smart contract can automatically release payment to a supplier once goods are delivered and verified. Real Estate The real estate industry can benefit greatly from smart contracts by automating property transactions. Smart contracts can handle everything from verifying property ownership to transferring funds and updating land registry records. This reduces the need for intermediaries such as lawyers and brokers, making the process faster and more cost-effective. For example, once a buyer's payment is confirmed, a smart contract can automatically transfer the property title to the new owner. Digital Identity Smart contracts can be used to create secure, verifiable digital identities. Individuals can store their identity information on the blockchain, allowing them to prove their identity without relying on central authorities. This can be particularly useful for services that require identity verification, such as banking and healthcare. For instance, a smart contract can automatically verify a person's identity and grant access to a service once the required credentials are provided. Benefits of Smart Contracts Efficiency and Speed By automating the execution of contract terms, smart contracts eliminate the need for manual processing and reduce the time required to complete transactions. This leads to faster and more efficient processes, benefiting both businesses and consumers. Cost Reduction Smart contracts reduce the need for intermediaries, such as lawyers, brokers, and notaries, which can significantly lower transaction costs. This makes it more affordable to enter into agreements and conduct business. Transparency and Trust The transparency of smart contracts, with all terms and conditions visible and verifiable on the blockchain, enhances trust among parties. This is especially valuable in scenarios where parties may not have established trust, such as international trade. Security and Accuracy The code-based nature of smart contracts ensures that they are executed exactly as programmed, minimizing the risk of errors and discrepancies. The immutability of blockchain technology further enhances the security and accuracy of smart contracts. Challenges and Considerations Technical Complexity While smart contracts offer numerous benefits, they also come with technical challenges. Writing secure and reliable smart contract code requires specialized knowledge and expertise. Errors or bugs in the code can lead to unintended consequences, including financial losses. Legal and Regulatory Issues The legal status of smart contracts is still evolving. While they are recognized as legally binding in some jurisdictions, others are still developing the regulatory framework to govern their use. Ensuring compliance with existing laws and regulations can be complex. Scalability As blockchain networks grow, the scalability of smart contracts can become an issue. High transaction volumes can lead to network congestion and increased costs. Developing scalable solutions is essential for the widespread adoption of smart contracts. The Future of Smart Contracts Integration with IoT The integration of smart contracts with the Internet of Things (IoT) holds great promise. IoT devices can trigger smart contract actions based on real-time data. For example, a smart thermostat can adjust heating or cooling based on preset conditions, and a smart contract can handle the billing automatically. Advancements in Blockchain Technology As blockchain technology continues to evolve, advancements such as layer 2 solutions and sharding are expected to enhance the scalability and efficiency of smart contracts. These developments will make it easier to deploy and manage smart contracts on a larger scale. Smart contracts are transforming the way we conduct business by automating and securing agreements. While challenges remain, the potential benefits of smart contracts make them a powerful tool for various industries. As technology and regulatory frameworks continue to evolve, smart contracts are poised to play an increasingly important role in the digital economy. Read the full article

[scambitcoin]

ECN Broker Review

ECN Broker Review - Is this broker legitimate or a fraud? Given the growing evidence pointing to ECN Broker's involvement in fraudulent operations, potential investors are advised to proceed with care before investing, particularly in areas prone to forex scams, cryptocurrency scams, dating scams, and CFD scams. We provide a complete study and throw light on the broker's operations and any red flags with our in-depth ECN Broker Review. Even though you should always do your research, the information at hand suggests that ECN Broker is quite likely to be a scam broker. ECN Broker Website - https://ecn.broker/ Website Availability - Yes ECN Broker Address - Saint Vincent and the Grenadines ECN Broker Warning - Not Recommended By Review Website Like Scam Bitcoin Domain Age - Domain Name: ecn.broker Registry Domain ID: ca38383412e5431e853992f8b0d17706-DONUTS Registrar WHOIS Server: whois.gandi.net Registrar URL: https://www.gandi.net Updated Date: 2024-03-20T05:19:13Z Creation Date: 2016-11-10T15:51:14Z Registry Expiry Date: 2025-11-10T23:59:59Z

Key indicators that show if ECN Broker is a scam

ECN Broker, established in 2015, positions itself as a platform offering direct market access and connections to liquidity providers. With features such as a no-requote policy, low spreads, and rapid order execution, it appeals to traders seeking cost-effective and efficient trading environments. Despite the promises of efficiency and reliability, concerns have emerged regarding the withdrawal process. Traders have reported issues and delays when attempting to withdraw funds, casting doubt on the broker's integrity and transparency. These challenges not only erode confidence but also raise significant financial concerns for investors. One of the primary apprehensions stems from ECN Broker offshore jurisdiction. Operating from locations with lax regulations increases the likelihood of involvement in fraudulent activities, manipulation, and misconduct. Unlike brokers subject to stringent oversight by reputable authorities, those based in offshore jurisdictions often evade close scrutiny, leaving investors vulnerable to unscrupulous practices. Thus, while ECN Broker may tout its advantages, potential investors must weigh the risks associated with its operational framework and regulatory environment before committing their funds.

