#decentralized storage

[imporinfo]

Unlock 1000x Potential: Decentralized Storage & Filecoin Mining!

Unlock 1000x Potential: Decentralized Storage & Filecoin Mining! Hey there, fellow digital adventurer! Are you tired of the same old centralized data storage that feels about as secure as a sieve and as transparent as a black hole? Well, buckle up, because we’re about to dive headfirst into the exhilarating world of decentralized storage networks! And guess what’s at the heart of this…

[ncogofficial]

What Is Decentralized Email? Amazing Powers Of Dmail

DMail is an innovative decentralized email platform. It offers greater security and privacy for web communication.

DMail differs from conventional email service providers in that it uses blockchain technology to secure your message against interception and tampering.

As such, it is a secure option for users who desire anonymity. Below are the distinguishing features that make DMail stand out.

1. End-to-End Encryption

DMail encrypts all you send using end-to-end encryption. You alone can see the message sent by the sender and the receiver. Even your service provider cannot read your email content. Encryption happens automatically when you send a message. This ensures that hackers and third parties will never get to see your emails.

2. Decentralized Email Architecture

Compared to centralized mail services, DMail operates on a decentralized blockchain-based system.

This eliminates points of failure and minimizes the chances of data compromise. Your email data is not stored on a central server.

Rather, it is replicated on multiple nodes, so it is hard to alter or delete emails without consent.

3. NCOG Wallet Integration Seamlessly

DMail integrates well with the NCOG Wallet. Your blockchain ID and cryptographic keys are stored in the wallet.

Secure logon using alternative-to-password authentication is made possible by linking the wallet to DMail. The wallet also enables sending and receiving of funds, and premium in-app features are supported.

4. Easy-to-Use Interface

Despite its high-level technology, DMail is presented with a plain and easy-to-use interface. The program can be used by the user without technical skills.

Simplicity is the main principle with quick access to basic functions like writing, reading, and organizing emails. The program also offers support for notification of received messages.

5. Spam and Phishing Protection

DMail incorporates advanced spam filtering processes based on blockchain verification. It minimizes spam email and phishing to a negligible level.

The identities of all senders of emails are verified by cryptographic evidence. Suspect or unverified senders are marked, and users can block malicious material coming from them.

6. Immutable Email Records

Once an email has been sent with DMail, its account is rendered immutable on the blockchain. That is, nobody can modify or remove your messages once sent.

Immutable records provide a safe record of communication. Useful for legal, business, and personal correspondence that must be verified.

7. Anonymous Email Feature

DMail provides anonymous sending of email. Aliases for email created by the user to conceal personal details are feasible.

Privacy while interacting with strangers or in public areas is permitted. Marketers or data brokers’ tracking and profiling are minimized through anonymity.

8. Decentralized Storage

Messages and attachments are stored securely on decentralized networks instead of centralized servers.

This protects information from being hacked or lost in case of server failure. Storage is encrypted and redundant to protect data and make it viewable only by authorized users.

9. Cross-Platform Compatibility

DMail is compatible with several devices and operating systems. You can utilize the app from web browsers or supported add-ons.

Seamless synchronization provides constant connectivity on smartphones, tablets, and desktops. This is convenient for users who prefer using various devices.

10. Smart Contract Support

DMail enables automated emailing capability for blockchain-based smart contracts. For instance, you can send reply emails or send messages automatically.

Smart contracts improve efficiency by enabling customized emailing processes while enhancing productivity. The contracts operate without middlemen, hence improving reliability.

11. Secure Contact Management

The app provides secure features to manage contacts and address books. Contacts are authenticated and stored securely with encryption.

This prevents unauthorized access or use of your list of contacts. The contact system also provides secure import and export of contacts.

12. Cost-Effective Communication

Email over the DMail platform can be cheaper in transaction fees in crypto for paid network use and spam fighting.

DMail is a cheap means of communication compared to regular email marketing or data leakage.

13. Better Privacy Controls

DMail added privacy controls. Individuals have been able to personalize who can see their presence on the net, their contact information, and message metadata.

These controls allow for privacy over sharing personal data. The standard setting is user privacy.

14. Open Source and Transparent

DMail’s source code is open source and can be accessed publicly. Openness establishes trust and opens the door for community contribution.

The users and developers can look into the code for security and propose patches. Open source projects are secure and more innovative.

15. Periodic Update and Support

The development team behind DMail is always working on keeping the app up to date. They release regular updates with new functionality and security patches.

Customer support is provided by multiple channels to assist users. Ongoing development ensures that the app remains compliant with changing security standards.

These features join together to form DMail as a secure and rich-featured substitute for conventional email clients.

