#Cryptography Assignment Help

[thecluehunt]

welcome to the clue hunt!

how does this thing work?

to join the search for the 39 clues you will need to concoct a serum that will make you(r branch) all-powerful and set for world domination. follow this blog and/or like this post to register:)

this is an online clue hunt based on tumblr inspired by the 39 clues series. you do not have to have read the series to participate, although it might be more fun if you have!

a list of 39 elements, each with an associated number to account for its quantity in the final serum, has been determined and will soon be circulated across the threads of the interwebs. the goal of this clue hunt will be to collect all of these clues for your branch!

there will be four branches the participants will be loosely divided into based on their interests (will elaborate on this in a bit). the lucians (red, the cunning branch, think codes and logic and conniving), the ekaterinas (yellow, the stem branch), the tomas (blue, the athletic branch, which in the context of this clue hunt translates to gamers/shit that requires good motor skills) and the janus (green, the artistic branch)

each participant will be given a few clues at the start of the game. you will randomly be alloted into branches UNLESS you send an ask to this blog with a preferred branch. to make sure each branch has more or less equal numbers, asking for a specific branch will mean you will be given less clues than other participants at the start of the game (i.e. there is an advantage to random branch assignment).

you will be told your final branch privately and will not be revealed the branches of any other participants.

you will be required to hide the few clues given to you across the interwebs (there won't be many clues don't worry) in internet trails, using codes, links, metaphors, required tasks you need to complete to attain the clue, etc etc. this will largely be up to you and you will be allowed to use your creative license - but you will have to send your trail to this blog to make sure it is workable and not too vague lol. i will edit/fine tune everything and if you can't think of anything i will make a trail for you

if you pick your own branch, you will be required to incorporate the core values of your branch into your trails. so for the janus this means hiding clues in art, for lucians this means codes and cryptography related things maybe, etc etc.

write your tumblr url somewhere near where you leave the clue so people know you left it there!

a map will be provided with the location of each clue around the world, colour coded. so for example, myrrh, a clue from the original series, is an ekaterina clue native to north africa. so, a yellow dot representing myrrh will be marked in this region. this can be used to find out what branches other members are in. for example, if you find out a fellow participant hid the clue myrrh, you can deduce they are from the ekaterina branch because there is a yellow dot in the region it's from. if you are also an ekat, this means you can trust them with your clues because you're on the same team:)

a certain number of clues will not be given to any participants and will be withheld as madrigal clues. these will be hidden by me:)

you can recruit members who haven't registered to help you with your hunt well into the game! however, you need to have registered at the beginning (i.e. be following this blog and like this post) to receive your own clues

any/all forms of cheating and backstabbing will be allowed (for everyone except me/the madrigals that is):D

to help with organizing if you don't want to participate, you can join the madrigals! we are a neutral team who cannot by definition win and are just having fun organizing all this lol

more details including duration, prizes, etc will be shared/updated later!

happy hunting!

tagging people who interacted with my post about this: @the39cluesian @iankabra @yakalll @angelkat-x @icamebackfromnarnia @39addict101 @manicpixiess @bilhert @mediodedios @toiletpotato @39starrygurl @gaslighting69 @nimonaaaa @dinatela @amianislovely @fandom-oracle @sarasanddollar @carpe-astrae @ghost-in-a-cup @cosmo-babe @kadalakari

[f-acto]

What are the key components of ISO 27001 Certification in UAE?

What is ISO 27001? 

ISO 27001 Certification in UAE, ISO 27001 is an internationally accepted standard for setting up, implementing, keeping, sustaining, and constantly making improvements to and improving an Information Security Management System (ISMS). The ISMS was created through ISO (International Organisation for Standardization) and ISO (International Organization for Standardization).

It offers an infrastructure to handle sensitive information of companies and to protect it from threats such as the theft of data, unauthorized access to it or loss. The standard is based on a risk-based model and has 93 control measures (Annex A) to deal with security risks that involve processes, people, as well as technology. 

Importance of ISO 27001 Certification in UAE 

It is believed that the United Arab Emirates is a regional leader in digital transformation that has seen widespread adoption of fintech, cloud-based services and smart city technology. As companies increasingly manage the data of their customers as well as digital assets, compliance with global security standards for information is becoming a necessity. The main drivers behind ISO 27001 Certification in UAE: 

The threat of threats to cybersecurity and lawful data security 

The government’s focus is on technology-driven governance, digital infrastructure and smart buildings 

The requirement of ISO 27001 in tenders contracts, contracts, and audits 

There is a growing demand from customers, investors, and regulators to have strong data security

Key Components of ISO 27001 Certification in UAE 

These are the key components that businesses must utilize to make beyond any doubt they comply with ISO 27001 Certification in UAE necessities: 

1. Information Security Management System (ISMS): The heart of ISO 27001 Certification in UAE is the ISMS, an organized system of processes, policies and controls to manage security threats to information. In the UAE, this framework should be in line with local laws like: 

NESA (National Electronic Security Authority) standards 

DIFC Data Protection Regulations 

UAE Cybersecurity Strategy 

2. Risk Assessment and Risk Management: ISO 27001 emphasizes risk-based thinking. UAE companies must: 

Be aware of any potential dangers (e.g. ransomware, data breaches) 

Find the problems with their system 

Utilize appropriate controls to minimize or eliminate the risk. 

This is vital for compliance and continuity of business in a rapidly evolving digital economy like the UAE. 

3. Leadership and Governance: The top management team has to exhibit a proactive leadership style by: 

Identifying the security goals that align with business goals 

The assigning of roles and responsibilities to ISMS implementation 

Ensuring continual improvement For UAE-based companies, 

Top-down commitment ensures the alignment of national cybersecurity initiatives and the expectations of customers. 

4. Annex A Controls (93 Controls): ISO 27001 auditors in UAE standard includes Annex A, which contains 93 security control categories by themes, such as 

Access Control 

Asset Management 

Cryptography 

Physical Security 

Human Resource Security 

Supplier Relationships 

Incident Management 

Conformity with legal requirements 

The controls chosen are according to the business model and risk environment. 

5. Documented Information: UAE companies that are seeking certification must adhere to: 

Security policies 

Risk treatment plans 

control implementation documents 

Internal audit reports 

Incident logs and corrective action 

This documentation aids in audits and helps ensure accountability. 

6. Internal Audits and Management Reviews: Companies must conduct periodic internal audits to determine ISMS performance. The results are reviewed by the top management 

Monitor effectiveness 

Find any improvements 

Maintain a constant alignment with business requirements 

In the UAE this is particularly critical due to changing security needs for the local sector and specific to it. 

7. Training and Awareness: ISO 27001 requires that all personnel handling information receive training on: 

Security obligations 

Acceptable use policies 

Data handling best practices 

Training is essential in the UAE, where the multinational workforce requires customized security awareness training. 

8. Continuous Improvement (PDCA Cycle): ISO 27001 employments the Plan-Do-Check-Act (PDCA) to guarantee that the ISMS always advances to adjust to the needs of advancing dangers and advancements in commerce. This empowers UAE companies to become more versatile outstandingly in quickly advancing regions like healthcare, fintech and cloud computing.

