The Trump administration is directing employees at the U.S. Department of Agriculture to investigate foreign scientists who collaborate with the agency on research papers for evidence of “subversive or criminal activity.”

read more

Microsoft’s new winapp CLI simplifies Windows app development with one-command setup, faster testing, and easier packaging.

The post Microsoft Launches winapp to Simplify Windows App Development appeared first on TechRepublic.

Microsoft’s new winapp CLI simplifies Windows app development with one-command setup, faster testing, and easier packaging.

The post Microsoft Launches winapp to Simplify Windows App Development appeared first on TechRepublic.

The Prince of Persia Sands of Time Remake canceled news is now official. Ubisoft has confirmed it has discontinued the long-delayed remake, closing the door on a modern take of the 2003 classic after years of setbacks. The cancellation lands inside a broader shake-up at Ubisoft, one that’s meant to tighten greenlights and concentrate spending. […]

The post Your Prince of Persia remake is dead, Ubisoft is reshaping its lineup appeared first on Digital Trends.

Launching a crypto exchange is no longer just an idea for large tech companies. Many startups, fintech firms, and entrepreneurs now explore crypto exchange businesses as part of their growth plans. One option that often comes up is white label cryptocurrency exchange software. It promises faster launch times and lower technical effort, but it may not suit every business equally. Before choosing this path, it is important to understand what white label crypto exchange software offers, what it limits, and how it aligns with different business models. This article breaks down those aspects in a clear and practical way.

Understanding What White Label Crypto Exchange Software Really Is

White label cryptocurrency exchange software is a ready-made trading platform that can be rebranded and customized to some extent. Instead of building an exchange from scratch, businesses adopt an existing framework and launch under their own name. The core trading engine, wallet system, admin panel, and security setup are already developed. Businesses mainly focus on configuration, branding, and compliance setup. This approach significantly reduces development time and technical complexity. However, using white label software also means accepting certain predefined structures. Understanding this trade-off is key when evaluating whether it fits your business goals.

Business Models That Benefit the Most From White Label Exchanges

White label crypto exchange software works best for businesses that prioritize speed and market entry. If the goal is to launch quickly, test a market, or expand an existing financial service offering, this model can be practical. Startups with limited technical teams often benefit because they avoid long development cycles. Financial service providers entering crypto for the first time can use white label solutions to reduce risk while learning market behavior. Educational platforms, regional exchanges, and niche trading communities also find value in white label exchanges, especially when customization needs are moderate rather than complex.

Cost, Time, and Resource Considerations

One of the biggest reasons businesses choose white label cryptocurrency exchange software is cost efficiency. Building a custom exchange requires significant investment in development, testing, security audits, and long-term maintenance. White label solutions reduce upfront costs and shorten launch timelines. Instead of months or years, businesses can go live in weeks. This allows faster revenue generation and earlier market feedback. However, long-term costs should also be considered. Licensing fees, customization limits, and scaling expenses can affect profitability over time. A lower initial cost does not always mean lower total cost.

Customization Limits and Brand Differentiation

While white label platforms allow branding changes such as logos, colors, and basic feature settings, deep customization can be limited. The underlying architecture remains the same for all users of the software. For businesses that rely heavily on unique trading features or innovative user experiences, this can be a challenge. Differentiating the platform beyond surface-level branding may require additional development layers or integrations. If your business model depends on standing out through advanced trading tools or novel workflows, it is important to assess whether white label software can support that vision.

Security, Compliance, and Operational Control

Security is a major concern for any crypto exchange. White label cryptocurrency exchange software usually comes with built-in security features such as encryption, wallet protection, and access controls. This can be beneficial for teams without deep security expertise. However, operational control may be shared or limited depending on the setup. Businesses must understand who manages updates, security patches, and infrastructure stability. Compliance flexibility also matters. Regulatory requirements vary by region, and not all white label platforms are equally adaptable. A business must ensure the software can support necessary identity checks, transaction monitoring, and reporting standards.

Scalability and Long-Term Growth Planning

White label exchanges are often designed to handle moderate growth efficiently. They can support increasing user numbers and trading volume up to a certain point. For businesses planning aggressive expansion or global operations, scalability becomes a critical question. Some white label platforms may struggle under high load or require costly upgrades to scale further. Long-term growth planning should include evaluating whether the software can evolve with market changes, new asset types, and increasing regulatory demands.

