#decentralized email Architecture

[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…

[sathcreation]

Blockchain Technology Online Training: The Future of Digital Education with Gritty Tech

In a world driven by innovation, Blockchain technology online training has become essential for tech enthusiasts and professionals. As industries rapidly adopt decentralized systems, the demand for skilled blockchain experts has skyrocketed. Gritty Tech recognizes this trend and offers an exceptional learning experience tailored to meet modern educational standards For More…

Why Choose Blockchain Technology Online Training?

Blockchain technology online training is more than just learning a new skill. It’s about understanding the future of finance, data security, logistics, healthcare, and more. Blockchain is no longer limited to cryptocurrency—it has expanded into virtually every sector.

By enrolling in a structured training program, learners gain:

Practical, hands-on experience.

Real-world case studies.

Access to industry experts.

Certification to boost career potential.

Gritty Tech leads the way in making this opportunity accessible, affordable, and flexible for learners around the globe.

About Gritty Tech: Leaders in Blockchain Education

Gritty Tech is a premier provider of Blockchain technology online training. With a global footprint spanning over 110 countries, we offer students high-quality education that blends academic theory with industry practice.

What Sets Gritty Tech Apart?

Affordable pricing without compromising on quality.

Flexible payment plans — monthly and session-wise.

Easy refund policies and tutor replacement options for your peace of mind.

A wide network of highly experienced tutors from across the globe.

Courses that evolve with the latest blockchain trends.

What You’ll Learn in Our Blockchain Technology Online Training

Our curriculum is designed to provide comprehensive coverage of blockchain concepts. Whether you’re a beginner or an advanced learner, Gritty Tech’s training meets your needs.

Core Topics Covered:

Blockchain fundamentals

Cryptographic principles

Smart contracts and decentralized apps

Ethereum and Hyperledger frameworks

Real-world use cases

Blockchain architecture

Security in blockchain

We make sure the Blockchain technology online training is interactive, application-focused, and rich in content.

Benefits of Learning Blockchain Online

Enrolling in Blockchain technology online training provides several distinct advantages:

1. Learn at Your Own Pace

With on-demand lessons and live sessions, learners can customize their schedules. This flexibility is ideal for working professionals and students alike.

2. Global Networking

Interact with peers and instructors from over 110 countries. Our platform fosters collaboration and idea-sharing beyond borders.

3. Real Industry Projects

Work on actual blockchain applications, preparing you for job roles in the real world.

4. Career Advancement

Blockchain skills are in high demand. Completing a certified course improves employability and opens up roles such as:

Blockchain Developer

Smart Contract Engineer

Blockchain Architect

Blockchain Project Manager

Who Should Take This Training?

Our Blockchain technology online training is suited for:

Software developers

IT professionals

Data analysts

Finance experts

Entrepreneurs interested in decentralized technology

Students pursuing tech careers

No prior blockchain experience is necessary. All you need is curiosity and commitment.

Flexible and Affordable Learning Options

At Gritty Tech, we believe education should be accessible. That’s why our Blockchain technology online training includes:

Monthly payment options

Session-based fee structures

Group discounts

Corporate training plans

Our transparent pricing model means you get the best value with no hidden costs.

Support That Cares: Gritty Tech’s Customer-Centric Approach

Your satisfaction is our priority. We offer:

Easy refund policies if you're unsatisfied.

Tutor replacement options at no additional cost.

24/7 student support via email and chat.

Our learners stay with us because we support them every step of the way.

10 Frequently Asked Questions (FAQs)

What is Blockchain technology online training?

Blockchain technology online training is a virtual learning program that teaches students the fundamentals and applications of blockchain systems through web-based platforms.

Why should I enroll in Blockchain technology online training with Gritty Tech?

Gritty Tech offers affordable, flexible, and globally connected Blockchain technology online training taught by experienced tutors with real-world knowledge.

How long does Blockchain technology online training take?

Our Blockchain technology online training typically ranges from 6 to 12 weeks, depending on the learner’s pace and course depth.

Can beginners join Blockchain technology online training?

Yes. Our Blockchain technology online training is designed for all levels. No prior experience is required.

What are the career benefits of Blockchain technology online training?

Students completing Blockchain technology online training can pursue high-demand roles such as blockchain developers, analysts, and architects.

Is Blockchain technology online training available worldwide?

Yes, Gritty Tech provides Blockchain technology online training to learners in over 110 countries.

What if I’m not satisfied with the Blockchain technology online training?

We have an easy refund and tutor replacement policy in our Blockchain technology online training program to ensure satisfaction.

Does Blockchain technology online training include certification?

Yes, upon completion, you’ll receive a recognized certificate from Gritty Tech for our Blockchain technology online training.

How is Gritty Tech different from other Blockchain training providers?

Gritty Tech offers premium-quality Blockchain technology online training with global tutors, flexible pricing, and unmatched support.

What support will I get during the Blockchain technology online training?

You’ll have 24/7 support, access to tutors, peer discussions, and ongoing guidance throughout your Blockchain technology online training journey.

Conclusion: Empower Your Future with Blockchain Technology Online Training

Blockchain technology online training is not just a course—it's a pathway to future-ready skills. As businesses continue to adopt decentralized solutions, professionals who understand blockchain will be at the forefront of innovation.

Gritty Tech is your trusted partner in this journey. With affordable prices, expert tutors, flexible plans, and global connectivity, we offer an unparalleled learning experience.

Start your journey with Blockchain technology online training at Gritty Tech today. Build confidence, gain expertise, and lead the digital transformation.

[dhiwayblockchain]

How Digital Credential Verification Works: Technology Behind the Trust

In a world where information moves at lightning speed, the need for trustworthy, tamper-proof credentials is more critical than ever. Whether it’s diplomas, professional certifications, or employee IDs, organizations and individuals increasingly rely on digital credential verification to prove qualifications and identity securely.

This article explores how digital credential verification works, the core technologies behind it, and why verifiable credentials are becoming the gold standard for proving legitimacy in the digital era.

🔍 What Are Verifiable Credentials?

Verifiable credentials are digital representations of traditional credentials (like a diploma or certificate) that can be issued, shared, and verified online. Unlike PDFs or images that are easy to forge, verifiable credentials are cryptographically signed, tamper-evident, and verifiable by any trusted party.

They follow standards like the W3C Verifiable Credentials Data Model, which ensures global compatibility and interoperability.

🧠 The Need for Digital Credential Verification

Before diving into the tech, it’s important to understand the problem: traditional credentials are hard to verify at scale. Recruiters, academic institutions, and regulatory bodies often rely on time-consuming phone calls or email confirmations to validate a candidate’s claims.

Digital credential verification solves this by enabling instant, automated, and reliable verification.

🔐 How Does Digital Credential Verification Work?

Let’s break it down into three main components:

1. Issuance of Verifiable Credentials

An issuer (e.g., a university, company, or certifying body) generates a digital credential and signs it cryptographically. This credential includes:

The recipient’s details (subject)

The type of credential (e.g., “Bachelor’s in Computer Science”)

The date of issue and expiry

The issuer’s digital signature

The credential is then shared with the recipient, who stores it in a digital wallet (an app or secure cloud storage).

2. Presentation of Credentials

When the recipient (called the holder) needs to prove their qualification — say, during a job application — they can present the credential to a verifier (e.g., an employer). This is done digitally, often with a QR code or secure link.

The verifier doesn’t need to contact the issuer directly. Instead, they can check the credential’s validity instantly using technology.