The software employs blockchain’s most precious capabilities to provide user control, security, and confidentiality. For any reason, business or personal, Decentralized email…

[ultragamerz]

Filecoin: Sleeping Giant or Crypto Icarus? Deciphering the Hype and Reality

New Post has been published on https://www.ultragamerz.com/filecoin-sleeping-giant-or-crypto-icarus-deciphering-the-hype-and-reality/

Filecoin: Sleeping Giant or Crypto Icarus? Deciphering the Hype and Reality

Filecoin: Sleeping Giant or Crypto Icarus? Deciphering the Hype and Reality

Filecoin burst onto the crypto scene in 2017, riding a wave of excitement about decentralized storage solutions. Promises of disrupting the cloud storage giants and democratizing data ownership captivated investors, propelling its initial coin offering (ICO) to a staggering $205 million. Five years later, however, the narrative seems dramatically different. Filecoin’s price languishes far below its all-time high, prompting doubts about its long-term viability. Is Filecoin destined to remain a fallen angel, or could it still rise like a phoenix from the ashes?

Soaring Expectations, Plummeting Price:

In 2021, Solana embarked on a meteoric rise, defying gravity and skepticism. From a mere $3 at the dawn of the year, it soared to a peak of $260 by November, marking an astronomical 8,666% increase. Meanwhile, Filecoin, which traded above $230 in April 2021, currently sits around $8, a disappointing 91% decrease from its zenith. This stark contrast fuels concerns about Filecoin’s staying power, especially amidst broader market uncertainties.

The Sleeping Giant Argument:

Despite the bearish sentiment, several factors advocate for Filecoin’s potential:

Addressing a Critical Need: The demand for reliable, secure, and decentralized storage solutions continues to grow exponentially. Filecoin offers a compelling alternative to centralized cloud providers like Amazon Web Services (AWS) and Google Cloud, addressing concerns about data breaches and censorship.

Strong Technology: Filecoin boasts a robust Proof-of-Replication (PoR) consensus mechanism and a thriving network of storage providers. This ensures data integrity and redundancy, a crucial aspect for decentralized storage.

Evolving Ecosystem: The Filecoin ecosystem is actively developing, with projects exploring data sharing, NFT storage, and Web3 applications. This vibrant ecosystem fosters innovation and expands Filecoin’s utility beyond simple file storage.

The Falling Angel Concerns:

However, challenges threaten Filecoin’s upward trajectory:

Sluggish Adoption: Despite early promises, mainstream adoption of Filecoin for data storage remains sluggish. Businesses seem hesitant to entrust valuable data to a fledgling network facing stability concerns.

Tokenomics: Filecoin’s tokenomics model struggles to maintain a healthy balance between supply and demand. The constant influx of new tokens into circulation could exert downward pressure on the price.

Competition: Established players like Arweave and Sia Network provide similar decentralized storage solutions, creating fierce competition for market share.

The Verdict: Still Too Early to Tell:

Filecoin’s future remains shrouded in uncertainty. While its underlying technology and addressable market hold immense potential, challenges regarding adoption, tokenomics, and competition pose significant hurdles. Whether Filecoin emerges as a sleeping giant awakened by innovation or a fallen angel succumbing to the harsh realities of the crypto market remains an open question. Only time will tell if Filecoin can navigate these challenges and fulfill its early promise of revolutionizing decentralized storage.

Disclaimer: This information is for educational purposes only and should not be considered financial advice. Please consult with a qualified financial advisor before making any investment decisions.

    Keywords:

Filecoin, cryptocurrency, decentralized storage, cloud storage, blockchain, ICO, data ownership, price action, sleeping giant, crypto project, investment, Proof-of-Replication (PoR), data integrity, redundancy, Web3, NFT storage, data sharing, competition, Arweave, Sia Network, adoption, tokenomics, challenges, potential, future, critical need, reliable storage, data breaches, censorship, robust technology, thriving network, evolving ecosystem, long-tail keywords, best decentralized storage solutions, future of data ownership, is Filecoin a good investment?, visual keywords, Filecoin logo, decentralized storage diagram, cryptocurrency chart, headings, subheadings, image alt text.

[mohrewkey]

How to Secure Your Crypto Wallet in 2025

With the rapid growth of cryptocurrency adoption, securing your digital assets has never been more critical. The decentralized nature of blockchain means that once funds are lost or stolen, there is no way to recover them. Whether you are an active trader or a long-term investor, implementing robust crypto security tips is essential. This guide will walk you through the best practices for…

[lucid-outsourcing-solutions]

Integrating ColdFusion with Decentralized Storage Solutions like IPFS

[mkcecollege]

Role of Renewable Energy Systems in Sustainable Urbanization

Sustainable urban development is crucial as cities expand and energy demands grow. Renewable energy systems, such as solar, wind, and hydropower, offer cleaner alternatives to fossil fuels, helping reduce carbon footprints and combat climate change. MKCE focuses on educating students through hands-on projects, equipping them to design and implement efficient energy systems. These systems provide economic benefits, enhance energy security, and improve public health by reducing air pollution. Despite challenges like high initial costs and infrastructure gaps, innovations like smart grids and energy storage are transforming urban energy management. MKCE prepares students to tackle these challenges and contribute to global sustainability goals. The adoption of renewable energy is essential for achieving a cleaner, healthier future. Through education and innovation, MKCE plays a key role in shaping future leaders in renewable energy. The integration of renewable energy is vital for building resilient and sustainable cities. Together, we can transition to a greener, more sustainable urban future. To Know More : https://mkce.ac.in/blog/the-role-of-renewable-energy-systems-in-sustainable-urban-development/

[techdriveplay]

What Should You Know About Edge Computing?