Benefits of ISO 27001 Certification in UAE 

Enhanced Information Security: helps to stop data hacks, phishing attacks, and other insider threats through the use of well-designed Security measures. 

Competitive Advantage: Enhances the credibility of your clients and regulators as well as your partners by demonstrating the commitment of your company towards security. 

Legal and Regulatory Compliance: In line with the security plan, Protection of data law (such as DIFC and ADGM law) as well as international norms, such as GDPR. 

Business Continuity: reduces the effect of security-related incidents and helps ensure that operations continue to function even in situations of disruptions or crisis. 

Improved Client Trust: Make sure that the public is aware that your company will protect your data with utmost care. This is crucial for healthcare providers, banks and SaaS companies. 

Required for Government Projects: There are many UAE governments and quasi-government contracts that currently require ISO 27001 Certification consultants in UAE as a pre-qualification requirement.

How to Get ISO 27001 Certification in UAE 

Step 1: Gap Analysis: Review your current security practices in connection with ISO 27001 requirements. 

Step 2: Risk Assessment: Analyze the security risks associated with data and come up with solutions to reduce the risks. 

Step 3: ISMS Implementation: Use and apply policies and procedures, along with guidelines, to guarantee the security of your data and security measures. 

Step 4: Internal Audit: Conduct an internal audit to make sure that you are aware that the company complies with the standards. 

Step 5: External Audit: A certified certification body is able to conduct an audit in two stages: 

Stage 1 – Documentation and readiness review 

Stage 2 – On-site implementation audit 

Step 6: Certification Issuance: After approval, you’ll be issued an ISO 27001 Certification that is valid for over 3 years and will be subject to annual inspections.

Why Factocert for ISO 27001 Certification in UAE

We provide the best ISO 27001 Certification in UAE who are knowledgeable and provide the best solutions. Kindly contact us at contact@factocert.com. ISO 27001 Certification consultants in UAE and ISO 27001 auditors in UAE work according to ISO standards and help organizations implement ISO 27001 certification consultants in UAE with proper documentation.

For more information, visit ISO 27001 Certification in UAE.

Related Link:

ISO Certification in UAE

ISO 9001 Certification in UAE

ISO 14001 Certification in UAE

ISO 45001 Certification in UAE

ISO 13485 Certification in UAE

ISO 27001 Certification in UAE

ISO 22000 Certification in UAE

CE Mark Certification in UAE

[milfave]

🔥 The CIPD Student's Underground Resistance Guide (2025 Edition) Classified tactics your tutors pray you never discover

🚨 5 Nuclear Assignment Hacks

1️⃣ "The Academic Heist Protocol"

Raid your university's sample paper vault

Reverse-engineer distinction structures

Customize with CIPD Assignment Help templates

2️⃣ "Feedback Cryptography" Decipher: • "More evaluation" = Apply PESTLE + SWOT • "Lacks depth" = Insert 3 CEO quotes • "Reference issues" = Use CIPD's own citations against them

3️⃣ "Corporate Espionage Kit"

Wayback Machine deleted HR policies

Unlisted CIPD research briefings

Your tutor's doctoral references

4️⃣ "Distinction Alchemy"

(4 CIPD sources × 2) + (2 competing theories) + (1 infographic) = 75+%

2024 success rate: 91%

5️⃣ "The Midnight Extraction" When under 8 hours: ✓ Voice-dictate to phone (3x faster) ✓ Hijack journal article structures ✓ Deploy CIPD Assignment Help emergency team

💬 COMMENT "VIVA" TO JOIN THE MOVEMENT 🔁 REBLOG TO ARM YOUR FELLOW STUDENTS

[struckbyurlove]

🚨 The CIPD Student's Underground Resistance Manual (2024 Edition) Classified strategies for academic revolutionaries - share at your own risk

🔥 5 Forbidden Tactics That Actually Work

1️⃣ The "Academic Heist" Protocol

Raid your university's sample paper archives

Reverse-engineer distinction-grade structures

Customize with your content using CIPD Assignment Help templates

2️⃣ "Feedback Cryptography" Decode assessor comments: • "More evaluation needed" = Apply 2 models + case study • "Lacks criticality" = Insert CEO controversy quotes • "Reference issues" = Use CIPD's own citations against them

3️⃣ The "Corporate Espionage" Kit

Wayback Machine deleted HR policies

Unlisted CIPD research briefings

Your tutor's doctoral references

4️⃣ "Grade Alchemy" Formula

(3 CIPD sources × 2) + (1 controversial claim) + (Perfect formatting) = Distinction

Works 89% of time for Level 7

5️⃣ The "Midnight Miracle" Method When under 12 hours: ✓ Voice-dictate arguments to phone ✓ Steal structures from published journals ✓ Deploy CIPD Assignment Help emergency team

💬 COMMENT "RESIST" FOR PART 2 🔁 REBLOG TO SPREAD THE REVOLUTION

[peterlewis451999]

Investigating the Interplay Between Math and Computation

Mathematics and computing have been companions for a long time, impacting disciplines ranging from engineering and artificial intelligence to finance and scientific research. An understanding of how maths and computing overlap can go a long way in fostering problem-solving capacity, analytical powers, and scholastic excellence. From unraveling complex equations to constructing algorithms to discovering data science, the interaction between maths and computation is inevitable. Students in need of math assignment help typically find that maintaining a background in both fields results in improved efficiency and precision in their assignments.

This piece discusses the close relationship between computation and mathematics, providing students with useful tips on how to better understand and excel in both disciplines. With the assistance of computational thinking, mathematical modeling, and applications, this guide provides the information necessary to excel in both fields.

The Relationship Between Mathematics and Computation

Mathematics is the foundation of computation, and computation facilitates mathematical discovery and problem-solving. Computation refers to the process of carrying out calculations, which can be done manually, with a calculator, or using sophisticated programming methods. Computational software such as Python, and Wolfram Alpha has transformed the way mathematical problems are solved in modern education. Assignment helpers often recommend the use of these tools to enhance problem-solving efficiency and accuracy in mathematical tasks.

Areas Where Mathematics and Computation Intersect

Algebra and Algorithm Design – Algebraic algorithms are the most common, ranging from solving linear equations to function optimization.

Calculus in Computational Simulations – Differential equations have a wide range of applications in physics, engineering, and computer graphics and are often solved numerically.

Statistics and Data Science – Statistical analysis is highly dependent on computational methods for handling large datasets, identifying patterns, and making predictions.

Cryptography and Number Theory – Techniques of cryptography in cybersecurity are based on number theory and computational methods.

Machine Learning and Artificial Intelligence – Both are based on mathematical principles such as matrices, probability, and optimization, with the help of computational models.

Knowledge of such connections enables students to apply both fields to achieve maximum efficiency and problem-solving potential in mathematical applications.

Computational Thinking in Mathematics

Computational thinking is a problem-solving process that includes breaking down complicated problems, recognizing patterns, and step-by-step building of solutions. It is one of the major aspects of mathematics, especially when solving abstract problems or a high volume of calculations.

Basic Principles of Computational Thinking

Decomposition – Reducing a complicated problem into small, manageable pieces.