3. Verification Process

The verifier uses software or platforms that:

Validate the issuer’s digital signature (proving it was really issued by a legitimate organization)

Check for tampering (ensuring the data hasn’t been changed)

Confirm revocation status (verifying that the credential hasn’t been canceled or expired)

All of this happens in seconds, thanks to the use of public key infrastructure (PKI), blockchain, or decentralized identifiers (DIDs), depending on the system architecture.

🛠️ Core Technologies Behind Verifiable Credentials

✅ Blockchain

A tamper-proof ledger that stores credential metadata and helps verify authenticity without relying on a central authority.

✅ Decentralized Identifiers (DIDs)

Unique identifiers that allow entities (people, organizations, or devices) to be identified without centralized registries.

✅ Public Key Infrastructure (PKI)

A cryptographic system that uses public-private key pairs to secure and verify data.

✅ Digital Wallets

Secure apps or cloud-based tools where users store and manage their verifiable credentials.

🎓 Use Cases of Digital Credential Verification

Education: Universities issue degrees that employers can verify instantly.

Recruitment: Employers validate certifications and experience claims without manual follow-up.

Healthcare: Doctors and nurses prove licensure across jurisdictions.

Government Services: Citizens prove identity and qualifications for visas, benefits, and more.

🧩 Benefits of Digital Credential Verification

Speed: Verify credentials in seconds, not days.

Security: Cryptographically signed and tamper-evident.

Privacy: Users control who sees their data.

Scalability: Works across institutions, borders, and industries.

🔮 The Future of Trust Is Digital

As we move into a more interconnected and remote world, verifiable credentials and digital credential verification will play a vital role in building trust online. From education to employment, the ability to instantly and securely verify someone’s qualifications will streamline processes, reduce fraud, and empower individuals to take control of their credentials.

The technology is here. The trust is digital. The future is now.

[jenniferphilop0420]

Best Way to Build a Crypto Exchange: Cost, Time & Tech Guide

Introduction: Why Build a Crypto Exchange?

Ever thought of owning your own crypto exchange like Binance or Coinbase? With the crypto market booming and digital assets becoming mainstream, launching your own exchange might just be the golden ticket. Not only does it offer multiple revenue streams—like trading fees and token listings—but it also puts you at the heart of the fintech revolution. But here's the catch: building a crypto exchange isn’t just about coding. It’s about compliance, trust, tech, and timing. Let’s walk through the best way to build a crypto exchange step-by-step.

Understanding Crypto Exchanges

Before diving in, you need to understand what you’re building.

Centralized vs. Decentralized Exchanges

Centralized Exchanges (CEXs): These are managed by a company or authority. Think Binance or Kraken. They're faster and more user-friendly.

Decentralized Exchanges (DEXs): No middleman. Users trade directly from wallets (e.g., Uniswap). More privacy, but more complex tech and lower speed.

Key Features of a Successful Exchange

High Liquidity

Secure Wallets

User-friendly UI/UX

Robust KYC/AML

Multi-currency Support

24/7 Customer Support

These aren’t just nice-to-haves—they’re essential.

Step-by-Step Guide to Building a Crypto Exchange

Step 1: Market Research and Legal Compliance

Before writing a single line of code, do your homework.

Regulatory Landscape

Different countries, different rules. In the U.S., you’ll deal with the SEC and FinCEN. In Europe, it’s MiCA. Make sure you comply or risk being shut down.

Target Market Identification

Are you targeting beginners or seasoned traders? Focused on NFTs or DeFi tokens? Your audience defines your features.

Step 2: Choosing the Right Exchange Type

Spot Exchange vs. Derivatives Exchange

Spot Exchange: Buy/sell crypto at current prices. Easier to build.

Derivatives Exchange: Think futures, options—more complex, more regulations.

Hybrid Exchange Possibilities

Want the best of both worlds? Build a hybrid. It combines the liquidity and speed of CEXs with the anonymity and freedom of DEXs.

Step 3: Technology Stack and Architecture

Now, let’s talk tech.

Frontend and Backend Development

Frontend: Built using React.js, Angular, or Vue.js.

Backend: Node.js, Python (Django), or Golang are solid picks.

Database: PostgreSQL or MongoDB.

Cloud: AWS, Google Cloud, or Azure.

Security Infrastructure

Security is non-negotiable. Implement:

Cold Wallets for storage

2FA & Email confirmations

Anti-DDOS protection

Encryption of sensitive data

Step 4: Liquidity Management

No one wants to trade on a ghost town exchange. Partner with liquidity providers or connect to other exchanges via APIs to ensure buy/sell orders always have a match.

Step 5: User Interface & User Experience (UI/UX) Design

Make it clean, intuitive, and responsive. If your users can’t find the “Buy” button, they won’t stay.

Step 6: Integrating Wallets and Payment Systems

Add crypto wallets (hot and cold) and fiat gateways like Stripe, MoonPay, or bank wire support. The more options, the better.

Step 7: KYC/AML Compliance Integration

Use third-party KYC providers like SumSub or Jumio to automate verification. This builds trust and keeps you legal.

Step 8: Testing and Deployment

Before going live:

Run unit tests

Perform bug bounties

Penetration testing

Use sandbox environments

Don’t skip this—bugs in crypto = lost funds.

Cost Breakdown of Building a Crypto Exchange

Let’s talk numbers.

Development Costs

Basic Exchange (MVP): $50,000–$100,000

Advanced Platform: $150,000–$500,000+ This includes design, frontend/backend, mobile apps, and admin panel.

Licensing & Legal Fees

Depending on your jurisdiction:

Licensing: $10,000–$100,000+

Legal Consultancy: $5,000–$25,000

Security Infrastructure Costs

Budget for:

Penetration Testing: $5,000+

Cold Wallet Integration: $3,000–$10,000

DDoS Protection: Ongoing, $500+/month

Marketing and User Acquisition

Your tech is only as good as your users.

PR & Influencers: $10,000–$50,000

Ads & SEO: $5,000/month+

Affiliate Programs: Optional but effective

Timeframe to Launch a Crypto Exchange

How long does it take? Depends on your scope.

Fast-Track MVP: 3-4 Months

Ideal for startups looking to test the waters.

Full-Fledged Exchange: 6–12 Months

Includes all features, high scalability, robust support, and marketing rollout.

Choosing the Right Tech Partner or Development Company

Don’t try to do everything alone.

In-House vs. Outsourced Development

In-House: More control, higher cost.

Outsourced: Faster, affordable, but needs careful vetting.

Key Qualities of a Good Tech Partner

Proven portfolio in blockchain

Transparent pricing

Security-first mindset

Agile development process

Post-launch support

Challenges in Building a Crypto Exchange

It’s not all sunshine and rainbows.

Regulatory Uncertainty

Governments can change rules overnight. Always stay updated.

Security Concerns

Hackers love crypto exchanges. One breach can ruin your reputation.

Tips for Long-Term Success

Want to be the next Binance?

Focus on User Trust

Build transparency. Publish regular audits. Offer cold storage options.

Offer Competitive Fees and Rewards

Use referral programs, trading fee discounts, and token rewards to keep users loyal.

Conclusion

So, what’s the best way to build a crypto exchange? It boils down to balancing tech, trust, time, and talent. Start small, build a solid MVP, and expand with confidence. Stay compliant, invest in security, and never stop listening to your users. Whether you're building for traders, beginners, or institutions, your exchange could be the next big thing in crypto—if done right.

FAQs

1. How much does it cost to build a crypto exchange from scratch? The average cost ranges from $50,000 for an MVP to over $500,000 for a full-featured platform, including tech, legal, and marketing expenses.

2. How long does it take to launch a crypto exchange? A minimum viable product can take 3–4 months, while a comprehensive platform might take 6–12 months or more.