Exposing the Negative ECN Broker Reviews

The number of unfavorable ECN Broker reviews on several websites is a major element in the classification of ECN Broker as a possible fraud. Reputable websites like Trustpilot, Sitejabber, Scam Bitcoin, and others are quickly examined and show a steady flow of complaints against ECN Broker. It is crucial to examine every detail carefully to determine a broker's reliability.

Seeking Justice: File Complaints against ECN Broker at Scam Bitcoin

If you suspect you have been a victim of the ECN Broker scam or any other forex scam, cryptocurrency scam, binary scam, or investment fraud, you should first know that recovery is possible from scams. Scam Bitcoin Team is a valuable resource, including the ECN Broker review, that offers assistance to victims of fraudulent schemes. Our consultation is free and we guide you through the process of recovering from financial losses. File a Quick Complaint Here

More Scam Broker Reviews

Moreover, we offer insights through the ECN Broker review and other relevant reviews to raise awareness about potential scams. Keep in mind that staying informed and aware is important if you want to safeguard yourself against fraud and make wise choices in trading and investing. If you believe you've been scammed, seeking help from reputable organizations like Scam Bitcoin can be crucial to recovering and preventing future incidents. Read Scam Brokers 2024 Scam Broker Reviews Our Social Pages Facebook Page Twitter Reddit Read the full article

[govindhtech]

DNSSEC: Peace of Mind for Your Online Safety

What is DNSSEC?

A feature of the Domain Name System (DNS) that verifies answers to domain name lookups is called Domain Name System Security Extensions (DNSSEC). Although it keeps attackers from tampering with or contaminating DNS query responses, it does not offer privacy protections for those lookups.

Not really. DNSSEC uses a different method than encryption public key cryptography to defend networks from man-in-the-middle attacks. Put differently, Domain Name System Security Extensions offers an authentication method but not a confidentiality method.

DNSSEC: Internet Foundation Protection

Domain Name System (DNS) converts human-readable domain names into machine-readable IP addresses for online security in the digital age. Security issues make traditional DNS vulnerable to manipulation and attacks. DNSSEC safeguards DNS data.

Major Advantages of DNSSEC:

DNSSEC uses public-key cryptography and digital signatures to verify DNS responses. This means a domain name’s IP address is authentic and hasn’t been changed from the authorized source.

Data Integrity: Phishing attempts and malicious website redirects can result from DNS data manipulation. DNSSEC prevents hackers from altering vital DNS records by cryptographically verifying them.

Middleman (MitM) Attack Prevention: DNSSEC guarantees authenticity and data integrity, reducing the risk of MitM attacks, in which attackers intercept and alter DNS responses to trick users.

Domain Name System Security Extensions protects DNS lookups from malicious and tampering, giving users and organizations confidence to use online services.

Is DNSSEC important?

Public/Private Key Pairs: Public keys are published in the DNS by domain owners, while private keys are kept confidential.

Digital Signatures: By digitally signing DNS records with the private key, a “fingerprint” that confirms their legitimacy is created.

Signature Validation: To make sure received DNS records haven’t been tampered with, resolvers the programs that convert domain names into IP addresses verify the signatures using the public key that has been released.

Chain of Trust: Signatures are verified through a chain of trust that originates from the root of trust that is present at the top of the DNS hierarchy.

How to implement DNSSEC

Adoption: DNSSEC is being implemented more often, despite not being widely used. It is supported by a large number of prominent domain registries and registrars, and it is frequently free for organizations to enable.

Benefits Exceed Difficulties: Although DNSSEC setup and configuration may call for some technical know-how, the advantages greatly exceed the drawbacks. Organizations that are concerned about security ought to give it serious consideration for their domains.

What distinguishes public key cryptography from encryption?

DNS queries are digitally “signed,” or authenticated, using public key cryptography by DNSSEC. The receiving device can compare the data it receives with the original data sent by the authoritative server when DNSSEC is enabled on a zone record. A digital signature that authenticates data using public keys makes this possible. 

The data in DNSSEC is not encrypted; instead, the authentication keys are secured through cryptography. Traffic protected by Domain Name System Security Extensions can still be intercepted and read. The receiving server will be able to detect that something is wrong if the data is altered somewhere along the data pathway and sent on to its destination because the public keys will not match.

On the other hand, encryption encrypts the data by using cryptography. By altering what an attacker would see if they were to intercept a query somewhere along the data pathway, encryption ensures confidentiality. Until the attacker uses an encryption key to decipher the signal, it renders the data unintelligible. Data is shielded from manipulation by encryption because the key isn’t disclosed to the public.

What is DNSSEC in cybersecurity?

Among the Internet’s more traditional protocols is DNS. The Internet was much smaller when it was first developed, and almost everyone there was acquainted. Data Security was not given much thought.