Pattern Recognition – Identifying recurring patterns in mathematical problems.

Abstraction – Choosing key details and ignoring irrelevant information.

Algorithmic Thinking – Developing logical step-by-step procedures for solving problems.

Students of mathematics who use computational thinking in assignments achieve the work comfortably, leading to satisfactory academic performance. Tutors of homework recommend students do this sort of technique practice in a bid to improve problem-solving capacity.

How Computation Helps Mathematical Education

Since the time computer programs were invented, computation has become a tool of inevitable requirement in mathematical study. From programming and simulation to math packages, computational techniques offer students an interactive platform to understand theoretical concepts.

Advantages of Computational Packages in Mathematics

Visual Representation of Problems – Graph utilities allow visual representation of functions, equations, and mappings in geometry. Automation of Tedious Calculations – Computer calculations aid in saving time spent on tiresome and redundant computations. Prompt Feedback – Immediate feedback allows students to make errors and learn. Real-World Application – Models and simulations base mathematical concepts more.

GeoGebra, Wolfram Alpha, and Python libraries such as NumPy and SymPy allow students to play with mathematical concepts, improving understanding and retention.

Applications of Computation and Mathematics in the Real World

Mathematics and computation not only meet in school but also have an impact on different industries and inventions.

Fields Where Computation and Mathematics Play a Central Role

Engineering – Bridges, airplanes, and circuits are designed using computational models.

Finance and Economics – Stock market predictions, risk calculation, and economic forecasting are all computationally based.

Medicine and Healthcare – Computational biology and data analysis help in medical diagnosis and research.

Artificial Intelligence – Machine learning models employ sophisticated mathematical computation to enhance decision-making.

Cybersecurity and Cryptography – Cryptographic methods provide mathematical solutions to data security.

Gaining an understanding of how mathematics and computation work together allows students to acquire transferable skills that can be used in numerous career options. Assignment helpers and writers typically ask students to do real-life case studies in the expectation of enhancing their competence and improving their performance in studies.s.

Understanding Computation and Mathematics Strategies

To succeed in computation and mathematics, students need to use correct study habits that ensure understanding and application.

Practical Strategies for Success

Learn Programming – Python and MATLAB programming languages make mathematical problem-solving easy. Use Internet Resources – Experiential and visual learning through online websites. Practice Daily – Daily practice of mathematical problems enhances computational skills. Solve Challenging Problems – Problem-solving breaks concepts down into easy-to-grasp bits. Use Maths for Real-Life Scenarios – Practical application of theories to real life enhances understanding.

With the incorporation of such methods, students will learn computational efficiency when solving mathematical problems.

Conclusion: Best Learning with Mathematics and Computation

The interaction between mathematics and computation provides students with an excellent model for solving intricate problems in most fields. From designing algorithms to data science and engineering, the interaction between the two subjects is seen in both learning and actual applications.

By employing computational thinking, using digital resources, and applying math to real life, students develop helpful skills to ensure academic as well as workplace success. Mathematics assignment help seekers can gain significant benefits through their comprehension of how computational devices enable math study.

Under the professional tutelage of Assignment in Need, students are able to expand their understanding, improve grades, and begin enjoying math and computation rather than hating them.

[programmingandengineering]

Programming assignment 5 (pa05) -- Practical, usable, end-to-end user cryptography

This is a different kind of assignment! There are 5 sub-parts: Part 1: ssh key Create an ssh key, set it up to log into gitlab/git-classes, and take screenshots of it functioning. To learn how, first read the following links in full: * https://git-classes.mst.edu/help/user/ssh * https://help.github.com/articles/connecting-to-github-with-ssh/ (and sub-pages) *…

[lisaward867]

How to Hire the Perfect Solidity Developer for Your Blockchain Project

Blockchain technology is of revolutionizing importance to most industries, while smart contracts form the nucleus of their incorporation. Solidity is the programming language that works on Ethereum for smart contracts, being an essential building block to developing decentralized applications dApps. Hire Solidity developer who has the expertise and experience to do the project well if you want to realize your blockchain vision. But, as said before, careful attention is needed in this as well as a deep understanding of what you wish to look for in a developer.

Understanding Solidity and Its Importance

Solidity is a high-level object-oriented programming language for programming smart contracts deployed to the Ethereum platform or other blockchain networks. It has a similar syntax to JavaScript, but it serves a completely different purpose. While JavaScript is used purely for short-lived and non-secure contract executions, Solidity is focused more on the secure and efficient execution of long-life contracts. Therefore, a good Solidity developer should have a good knowledge of the concepts behind blockchain technology, cryptography, and decentralized systems. Hiring the right Solidity developer will help to construct your project very accurately, making sure it scales well, is secure, and is reliable.

Evaluating Technical Skills and Experience

When looking for a Solidity developer, the first most important thing to check is their technical skills. An able developer would be good at Solidity, possess knowledge of the Ethereum Virtual Machine (EVM), gas optimization, and blockchain security practices. Experience in smart contract development, dApps, and DeFi proves their cleverness at handling much complex work. It shows the understanding of tools such as Truffle, Hardhat, and Remix, which ease the development process. A good portfolio with previous work can be a good insight into their expertise.

The Role of Communication and Collaboration

Although all the technical aspects are important for project activity, successful completion would also require proper communication and effective teamwork. Your Solidity developer must translate these technical concepts into plans that can be applied. In addition, they should be adaptable to the needs of your project. They will also need to work independently or as part of a team in communicating progress on the work AND challenges to success to get on their path to developing the necessary skills in giving integrated feedback to ensure smooth working of projects.

Finding the Right Fit for Your Project

Finding the best Solidity developer for your project requires more than technical knowledge. Therefore, it is also worthwhile for you to look for a developer who shares your vision for your project goals. Whether you hire a freelancer or develop a contract with a dedicated team, they must share your enthusiasm for blockchain innovation. Do background checks, interviews, and test assignments to prove their fit against your particular needs.

Why Work with a Solidity Development Company?

If you need a holistic solution, then going with a Solidity development company becomes an ultimate choice. All such companies work with teams of experts with different skills, hence providing complete assistance during the whole life cycle of your blockchain project. They make sure that all high quality, security and efficiency standards are strictly met, which will give you confidence in the success of your project. Such a partnership with a Solidity development company also offers the benefit of scalability to you, which would allow you to tap in other resources as the project continues to grow.

Conclusion

Employing a competent Solidity developer is critical for transforming your blockchain dream into reality. One can thus hire the right expert who can take the project to the next level by understanding the facets of Solidity, gauging technical skills, and finally communicating. If they even want a smooth sailing experience with full-fledged support, then opting for a Solidity development company is an excellent move here-the very own experts and their cooperative capabilities along with cutting-edge tools make them an invaluable partner in the challenging voyage of blockchain development.

[blueeyedjackal]

Aye, fuck cryptography. All this modular math nonsense is wrecking my head. And I still have compiler construction module assignment. Haven't even started writing the visitors, but with the little helpful file my bf gave me I should be able to write them on time 🫶

[govindhtech]

IBM Guardium Data Security Center Boosts AI & Quantum Safety

Introducing IBM Guardium Data Security Center

Using a unified experience, protect your data from both present and future threats, such as cryptography and artificial intelligence assaults.