As technology continues to evolve, so do the ways in which data is processed, stored, and managed. One of the most transformative innovations in this space is edge computing. But what should you know about edge computing? This technology shifts data processing closer to the source, reducing latency and improving efficiency, particularly in environments where immediate action or analysis is…

[nadcablabs9616]

Decentralized Storage Network In Web3

In 2006, British mathematician Clive Humby famously said, "data is the new oil." This idea is even more relevant today, as our personal data is closely linked to our online experiences.

Our digital identities are currently typically kept in centralized systems. These systems are simple to use, but because users do not have complete control over their data, it is more dangerous for loss, privacy violations, and cyberattacks.

However, the emergence of Web3 is altering how we communicate online, and blockchain technology is a major factor in this change. Applications powered by Blockchain function independently of others, eliminating the need for dependable third parties and promoting a decentralized Internet where users have greater control over their personal information and online activities. Furthermore, rather than depending on a single centralized server, users can store and retrieve their data throughout a distributed network with Decentralized storage alternatives.

Understanding Decentralized Storage Networks

Decentralized storage networks distribute data across multiple nodes, often spread globally, rather than storing it in a single, centralized location. These networks use blockchain technology and P2P (peer-to-peer) protocols to ensure data integrity, security and accessibility.. Each node in the network contributes storage space, and in return, earns rewards, typically in the form of cryptocurrency.

How Does Decentralized Storage Work?

Decentralized storage works by spreading data across many different computers or nodes in a peer-to-peer (P2P) network, such as BitTorrent or the InterPlanetary File System (IPFS).

When you upload data to a decentralized storage system, it’s broken down into small pieces and distributed across multiple nodes in the network. When you need to retrieve your data, the network gathers these pieces from the various nodes and puts them back together for you to download.

Moreover, the data stored in a decentralized system is secure because it’s automatically encrypted using cryptographic hashing. This means the nodes storing the data can’t see or change it. Only users with the right private keys can access their data, ensuring that unauthorized people can’t get to it.

Types of DSN 

1. Peer-to-Peer Networks- 

Directly share files or make calls without central servers, like BitTorrent for downloads and Skype for calls.

2. Blockchain and Cryptocurrencies-

Public Blockchains- Open to everyone, like Bitcoin and Ethereum.

Private Blockchains- Restricted access for specific groups, like Hyperledger Fabric.

3. Decentralized Finance (DeFi)-

Exchanges- Trade cryptocurrencies directly with others, like Uniswap.

Lending/Borrowing- Borrow or lend without banks, using platforms like Aave.

4. Decentralized Autonomous Organizations (DAOs)- 

Organizations run by code, where members vote on decisions, like MakerDAO.

5. Decentralized Apps and Identity-

dApps- Apps running on a blockchain, like the game CryptoKitties.

Decentralized Identity- Control your own digital ID, with projects like Sovrin.

6. Decentralized Storage and Marketplaces-

File Storage- Spread files across many computers for security, like IPFS.

Marketplaces- Buy and sell directly without middlemen, using platforms like OpenBazaar.

Centralized Vs Decentralized Storage

Centralized Storage-

Centralized storage refers to storing data in a single, central location, often managed by a single organization or entity. This is the traditional model used by most businesses and cloud storage providers.

Decentralized Storage-

Decentralized storage distributes data across multiple nodes or locations, often leveraging peer-to-peer networks and blockchain technology. Examples include IPFS (InterPlanetary File System) and blockchain-based storage solutions like Filecoin and Stor.

Challenges In Decentralized Storage Network

Security-

Ensuring strong encryption to protect data.

Trusting nodes not to tamper with or steal data.

Reliability-

Maintaining network uptime and data availability.

Ensuring sufficient data replication to prevent loss.

Performance-

Speeding up data retrieval, which can be slower than centralized systems.

Reducing network latency.

Economic Incentives-

Creating fair compensation models for storage providers.

Managing the volatility of cryptocurrency-based payments.

Legal Issues-

Complying with varying data storage laws across countries.

Determining responsibility for illegal content.

Usability-

Making the network user-friendly and easy to integrate.

Building trust and awareness among users.

Technical Problems-

Ensuring interoperability with other systems.

Developing secure and efficient consensus mechanisms.

Maintenance-

Coordinating decentralized upgrades and improvements.

Rapidly addressing security vulnerabilities and bugs.

Future Developments and Innovations

Smarter Consensus Mechanisms- 

Researchers are creating new ways for systems to agree on data integrity that are more efficient and environmentally friendly, such as Proof of Stake (PoS) and Proof of Burn (PoB). These innovations aim to secure data without wasting resources.

AI Integration- 

Artificial intelligence is being woven into decentralized storage networks, making data storage and retrieval smarter and faster.They improve security and privacy by giving consumers more control over their personal information.

Ongoing Blockchain Innovations- 

New blockchain technologies with improved scalability, quicker transaction speeds, and more security are always being created. The usage of distributed storage is now more solidly supported by these developments.