3. Is it legal to launch a crypto exchange? Yes, but it depends on the country. You must comply with local regulations and acquire necessary licenses.

4. Can I build a crypto exchange without coding knowledge? You’ll need a tech team or a development company unless you use white-label solutions, which are faster but offer less flexibility.

5. What are the biggest risks in running a crypto exchange? Security breaches, regulatory changes, and liquidity issues are the most significant risks to be prepared for.

[technicallylovingcomputer]

Creating a Secure and Fraud-Free Blockchain Gaming Experience

In the wild west of blockchain gaming, security isn't just a feature it's the foundation everything else is built on. As someone who's watched this space evolve from crypto-kitties to complex metaverse economies, I've seen firsthand how security challenges can make or break a game's success.

Let's talk about how developers and players can create safer blockchain gaming experiences without sacrificing the innovation that makes this space so exciting.

The Double-Edged Sword of Blockchain Gaming

Blockchain gaming brings incredible opportunities: true digital ownership, play-to-earn economies, and unprecedented transparency. But these same features create unique security challenges. When in-game assets have real financial value and transactions are irreversible, the stakes get much higher.

I remember talking to a developer who launched one of the early NFT-based games. "We were so focused on the creative mechanics," he told me, "that we didn't realize we were essentially building a financial platform too." This mindset shift is crucial—blockchain game development requires thinking like both a game designer and a fintech security expert.

Security By Design: Building From the Ground Up

The most secure blockchain games bake protection into their architecture from day one, rather than bolting it on later:

Smart Contract Auditing: This isn't optional anymore. Multiple independent audits from reputable firms should be standard practice before any code goes live. I've seen projects delay launches to address audit findings and never regretted it—unlike those who rushed to market with vulnerabilities.

Layered Defense Mechanisms: The best security systems use multiple validation checks at different points. Think of it like airport security—ID checks, scanners, and human verification working together rather than relying on just one system.

Progressive Decentralization: Many successful projects start with some centralized controls that gradually transfer to the community. This allows for quicker responses to security incidents early on while still delivering on the decentralized promise long-term.

Player Protection: Making Security User-Friendly

Security isn't just about code—it's about how players interact with your game:

Intuitive Wallet Integration: Players shouldn't need a computer science degree to keep their assets safe. The games gaining the most traction offer simple wallet connections with clear permissions.

Transaction Verification: Always show players exactly what they're approving in plain language. "Allow access to ALL your tokens forever" should be a red flag that's impossible to miss.

Fraud Detection Systems: Machine learning can identify unusual transaction patterns before they become problems. One game I play implemented this after a phishing attack and has since prevented thousands of suspicious transactions.

Combating Common Attack Vectors

Understanding the threats is half the battle:

Phishing Resistance: Players get targeted through fake websites, Discord messages, and emails claiming to be from your game. Regular education campaigns and verification systems can dramatically reduce successful attacks.

Flash Loan Exploits: These complex attacks manipulate token prices by borrowing large amounts of cryptocurrency within a single transaction. Implementing circuit breakers and value locks can help mitigate this risk.

Front-Running Protection: When transactions wait in the mempool, bad actors can see them and execute their own transactions first. Solutions like commit-reveal schemes or private transaction pools are becoming standard defenses.

Community as Security Partners

Your players are your most valuable security asset:

Bug Bounty Programs: Reward white-hat hackers for finding vulnerabilities before malicious actors do. Some of the strongest security improvements in blockchain gaming have come from community members incentivized to protect rather than exploit.

Transparency Culture: Regular security updates, clear communication about risks, and honest post-mortems after incidents build trust more effectively than pretending problems don't exist.

Community Monitoring: Engaged players often spot suspicious activity before automated systems do. Creating easy reporting channels turns your entire player base into a security team.

Real-World Success Stories

Learning from those who've gotten it right:

Axie Infinity learned hard lessons after their Ronin bridge hack but emerged stronger with multi-signature validation requirements and dramatically improved monitoring systems.

Gods Unchained prioritized secure trading from day one, implementing escrow systems that prevent the most common card-trading scams.

The Sandbox created a phased withdrawal system for high-value transactions, allowing time for verification before assets move out of the ecosystem.

The Road Ahead: Evolving Security Landscape

As blockchain gaming matures, security approaches are evolving:

Insurance Models: Some games now offer optional insurance for high-value assets, creating protection pools funded by small transaction fees.

Standardized Security Frameworks: Industry bodies are developing shared security practices specific to blockchain gaming, similar to PCI standards in financial services.

Reputation Systems: Cross-game identity verification is emerging, making it harder for bad actors to simply move to a new game after being identified.

Final Thoughts

Creating truly secure blockchain games isn't just about protecting assets—it's about building the foundation for this entire industry to thrive. When players trust the ecosystem, they'll invest more time, creativity, and yes, money into these virtual worlds.

The blockchain games that will stand the test of time aren't just the ones with the flashiest graphics or most innovative gameplay—they're the ones that players trust to safeguard their digital lives. By prioritizing security alongside creativity, developers can build experiences that are not just fun to play, but fundamentally reliable.

In this exciting but still-maturing space, security isn't the enemy of innovation—it's what makes sustainable innovation possible.

[blognow2]

Level Up Your Career in 2025 with Bangalore’s Best Certification Courses

Press The Link To Join the best professional certification courses in bangalore 2025 for Career Growth: https://www.senfineacademy.com/courses  | Call - 984541226

Best Professional Certification Courses in Bangalore 2025

Bangalore, often called the Silicon Valley of India, continues to lead as the epicentre for educational and professional excellence in 2025. As industries evolve rapidly, professionals are consistently seeking ways to upskill and stay ahead of the competition. Professional certification courses have become a vital stepping stone for those aiming to advance their careers, transition to new roles, or boost their earning potential. Here’s an in-depth look at the best professional certification courses available in Bangalore in 2025.

1. Advanced Data Science and Analytics Certification

Data science has become one of the most sought-after fields, with businesses leveraging big data for strategic decisions. In 2025, advanced certification programs in data science cover critical topics such as machine learning, artificial intelligence (AI), data visualization, and natural language processing. Bangalore’s professional courses emphasize real-world applications, practical projects, and hands-on training in tools like Python, R, and Tableau.

This certification can benefit IT, finance, healthcare, and retail professionals immensely, as data science continues to drive innovations across sectors.

2. Cloud Computing Certification

As organizations migrate their infrastructure to the cloud, demand for certified cloud professionals has skyrocketed. In 2025, Bangalore will offer cutting-edge cloud computing courses, focusing on platforms like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform.

These certifications are ideal for professionals looking to master cloud architecture, deployment, and security while learning about cost optimization and infrastructure scalability. With Bangalore’s thriving IT ecosystem, cloud computing skills are a game-changer for professionals.

3. Cybersecurity Certification Programs

With the increasing frequency of cyberattacks, cybersecurity has become a critical concern for organisations. Bangalore offers specialized certification courses in ethical hacking, network security, and cybersecurity risk management.

The 2025 programs place a strong emphasis on practical training, enabling professionals to identify vulnerabilities, mitigate risks, and implement robust security protocols. These certifications are ideal for IT professionals, ethical hackers, and security analysts looking to build a rewarding career in cybersecurity.

4. Digital Marketing Certification

As businesses focus more on online presence and digital transformation, digital marketing continues to be a highly demanded field. Bangalore’s professional courses in 2025 will provide a comprehensive understanding of SEO, social media marketing, PPC campaigns, content marketing, and email marketing.

These certifications include hands-on projects, case studies, and exposure to the latest tools like Google Analytics, SEMrush, and HubSpot. Digital marketing certifications cater to marketers, entrepreneurs, and freelancers aiming to boost their careers or scale their businesses.