IBM is unveiling IBM Guardium Data Security Center, which enables enterprises to protect data in any environment, during its full lifespan, and with unified controls, as concerns connected to hybrid clouds, artificial intelligence, and quantum technology upend the conventional data security paradigm.

To assist you in managing the data security lifecycle, from discovery to remediation, for all data types and across all data environments, IBM Guardium Data Security Center provides five modules. In the face of changing requirements, it enables security teams throughout the company to work together to manage data risks and vulnerabilities.

Why Guardium Data Security Center?

Dismantle organizational silos by giving security teams the tools they need to work together across the board using unified compliance regulations, connected procedures, and a shared perspective of data assets.

Safeguard both structured and unstructured data on-premises and in the cloud.

Oversee the whole data security lifecycle, from detection to repair.

Encourage security teams to work together by providing an open ecosystem and integrated workflows.

Protect your digital transformation

Continuously evaluate threats and weaknesses with automated real-time alerts. Automated discovery and classification, unified dashboards and reporting, vulnerability management, tracking, and workflow management are examples of shared platform experiences that help you safeguard your data while growing your company.

Security teams can integrate workflows and handle data monitoring and governance, data detection and response, data and AI security posture management, and cryptography management all from a single dashboard with IBM Guardium Data Security Center’s shared view of an organization’s data assets. Generative AI features in IBM Guardium Data Security Center can help create risk summaries and increase the efficiency of security professionals.

IBM Guardium AI Security

At a time when generative AI usage is on the rise and the possibility of “shadow AI,�� or the existence of unapproved models, is increasing, the center offers IBM Guardium AI Security, software that helps shield enterprises’ AI deployments from security flaws and violations of data governance policies.

Control the danger to the security of private AI data and models.

Use IBM Guardium AI Security to continuously find and address vulnerabilities in AI data, models, and application usage.

Guardium AI Security assists businesses in:

Obtain ongoing, automated monitoring for AI implementations.

Find configuration errors and security flaws

Control how users, models, data, and apps interact with security.

This component of IBM Guardium Data Security Center enables cross-organization collaboration between security and AI teams through unified compliance policies, a shared view of data assets, and integrated workflows.

Advantages

Learn about shadow AI and gain complete insight into AI implementations

The Guardium the AI model linked to each deployment is made public by AI Security. It reveals the data, model, and application utilization of every AI deployment. All of the applications that access the model will also be visible to you.

Determine which high-risk vulnerabilities need to be fixed

You can see the weaknesses in your model, the data that underlies it, and the apps that use it. You can prioritize your next steps by assigning a criticality value to each vulnerability. The list of vulnerabilities is easily exportable for reporting.

Adapt to evaluation frameworks and adhere to legal requirements

You can handle compliance concerns with AI models and data and manage security risk with the aid of Guardium AI Security. Assessment frameworks, like OWASP Top 10 for LLM, are mapped to vulnerabilities so that you can quickly understand more about the risks that have been detected and the controls that need to be put in place to mitigate them.

Qualities

Continuous and automated monitoring for AI implementations

Assist companies in gaining complete insight into AI implementations so they can identify shadow AI.

Find configuration errors and security flaws

Determine which high-risk vulnerabilities need to be fixed and relate them to evaluation frameworks like the OWASP Top 10 for LLM.

Keep an eye on AI compliance

Learn about AI implementations and how users, models, data, and apps interact. IBM Watsonx.governance is included preinstalled.

IBM Guardium Quantum Safe

Become aware of your cryptographic posture. Evaluate and rank cryptographic flaws to protect your important data.

IBM Guardium Quantum Safe, a program that assists customers in safeguarding encrypted data from future cyberattacks by malevolent actors with access to quantum computers with cryptographic implications, is another element of IBM Guardium Data Security Center. IBM Research, which includes IBM’s post-quantum cryptography techniques, and IBM Consulting have contributed to the development of IBM Guardium Quantum Safe.

Sensitive information could soon be exposed if traditional encryption techniques are “broken.”

Every business transaction is built on the foundation of data security. For decades, businesses have depended on common cryptography and encryption techniques to protect their data, apps, and endpoints. With quantum computing, old encryption schemes that would take years to crack on a traditional computer may be cracked in hours. All sensitive data protected by current encryption standards and procedures may become exposed as quantum computing develops.

IBM is a leader in the quantum safe field, having worked with industry partners to produce two newly published NIST post-quantum cryptography standards. IBM Guardium Quantum Safe, which is available on IBM Guardium Data Security Center, keeps an eye on how your company uses cryptography, identifies cryptographic flaws, and ranks remediation in order to protect your data from both traditional and quantum-enabled threats.

Advantages

All-encompassing, combined visibility

Get better insight into the cryptographic posture, vulnerabilities, and remediation status of your company.

Quicker adherence

In addition to integrating with enterprise issue-tracking systems, users can create and implement policies based on external regulations and internal security policies.

Planning for cleanup more quickly

Prioritizing risks gives you the information you need to create a remediation map that works fast.

Characteristics

Visualization

Get insight into how cryptography is being used throughout the company, then delve deeper to assess the security posture of cryptography.

Keeping an eye on and tracking

Track and evaluate policy infractions and corrections over time with ease.

Prioritizing vulnerabilities

Rapidly learn the priority of vulnerabilities based on non-compliance and commercial effect.

Actions motivated by policy

Integrate with IT issue-tracking systems to manage policy breaches that have been defined by the user and expedite the remedy process.

Organizations must increase their crypto-agility and closely monitor their AI models, training data, and usage during this revolutionary period. With its AI Security, Quantum Safe, and other integrated features, IBM Guardium Data Security Center offers thorough risk visibility.

In order to identify vulnerabilities and direct remediation, IBM Guardium Quantum Safe assists enterprises in managing their enterprise cryptographic security posture and gaining visibility. By combining crypto algorithms used in code, vulnerabilities found in code, and network usages into a single dashboard, it enables organizations to enforce policies based on external, internal, and governmental regulations. This eliminates the need for security analysts to piece together data dispersed across multiple systems, tools, and departments in order to monitor policy violations and track progress. Guardium Quantum Safe provides flexible reporting and configurable metadata to prioritize fixing serious vulnerabilities.

For sensitive AI data and AI models, IBM Guardium AI Security handles data governance and security risk. Through a shared perspective of data assets, it assists in identifying AI deployments, addressing compliance, mitigating risks, and safeguarding sensitive data in AI models. IBM Watsonx and other generative AI software as a service providers are integrated with IBM Guardium AI Security. To ensure that “shadow AI” models no longer elude governance, IBM Guardium AI Security, for instance, assists in the discovery of these models and subsequently shares them with IBM Watsonx.governance.

An integrated strategy for a period of transformation

Risks associated with the hybrid cloud, artificial intelligence, and quantum era necessitate new methods of protecting sensitive data, including financial transactions, medical information, intellectual property, and vital infrastructure. Organizations desperately need a reliable partner and an integrated strategy to data protection during this revolutionary period, not a patchwork of discrete solutions. This integrated strategy is being pioneered by IBM.