Rise of Decentralized Identity- 

As privacy concerns increase, more individuals and organizations are looking to Decentralized Identifiers (DIDs) and other decentralized identification solutions. They improve security and privacy by giving consumers more control over their personal information.

How does Nadcab Labs use decentralized storage networks to boost client profitability?

Nadcab Labs uses decentralized storage networks to improve its blockchain services. By distributing data across multiple nodes, they make it difficult for hackers to secure information. This arrangement also allows businesses to grow without expensive infrastructure upgrades. It also reduces costs by reducing the need for central data centers. Overall, this approach helps Nadcab Labs customers become more efficient and profitable by providing a combination of security, scalability and savings that benefit multiple industries.

Author Profile:

Siddharth Kanojia work at Nadcab Labs, helping businesses succeed online. He uses SEO strategies to make sure companies show up easily when people search the internet. He uses new technology like blockchain to help businesses grow. At Nadcab Labs, our goal is to help businesses get noticed and do well in the digital world with smart digital marketing and innovative solutions.

[ankikarekar9]

[blogshalaka]

Decentralized storage network is a network of storage nodes that can be utilized to store data. Check the top 6 best decentralized storage networks of 2023

[yourlocalbreadenthusiast]

Kindly take a break from scrolling to read this, it's important.

Take your time to grieve and come to terms with the election results, but once you've done that, it's time to get to work. We have two months. And a lot to do in that time. We have to prepare, to be ready.

Be careful about what you post or say online. Anything potentially incriminating should be avoided. Threatening language, even if clearly a joke, can be used against you.

Know someone who's trans? Someone who's had an abortion? Someone who's LGBTQIA+? Someone who's an immigrant? Someone who attends protests? Someone who's disabled? Someone who might in any way be at risk due to laws being put into place? No you don't.

Move away from social media platforms and browsers that require you to use your real identity or input a large amount of personal information. Now's a good time to find alternate means of communicating online. Tails, Element, Tor, Mastodon, Firefox, and Lemmy are all decent options.

Find a community. Someone you can talk to, either online or in real life, that you'll have reliable contact with. We need to try and create a network, but one that's as anonymous as possible.

Start scrubbing your trail as much as possible. Get rid of old accounts that can still be traced to you but are no longer used, delete personal data off the internet. There are websites out there that will freely remove your data from the internet, but be careful about which one you use, make sure it's safe and legitimate first.

Change any usernames that you can that contain any personal information. Names, birthdays, anything.

Plan B has a four year shelf life. Stock up, but don't take more than you you'll need. We don't want a COVID repeat where everyone buys an excessive amount of things and leaves none for everybody else.

There are doctors that will sterilize you, if that's the way you want to go.

Stop using online period trackers right now. Delete all data from it if possible first, then delete the app itself. If you must, write it down, but in a subtle manner and on something you keep at home. Don't label it, just put the dates. If you're really worried, discard older records and only keep the most recent few, and label the dates as other random events, like "go to mall" or "chicken salad for dinner this night"

Get your vaccines now.

Save money.

Archive. We have to start collecting records, media, data, books, and articles now. On racism, on fascism, on homophobia, on gender, on self-reliance, on survival, on safe travels routes, on equality, on justice, on anything that may be useful and/or censored soon. We can't let them erase it.

Collect those online resources. Bookmark them, copy files into your storage, Screenshot pages. Create a decentralized library where everyone is working to be part of a whole, storing what they can individually and sharing it between one another. Again, be careful about doing this.

Second-hand bookstores are your best friend. Books are usually very cheap in them, and they often have a decent stock. See what you can find.

When buying ANYTHING I have mentioned above, or anything else that maybe put you in danger, try to use cash to reduce your spending trail.

Check your car information online, many newer models can be remotely tracked.

Turn your phone completely off if you may be at risk due to your location and current activities. Turning off your GPS also helps.

Take note of where you are. Who are your friends? Who's a safe person? Where can you go besides your own home that you know you'll be safe? Establish these connections now.

Who around you is not safe? Who and where do you need to avoid? Do you need to move? If you cannot afford moving but need to, there are fundraisers that can help you. If even that is not an option, at least try to make sure your home is secure. Have someone who can help you. Have a fallback safe place.

And finally, I want anyone with resources to put them in the replies. Flood it with useful links, information, tips, anything. We're in this together. Do not panic. Organize.

EDIT: Please be civil in the replies.

[ultragamerz]

Bitcoin, Next Stop 69k: Will The Entire Crypto Market Rise With It? | Bitcoin, Ethereum, Cardano, Uniswap, XRP, Helium, Arweave, Filecoin, Polkadot, Stellar Lumens

New Post has been published on https://www.ultragamerz.com/bitcoin-next-stop-69k-will-the-entire-crypto-market-rise-with-it-bitcoin-ethereum-cardano-uniswap-xrp-helium-arweave-filecoin-polkadot-stellar-lumens/

Bitcoin, Next Stop 69k: Will The Entire Crypto Market Rise With It? | Bitcoin, Ethereum, Cardano, Uniswap, XRP, Helium, Arweave, Filecoin, Polkadot, Stellar Lumens

Bitcoin, Next Stop 69k: Will The Entire Crypto Market Rise With It?