5. Blockchain Technology Certification

Bangalore is at the forefront of blockchain technology adoption in 2025, with industries such as finance, healthcare, and supply chain integrating blockchain for transparency and efficiency. Certification courses in blockchain cover the fundamentals of distributed ledger systems, smart contracts, and decentralized applications (DApps).

This professional certification is perfect for IT professionals, software developers, and project managers who want to explore this transformative technology and its wide-ranging applications.

6. Project Management Certification (PMP and Agile)

Project management certifications like PMP (Project Management Professional) and Agile are perennially popular in Bangalore, where tech startups and multinational companies thrive. In 2025, these certifications offer updated methodologies, tools, and strategies for managing projects efficiently.

Courses focus on Agile principles, Scrum frameworks, risk management, and leadership skills. These certifications cater to aspiring project managers and team leaders aiming to enhance their management capabilities.

7. AI and Machine Learning Certification

Artificial intelligence (AI) and machine learning (ML) are reshaping the future of technology. Bangalore’s AI and ML certification programs in 2025 focus on neural networks, deep learning, computer vision, and AI ethics.

The courses integrate practical applications, equipping professionals to work on AI-driven projects, develop intelligent systems, and optimize machine learning models. Professionals in IT, engineering, and research fields can benefit significantly from these certifications.

8. Finance and Investment Certifications (CFA, CPA, FRM)

For finance professionals, certifications like Chartered Financial Analyst (CFA), Certified Public Accountant (CPA), and Financial Risk Manager (FRM) are valuable assets. In 2025, Bangalore’s training programs for these certifications emphasize practical finance skills, risk assessment, and global market analysis.

These certifications are ideal for investment bankers, accountants, and financial analysts aspiring to excel in their careers.

9. Full-Stack Development Certification

With the demand for web developers at an all-time high, full-stack development courses remain a top choice in 2025. Bangalore’s certifications focus on front-end and back-end technologies, including HTML, CSS, JavaScript, React, and Node.js.

These programs also emphasize project-based learning, enabling professionals to build dynamic websites and applications. Developers, software engineers, and tech enthusiasts can use these certifications to sharpen their skills and remain competitive.

10. Leadership and Soft Skills Certification

In today’s fast-paced world, technical skills alone are not enough. Bangalore’s professional certification courses in leadership and soft skills in 2025 focus on communication, team collaboration, conflict resolution, and decision-making.

These programs are designed for mid-level managers, team leaders, and entrepreneurs who want to enhance their interpersonal skills and lead teams effectively.

11. Renewable Energy and Sustainability Certification

As sustainability becomes a global priority, certifications in renewable energy and sustainability are gaining traction in Bangalore. These courses cover solar energy systems, wind power, green building practices, and energy efficiency strategies.

Professionals in engineering, construction, and energy management can benefit from these certifications, aligning their skills with the demands of the future.

Why Choose Bangalore for Professional Certifications?

Bangalore remains the ideal destination for professional certification courses due to its:

Thriving Job Market: The city is home to tech giants, startups, and multinational companies, offering ample opportunities for certified professionals.

World-Class Training Facilities: The city boasts state-of-the-art training centers, experienced mentors, and hands-on learning environments.

Networking Opportunities: Professionals in Bangalore have access to a robust community of peers, mentors, and industry experts.

Emerging Trends: Being a hub of innovation, Bangalore ensures that its certification programs are aligned with the latest industry trends.

Conclusion

Investing in professional certification courses in Bangalore in 2025 is a strategic move for anyone looking to advance their career or explore new opportunities. With a wide array of programs catering to various industries, professionals can choose courses that align with their career aspirations and industry demands. Whether it’s data science, cybersecurity, or leadership development, Bangalore has something to offer for every ambitious individual.

Start your upskilling journey today and stay ahead in the competitive professional landscape!

[infosecnexus]

Did RCS Messaging Open the Door to More Mobile Spam?

As mobile messaging technology has evolved, so has mobile spam, and Rich Communication Services (RCS) may have worsened the situation. Although Android's Google Messages app has supported RCS since the release of Android Lollipop, the recent addition of RCS compatibility to Apple's iOS 18 has broadened its reach, creating new opportunities for spammers. With Android and iPhone users now able to communicate via RCS, security vulnerabilities between the two platforms could further fuel the rise in spam.

Apple's approach to RCS has raised concerns due to its minimal implementation, particularly the omission of end-to-end encryption (E2EE) at launch. Samsung has even issued warnings, noting that RCS encryption is only available for Android-to-Android messaging, leaving communication between Android and iPhone users more vulnerable. As a result, the door seems to have been opened for more spam messages to circulate.

RCS and Its Appeal to Spammers

RCS offers significant improvements over traditional SMS and MMS, allowing for longer messages, larger multimedia files, and better overall functionality. However, this expansion has also made it an attractive target for scammers. While SMS was limited to 160 characters and MMS could send multimedia content up to 1-2MB, RCS allows for media files up to 100MB and removes many of the old messaging constraints. This makes it easier for spammers to send convincing, more professional-looking scams using rich media, mimicking trusted brands or services.

Before the advent of RCS, mobile scams typically relied on simple social engineering tactics through SMS and MMS. These messages often impersonated banks, service providers, or even offered fake prizes, with the goal of confirming active phone numbers or collecting personal data. Though toll-rate scams were once a common method, often encouraging victims to call premium-rate numbers, these types of scams have decreased over time.

RCS: A Gateway to Email-Style Scams on Mobile

RCS was developed by the GSM Association (GSMA) in 2008 as a more advanced messaging protocol, offering much more than the basic SMS experience. The protocol’s decentralized architecture and larger message size capabilities have made it a tempting tool for scammers, allowing them to send more convincing, email-style phishing attacks directly to users' mobile devices.

In the past, email scams were often more successful than SMS-based scams due to their ability to send professional-looking emails with embedded malicious links or attachments that could infect computers with malware. RCS has facilitated similar tactics by enabling rich media in messages, increasing the likelihood that a scam message appears legitimate and prompting users to click on harmful links or download infected files.

Despite its improvements in user experience, the lack of consistent security across different providers makes RCS an easy target for spammers, highlighting the need for better encryption and protection for users on both Android and iOS. As RCS messaging continues to gain traction, it’s clear that spammers are quick to adapt, finding new ways to exploit the growing messaging capabilities.

[timothyjchambers]

A Quick Snapshot of the Microblogging Landscape

So given the post-election swell of BlueSky and Threads…and a far more modest but existent swell of new users to the Fediverse, it feels like the battle to be a non-X/Twitter microblogging solution is coming into view. Threads and BlueSky, each seeing a recent momentum of over 1 milliion users per day are the clear top two.

Notable that both Theads and Bluesky are built with the open social web, and decentralized open tech features are either inherently part of both, or soon will be. ActivtyPub for Threads, ATproto for BlueSky.

So I am thankful that this is not a battle between closed and open, but that all the major competiors in this space are all open.

So in one way it is a “format war” like VHS/Beta and for now Threads/Mastodon/etc are on one side, BlueSky on the other. But I actually think and hope that ATProto and Activitypub build out more and more interoperability, so it all becomes like open email: and no-one much cares if it is pop3 protocol or imap protocol and eventually it all just works as one big “open social web.” And things like BridgyFed are the eariest signs of that.