IBM Consulting and Research’s more comprehensive Quantum Safe products complement IBM Guardium Quantum Safe. IBM Research has produced the technology and research that powers the software. The U.S. National Institute of Standards and Technology (NIST) recently standardized a number of IBM Research’s post-quantum cryptography algorithms, which is an important step in preventing future cyberattacks by malicious actors who might obtain access to cryptographically significant quantum computers.

These technologies are used by IBM Consulting’s Quantum Safe Transformation Services to assist organizations in identifying risks, prioritizing and inventorying them, addressing them, and then scaling the process. Numerous experts in cryptography and quantum safe technologies are part of IBM Consulting’s cybersecurity team. IBM Quantum Safe Transformation Services are used by dozens of clients in the government, financial, telecommunications, and other sectors to help protect their companies from existing and future vulnerabilities, such as harvest now, decrypt later.

Additionally, IBM is expanding its Verify offering today with decentralized identity features: Users can save and manage their own credentials with IBM Verify Digital Credentials. Physical credentials such as driver’s licenses, insurance cards, loyalty cards, and employee badges are digitized by the feature so they may be standardized, saved, and shared with complete control, privacy protection, and security. Identity protection throughout the hybrid cloud is provided by IBM Verify, an IAM (identity access management) service.

Statements on IBM’s future direction and intent are merely goals and objectives and are subject to change or withdrawal at any time.

Read more on govindhtech.com

[arshia-jabbar15]

Quantum Computing Revolution: Transforming the Future of HRMS Systems

The Future of Quantum Computing

Quantum computing is one of the most promising technological advancements of the 21st century. With the potential to revolutionize industries, solve complex problems, and enhance computational power beyond classical limits, quantum computing stands at the forefront of the future of technology. This blog will explore the future of quantum computing, its potential applications, and the integration of HRMS System in this emerging field.

1. Understanding Quantum Computing

Quantum computing leverages the principles of quantum mechanics to process information in fundamentally different ways compared to classical computing. While classical computers use bits as the smallest unit of information, which can be either 0 or 1, quantum computers use quantum bits, or qubits. Qubits can exist in multiple states simultaneously, thanks to the principles of superposition and entanglement. This allows quantum computers to perform complex calculations at unprecedented speeds.

The power of quantum computing lies in its ability to solve problems that are currently intractable for classical computers. For instance, quantum computers can factor large numbers exponentially faster, which has significant implications for cryptography and cybersecurity. Moreover, quantum algorithms can optimize complex systems, simulate molecular interactions for drug discovery, and improve machine learning models.

2. Current State of Quantum Computing

As of now, quantum computing is still in its nascent stages. Major technology companies like IBM, Google, and Microsoft, along with numerous startups, are investing heavily in quantum research and development. Quantum processors with a few dozen qubits have been developed, and quantum supremacy—a milestone where a quantum computer outperforms the best classical supercomputers—has been achieved by Google in 2019.

Despite these advancements, several challenges remain. Quantum computers are highly sensitive to environmental disturbances, leading to errors and the need for error correction. Additionally, scaling up the number of qubits while maintaining their coherence and entanglement is a significant technical hurdle. However, ongoing research and development are steadily addressing these issues, bringing us closer to practical and scalable quantum computers.

3. Potential Applications of Quantum Computing

The future of quantum computing holds immense potential across various industries. Here are some of the most promising applications:

Cryptography: Quantum computers can break current cryptographic systems, necessitating the development of quantum-resistant encryption methods. However, they can also create unbreakable encryption through quantum key distribution.

Drug Discovery: Quantum simulations can model molecular interactions with high precision, accelerating the discovery of new drugs and materials.

Optimization: Quantum algorithms can optimize complex systems, such as supply chains, financial portfolios, and traffic management, leading to significant efficiency gains.

Artificial Intelligence: Quantum computing can enhance machine learning models, enabling faster training and more accurate predictions.

Climate Modeling: Quantum simulations can improve climate models, helping to predict and mitigate the effects of climate change more accurately.

4. Quantum Computing and HRMS Systems

While the direct connection between quantum computing and HRMS systems might not be immediately apparent, the integration of quantum computing can enhance HRMS capabilities in various ways. HRMS systems manage employee data, streamline HR processes, and support decision-making within organizations. Quantum computing can provide advanced data processing and optimization techniques to improve these functions.

For example, quantum algorithms can optimize workforce scheduling, ensuring that the right employees are assigned to the right tasks at the right time. This can enhance productivity and reduce operational costs. Quantum-enhanced machine learning can analyze employee data to predict performance trends, identify skill gaps, and recommend personalized training programs. Furthermore, quantum-secure communication methods can protect sensitive HR data from cyber threats, ensuring privacy and compliance with data protection regulations.

5. Challenges and Ethical Considerations

As with any emerging technology, quantum computing brings several challenges and ethical considerations that must be addressed. One major challenge is the technical complexity and high cost of developing and maintaining quantum computers. Ensuring that quantum computing technology is accessible and affordable to a broad range of industries and organizations is crucial for its widespread adoption.

Ethical considerations include the potential for quantum computers to disrupt existing cryptographic systems, posing risks to data security and privacy. Developing quantum-resistant encryption methods is essential to mitigate these risks. Additionally, the use of quantum computing in areas like AI and data analysis raises concerns about bias, fairness, and transparency. It is important to establish ethical guidelines and regulatory frameworks to ensure responsible and equitable use of quantum computing technology.

6. The Road Ahead

The future of quantum computing is filled with exciting possibilities. As research progresses and technical challenges are overcome, we can expect to see quantum computing becoming more integrated into various industries and applications. Here are some potential milestones and trends to watch for in the coming years:

Increased Qubit Counts: Advances in quantum hardware will lead to quantum processors with higher qubit counts, improving computational power and enabling more complex applications.

Quantum Cloud Services: Major tech companies are already offering cloud-based quantum computing services, allowing businesses and researchers to access quantum processors without the need for specialized hardware.

Quantum-Resistant Cryptography: The development and implementation of quantum-resistant encryption methods will become a priority to protect data in a post-quantum world.

Interdisciplinary Collaboration: Quantum computing will drive collaboration across various fields, including computer science, physics, chemistry, and materials science, leading to innovative solutions and breakthroughs.

Education and Workforce Development: As quantum computing technology matures, there will be a growing need for education and training programs to develop a skilled workforce capable of working with quantum systems.

Conclusion

Quantum computing represents a paradigm shift in how we process and analyze information. With its potential to revolutionize industries, solve complex problems, and enhance computational power, quantum computing is poised to become a cornerstone of future technological advancements. Integrating quantum computing with HRMS systems can further enhance organizational efficiency and decision-making capabilities.

While challenges and ethical considerations remain, ongoing research, interdisciplinary collaboration, and responsible development will pave the way for a future where quantum computing is an integral part of our technological landscape. As we move forward, staying informed and prepared for the quantum revolution will be key to unlocking its full potential and reaping its benefits.