Bitcoin, Ethereum, Cardano, Uniswap, XRP, Helium, Arweave, Filecoin, Polkadot, Stellar Lumens

The recent surge of Bitcoin past the $50,000 mark has sent shockwaves through the crypto community, igniting hopes of a broader market recovery. While Bitcoin often sets the tone for the rest of the cryptocurrency space, is its ascent enough to guarantee a sunny outlook for other digital assets? Let’s explore the implications and delve into some promising contenders poised to benefit from this potential upswing.

Bitcoin’s Bullish Breakout: A Rising Tide Lifting All Boats?

Historically, Bitcoin’s price movements have had a significant influence on the broader crypto market. Its recent rally could signal renewed investor confidence and increased risk appetite, potentially leading to positive spillover effects for other cryptocurrencies. This optimism stems from several factors:

Increased mainstream adoption: Growing institutional interest and regulatory frameworks are paving the way for wider acceptance of Bitcoin, potentially driving further price appreciation.

Limited supply: Bitcoin’s capped supply of 21 million coins creates scarcity, making it a potential hedge against inflation and attracting investors seeking long-term value.

Technological advancements: Ongoing developments in the Lightning Network and other scaling solutions aim to address transaction speed and scalability concerns, enhancing Bitcoin’s utility.

Hot on Bitcoin’s Heels: Promising Crypto Assets to Watch

While Bitcoin may be the bellwether, several other projects hold immense potential:

Ethereum (ETH): The leading smart contract platform, facilitating decentralized applications (dApps) across various industries like finance, gaming, and NFTs. ETH 2.0, its upcoming upgrade, promises improved scalability and sustainability.

Cardano (ADA): Focused on security and scalability through a proof-of-stake consensus mechanism, Cardano aims to become a global financial system for everyone. Its rigorous peer-reviewed development process adds to its appeal.

Uniswap (UNI): A pioneering decentralized exchange (DEX) enabling peer-to-peer cryptocurrency trading without intermediaries. UNI governance tokens allow users to participate in platform decisions.

XRP (XRP): Designed for facilitating fast and cost-effective cross-border payments, XRP is popular among financial institutions. Its ongoing legal battle with the SEC adds an element of uncertainty.

Helium (HNT): Powering the decentralized Helium Network for internet-of-things (IoT) devices, HNT rewards individuals for hosting hotspots, creating a unique incentive model.

Arweave (AR): A decentralized storage solution offering permanent and verifiable data storage, Arweave caters to long-term data preservation needs.

Filecoin (FIL): Another decentralized storage project, Filecoin incentivizes network participants to store data securely and efficiently.

Polkadot (DOT): Aiming to connect different blockchains, Polkadot facilitates interoperability between diverse ecosystems, potentially unlocking the full potential of blockchain technology.

Stellar Lumens (XLM): Similar to XRP, XLM focuses on fast and low-cost cross-border payments, targeting remittance corridors and financial inclusion.

Remember: While Bitcoin’s momentum is encouraging, the crypto market remains volatile. Thorough research and understanding of individual projects’ fundamentals are crucial before making any investment decisions. Past performance is not indicative of future results.

This list highlights just a few of the many exciting projects in the crypto space. With Bitcoin breaking barriers, the coming months could see a revitalized market, but always approach every investment with caution and do your own research.

Keywords:

Bitcoin, Ethereum, Cardano, Uniswap, XRP, Helium, Arweave, Filecoin, Polkadot, Stellar Lumens, cryptocurrency, crypto market, Bitcoin price, crypto recovery, altcoins, blockchain, DeFi, smart contracts, dApps, decentralized finance, internet of things, data storage, cross-border payments, investment, technology, future of finance, space, moon, fantasy, nebula, rocket, spaceship, mascot, emblem, celestial body, pixel art, anime, constellation, panorama.

[ahmedmistrettaalyvezw]

Elon Musk Is about to Investigate Fort Knox: The Mysterious Veil of the US Gold Reserves May Be Lifted

On the intertwined stage of finance and technology, Elon Musk always breaks into the public eye in a vanguard manner. Recently, a startling piece of news has spread rapidly around the world: Musk has declared that he will investigate Fort Knox, the largest gold reserve storage site in the United States. This decision has instantly ignited public opinion and triggered endless speculation about the current state of the US gold reserves.

Fort Knox, this mysterious military base located in Kentucky, USA, covers a vast area. It is an important stronghold of the US Army and, more importantly, the core storage site for the US Treasury's gold. According to data from the US Department of the Treasury, Fort Knox stores over 147 million troy ounces of gold, approximately 4,581 tons, accounting for the majority of the US federal government's gold reserves. With a value of hundreds of billions of dollars, it occupies a crucial position in the global financial system.

However, over the years, the situation of the gold reserves in Fort Knox has been full of doubts. Since the 1950s, it has not undergone a comprehensive review. In 1974, there was a public inspection, but only some of the vaults were opened, and the proportion of the displayed gold was extremely small. Since then, apart from the simple "vault seal inspection" every year, there has been no substantial independent audit. This long - term lack of transparency has led the outside world to have many doubts about the authenticity and integrity of its gold reserves, and conspiracy theories have also become rife.