A big note: Threads and Bluesky’s massive success of late and Mastodon’s modest success does not make Mastodon and other fediverse/activitypub offerings losers. In this case it isn’t zero-sum. Fully open, patent free, non-commercial offerings like Mastodon, etc, have different needs and lifecycles and futures not tied to VC’s or shareholders. Where BlueSky will have it’s own financial expectations to it’s investors, Mastodon is - as Nilay Patel said - “definitionally unkillable.”

And the Mastodon and non-Threads fediverse itself has also seen steady growth, in total users at 11 million, good server growth, active monthly users inching upward and currently just over 1 million. For me, Mastodon never needed to “win” but rather be big enough and robust enough to keep everyone else honest and then keep growing over longer timescales.

But it does paint a picture where the landscape will likely emerge over the next year. Sometime later I’ll look back at my 2024 predictions - that I think I got some right, some very optimistic and off. I think there are too many moving pieces to predict 2025 other than that Threads and BlueSky emerge as the main commercial heirs to what the old Twitter was.

How it plays beyond that will hinge on a few variables including:

I do think it will matter deeply as to how and when Threads fully turns on two-way federation into ActivityPub. Do other major services join supprting ActivtyPub? Or ATProto?

I do think it could make a big diffeerence if BlueSky folks choose to allow BridgyFed to be opt-out on their side, fostering more users interoperating with the ActivtyPub side of the Open Social Web.

I think it will matter at how quickly Mastodon continues to sand off its rough edges.

The most common negative critique I see of Mastodon by those who reject it is that it is the “Linux for Desktop” of social. I get that. But it needs to evolve quickly into becoming what ChomeOS is to the Chromebook laptops - which also runs a version of Linux and has grown to a healthy share of users. It has that in it: just look at Phanpy.social to see what I still find a superior Fediverse UX than any of the social platforms.

I think it will matter if orgs like IFTAS, and Social Web Foundation are well funded and both help the Fediverse evolve in safer and more robust functionality.

I hope that Mastodon itself leans into a more plugable architecture: enabling alternative UX to plug in, allowing alternative services to plug in and offer other functionality across servers. That could enable faster evolution of key parts of Matodon while also allowing the core product to evolve at its own pace.

I hope that BlueSky finds keeps evolving it’s own unique ways, it also finds ways to lean into interoperablity over the next year, even in small ways like supprting 500 character messages that are easier to bridge, suppritng rel=me for verification, and finding supprting BridgyFed evoltution.

In a way I am more optimistic than ever at the open social web. It is an exciting time to be in this space, and am thankful for the communities I have on Mastodon as my main open social web home, but also on the BlueSky and Threads accounts I also inhabit.

Happy Thanksgiving, everyone.

[infograins-tcs]

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With expert-led courses across a wide range of technologies, we provide you with the skills and confidence needed to excel in today's competitive job market. Our training programs are designed with practical applications in mind, ensuring you gain hands-on experience in addition to theoretical knowledge. Join us and become part of a community that’s passionate about technology and innovation.

Our Comprehensive Training Programs

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If you're looking to create apps for Apple's ecosystem, our iOS Training program is designed for you. Dive into the world of Swift, Objective-C, and iOS frameworks to develop mobile applications for iPhones and iPads. This training helps you understand the nuances of iOS development, including app design principles and user experience.

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[ncogofficial]

5 Reasons to Switch from Traditional Email to Dmail in 2025

As our virtual world keeps evolving, so do the threats to internet privacy and data integrity. By 2025, it will seem totally out of context to rely on legacy email networks for secure communications. Dmail is a revolutionary decentralized email system rapidly picking up speed. From state-of-the-art privacy to post-quantum cryptographic security, decentralized email offers a fresh perspective on an old issue that has bedeviled digital communications for decades. This article informs us about the five reasons to ditch mainstream email providers and embrace decentralized email today.

5 Reasons to Switch from Traditional Email to Dmail in 2025

As we dive further into the age of digital communication, the shortcomings and vulnerabilities of old email infrastructure have become self-evident. Email services such as Gmail, Yahoo, and Outlook were built on archaic architectures focused on convenience, not privacy, and centralized authority over user control. Compared to them, dmail, which is a decentralized blockchain-based email service, is revolutionizing the concept of safe communication in 2025. Here are five sound reasons why leaping to decentralized email this year is a good and timely move-

1. Unparalleled Privacy through End-to-End Encryption

As opposed to the typical email services that habitually read your letters for adverts or data tracking, dmail has end-to-end encryption by default. Your letters are only readable to you and your sender — no go-betweens, no corporate spying. This kind of privacy matters in a time when personal data is constantly used against them by Big Tech.

2. Real Data Ownership and Control

With conventional email providers, your information resides on central servers and can be exposed to intrusions, spying, and abuse. decentralized email shatters the status quo with decentralized storage of information on blockchain nodes. You own your messages, attachments, and identity — no single company holds keys to your mailbox.

NCOG’s Dmail operates on the green, post-quantum secure Earth Chain. Encrypted and censorship-free communication is assured. Access and data sharing belong to users. Trees are planted for each transaction over $1. It promotes sustainability. Dmail is coupled with Web3ID for easy management of identity. It safeguards privacy, security, and the environment.

3. Post-quantum security for Future-Proof Protection

As quantum computing continues to advance, current encryption techniques employed by older email services are progressively becoming insufficient. Dmail is among the rare platforms actively embracing post-quantum cryptography, protecting your communication in a quantum-enabled future too.

4. Seamless Web3 Integration

decentralized email is Web3 universe-specific. It enables users to send and receive emails using crypto wallet addresses (such as MetaMask or WalletConnect), providing a secure and seamless means of communication within decentralized communities. This makes decentralized email a perfect utility for crypto traders, DAO members, and NFT collectors.

5. No Ads, No Tracking, No Surveillance

If you’re fed up with email services that profit from your attention and your data, decentralized email is a breath of fresh air. Users receive emails without tracking systems and advertising, while algorithms do not alter their inbox content. A distraction-free, minimalist experience focused on secure communication.

Why Dmail is the Future of Secure & Private Communication

One of the best reasons people are utilizing Dmail is due to the fact that it’s secure and private-centric. In contrast to the other email platforms, decentralized email is run through a blockchain-driven decentralized network. What this accomplishes is that your information is not stored on centralized servers vulnerable to hacking and corporate spying.

With dmail, all communication is end-to-end encrypted and stored in a way that even the service providers will not be able to reach it. All users remain in full ownership of their data and can openly communicate without apprehension that their messages will be hacked by third parties. As decentralized, dmail is also resistant to outages and censorship, which gives users ensured access regardless of the situation.

Also, dmail does not depend on selling users’ information to third parties — a common occurrence on conventional platforms. In an age where people worry about surveillance capitalism, decentralized email is a relief, a safe platform whose attraction meets contemporary assumptions about data ownership.

Dmail vs. Gmail: Key Differences & Benefits of Decentralized Email

People doubt whether their technological tools provide advantages in an era of rapidly developing online communication processes. Gmail owns the email industry as the common household name largely because users find its simple design and Google integration convenient. The rising apprehensions about data privacy, combined with surveillance and centralized control issues, are making dmail gain substantial user interest. Let’s compare these specific areas between dmail and Gmail-

1. Centralized vs. Decentralized Infrastructure

The biggest difference between Gmail and dmail is the way they’re organized. Gmail is based on a centralized design. User information and emails are stored on Google’s servers, which makes services simpler to manage but results in a single point of failure. If Google’s servers are compromised, user information can be leaked in bulk.

Conversely, decentralized email is based on a decentralized network of blockchains. The messages are encrypted and sent through a node network, and hence no centralized database can be targeted by hackers. Not only does the distributed system secure data, but it also keeps the network online even if nodes fail.