[jcmarchi]

How a quantum scientist, a nurse, and an economist are joining the fight against global poverty

New Post has been published on https://thedigitalinsider.com/how-a-quantum-scientist-a-nurse-and-an-economist-are-joining-the-fight-against-global-poverty/

How a quantum scientist, a nurse, and an economist are joining the fight against global poverty

A trip to Ghana changed Sofia Martinez Galvez’s life. In 2021, she volunteered at a nonprofit that provides technology and digital literacy training to people in the West African country. As she was setting up computers and connecting cables, Martinez SM ʼ23 witnessed extreme poverty. The experience was transformative. That same year, she left her job in quantum cryptography in Spain and enrolled in the MITx MicroMasters online program in Data, Economics, and Design of Policy (DEDP), which teaches learners how to use data-driven tools to help end global poverty.

By 2023, Martinez completed the MIT DEDP master’s program. Today, she is the co-founder of Learning Alliance, a new nonprofit that will counter sub-Saharan Africa’s learning crisis by introducing evidence-based teaching practices to teachers. She plans to move to Africa this summer.

“If someone told me a few years ago, when I was doing research in quantum physics, that I would be starting my own organization at the intersection of education and poverty, I would have said they were crazy,” Martinez says. “From my first MicroMasters course, I knew I made the right choice. The instructors used mathematics, models, and data to understand society.”

Since 2017, the MicroMasters in DEDP program — jointly led by the Abdul Latif Jameel Poverty Action Lab (J-PAL) and MIT Open Learning — has been bringing together former nurses, lawyers, software developers, and others who are ready to make a career change and an impact on the world.

A new way to combat poverty

The MicroMasters in DEDP curricula is based on the Nobel Prize-winning work of MIT faculty members Esther Duflo, the Abdul Latif Jameel Professor of Poverty Alleviation and Development Economics, and Abhijit Banerjee, the Ford Foundation International Professor of Economics.

The pair used a key feature of laboratory science — randomized control trials — and applied it to development economics. For example, to test the efficacy of a new education initiative, researchers could randomly assign individuals to either participate in the program, known as the treatment group, or not, known as the control group. The difference in outcomes can be attributed to the new program.

This approach has fundamentally changed how antipoverty programs are designed and evaluated around the world. It has already boosted immunization rates in India, reduced child marriages in Bangladesh, and increased school attendance in Kenya. 

Duflo and Banerjee’s research created a new way forward for poverty alleviation, but there are too few people skilled in evidence-based development economics to bring about meaningful change, says Sara Fisher Ellison, faculty director of the MicroMasters and master’s programs in DEDP and a senior lecturer in the MIT Department of Economics.

“It is vitally important that we have people all over the world who have the skills to run randomized control trials, to read the literature from these trials, and interpret the results to policymakers,” Ellison says.

Andrea Salem was an economics undergraduate student in Switzerland who was unsure about his career when Duflo and Banerjee received their Nobel Prize. Their recognition introduced Salem to a field he barely knew existed, and set him on a path toward using economics to make an impact in the world.

He completed the MicroMasters in DEDP credential and included it in his application for the Paris School of Economics (PSE). Currently taking a gap year from PSE, Salem has an internship with J-PAL’s Morocco Employment Lab. In this role, he works with government officials to evaluate education reforms.

“To get to know the world in all its diversity is a gift,” Salem says. “To live and do research in the same country is a reminder of the important work I’m doing and how much more needs to be done.”

How the DEDP program works

The MicroMasters in DEDP program is open to anyone with a reliable internet connection. Students choose either a track in public policy, which focuses on key issues in high-income countries, or international development, which examines problems prevalent in low- and middle-income countries. They take a rigorous course load in economics, probability and statistics, and data analysis. The program balances flexibility with structure. Students go at their preferred pace in earning the credential, but each course is instructor-led, providing participants with a community of global learners who can regularly participate in webinars and discussion forums.

Students who complete and pass proctored exams in five courses earn a credential. The MicroMasters in DEDP program has awarded more than 10,000 certificates for passed courses and 1,000 DEDP MicroMasters credentials. Credential holders may continue their education by applying to a master’s program at MIT or at one of 19 pathway universities worldwide that either recognize the MicroMasters in DEDP credential in admissions or offer academic credit for the credential as part of an accelerated graduate program. The credential itself is also valuable for professionals as they advance their careers.

The courses are free to audit; there is a fee for each proctored exam. Exam fees are on a sliding scale, ranging from $250 to $1,000, based on a learner’s income and location. DEDP also offers a lottery, available to people who earn less than $10,000 a year, that discounts the price of one course to $100. Martinez was a beneficiary of the lottery in 2021. Without it, she says it would have taken her longer to earn her credential and apply to the master’s program.

Choosing passion and pedigree

Yann Bourgeois SM ʼ22 had a rewarding nursing career working in operating rooms and intensive care units in Belgium. This job gave Bourgeois a firsthand understanding of what happens when human health and needs are neglected. Driven to make a global impact, Bourgeois discovered the master’s in DEDP program while studying public health.

Having overcome personal challenges and socioeconomic adversity, Bourgeois was not sure MIT would consider him for graduate school. When he learned that the MicroMasters credential played an important role in admissions, Bourgeois became hopeful. He enrolled in five MicroMasters in DEDP classes at the same time. It was a bold move for someone who had not taken a math class beyond statistics, but he was eager to submit his graduate school application. By 2022, Bourgeois was an MIT graduate.

“My background doesn’t matter,” Bourgeois says. “The fact that I didn’t know what I wanted to do with my life at 14 or 15 doesn’t matter. All that matters is the skills and passion.”

Bourgeois now works as a labor economist at the World Bank in Washington. His job focuses on improving labor conditions and promoting equitable economic opportunities. His MIT education equipped Bourgeois with rigorous analytical tools to address complex economic problems on an international scale.

Like Bourgeois, Martinez did not believe she had the qualifications to apply for the master’s in DEDP program. Then, she read students’ profiles online and learned about their wide-ranging experiences. After learning more about the program’s inverted admissions process, which prioritizes performance in relevant courses over traditional credentials, she realized that the opportunity might not be out of reach.

“Evidence-based development needs people from very diverse backgrounds,” Martinez says. “And I’m proof that you don’t need the ‘right’ background to work in development economics. The fight against global poverty needs everyone.”

[erikabsworld]

Beyond the Basics: Unraveling the Mysteries of Matrix Algebra in Your Academic Life

Welcome to the realm of matrix algebra! As a student navigating through the intricacies of university academics, you're likely encountering various mathematical concepts, with matrix algebra being one of them. While matrices might seem daunting at first glance, fear not! In this blog, we'll delve into the world of matrix algebra, exploring its significance in your academic journey and shedding light on how mastering this subject can elevate your understanding of complex systems and enhance your problem-solving skills.

Understanding the Fundamentals:

Let's start by revisiting the basics of matrix algebra. At its core, a matrix is a rectangular array of numbers, symbols, or expressions arranged in rows and columns. Each element in a matrix is identified by its row and column position, making it a fundamental tool in various fields such as mathematics, physics, computer science, and engineering. In your academic pursuits, you'll encounter matrices in topics ranging from linear algebra to statistics, highlighting their versatility and importance.