DNS was used so extensively by then that any major alteration would have brought down the entire system, even before the issue of Internet security arose. Instead of attempting to create a completely encrypted protocol to take the place of DNS, an authentication mechanism was added to the pre-existing system. 

DNSSEC was vulnerable. By enabling the authentication of queries and data, it improved protocol security. However, it did so without altering the underlying architecture, allowing the Internet to expand further without requiring any new engineering. Domain Name System Security Extensions deployment was left optional so that organizations could make the switch whenever they felt ready.

If DNSSEC isn’t encrypted, why use it?

One major reason to use DNSSEC is to prevent DNS cache poisoning, also called DNS spoofing. A DNS spoofing attack involves replacing a legitimate DNS query response with an unauthenticated one. After that, the response becomes stuck in the cache, returning the incorrect response and sending users to malicious websites until the “time to live” runs out. 

By authenticating DNS responses and guaranteeing that only accurate responses are returned, DNSSEC defends against these types of attacks. DNS spoofing attacks cannot be prevented by encryption, but it may safeguard the underlying data in a DNS connection.

Is DNSSEC still used if it isn’t encrypted?

Sadly, DNSSEC is only used to validate about 20% of Internet traffic. Even though it’s a big improvement over a few years ago, that amount is still far below what it ought to be. That substantial gap can be attributed to a combination of informational gaps, laziness, and usability issues.

By offering a straightforward deployment procedure, NS1 encourages all of its clients to implement DNSSEC. Through IBM’s Dedicated DNS offering- NS1 even offers Domain Name System Security Extensions as a backup provider or redundant DNS option, in contrast to other providers.

Gazing Forward

Security continues to be the primary concern as the internet develops. One of the most important steps toward a more secure DNS ecosystem is Domain Name System Security Extensions. It encourages trust and confidence in online interactions by defending against critical vulnerabilities, protecting users and organizations from malicious activities.

Read more on Govindhtech.com

[thesecuritysleuth]

Sunday Roundup: 28th of May 2017

amzn_assoc_ad_type = "banner"; amzn_assoc_marketplace = "amazon"; amzn_assoc_region = "US"; amzn_assoc_placement = "assoc_banner_placement_default"; amzn_assoc_campaigns = "echo"; amzn_assoc_banner_type = "category"; amzn_assoc_isresponsive = "true"; amzn_assoc_banner_id = "1ZZ5TM5SVRD2GHZ0KFG2"; amzn_assoc_tracking_id = "kraljevicn1-20"; amzn_assoc_linkid = "78d0ce00bb3ae0fc191ee006bde05194";

Sunday Round up for the week ending the 28th of May 2017:

Articles:

Interview with the Security Sleuth: https://www.teramind.co/blog/interview-security-sleuth

Critical Vulnerability in Samba from 3.5.0 onwards: https://isc.sans.edu/forums/diary/Critical+Vulnerability+in+Samba+from+350+onwards/22452/

Applocker Bypass via Registry Key Manipulation: https://www.contextis.com//resources/blog/applocker-bypass-registry-key-manipulation/

Beats and Bytes - Striking the Right Chord in Digital Forensics: https://digital-forensics.sans.org/blog/2017/05/22/beats-and-bytes-striking-the-right-chord-in-digital-forensics

The Man Who Made the Mistake of Trying to Help Wikileaks: https://motherboard.vice.com/en_us/article/jason-katz-wikileaks

Cameradar - An RTSP Surveillance Camera Access Multitool: http://www.kitploit.com/2017/05/cameradar-rtsp-surveillance-camera.html?utm_source=dlvr.it&utm_medium=facebook&m=1

Your Exploit is Mine: Automatic Shellcode Transplant for Remote Exploits: https://www.ieee-security.org/TC/SP2017/papers/579.pdf

Using Cloud Deployment to Jump-Start Application Security: https://www.sans.org/reading-room/whitepapers/analyst/cloud-deployment-jump-start-application-security-37805

Verify If A Photo Was Really Taken By A Suspected Camera - Camera Ballistics 2.0: https://www.forensicfocus.com/News/article/sid=2895/

Twitter:

"Classifying Illegal Activities On Tor Network Based On Web Textual Contents" #forensics #feedly https://t.co/EqrT3eVPIK

— The Security Sleuth (@Security_Sleuth) May 21, 2017

In 2017 only losers pay for VPN's #itrtg https://t.co/9mlZjwzDDS

— The Security Sleuth (@Security_Sleuth) May 22, 2017

"“Yahoobleed” flaw leaked private e-mail attachments and credentials" #informationsecurity #feedly https://t.co/KkWYTKoN69

— The Security Sleuth (@Security_Sleuth) May 22, 2017

"Spring Parade for Refreshed Android Marcher" #informationsecurity #feedly https://t.co/IQahxgESKo

— The Security Sleuth (@Security_Sleuth) May 22, 2017

"Breaking the iris scanner locking Samsung’s Galaxy S8 is laughably easy" #informationsecurity #feedly https://t.co/WgwWjiFNKL