There are complex reasons behind Musk's intervention in this investigation. The well - known financial blog Zerohedge proposed to Musk on social media to confirm whether the gold in Fort Knox actually exists, which may have aroused Musk's curiosity. Republican Senator Mike Lee said that his request to enter the Fort Knox base was rejected. Musk reposted the relevant post and questioned whether the gold had been stolen. Subsequently, he clearly stated that he would "look for gold in Fort Knox", and his intention to investigate became increasingly strong.

Musk and his led "Department of Government Efficiency" (DOGE) may adopt a series of innovative methods in the investigation. With Musk's deep accumulation in the technology field, he is highly likely to use blockchain technology to track the origin and flow of gold. The decentralized and tamper - proof characteristics of blockchain can provide a more transparent and secure solution for verification, ensuring that the results are true and reliable. Musk may also leverage his powerful social media influence to mobilize public supervision, creating strong public opinion pressure to promote the investigation process.

However, Musk's investigation path is full of thorns. As a highly fortified military base, Fort Knox has strict security measures and complex approval processes. For Musk's team to conduct a comprehensive review inside, they must obtain permission from relevant departments, which is a difficult threshold to cross. There are differences in the US government's internal attitude towards gold reserves. Some forces may not want the secrets of Fort Knox to be easily exposed, which may lead to obstacles at the political level. Technical difficulties will also be faced during the investigation, such as how to achieve a comprehensive verification without damaging the gold storage environment and security system.

Once the investigation is successfully carried out and substantial results are achieved, the impacts will be multi - faceted. In the financial market, if there are differences, even slight ones, between the actual gold reserves in Fort Knox and the reported figures, it may trigger violent fluctuations in the global gold market, affect investors' confidence, lead to large - scale capital flows, and impact the stability of the financial market. From a political perspective, if the problems with the gold reserves are confirmed, it will trigger a trust crisis among the public towards the government, affect the implementation of government policies, and become a new focus of domestic political struggles. In the global financial system, the verification results of the gold reserves in Fort Knox may also reshape the international monetary pattern, affect the international status of the US dollar, and promote the development of the global monetary system towards diversification.

The investigation that Musk is about to launch on Fort Knox has attracted much attention. This not only concerns the truth of the US gold reserves but also may profoundly affect the global financial market, political pattern, and monetary system. We look forward to Musk using his wisdom and courage to lift the mysterious veil of the gold reserves in Fort Knox and bring clear and true answers to the world.

[amalgamasreal]

Updated Personal Infosec Post

Been awhile since I've had one of these posts part deus: but I figure with all that's going on in the world it's time to make another one and get some stuff out there for people. A lot of the information I'm going to go over you can find here:

https://www.privacyguides.org/en/tools/

So if you'd like to just click the link and ignore the rest of the post that's fine, I strongly recommend checking out the Privacy Guides. Browsers: There's a number to go with but for this post going forward I'm going to recommend Firefox. I know that the Privacy Guides lists Brave and Safari as possible options but Brave is Chrome based now and Safari has ties to Apple. Mullvad is also an option but that's for your more experienced users so I'll leave that up to them to work out. Browser Extensions:

uBlock Origin: content blocker that blocks ads, trackers, and fingerprinting scripts. Notable for being the only ad blocker that still works on Youtube.

Privacy Badger: Content blocker that specifically blocks trackers and fingerprinting scripts. This one will catch things that uBlock doesn't catch but does not work for ads.

Facebook Container: "but I don't have facebook" you might say. Doesn't matter, Meta/Facebook still has trackers out there in EVERYTHING and this containerizes them off away from everything else.

Bitwarden: Password vaulting software, don't trust the password saving features of your browsers, this has multiple layers of security to prevent your passwords from being stolen.

ClearURLs: Allows you to copy and paste URL's without any trackers attached to them.

VPN: Note: VPN software doesn't make you anonymous, no matter what your favorite youtuber tells you, but it does make it harder for your data to be tracked and it makes it less open for whatever public network you're presently connected to.

Mozilla VPN: If you get the annual subscription it's ~$60/year and it comes with an extension that you can install into Firefox.

Mullvad VPN: Is a fast and inexpensive VPN with a serious focus on transparency and security. They have been in operation since 2009. Mullvad is based in Sweden and offers a 30-day money-back guarantee for payment methods that allow it.

Email Provider: Note: By now you've probably realized that Gmail, Outlook, and basically all of the major "free" e-mail service providers are scraping your e-mail data to use for ad data. There are more secure services that can get you away from that but if you'd like the same storage levels you have on Gmail/Ol utlook.com you'll need to pay.

Tuta: Secure, end-to-end encrypted, been around a very long time, and offers a free option up to 1gb.

Mailbox.org: Is an email service with a focus on being secure, ad-free, and privately powered by 100% eco-friendly energy. They have been in operation since 2014. Mailbox.org is based in Berlin, Germany. Accounts start with up to 2GB storage, which can be upgraded as needed.

Email Client:

Thunderbird: a free, open-source, cross-platform email, newsgroup, news feed, and chat (XMPP, IRC, Matrix) client developed by the Thunderbird community, and previously by the Mozilla Foundation.