Applications Across Disciplines:

One of the fascinating aspects of matrix algebra is its wide range of applications across different disciplines. In mathematics, matrices serve as a fundamental tool for solving systems of linear equations, representing transformations, and studying vector spaces. In physics, matrices play a crucial role in quantum mechanics, electromagnetism, and mechanics, aiding in the analysis of complex phenomena and the formulation of mathematical models. Similarly, in computer science and engineering, matrices are utilized in image processing, cryptography, optimization, and machine learning, showcasing their practical significance in real-world scenarios.

Navigating University Assignments:

As you delve deeper into your academic journey, you'll encounter various assignments and projects that require proficiency in matrix algebra. Whether you're tasked with solving a system of linear equations, analyzing data using matrix operations, or implementing algorithms for computational tasks, having a solid understanding of matrix algebra is indispensable. However, we understand that academic workload can be overwhelming at times, which is why seeking assistance from reputable matrix algebra assignment help services can be beneficial. These services provide expert guidance and support, enabling you to tackle complex assignments with confidence while ensuring academic integrity and quality.

Mastering Complex Concepts:

Beyond the classroom lectures and textbook readings, mastering matrix algebra requires practice, perseverance, and a curious mindset. As you unravel the mysteries of matrix operations, eigenvalues, eigenvectors, determinants, and more, don't hesitate to seek clarification from your professors, engage in peer discussions, and explore additional resources such as online tutorials and academic forums. Remember, the journey to mastery is a continuous process, and every challenge you overcome contributes to your growth and development as a student and a problem solver.

Conclusion:

In conclusion, matrix algebra is not just another mathematical concept you encounter in university; it's a powerful tool that shapes your understanding of complex systems, enhances your analytical skills, and opens doors to diverse opportunities across various fields. By embracing the challenge of unraveling the mysteries of matrix algebra and seeking support when needed, you're not only enriching your academic experience but also laying a strong foundation for future success in your chosen field. So, embrace the journey, explore the depths of matrix algebra, and unlock the doors to endless possibilities in your academic life.

[doesvpnhelpprotecthackersfrommyp]

does vpn make sure wifi doesnt trackbyou

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does vpn make sure wifi doesnt trackbyou

VPN encryption

VPN encryption is a crucial component of ensuring online security and privacy. VPN, short for Virtual Private Network, creates a secure connection between your device and the internet by encrypting the data that passes through it. Encryption scrambles the data, making it unreadable to anyone who might intercept it, thus safeguarding your sensitive information from prying eyes.

There are several encryption protocols used by VPNs, with each offering varying levels of security and speed. The most common protocols include OpenVPN, L2TP/IPsec, IKEv2/IPsec, SSTP, and PPTP. OpenVPN is widely regarded as one of the most secure options, as it utilizes open-source technology and strong encryption algorithms.

AES (Advanced Encryption Standard) is the most commonly used encryption algorithm in VPNs today. It employs symmetric-key cryptography, meaning the same key is used for both encryption and decryption. AES comes in different key lengths, with 256-bit AES being the most secure and commonly used in VPNs.

In addition to encryption protocols and algorithms, VPNs also use authentication methods to ensure the integrity of data transmission. This typically involves the use of cryptographic hash functions and digital certificates to verify the identities of both the VPN server and the client device.

It's important to note that while VPN encryption provides a significant layer of security, it is not foolproof. Vulnerabilities in encryption protocols or implementation can potentially be exploited by determined attackers. Additionally, VPNs can only protect data while it's in transit between your device and the VPN server; once data reaches its destination, it may still be vulnerable if the receiving server is not adequately secured.

In conclusion, VPN encryption plays a vital role in safeguarding your online privacy and security. By encrypting your internet traffic, VPNs help protect your sensitive information from being intercepted by malicious actors and ensure a secure browsing experience.

WiFi tracking prevention

WiFi tracking prevention has become increasingly important in today's digital landscape, where privacy concerns loom large. With the widespread use of WiFi networks in public spaces, businesses and organizations have been utilizing WiFi tracking technologies to gather data about customers' movements and behavior. While this data can be valuable for marketing and analytics purposes, it also raises significant privacy issues.

To address these concerns, various measures have been developed to prevent WiFi tracking. One approach is the use of virtual private networks (VPNs), which encrypt internet traffic and hide users' IP addresses, making it difficult for trackers to monitor their online activities. Additionally, users can disable WiFi scanning and Bluetooth scanning on their devices to prevent them from broadcasting their location to nearby networks.

Another effective method is the use of MAC address randomization. MAC addresses are unique identifiers assigned to network devices, but by randomizing them, users can prevent trackers from recognizing their devices across different locations. This technique adds an extra layer of anonymity and makes it harder for businesses to track individuals without their consent.

Furthermore, browser extensions and mobile apps have been developed to block WiFi tracking cookies and scripts, giving users more control over their online privacy. These tools can detect and block trackers in real-time, providing users with a safer browsing experience.

While WiFi tracking prevention measures offer significant benefits in terms of privacy protection, it's essential for individuals to stay informed about the latest developments in tracking technologies and take proactive steps to safeguard their personal information. By implementing these strategies, users can enjoy greater privacy and security while using WiFi networks in public spaces.

Online privacy

Online privacy is a crucial aspect of our digital lives that many individuals often overlook. In today's interconnected world, where personal information is constantly shared and stored online, safeguarding one's privacy has become more important than ever.

One of the primary concerns regarding online privacy is the collection and misuse of personal data by various online platforms and third-party entities. From social media websites to e-commerce platforms, many online services track users' browsing habits, preferences, and personal information to target them with tailored advertisements. This not only raises concerns about invasive marketing practices but also poses risks of data breaches and identity theft.

To enhance online privacy, individuals can take several proactive measures. Firstly, being cautious about the information shared online is essential. Limiting the personal details shared on social media and other online platforms can reduce the risk of unauthorized access to sensitive data. Additionally, regularly reviewing privacy settings and permissions granted to apps and websites can help users have better control over their online information.

Furthermore, using tools like virtual private networks (VPNs) and encrypted messaging services can add layers of security to online communications and browsing activities. These tools help mask users' IP addresses and encrypt data transmission, making it harder for hackers and unauthorized entities to intercept sensitive information.

In conclusion, safeguarding online privacy is a shared responsibility that necessitates awareness, vigilance, and the adoption of secure online practices. By being mindful of the information shared online and leveraging privacy-enhancing tools, individuals can mitigate risks and protect their privacy in the digital realm.

Internet security

Internet security is a critical aspect of using the internet safely and protecting personal information from cyber threats. With the increasing reliance on the internet for various activities such as online shopping, banking, and socializing, it is more important than ever to understand the potential risks and take necessary precautions to stay safe online.

One of the key components of internet security is using strong and unique passwords for each online account. A strong password typically includes a combination of letters, numbers, and special characters to make it harder for hackers to guess. It is also important to avoid using easily guessable information such as birthdays or names.

Another important aspect of internet security is keeping software and operating systems up to date. Software updates often include security patches that fix vulnerabilities that hackers can exploit to gain access to your devices. By regularly updating your software, you can reduce the risk of falling victim to cyber attacks.