— The Security Sleuth (@Security_Sleuth) May 23, 2017

"Beware! Subtitle Files Can Hack Your Computer While You're Enjoying Movies" #infosec #feedly https://t.co/AnLifPZF8O

— The Security Sleuth (@Security_Sleuth) May 23, 2017

"Subtitle Hack Leaves 200 Million Vulnerable to Remote Code Execution" #informationsecurity #feedly https://t.co/rw0aZuNABU

— The Security Sleuth (@Security_Sleuth) May 24, 2017

"Keybase Extension Brings End-to-End Encrypted Chat To Twitter, Reddit, GitHub" #informationsecurity #feedly https://t.co/dKHmOSdwFs

— The Security Sleuth (@Security_Sleuth) May 25, 2017

Read last weeks round up here

If you found some other interesting stuff this week feel free to leave a link to it in the comments section.

[xaltius]

Blockchain: The New Technology of Trust?

In a world increasingly reliant on digital interactions, trust is paramount. From financial transactions to supply chain management, we need assurance that the information we exchange is accurate, secure, and tamper-proof. Enter blockchain technology, a revolutionary approach that's being hailed as the "new technology of trust." But is it truly living up to the hype? Let's delve into the world of blockchain and explore its potential.

What is Blockchain?

At its core, a blockchain is a distributed, immutable ledger that records transactions in "blocks" that are linked together chronologically. Think of it as a digital record book that's shared among many participants. Here's a simplified breakdown:

Distributed Ledger: Instead of a central authority controlling the data, the ledger is distributed across a network of computers. This makes it resistant to single points of failure and censorship.

Immutability: Once a block is added to the chain, it cannot be altered or deleted. This ensures the integrity of the data and makes it tamper-proof.

Cryptography: Cryptographic techniques are used to secure the transactions and link the blocks together, ensuring that only authorized parties can access and modify the data.

Consensus Mechanism: Before a new block is added to the chain, it must be verified by the network participants through a consensus mechanism. This ensures that all parties agree on the validity of the transaction.

How Does it Work?

Imagine a group of friends who want to keep track of who owes whom money. Instead of relying on one person to keep the record, they all have a copy of the ledger. Every time someone borrows or lends money, the transaction is recorded in the ledger and verified by everyone in the group. Once the transaction is confirmed, it's added to the permanent record. This is a simplified analogy of how blockchain works.

Key Applications of Blockchain:

Cryptocurrencies: Bitcoin, Ethereum, and other cryptocurrencies are built on blockchain technology. It enables secure and decentralized digital transactions.

Supply Chain Management: Blockchain can be used to track products as they move through the supply chain, ensuring authenticity and preventing counterfeiting.

Voting Systems: Blockchain can be used to create secure and transparent voting systems, reducing the risk of fraud and manipulation.

Healthcare: Blockchain can be used to securely store and share patient medical records, improving data interoperability and patient privacy.

Digital Identity: Blockchain can be used to create secure and self-sovereign digital identities, giving individuals control over their personal information.

Land Registry: Blockchain can be used to create secure and transparent land registries, reducing the risk of fraud and disputes.

Benefits of Blockchain:

Transparency: All transactions are recorded on the public ledger, making them transparent and auditable.

Security: The distributed and immutable nature of blockchain makes it highly secure and resistant to tampering.

Efficiency: Blockchain can streamline processes and reduce the need for intermediaries, making transactions faster and more efficient.

Trust: Blockchain can establish trust between parties who may not know each other, enabling secure and reliable transactions.

Challenges of Blockchain:

Scalability: Blockchain networks can struggle to handle a large volume of transactions.

Regulation: The regulatory landscape for blockchain technology is still evolving.

Complexity: Understanding and implementing blockchain technology can be complex.

Energy Consumption: Some blockchain networks require significant computing power, leading to high energy consumption.

Is Blockchain the Future?

Blockchain technology has the potential to transform many industries and reshape the way we interact with the digital world. While it faces challenges, the benefits of transparency, security, and efficiency are driving its adoption. Whether it will completely revolutionize trust remains to be seen, but it's undoubtedly a powerful tool that's here to stay.

Xaltius Academy's Blockchain Technology Program:

Interested in learning more about this transformative technology? Xaltius Academy's Blockchain Technology program provides you with the knowledge and skills you need to understand and leverage the power of blockchain. Our comprehensive curriculum covers the fundamentals of blockchain, its applications, and its potential impact on various industries. Prepare yourself for the future of trust with Xaltius Academy.

[kibastray]

Different Anon. You mentioned projects... How many are you working on or... maybe I should ask how many projects do you have? Could you maybe share some with us? Like a list or something?

Oh, oh boy! Did you ask me the wrong question. lol. You want to know what projects I am working on? I’m gonna show you.