FairMail (Android Only): minimal, open-source email app which uses open standards (IMAP, SMTP, OpenPGP), has several out of the box privacy features, and minimizes data and battery usage.

Cloud Storage:

Tresorit: Encrypted cloud storage owned by the national postal service of Switzerland. Received MULTIPLE awards for their security stats.

Peergos: decentralized and open-source, allows for you to set up your own cloud storage, but will require a certain level of expertise.

Microsoft Office Replacements:

LibreOffice: free and open-source, updates regularly, and has the majority of the same functions as base level Microsoft Office.

OnlyOffice: cloud-based, free

FreeOffice: Personal licenses are free, probably the closest to a fully office suite replacement.

Chat Clients: Note: As you've heard SMS and even WhatsApp and some other popular chat clients are basically open season right now. These are a couple of options to replace those. Note2: Signal has had some reports of security flaws, the service it was built on was originally built for the US Government, and it is based within the CONUS thus is susceptible to US subpoenas. Take that as you will.

Signal: Provides IM and calling securely and encrypted, has multiple layers of data hardening to prevent intrusion and exfil of data.

Molly (Android OS only): Alternative client to Signal. Routes communications through the TOR Network.

Briar: Encrypted IM client that connects to other clients through the TOR Network, can also chat via wifi or bluetooth.

SimpleX: Truly anonymous account creation, fully encrypted end to end, available for Android and iOS.

Now for the last bit, I know that the majority of people are on Windows or macOS, but if you can get on Linux I would strongly recommend it. pop_OS, Ubuntu, and Mint are super easy distros to use and install. They all have very easy to follow instructions on how to install them on your PC and if you'd like to just test them out all you need is a thumb drive to boot off of to run in demo mode. For more secure distributions for the more advanced users the options are: Whonix, Tails (Live USB only), and Qubes OS.

On a personal note I use Arch Linux, but I WOULD NOT recommend this be anyone's first distro as it requires at least a base level understanding of Linux and liberal use of the Arch Linux Wiki. If you game through Steam their Proton emulator in compatibility mode works wonders, I'm presently playing a major studio game that released in 2024 with no Linux support on it and once I got my drivers installed it's looked great. There are some learning curves to get around, but the benefit of the Linux community is that there's always people out there willing to help. I hope some of this information helps you and look out for yourself, it's starting to look scarier than normal out there.

[o-craven-canto]

Filters in the way of technologically advanced life in the universe and how likely I think they are

1. Abiogenesis (4.4-3-8 billion years ago): Total mystery. The fact that it happened so quickly on Earth (possibly as soon as there was abundant liquid water) is a tiny bit of evidence for it being easy. Amino acids and polycyclic hydrocarbons are very common in space, but nucleotides aren't, and all hypothetic models I've seen require very specific conditions and a precise sequence of steps. (It would be funny if the dozen different mechanisms proposed for abiogenesis were all happening independently somewhere.)

2. Oxygenic photosynthesis (3.5 billion years ago) (to fuel abundant biomass, and provide oxygen or some other oxidizer for fast metabolism): Not so sure. Photosynthesis is just good business sense -- sunlight is right there -- and appeared several times among bacteria. But the specific type of ultra-energetic photosynthesis that cracks water and releases oxygen appeared only once, in Cyanobacteria. That required merging two different photosynthetic apparati in a rather complex way; and all later adoptions of oxygenic photosynthesis involved incorporating Cyanobacteria by endosymbiosis. For all that it's so useful, I don't know if I'd expect to see it on every living planet.

3. Eukaryotic cell (2.4 billion years ago?): Probably the narrowest bottleneck on the list. Segregated mitochondria with their own genes and a nucleus protecting the main genome are extremely useful both for energy production (decentralized control to maximize production without overloading) and for genetic storage (less DNA damage due to reactive metabolic waste). But there's a chicken-and-egg problem in which incorporating mitochondria to make energy requires an adjustable cytoskeleton, but that consumes so much energy it would require mitochondria already in place. Current models have found solutions that involve a very specific series of events. Or maybe not? Metabolic symbiosis, per se, is common, and there may have been other ways to gene-energy segregation. Besides, after the origin of eukaryotes, endosymbiosis occurred at least nine more times, and even some bacteria can incorporate smaller cells.

4. Sexual reproduction (by 1.2 billion years ago): Without meiotic sex (combining mutations from different lineages, decoupling useful traits from harmful ones, translating a gene in multiple way), the evolution of complex beings is going to be painfully slow. Bacteria already swap genes to an extent, and sexual recombination is bundled in with the origin of eukaryotes so I probably shouldn't count it separately (meiosis is just as energy-intensive as any other use of the cytoskeleton). Once you have recombination, life cycles with spores or gametes and sex differentiation probably follow almost inevitably.

5. Multicellularity (800 million years ago?): Quite common, actually. Happens all the time among eukaryotes, and once in a very limited form even among bacteria. Now we'd want complex organized bodies with geometry-defining genes, but even that happened thrice: in plants, fungi, and animals. As far as I know, various groups of yeasts are the only regressions to unicellularity.