2. Data Ownership and Privacy

One of the most appealing motives for making the change to dmail is the guarantee of ownership over real data. Gmail users do not have much control over how they would like their data treated. Emails, attachments, and even metadata are scanned, most often, in fact, for targeting ads or machine training.

Dmail provides strict privacy. Your email is end-to-end encrypted, and even the firm that offers the service cannot read it. With no ads and no data mining, dmail provides a sense of respect and control to the user that centralized services like Gmail simply cannot provide.

3. Security and Post-Quantum Readiness

Gmail offers two-factor authentication and spam filtering. However, it still uses conventional encryption methods, which are vulnerable to the advent of quantum computing.

decentralized email advances the post-quantum cryptographic standards by demonstrating leadership in their adoption. This means that even when next-generation quantum computers can erase classical encryption, dmail messages are safe. This forward-looking feature provides dmail with a solid advantage in long-term data security.

4. Web3 Compatibility

As Web3 worlds expand, decentralized email will be the communications layer for dApps, DAOs, and crypto-native users. Gmail does not require a Google account and tends to lock users to centralized identifiers such as phone numbers and IP addresses.

With dmail, users authenticate via their crypto wallets (like MetaMask or WalletConnect). Not only is this more secure, but it also gives way to smoother interactions within blockchain environments, from transaction confirmation to governance alerts.

5. No Ads, No Spam, No Surveillance

Gmail’s “free” service isn’t so free, after all — the users are paying for information. Ads, specials, and algorithmically sorted inboxes are in the package. decentralized email features a spam-proof smart filter with an ad-free setting, bringing a cleaner, safer, and less distracting communications platform.

Dmail for Crypto Users: Why It’s the Safest Way to Send Messages

Crypto-native users already get it. They already appreciate how critical decentralization, anonymity, and wallet-based interactions are. To crypto-native users, decentralized email is not even emailed — it’s the natural extension of their Web3 experience.

With decentralized email, you can send and receive messages with wallet addresses (such as MetaMask and WalletConnect) with very little in the way of classic sign-ups. This painless integration with blockchain wallets means that dmail is not only a communication tool but also a safe notification system for DeFi transactions, NFT drops, DAO governance, etc.

And because the majority of crypto users fall victim to phishing and scams, dmail offers a safe shield against such attacks. It is built with anti-phishing measures, encrypted attachments, and authentication barriers that render impersonation almost impossible. For others who use DeFi services, NFTs, or Web3 DAOs, decentralized email is not an option — it’s mandatory.

Dmail’s AI Integration: How Smart Features Enhance Privacy

What distinguishes dmail in 2025 isn’t merely its unmatched security — it’s the smart, privacy-focused design of its integrated AI capabilities. Unlike other email clients that use centralized servers to drive their artificial intelligence, dmail goes a completely different route. Its AI capabilities are executed locally on your device so that your private data never escapes your system or is transmitted to the cloud.

This local-first AI architecture provides you with the convenience of a contemporary smart email without sacrificing any of the typical privacy trade-offs. decentralized email employs its built-in AI to automatically sort and prioritize messages, so you can address the most urgent and time-sensitive emails in your inbox. From critical work deadlines to confidential memos, dmail makes sure nothing falls through the cracks.

Security is also strengthened. Dmail’s artificial intelligence will recognize phishing attacks, dubious attachments, and menacing links in real time. This high-level security protects you from increasing cybercrime threats without submitting your information to third-party scanners or cloud vendors.

Moreover, decentralized email streamlines inbox management through AI-created summaries of lengthy email chains, so you can glance through the key points at a glance. It even provides the feature to elicit encrypted responses, promoting secure exchange without extra effort.

Unlike Big Tech’s AI programs, which learn from your information to make their algorithms better, dmail doesn’t train its models using your information. It is strictly privacy-by-design, keeping your content private at all times. In a world where AI is most commonly associated with spying, dmail…

[techinfo-blog]

How Blockchain is Powering the Play-to-Earn Revolution?

Players can now earn real-world value through in-game actions due to the play-to-earn (P2E) model, which was made possible by the emergence of blockchain technology. Blockchain has revolutionized gaming by offering a decentralized, transparent, and safe platform for in-game purchases, item ownership, and awards. This enables gamers to turn their gaming efforts into real benefits.

Digital Assets and Real Ownership

Players in traditional gaming typically do not own the stuff, characters, or skins they spend endless hours accumulating. Non-fungible tokens (NFTs), which stand for distinct digital assets, are how blockchain modifies this. Players can own, trade, or sell their virtual goods on public marketplaces by generating NFTs for in-game assets, which gives them actual monetary value. Because players are aware that they are investing in assets that can make money outside of the game, this sense of ownership encourages player engagement and loyalty.

Secure Transactions and Decentralized Economies

Games may now conduct safe, transparent transactions without the need for intermediaries because of blockchain's decentralized architecture. Players can earn crypto incentives or tokens with real-world value in P2E games. Blockchain increases developer and player trust by guaranteeing these transactions are safe and unaffected by manipulation. Because it lowers fraud and boosts player confidence in the game's economic mechanisms, this transparency is especially beneficial.

Interoperability Across Games

The possibility of interoperability is among the most intriguing aspects of games driven by blockchain technology. It is simpler to move assets between games or platforms under a decentralized system since in-game assets, such as NFTs or tokens, are kept on a blockchain. Players may add value from one game to another and even across multiple play-to-earn ecosystems due to this ground-breaking inter-game connectivity.

Play-to-Earn as a Sustainable Revenue Stream

Players can now make a living from gaming thanks to blockchain technology, particularly in areas with limited access to traditional revenue streams. Players can get valuable assets and tokens by taking part in a blockchain-based P2E game. These can then be traded, sold, or utilized to make actual money. There are guilds and communities devoted to boosting profits in these games because some gamers even make gaming their full-time job.

The Function of Play-to-Earn Game Development Firms

Play-to-earn game development companies are crucial to making these intricate systems a reality. They provide interesting, safe, and lucrative P2E platforms by fusing blockchain technology with gaming expertise. These businesses concentrate on creating gameplay elements that work with blockchain technology while guaranteeing that player rewards are reasonable, open, and worthwhile.

Play-to-earn games are only the start of what may turn out to be a more significant revolution in digital economies as blockchain technology develops further. With P2E games powered by blockchain, gaming appears to have a very bright future.

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[zhangsanhzgb]

Cryptocurrency Community

Solana is transitioning from a monolithic blockchain to a modular architecture, a narrative that has sparked widespread discussion in the crypto community. There is still uncertainty as to which scaling approach will dominate the market in the future.

It will take time to verify whether **Network Extensions** will become a standard name accepted by the crypto community, or whether Layer 2 frameworks like Ethereum will win the market.

This shift is crucial to Solana's future development. If Solana abandons the narrative of monolithicization, it may face an embarrassing situation similar to Ethereum in this cycle. In the current market environment, $ETH is in an awkward position between $BTC and $SOL: BTC is regarded as a higher-quality monetary asset, while SOL has become a leader in smart contract platforms due to its fast speed, simple structure and low cost, and has greater growth potential than ETH.

However, if Solana's expansion direction turns to an L2 model similar to Ethereum, $SOL may face the risk of becoming the new $ETH. If the network expansion or L2 in the Solana ecosystem brings about problems such as liquidity fragmentation and deterioration of user experience caused by cross-chain bridges, then SOL will face greater challenges.

In comparison, Ethereum, as a more decentralized platform with no downtime issues, may still be considered a safer option for long-term asset storage.

Additionally, Solana’s market performance could also be affected by speculators, especially if they start chasing network expansion tokens as a beta of $SOL rather than buying $SOL directly, which could further suppress SOL’s price growth.