Key notes: Free to use = If you like the idea you are free to use it. Just ask about my notes. (Please give credit though) Willing to Share = I would be more than willing to share my notes on the idea and partner up on it with someone if anyone is willing. Not for Sale = Fics/ideas I plan on using and writing myself if it isn’t listed as FtU or WtS then it means that is something dear to me and I want to work on it myself. (these fics/ideas will not be all listed as NfS, so if you don’t see the added tag assume it is NfS) Paragon/Renegade = means good/bad version of the story.  Spin-off = typically a one off of a story already listed and will be listed in a sub-listing of that story. Eh / Da Faq/ Competent Folders = Are all unique and original ideas that I think are either good, meddling, or just plan bad after a second look. 

Each story title will also have a small decryption to go along with it.

With that out of the way my list of projects are under the cut. Enjoy. :3

Side note: I will try and list the fandom things grouped together. I will also try and alphabetize them. 

First up BNHA:

My Hero Academia (most of these can be found in my previously posted BNHA: Fic list) 

Ash Phoenix: An Idea where I ask/answer if OFA is the only quirk that can be merged and be something else entirely. (It will be a bit dark and involve the hidden quirk Izuku and Toga’s quirk combining into something powerful)

Bedlam: A story of Izuku being a combination of Bruce Lee/ Brock Lee. Who needs a quirk when you have martial training that can’t be beat. He is shipped with Momo in this one. (Izuku’s dad is a bastard that dies early and his life insurance helps Inko give Izuku the life he deserves) 

Paragon... Fighting Bedlam: good timeline where Izuku goes to UA, with his girlfriend, Momo like cannon BNHA just without OFA and a lot more confident Izuku with some Midoriya family angst sprinkled in.

Renegade... Hoods of Bedlam: Bad timeline where Izuku and Momo are vigilantes know as Green/Red Hood. They still go to UA but not through the hero coarse. Izuku is in management/business and Momo is in General. This time it is Yaoyororozu family drama that involve Izuku being quirkless. (might also have to do with an surprise pregnancy. This one also has the pair say “f^ck society and it’s rules, we are gonna do what we want”) 

Brain over Brawn: (This one follows a head cannon of mine where Izuku is on a lot of Forms about anything hero) The day he was suppose to grab All-Might’s leg he was just a little to slow and doesn’t get OFA. instead he goes to the Forms shares his impressions of heroes and gets picked up by Nezu. After all what is better the muscle to beat up or a baddy or the knowledge how to? (Free to use)

Champion of Olympus: I give a Fem!Izuku a direct line to the Greek Gods mainly because I want to see a BA Izumi with a bow. It is like Percy Jackson but without the god parents and more Izumi being the first person in generations to interact with the gods.

Epitaph: Izuku gets the strongest and probably worst combo of his parents quirks. Simply put, on Izuku’s quirk registry he can take the heat from an object or person. In truth his quirk is so much more powerful than that. He has the ability to take the life force or soul of living beings. (Free to Use)

Eri’s Big Brother: An angsty fic where Izuku gets kidnapped at an early age, and no one knows what happens to him. That is until the first day of UA when a small white haired kid Aizawa is watching over asks Bakugou “Are you Kacchan?” (Free to use)

FF7 x BNHA No title yet: A story that finds Izuku transported from his old world into a world of heroes and villains after a bomb that should have killed him launched him across dimensions. Izuku is a member of AVALANCHE and shows the world of heroes what a freedom fighter can do. While also finding out that the world of heroes might be more familiar to him than he originally thought

Future Heroes: This one is a future fic with a whole cast of OCs of mine 

In The Name of LoV: Izuku is a villain and is the Co-leader of LoV with Tomura. Photogenic and maybe a little psychotic Izuku addresses the world in videos saying that him and his friends are villains because they ‘Lov’ the world so much.(Izuku is a sweet&charismatic kid who sees heroes as a problem because all society cares about is strong/flashy quirks) (Free to Use)

Izuku!Nomu no title yet: A fic where Izuku tries to follow Bakugou’s advice but is saved by LoV and turned into a Nomu. We follow a guilt ridden Bakugou perspective after that day all the way to the USJ where he finds and frees an Izuku who may be to damaged to ask forgiveness of. (willing to share)

Jet Set Radio x BNHA no title yet: I give Izuku confidence through the power of roller skates and the street art of graffiti in order not only become a hero, but a hero without a quirk. (I think it would be fun to see Prof. K and Present Mic be rival radio hosts where Mic is a public radio host Prof. K is an underground pirate radio dj)

Killing Bites X BNHA no title yet: (TBH I have watched maybe 10min of Killing Bites and that is it. I really like the look of the characters in the show.) Fem!Izuku is has the same power as the honey bager character from KB. She along with countless other quirkless where kidnapped and tested on. Now free Fem!Izuku isn’t quite human after all the DNA experimentations she has been put through. She along with the other test subjects are part animal and have an instinctive drive to fight. 