6. Brains and sense organs (600 million years ago): Nerve cells arose either once or twice, depending on whether Ctenophora (comb-jellies) and Eumetazoa (all other animals except sponges) form a single clade or not. Some form of cellular sensing and communication is universal in life, though, so a tissue specialized for signal transmission is probably near inevitable once you have multicellular organisms whose lifestyle depends on moving and interacting with the environment. Sense organs that work at a distance are also needed, but image-forming eyes evolved in six phyla, so no danger there (and there's so many other potential forms of communication!). Just to be safe, you'll also want muscles and maybe mineralized skeletons on the list, but I don't think either is particularly problematic. An articulated skeleton is probably better than a rigid shell, but we still have multiple examples of that (polyplacophorans, brittle stars, arthropods, vertebrates).

7. Life on land (400 million years ago): (Adding this because air has a lot more oxygen to fuel brains than water (the most intelligent aquatic beings are air-breathers), and technology in water has the issue of fire.) You're going to need a waterproof integument, some kind of rigid support system, and kidneys to regulate water balance. Plenty of animal lineages moved on land: vertebrates, insects, millipedes, spiders, scorpions, multiple types of crabs, snails, earthworms, etc. Note that most of those are arthropods: this step seems to favor exoskeletons, which help a great deal in retaining water. Of course this depends on plants getting on land first, which on Earth happened only once, and required the invention of spores and cuticles. (Actually there are polar environments where all photosynthesis occurs in water, but they are recently settled and hardly the most productive.)

8. Human-like intelligence (a few million years ago?): There seems to a be a general trend in which the max intelligence attainable by animals on Earth has increased over time. There's quite a lot of animals today that approach or rival apes in intelligence: elephants, toothed cetaceans, various carnivorans, corvids, parrots, octopodes, and there's even intriguing data about jumping spiders. Birds seem to have developed neocortex-like brain structures independently. Of course humans got much farther, but the fact that even other human species are gone suggests that a planet is not big enough for more than one sophont, so the uniqueness of humans might not necessarily imply low probability. (We seem to exist about halfway through the habitability span of Earth land, FWIW.) The evolution of sociality should probably be lumped here: we'll want a species that can teach skills to its offspring and cooperate on tasks. But sociality is also a common and useful adaptation: many species on our list (octopodes are a glaring exception) are intensely social and care for their offspring. I mentioned above that the land-step favors exoskeletal beings, which in turns favors small size; but the size ranges of large land arthropods and very intelligent birds overlap, so that's not disqualifying.

9. Agriculture and urban civilization (11,000 years ago): Agriculture arrived quite late in the history of our species, but when it arrived -- i.e. at the end of the Wurm glaciation -- it arrived independently in four to eight different places around the world, in different biogeographic realms and climates, so I must assume that at least some climate regimes are great for it (glacial cycles are a minority of Earth's history; but did agriculture need to come after glaciations? Maybe a shock of seasonality did the trick). And once you have agriculture, complex urbanized societies follow most of the time, just a few millennia later. Even writing arose at least three times (Near East, China, and Mexico), and then spread quickly.

10. Scientific method and industrialization (300 years ago): We're getting too far from my expertise here, but whatever. The Eurasian Axial Age suggests that all civilizations with a certain degree of wealth, literacy, and interconnection will spawn a variety of philosophies. Philosophical schools that focus on material causes and effects like the Ionians or Charvaka have appeared sometimes, but often didn't win over more supernaturalist schools. Perhaps in pre-industrial times pure materialism isn't as useful! You may need to thread a needle between interconnected enough to exchange and combine ideas, and also decentralized enough that the intellectual elite can't quash heterodoxy. As for industrialization, that too happened only once, though that's another case in which the first achiever would snuff out any other. I hear Song China is a popular contender for alternative Industrial Revolutions (with coal-powered steelworks!); Imperial Rome and the Abbasid Caliphate are less convincing ones. For whatever reason, it didn't take until 18th century Britain.

11. Not dying randomly along the way: Mass extinctions killing off a majority of species happened over and over -- the Permian Great Dying, the Chicxulub impact, the early Oxygen Crisis -- but life has always rebounded fairly quickly and effectively. It's hard enough to sterilize an agar plate, let alone a planet. Disasters on this scale are also unlikely to happen in the lifespan of planet-bound civilizations, unless of course the civilizations are causing them. A civilization might still face catastrophic climate change, mega-pandemics, and nuclear war, not to mention lesser setbacks like culture-wide stagnation or collapse, and I couldn't begin to estimate how common, or ruinous, they would actually be.

****

I have no idea how common the origin of life is, but the vast majority of planets with life will only have bacterial mats and stromatolites. Of the tiny sliver that evolved complex cells, a good chunk will have their equivalents of plants and animals, most of which may have intelligent life at least on primate- or cetacean-level at some later point. At any given time, a tiny fraction of those will have agricultural civilizations, at an even tinier fraction of that will have post-industrial science and technology. Let's say maybe 1 planet with industrial technology out of 100 with agriculture, 100,000 with hominid-level intelligence, 10 million with animal-like organisms, 100 millions with complex cells, and 10 billions with life at all?