Ethereum is currently going through a similar situation, affected by the beta token chase effect.

In this case, Solana’s PR team will face tremendous pressure. Although Austin mentioned that network expansion will bring new execution environments and professional processing, for ordinary investors, this sounds more like an L2, and how to spread this narrative in the community will be key.

In the future, we will observe whether Solana’s network expansion method will lead to liquidity fragmentation and deterioration of user experience. If these problems occur, Solana may lose its competitive advantage as a single chain.

This also gives the crypto community an opportunity to find a new monolithic scaling champion. Perhaps Monad or other Layer 1 blockchains will rise and replace Solana as the new monolithic chain leader.

In short, we are witnessing a debate about "truth", and ultimately the community's perception of "truth" may be more influential than the facts themselves.

How to buy SOL 

How to buy cryptocurrency on an exchange

Invest in SOL It has never been easier! Registering on an exchange, verifying your account, and paying by bank transfer, debit or credit card, with a secure cryptocurrency wallet, is the most widely accepted method of acquiring cryptocurrencies. Here is a step-by-step guide on how to buy cryptocurrency on an exchange.

Step 1: Register OKX (click the link to register)

You can register by email or phone number, then set a password and complete the verification to pass the registration.

Step 2: Identity verification - Submit KYC information to verify your identity

Please verify your identity to ensure full compliance and enhance your experience with full identity verification. You can go to the identity verification page, fill in your country, upload your ID, and submit your selfie. You will receive a notification once your ID has been successfully verified, bind your bank card or credit card and start trading.

Use the shortcut to buy USDT and convert it into SOL 

Step 1: Click [Buy Coins]-[Quick Buy Coins] in the top navigation bar to place your order.

Step 2: Enter the SOL you want quantity

Step 3: Select your payment method, click Next and complete the purchase

Step 4: Click on the transaction and search for SOL , buy its tokens.

[prwizard]

Minati Launches Revolutionary Layer 1 Blockchain to Outperform Ethereum and Solana

Place, Date: Minati, an eminent digital currency platform, is proud to announce the launch of its innovative Layer 1 Blockchain to revolutionize the decentralized finance (DeFi) landscape with unparalleled innovation and efficiency. Designed to surpass the capabilities of Ethereum and Solana, Minati's innovative architecture promises faster transaction speeds, lower fees, and robust security.

We are excited to introduce our Layer 1 Blockchain, a transformative innovation that will set new standards in the DeFi industry," said Gaurav Sharma, CTO of Minati. "Our team worked dedicatedly to develop a blockchain that not only overcomes the current limitations faced by users but also sets the stage for  future advancements in decentralized finance."

Our new Layer 1 blockchain represents a significant advancement in a decentralized world. Different from Layer 2 solutions that build on existing networks, Layer 1 Blockchains are foundational, offering enhanced performance and security at the base layer.

The launch of Layer 1 blockchain is a testament to this commitment as we utilized an advanced Proof of Stake (PoS) consensus mechanism to enhance energy efficiency, scalability, and security of financial transactions. This new technology will empower individuals and businesses to participate in the DeFi space with greater confidence and ease.

"We are incredibly proud to launch our Layer 1 blockchain, which represents a significant leap forward in the DeFi industry. This innovation shows our dedication to redefining the limits of blockchain technology. This launch is just the beginning, as we remain dedicated to advancing our vision of a financial ecosystem that is both more comprehensive and highly efficient for all users." Kapil Siwach, CEO of Minati

About Minati

Minati is a leading digital currency platform that combines the power of DeFi, AI, and blockchain to revolutionize finance. Our team of professional blockchain developers continuously endeavour to provide advanced solutions that empower you to take control of your financial future. To learn more about Minati's innovations, stay tuned with us for more updates as we prepare to redefine the blockchain landscape.

Contact Information: 

Minati PR Team

Email: info@minati.com 

Website: www.minati.com 

Community Links: Telegram, Twitter, Discord  

[jayanthitbrc]

Cloud Microservices Market: Unlocking Opportunities with Analysis, Growth Revenue, and Trends Forecast to 2033

Overview and Scope Cloud microservices are an architectural approach for constructing software applications or functionalities as a decentralized collection of autonomously deployable and manageable services. This service is used across various domains to build scalable, resilient, and agile applications that meet the evolving needs of businesses and users. Sizing and Forecast The cloud microservices market size has grown exponentially in recent years. It will grow from $1.55 billion in 2023 to $1.88 billion in 2024 at a compound annual growth rate (CAGR) of 21.3%.  The growth in the historic period can be attributed to agility and time to market, flexibility and modularity, resilience and fault tolerance, data privacy and compliance, edge computing and IoT. To access more details regarding this report, visit the link: https://www.thebusinessresearchcompany.com/report/cloud-microservices-global-market-report Segmentation & Regional Insights The cloud microservices market covered in this report is segmented – 1) By Component: Platform, Services 2) By Deployment:  Public, Hybrid, Private 3) By Organization Size: Small And Medium Enterprises (Smes), Large Enterprises 4) By End-User Industry: Banking, Financial Services And Insurance, Retail, E-Commerce, Manufacturing, Telecommunication, Information Technology And Information Technology Enabled Services, Healthcare, Others End-Users North America was the largest region in the cloud microservices market in 2023. Asia-Pacific is expected to be the fastest-growing region in the forecast period. The regions covered in the cloud microservices market report are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East, Africa. Intrigued to explore the contents? Secure your hands-on sample copy of the report: https://www.thebusinessresearchcompany.com/sample.aspx?id=14069&type=smp Major Driver Impacting Market Growth The growing retail and e-commerce is expected to propel the growth of the cloud microservices market going forward. Retail refers to the process of selling goods or services directly to consumers through physical stores or online channels, while e-commerce is the buying and selling of goods and services over the Internet. It arises due to internet penetration, shifting consumer preferences, and the convenience offered by online shopping. Key Industry Players Major companies operating in the cloud microservices market are Google LLC, Microsoft Corporation, Dell Technologies Inc., Amazon Web Services Inc., International Business Machines Corporation, Cisco Systems Inc., Oracle Corporation, Broadcom Inc., Hewlett Packard Enterprise Development LP, Tata Consultancy Services Limited, Salesforce.com Inc., Infosys Limited, Alibaba Cloud, Atos SE, Rackspace Hosting In. The cloud microservices market report table of contents includes: 1. Executive Summary 2. Market Characteristics 3. Market Trends And Strategies 4. Impact Of COVID-19 5. Market Size And Growth 6. Segmentation 7. Regional And Country Analysis . . . 27. Competitive Landscape And Company Profiles 28. Key Mergers And Acquisitions 29. Future Outlook and Potential Analysis Contact Us: The Business Research Company Europe: +44 207 1930 708 Asia: +91 88972 63534 Americas: +1 315 623 0293 Email: info@tbrc.info Follow Us On: LinkedIn: https://in.linkedin.com/company/the-business-research-company   Twitter: https://twitter.com/tbrc_info   Facebook: https://www.facebook.com/TheBusinessResearchCompany   YouTube: https://www.youtube.com/channel/UC24_fI0rV8cR5DxlCpgmyFQ   Blog: https://blog.tbrc.info/   Healthcare Blog: https://healthcareresearchreports.com/   Global Market Model: https://www.thebusinessresearchcompany.com/global-market-model  

[bitcofunblog]