Persona x BNHA no title yet: Another fic where I have Izuku taking Bakugou’s advice but gaining a quirk instead of dying. Basically I give Izuku personas to summon because I liked how P3 showed the summons. I also have him move schools to Shiketsu, after winning the Sports Festival, and with his move takes UA’s place as #1 hero school with him to Shiketsu. (not gonna lie this one is a bit crazy)

Sharpening my teeth on the rays of the sun: Izuku has an OP quirk based on his parents. He can pull in and eat fire/energy. He finds inspiration from old Norse mythology as a kid and takes on the mantle of “Skoll the devourer of the sun.” He is going to befriend Tokoyami so hard.

Sheep’s Wool hiding Wolves Teeth: Izuku is smart, too smart. he uses the system to his advantage. Most people think Izuku is an angel but people like Bakugou know the truth. They see Izuku pretending and fooling everyone and see him for the manipulative demon pretending to be human he is. (Izuku lacks empathy/morality, and sees play things where humans should be. He will manipulate everyone he can just for his own amusement) (Free to Use)

Spirit Chaser: The world of heroes and spirits collide with Izuku at the epicenter. Izuku is a shrine priest or priestess if you want to do Fem!Izuku. Quirks mean little when ones faith and mantras are just as amazing. (me using all the priest/priestess powers from other anime/manga to come up with his powers and made a pretty OP quirkless teen who can seal spirits, cure villains of hatred, and fight along side the best heroes with nothing more than his families traditions) (willing to share, free to use)

Soul Resonance: A Soul Eater x BNHA fic. Inspired by Ravenclawoutcast13 fic on Ao3. Izuku is a miester and after moving to Nevada at an early age the the DWMA comes back to UA when it is time to be a hero.

Task Force: Izuku is part of a not so secret task force that deals with villains, criminals, and aggressive heroes. Most members of the task force are quirkless and are like Japan’s SWAT. The Task Force is also an internal affairs for the hero system. Because of their no nonsense way they operate most people fear the Task Force and any person reveled to be apart of it. (Willing to Share)

Web Weaver’s Betrothed: An idea came about from two writing prompts; 1. “What is so dangerous about the forest” and 2. My answer to all the Spiderman crossover fics. This fic is ambitious as it combines BNHA, Spiderman, and Yokai together. (Izuku is spiderman, but his own spiderman. and I add forest spirits in for fun)

What is in a name: My very first BNHA fic idea!! I turn the ‘BNHA name explaining someone’s powers’ up to 11 and give Izuku the power of the forest and fay like creatures. Izuku is the fairy king basically.

Paragon... (no name yet) Izuku is a kid with a powerful quirk that transcends all previous quirk types. Watch this little hero work his hardest to get the title he has longed for. (a nice fic, with Izuku/Bakugou friendship)

Renegade... (no name yet) Only a few know Izuku. No one would guess that he is the ‘Fairy King’ that has saved countless kids from harm these last ten years. (an accident puts Izuku into a coma. that won’t stop his heroic spirit from doing what he was born to do. Toga gets to go to UA, Shoto gets to be a normal kid, and Bakugou might get his butt kicked by the army of people that Izuku has helped)

Yakuza!Izuku: Izuku's dad was a big time Yakuza boss in the past. Izuku has been the head of his family for over five years controlling the underground. Which would be good for the underground world if it was what he wanted. And after a fated conversion gets him thinking more about his place in the world Izuku decides to clean house and become a force for good.

Dishonored:

The Royal Consort Series: A three part series where Jessamine lives but Emily goes missing. Emily isn’t truly missing she grows up in the Golden Cat because she was never found and eventually becomes its owner. She and the girls of the Golden Cat replace Daud and the whalers. She is has the mark of the outsider, a kill count and maybe some resentment at what happened all those years ago.

Miraculous Ladybug: 

There is quite a bit of Maribat just fyi

Bio!Family ideas: (Most of these are one-offs and once their stories are posted, will become free to use)

Bio!Dad Obadiah Stane 

Bio!Dad Zod

Bio!Mom Poison Ivy 

Bio!Sister Ace (from the wild flush gang)

Blood Orchid: Marinette’s family is very powerful on her mother’s side and when the Akumas get too powerful in her parents opinion, she is told she will be moving to China. The stress of not being able to decide thing in her own life gets to Marinette and she is akumatized. (Free to Use)

Bounts of Paris: Bleach x MLB. Truth be told I liked Bleach and even liked the filler Bount arc. This AU would be where Master Fu fled Asia after the Soul Reapers Massacred the most of the Bounts. The Kwami are the ‘half-Bounts’ with special powers. They can live on after the human they are connected to die. and can forge new connections with with new humans creating new ‘true-Bounts.’