Furthermore, using a reputable antivirus program can help detect and remove malicious software from your devices. Antivirus programs can provide an additional layer of protection against viruses, malware, and other online threats.

Additionally, being cautious while browsing the internet and avoiding suspicious websites and links can help prevent falling victim to phishing scams or malware infections. It is important to be mindful of the information you share online and to only provide personal information on secure websites.

In conclusion, prioritizing internet security is essential for staying safe online and protecting your personal information from cyber threats. By following best practices such as using strong passwords, keeping software updated, and using antivirus programs, you can minimize the risk of falling victim to cyber attacks and enjoy a safer online experience.

Data protection

Data protection is a critical aspect of modern-day life, particularly in the digital age where vast amounts of personal and sensitive information are constantly being shared and stored online. Data protection refers to the measures taken to safeguard this information from unauthorized access, use, or disclosure.

One of the key components of data protection is ensuring that data is securely stored and transmitted. This involves using encryption techniques to encode data, making it unreadable to anyone who does not have the necessary decryption key. Additionally, robust authentication mechanisms, such as passwords and biometric verification, help ensure that only authorized individuals can access the data.

Another crucial aspect of data protection is implementing strict access controls. This means limiting access to sensitive data only to those who need it to perform their job responsibilities. Role-based access controls can help ensure that employees only have access to the data that is relevant to their role within the organization.

Furthermore, data protection also involves regularly backing up data to prevent loss in the event of a system failure or cyberattack. These backups should be stored securely and tested regularly to ensure that they can be relied upon when needed.

Compliance with data protection regulations, such as the General Data Protection Regulation (GDPR) in the European Union or the California Consumer Privacy Act (CCPA) in the United States, is also essential. These regulations dictate how personal data should be collected, processed, and stored, and failing to comply with them can result in significant fines and reputational damage.

In conclusion, data protection is vital for safeguarding personal and sensitive information in the digital age. By implementing robust security measures, controlling access to data, regularly backing up data, and complying with relevant regulations, organizations can effectively protect the data entrusted to them.

[myprogrammingsolver]

Programming assignment 3 (pa03) -- Practical end-to-end user cryptography

Create ssh key and set it up to log into gitlab/git-classes, take screenshots of it functioning. Read the following links in full: * https://git-classes.mst.edu/help/ssh/README#generating-a-new-ssh-key-pair * https://www.digitalocean.com/community/tutorials/understanding-the-ssh-encryption-and-connection-process * https://help.github.com/articles/connecting-to-github-with-ssh/ (and…

[boredtechnologist]

The dawn of asymmetric key encryption via Phil Zimmermann's "Pretty Good Privacy" software.

In 1991, Phil Zimmermann, a software engineer and privacy advocate, released Pretty Good Privacy (PGP), a groundbreaking encryption software that provided individuals with the means to secure their digital communications. The creation and distribution of PGP marked a pivotal moment in the field of cryptography, fundamentally altering the dynamics of privacy, security, and governmental oversight on a global scale.

Technical Innovations of PGP

PGP introduced a robust, accessible encryption method to the general public, using a combination of asymmetric (public key) and symmetric encryption systems to enhance security and ease of use. The software implemented the RSA algorithm for its public key cryptography, which allowed users to encrypt data with a public key that could only be decrypted by a corresponding private key. For the actual data encryption, PGP used symmetric key cryptography, which was faster than asymmetric methods. The innovation did not stop there; PGP also introduced the use of digital signatures, allowing users to verify the integrity and origin of encrypted data.

One of the significant technical impacts of PGP was its use of a "web of trust," a decentralized trust model that allowed users to assign and verify the trustworthiness of public keys through a network of users rather than relying on a central authority. This approach was revolutionary in promoting user-driven security verification and managing public key authentication.

NSA's Concerns and the Broader Implications

The release of PGP did not go unnoticed by government entities, particularly the National Security Agency (NSA), which had long held a dominant role in cryptographic standards and intelligence gathering. The NSA and other law enforcement agencies were concerned about the implications of widespread access to strong encryption. Their primary fear was that encryption technologies like PGP would severely hinder their ability to conduct surveillance for national security purposes.

The concern was not unfounded. Before PGP, high-grade encryption was generally available only to government agencies and large corporations. By democratizing access to encryption technology, PGP enabled ordinary citizens to shield their communications from both governmental and non-governmental prying eyes. This shift posed a direct challenge to the NSA's capabilities, particularly in the areas of wiretapping and intercepting electronic communications, as encrypted content could not be easily decoded without access to the private keys.

Legal and Political Fallout

The distribution of PGP also led to significant legal and political repercussions for Zimmermann. Shortly after its release, Zimmermann became the subject of a criminal investigation by the U.S. government under the International Traffic in Arms Regulations (ITAR), which at the time restricted the export of cryptographic software deemed to be military-grade. The case highlighted the tension between national security interests and the right to privacy, stirring a global debate on the reach of U.S. export controls over software and the definition of "arms" in the context of cryptography.

Legacy and Continuing Impact

The controversy and subsequent legal battles surrounding PGP fueled a broader discussion about encryption, privacy, and civil liberties. It led to the relaxation of some export controls on cryptographic software in the late 1990s and helped pave the way for modern encryption protocols used over the internet, such as SSL/TLS for secure web browsing.

Moreover, PGP's influence extends beyond its technical contributions. It has played a crucial role in debates over privacy rights and surveillance, inspiring a new generation of encryption tools aimed at protecting individual privacy and securing communications in an increasingly digital world.

Conclusion

Phil Zimmermann's PGP software did not just provide a practical encryption tool—it sparked a significant societal shift towards individual privacy and security consciousness. The NSA's fears regarding the widespread availability of such technology underscore the ongoing tension between privacy rights and government surveillance capabilities. PGP remains a seminal work in the history of cryptography, symbolizing the power of individual empowerment against overarching surveillance.

[seeking-knowledge]

im helping out with this course for high school math teachers and there’s this material about cryptography which explains the basics about assigning numbers to letters and then multiplying or adding something to change the letters and encrypt the message. and they end with “now decrypt this message knowing that the key was to multiply the numbers by 5. by the way, we asked chatgpt to solve this without the key and it couldn’t!!”

and i think that’s kind of? unnecessary? like chatgpt often fails at basic arithmetic because it’s not made for that, it’s a language model. they’re just throwing this thing about “artificial intelligence couldn’t solve this!” to i guess sound interesting and encourage some self confidence in the teachers but also.. computers can solve this. easily.

i just think you can find better ways to make stuff seem like a challenge while also bringing actually relevant comparisons. even if you have to focus more on historical things than something current, it’s still interesting.

maybe im wrong but i feel that it’s a bit patronizing for the people solving this problem, to try to encourage them by bringing up unrelated buzzwords just to make them feel smarter or whatever.

and also if you wanted to give people an actual challenge that might be difficult for computers to solve in the same way a human would then you should use something that involves idk.. aiding the decryption process with the person’s knowledge of frequent word combinations or stuff like that. or you could just leave the assignment as it is and then mention something about quantum computers and how they’re racing with traditional ones to encrypt and decrypt stuff in more complicated ways, and how after all it’s human wit that’s behind these ideas. i don’t know something that actually makes sense.