Table of ContentsIntroductionZenGo's Keyless Crypto Wallet: A Comprehensive Security AnalysisEvaluating the Security Features of ZenGo's Keyless Crypto WalletAssessing the Robustness of ZenGo's Keyless Crypto Wallet SecurityQ&AConclusionZenGo: The Keyless Crypto Wallet That Puts Security FirstIntroductionZenGo is a non-custodial cryptocurrency wallet that utilizes advanced security measures to safeguard users' digital assets. This review will delve into the key security features of ZenGo, including its keyless architecture, biometric authentication, and multi-layer security protocols. We will assess the effectiveness of these measures in protecting against unauthorized access, theft, and fraud, providing insights into the overall security of the ZenGo wallet.ZenGo's Keyless Crypto Wallet: A Comprehensive Security AnalysisZenGo's keyless crypto wallet has garnered attention for its innovative approach to security. Unlike traditional wallets that rely on private keys, ZenGo employs a unique multi-party computation (MPC) protocol to safeguard user funds. This article delves into the intricacies of ZenGo's security architecture, examining its strengths and potential vulnerabilities. At the heart of ZenGo's security lies its MPC protocol. This advanced cryptographic technique distributes the responsibility of holding private keys across multiple servers, eliminating single points of failure. Even if one server is compromised, the remaining servers can collectively reconstruct the private key, ensuring the integrity of user funds. Furthermore, ZenGo utilizes biometric authentication to enhance security. Users can unlock their wallets using facial recognition or fingerprint scanning, adding an extra layer of protection against unauthorized access. This feature is particularly valuable in preventing theft or loss of devices. ZenGo also employs a range of other security measures to safeguard user assets. These include: * **End-to-end encryption:** All data transmitted between the wallet and servers is encrypted, ensuring privacy and confidentiality. * **Two-factor authentication:** Users must provide a second form of authentication, such as a code sent via SMS or email, to complete transactions. * **Regular security audits:** ZenGo undergoes regular security audits by independent third parties to identify and address potential vulnerabilities. Despite its robust security features, ZenGo is not immune to potential risks. One concern is the reliance on third-party servers for MPC. While ZenGo has partnered with reputable providers, a compromise of these servers could potentially expose user funds. Additionally, the use of biometric authentication may raise privacy concerns. While biometric data is stored securely, there is always the risk of unauthorized access or misuse. Overall, ZenGo's keyless crypto wallet offers a high level of security through its innovative MPC protocol and comprehensive security measures. However, it is important to be aware of potential risks associated with third-party servers and biometric authentication. By understanding these limitations, users can make informed decisions about the security of their crypto assets.Evaluating the Security Features of ZenGo's Keyless Crypto Wallet**A Review of ZenGo's Keyless Crypto Wallet Security** ZenGo's keyless crypto wallet has garnered attention for its innovative approach to security. Unlike traditional wallets that rely on private keys, ZenGo employs a unique multi-party computation (MPC) protocol to safeguard user funds. This article delves into the key security features of ZenGo's wallet, evaluating its strengths and potential vulnerabilities. **MPC Protocol: A Decentralized Approach** ZenGo's MPC protocol distributes the responsibility of holding private keys across multiple servers. This decentralized architecture eliminates single points of failure and prevents hackers from accessing user funds even if they compromise one server. The MPC protocol ensures

that multiple parties must collaborate to generate a transaction, providing an additional layer of security. **Biometric Authentication: Enhanced User Convenience** ZenGo leverages biometric authentication, such as facial recognition and fingerprint scanning, to provide a convenient and secure way for users to access their wallets. This eliminates the need for remembering complex passwords, reducing the risk of unauthorized access. However, it's important to note that biometric authentication can be compromised if the user's device is stolen or compromised. **Multi-Factor Authentication: An Additional Layer of Protection** In addition to biometric authentication, ZenGo employs multi-factor authentication (MFA) to further enhance security. MFA requires users to provide multiple forms of identification, such as a one-time password (OTP) sent to their mobile device, before accessing their wallets. This adds an extra layer of protection against phishing attacks and unauthorized login attempts. **Recovery Mechanism: Safeguarding Against Loss** ZenGo's recovery mechanism allows users to regain access to their wallets even if they lose their device or forget their biometric credentials. This is achieved through a social recovery process that involves trusted contacts. However, it's crucial to choose reliable contacts and ensure they are aware of their responsibilities in the recovery process. **Potential Vulnerabilities: Considerations for Users** While ZenGo's security features are robust, it's important to acknowledge potential vulnerabilities. The MPC protocol, while decentralized, relies on the integrity of the participating servers. If a majority of these servers are compromised, user funds could be at risk. Additionally, biometric authentication can be bypassed if the user's device is compromised. **Conclusion: A Secure and Convenient Option** ZenGo's keyless crypto wallet offers a high level of security through its MPC protocol, biometric authentication, MFA, and recovery mechanism. While potential vulnerabilities exist, the wallet's decentralized architecture and multi-layered security measures make it a secure and convenient option for crypto enthusiasts. However, users should remain vigilant and take appropriate precautions to protect their funds.Assessing the Robustness of ZenGo's Keyless Crypto Wallet Security**A Review of ZenGo's Keyless Crypto Wallet Security** ZenGo, a renowned crypto wallet provider, has introduced a keyless crypto wallet that aims to revolutionize the way users store and manage their digital assets. Unlike traditional crypto wallets that rely on private keys, ZenGo's keyless solution eliminates the risk of losing or compromising these sensitive credentials. At the heart of ZenGo's security architecture lies a multi-party computation (MPC) protocol. This advanced cryptographic technique distributes the responsibility of managing private keys across multiple servers, ensuring that no single entity has complete control over user funds. Even if one server is compromised, the remaining servers can collectively prevent unauthorized access. Furthermore, ZenGo employs biometric authentication, such as facial recognition and fingerprint scanning, to provide an additional layer of security. This ensures that only the authorized user can access the wallet, even if the device is lost or stolen. To enhance the wallet's resilience against phishing attacks, ZenGo utilizes a unique "social recovery" mechanism. This feature allows users to designate trusted contacts who can assist in recovering access to the wallet in case of an emergency. ZenGo's security measures have been rigorously tested and audited by independent security experts. The wallet has received the highest security rating from the blockchain security firm, Certik. Additionally, ZenGo has implemented a bug bounty program to incentivize researchers to identify and report any potential vulnerabilities. While ZenGo's keyless approach offers

significant security advantages, it is important to note that it also introduces certain limitations. For instance, users cannot directly access their private keys, which may be a concern for some advanced users who prefer complete control over their funds. Overall, ZenGo's keyless crypto wallet provides a robust and user-friendly solution for storing and managing digital assets. Its MPC protocol, biometric authentication, and social recovery mechanism offer multiple layers of security, making it a reliable choice for individuals seeking a secure and convenient way to interact with the world of cryptocurrency.Q&A**Question 1:** What is the main security feature of ZenGo's crypto wallet? **Answer:** Keyless security, eliminating the need for private keys. **Question 2:** How does ZenGo's multi-party computation (MPC) technology enhance security? **Answer:** It distributes private key fragments across multiple servers, preventing a single point of failure. **Question 3:** What additional security measures does ZenGo implement? **Answer:** Biometric authentication, 2-factor authentication, and a recovery process that does not require seed phrases.Conclusion**Conclusion:** ZenGo's Keyless Crypto Wallet provides a secure and user-friendly platform for managing crypto assets. Its unique keyless architecture eliminates the risk of private key compromise, while its advanced security features, such as biometric authentication and multi-factor recovery, further enhance its protection. The wallet's intuitive interface and support for multiple cryptocurrencies make it accessible to both experienced and novice users. Overall, ZenGo offers a robust and reliable solution for storing and managing crypto assets, providing peace of mind and convenience to its users.