Casse-Cou: DareDevil x MLB (the idea is a Gift for miraculous786). This is an AU where Marinette is not a seamstress. Instead she is an aspiring lawyer. This does feature a Blind!Marinette but she is makes do in her own way. With a different destiny before her Marinette gets paired with Plagg and becomes The Cat of the Devil, the DareDevil Casse-Cou 

Death of Gods and Men: WitchBlade x MLB. I stumbled across witchblade’s anime and the crossover sounded like a great idea. I mean listen to the WB intro:::  Sought by the greed of men since the dawn of human kind, but only bestowed upon the women whose fate it forever scars...the Witchblade. Is it the righteous sword of God? Or hand of the Devil himself? Now a new bearer has been chosen. And she must discover the answers for herself. As she stands on the brink of destiny, she is forced to seek the balance between ecstasy and ruin. (How could I not!?! I just need to tone down the fan service because WB is thirsty AF)

Demon Princess In Paris: Inuyasha&Yashahime x MLB. Another Fic where Marinette’s family on her mother’s side is very powerful back in China (and Asia as a whole). Lila planned to ruin Marinette when she came back to school after being gone for a week. Only to find Marinette has connections to a very powerful family in Asia. Stranger still Marinette looks nothing like what she did when she left. Little does Lila, or anyone in Paris, know that Marinette is a half-demon of her demon mother Sabine and her human father Tom, and not to forget she is granddaughter to the great Demon Lord Sesshōmaru

Flower Pot: MariBat. The Justice League have to rush to Paris because some new villain is opening time portals. When they get there the villain is already defeated by teenagers. Stranger still once they get close enough Wonder Woman rushes one of them in a hug with a shout of “Ladybug.” After a moment ‘Ladybug’ asks “Flower Pot, is that you!?!” This AU sends Marinette back in time and to the land of Themiscyra when Diana was a little girl. Chaos ensues both in the present and in the past.

Lantern’s Light: Green Lantern x MLB. Different Maribat AUs where I give Marinette a Power ring.

Star!mari: Marinette gets a ring of the Star Sapphires

Merci!mari: Marinette gets a ring of the Red Lanterns

Duty!mari: Marinette gets a ring of the Green Lanterns

Hope!mari: Marinette gets a ring of the Blue Lanterns

Let’s have fun with Miraculous: all of these are just silly ideas that I thought of late at night or early in the morning and wanted to share. All of them are Free to Use)

idea one is just a silly thing trying to figure out what Marinette might call herself after moving to Gotham as the Guardian of the Miraculous.

idea two is a Timinette ship that has Marinette using the Miraculous to heal Gotham. But because Batman is a control freak, she hides her healing as a three ring circus. (made possible by using the mouse miraculous to the max) Tim becomes smitten with the acrobatic performance.

idea three is just a random MLB idea. An entity convinces Fate to let them mess with destiny. that entity whether it is  Spirit, Demon, Devil, or God is Marinette’s new partner. And while the craziness of the Miraculous Ladybug canon is going on with a different ladybug. Marinette is having her own adventures. She is still undecided if this is a better fate than dealing with all the Miraculous stuff like she was suppose to.

Lost Valkyrie: Thor x MLB. A series covering both Miraculous Ladybug and the entire Thor movies (because my brain hats me). Marinette is a Valkyrie that through wormhole nonsense lands in Paris after their defeat by Hela. Marinette is adopted by Tom and Sabine as their daughter. Marinette has amnesia of her time as a Valkyrie. (This one is crazy too and once I get the idea fully written down I will be glad to give it to someone. Free to use- when it is done)

Miraculous Stitching:  Marinette has been getting some magic power from the natural magic radiating off of Tikki. Mari can imbue things with magic into things through her stitch work. (this one is might not be for the squimish, some body horror)

Price of Life- Purest Wish: (inspired by BAllpointbasic “The Price of Life”) A villain worse than Hawkmoth shows up and decimates Paris. Marinette uses the Miraculous wish and offers her life as payment. She is happy being able to save everyone and not cursing anyone else with the pain of losing someone they care about. With the selfish wish she gets reborn as a Kwami. 

Rise of Arachnid: After getting blinded and unable to be healed during an Akuma fight Marinette has to give up being Ladybug. Marinette ends up talk to Hawkmoth and because of her bleeding heart she offers her help after hearing his story. She becomes a very powerful recurring villain that the new Miraculous team have to deal with on top of the normal Akuma. She has the powers of Spiderman and DareDevil. (another Blind!Marinette)

The Forgetten City- Early Renaissance: (Inspired by multifandomscribette “The Forgotten City” series. It is a Young Justice x MLB crossover) The Team go to Paris following The Riddler’s spree of crime. They are helped by local heroes none of them have heard or met before. Once the villain is dealt with the team and is asked, not to kindly, to leave Paris and never come back. 

Pokémon: 

G1RBY: A silly Picachu DJ story I had. She is a talking Pokémon that I drew once and wanted to make into an ask blog. But the VA I had didn’t feel conformable with the idea of having people hear her voice so it is seelved. (Willing to Share)

Shinny Cubone: Proof that I have always had an angsty edge. This is a story of a Cubone dealing with life after their mother dies. But it is okay as their mother’s old teammates are there to help. A Gastly offering help as well. But is everything as it seems? (this was going to be a art blog. but I got lazy and did not want to redraw all my stuff from paper to comp)

RWBY: 

Grimm Masks: Bleach x RWBY... Kinda. A fic where Ruby presumably dies during a mission. She is later found wearing a grimm mask in the same forest she was killed in and seems to be able to control the grimm that share the same mask as her. (Basically got inspired by Ichigo’s hollow mask and thought to give it to Ruby. then as the story demanded it give a mask to the other girls of team RWBY. This was before the whole maiden thing was cannon)

She-Ra (netflix version)

Innocence of an Enemy Soldier: Magicatra Au idea. Catra is She-Ra and Adora is a Horde Soldier. After all the fighting is done and the Princesses have won. To bad things can’t end happily for Catra. Adora finally learns the truth about the horde being the bad guys after she is captured. With that knowledge she asks to be tried for her crimes. Catra needs to work hard to prove her once friend’s innocence otherwise Adora will be executed.

Dissonant Whispers: Catra meets Corrupted She-Ra and wants to scream to bad Corrupted Adora/She-Ra shushes her with a finger to the lips. (I just want to see Catra being small scared cat with pin-prick pupils seeing a slightly blood splattered She-Ra while being being cornered and her voice failing her when She-Ra puts a finger to her lips just as she was about to scream.)

Shadows make and Shadows break: another Magicatra au. alt title (Shadows make and Light breaks). this idea came about because I rewatched the part of She-Ra when Shadow Weaver adopts Adora. The whole “This one is different. Can’t you feel it? She has power...” “Don’t worry little one, we are going to do great things together.” thing. (I want a magic user Adora, and I only have the looses ideas of what I will do with it so far.) Why isn’t there more magic!adora AUs!?!

Original Ideas: 

/The Squad/: (A colab furry Comic/Radio drama I had planned to do with VAs and everything. Had the pilot printed out and everything. Just didn’t get enough VAs.) Crime has become a spectator sport of cops and robbers. Criminals no longer snatch purses or kill people, instead they are closer to performers robbing banks, stealing from museums, street racing and the like. Criminal and Police Officer alike vie for attention of the crowds and the attention of viewers at home. (willing to share)

Dark Skies: A small story based off a photo a friend of mine took. It won me a short story award way back when. I willing share it with artists to so how they want to draw the scene. (willing to share, if you got the willingness to draw. lol)

Competent Folder: Stories I think are good just haven’t done anything with them yet.

Olympian Noire: a 50s Noire story with Olympian characters and references. (needs some grammar edits and a good reread before it is posted again) (Willing to Share after I rework it a little)

Misgivings about Airships: A start of an actual story I was writing but lost most of the progress I made except the first page I had. (a reminder to save often. will come back to it if I ever get over how much I lost of it)

Marked and Scarred: This is my bread and butter. A short hook for a story. Tells you just enough about the characters and world to grab your attention but leaves enough for you to also add details to it if you want. (willing to share/ free to use)

Gremlins: A dream I written down once about ‘Fairy Folk’ and how much they don’t like someone like me. Probably wont ever be finished because I woke up before the dream ended and most people wont find it as unsettling as I did. 

Dragons: Short story. A warning a dragon gave to a ship and its crew about a dangerous storm, unlike any other, that would devastate their homes if they didn’t prepare for it. The dragon later became a symbol for the port town.

Danger Days: Not so much a story and more of a parody of the My Chemical Romance song “Look alive/ Sunshine” as my own type of intro of sorts. 

Badge of Babylon: A fun Colab I did with other people on Facebook a few years back. A changing POV fic involving an Older Thief, a young Page, and Sylph (fairy). The group fell apart sadly. But I saved our saved notes and could still make a decent story out of it. 

All from a Ring: An entire scene that came to mind from a ring holding a broken gem a friend of mine had. And I am pretty proud of it. (needs a little touch ups but it is complete)

Eh Folder: Stories that aren’t bad but don’t inspire anything in me anymore. They range from bland to me needing to be in a certain mindset to be able to add to them. (all of these are Free to use) 

Caterpillar: a story that takes place in older alt timeline where strange creatures exist and follows the diary/journal entries of a man trying to find one of those creatures. At first he thinks it is a dragon, but eventually finds out that it is a kaiju sized caterpillar that has terrifying Lovecraft elements added to it. 

Spider Junk: Was concocted by me after being sick, sleep deprived, or plain crazy while I wrote down this short story. I have no memory writing this but it is in my own hand writing so... It is a story about how your mind can play tricks on you if your mind is not operating properly. 

Psych session: It is a story about a character talking to his psych doctor about a dream/haunting he had about his dead sister. It is a good idea but I really don’t have any drive to continue it. (I am sure someone else could make something out of it)

Da Faq Folder: a series of stories/ideas that are not worth the light of day or the energy it would take to store in your brain. Worse than needing to be deleted. they serve as a reminder to me that not all ideas are worth it. Sometimes we just need to write them down to get over them, drop them completely, or to get out that little bit of nasty we have that needs to get out in a healthy way. 

Holy f^ck that is 65 different stories! This was a bad idea. Seeing them all listed like this is weird. Normally I have them on Microsoft word, Google Docs, or saved on my Tumblr Drafts.