When White Label Software May Not Be the Right Choice

White label cryptocurrency exchange software may not be ideal for every business. Companies with strong technical teams and long-term innovation goals may prefer building a custom platform. If control, flexibility, and unique architecture are central to your business strategy, white label solutions may feel restrictive. Similarly, businesses targeting institutional traders or complex financial products may need deeper customization than white label platforms can offer. Choosing white label software without aligning it to the business model can lead to limitations that slow growth later.

Final Thoughts

White label cryptocurrency exchange software can be the right fit for many businesses, but only when used with clear expectations. It offers speed, cost efficiency, and reduced technical complexity, making it attractive for startups and market entrants. At the same time, it comes with limits around customization, control, and long-term scalability. The decision should be based on your business goals, technical capacity, and growth plans rather than convenience alone. Understanding where white label exchanges perform best and where they fall short helps businesses make informed choices and build sustainable crypto trading platforms.

Is White Label Crypto Exchange Software the Right Fit for Your Business Model? was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

Meme coins have evolved far beyond internet jokes and speculative hype. What began as playful experiments inspired by online culture has matured into a serious niche within blockchain development. Today, meme coin development when executed with discipline and technical clarity represents the transformation of digital culture into functional financial code. Stripped of noise and short-term speculation, this process blends community psychology, token engineering, and decentralized infrastructure into a credible blockchain asset.

From Internet Humor to Programmable Value

Internet culture thrives on relatability, speed, and shared identity. Memes spread because they compress complex emotions or ideas into instantly recognizable symbols. Meme coins leverage this same mechanism, but instead of stopping at humor, they encode it into programmable assets. The meme becomes the entry point, while the blockchain gives it permanence, transparency, and utility.

In practical terms, meme coin development starts with a cultural narrative that resonates with a specific online community. This narrative is then translated into smart contract logic that defines how the token is minted, distributed, transferred, and governed. The success of a meme coin depends not on the joke itself, but on how effectively that cultural energy is transformed into a secure, scalable, and trustable digital asset.

Tokenomics as Cultural Architecture

One of the most overlooked aspects of meme coin development is tokenomics. While many projects rely on exaggerated supply numbers or aggressive burn mechanisms to attract attention, sustainable meme coins use tokenomics as a form of cultural architecture. Every economic decision reflects how the community interacts with the token.

For example, fair launch models reinforce decentralization and inclusivity, values often celebrated in internet-native communities. Liquidity locks and transparent vesting schedules help counter skepticism fueled by past rug pulls. Even transaction taxes, when used carefully, can fund community initiatives, marketing, or long-term development without exploiting holders.

By designing tokenomics that align with community behavior rather than speculative manipulation, developers turn cultural participation into measurable economic activity.

Smart Contracts: Where Culture Meets Code

At the core of every meme coin lies its smart contract. This is where internet culture stops being abstract and becomes enforceable logic. Smart contracts define rules that cannot be altered on a whim, making trust a technical feature rather than a marketing promise.

Modern meme coin development emphasizes contract audits, gas optimization, and modular design. Features such as automated liquidity provisioning, governance hooks, and cross-chain compatibility allow meme coins to exist beyond a single viral moment. When the contract is well-structured, the meme coin can integrate with decentralized exchanges, NFT platforms, and Web3 applications, extending its relevance.

This disciplined approach ensures that humor does not compromise security and that creativity coexists with engineering rigor.

Community Is the Real Infrastructure

Unlike traditional financial assets, meme coins derive much of their value from social consensus. Community engagement is not an accessory, it is the infrastructure. Development teams that understand this focus on tools that empower participation, such as DAO-based voting, transparent treasury management, and open communication channels.

However, sustainable growth requires filtering noise from meaningful engagement. Instead of chasing fleeting trends, successful meme coin projects nurture long-term contributors: developers, designers, content creators, and moderators. These participants help the project evolve organically, keeping the cultural narrative alive while reinforcing technical credibility.

When community governance is backed by on-chain mechanisms, internet culture gains a formal structure without losing its spontaneity.

Utility Beyond the Meme

The next phase of meme coin development centers on utility. While cultural appeal attracts attention, functional use cases sustain relevance. Integration with gaming ecosystems, NFT marketplaces, tipping systems, or creator economies allows meme coins to circulate naturally rather than relying solely on trading volume.

Some projects use meme coins as access tokens, rewarding participation or unlocking exclusive experiences. Others embed them into decentralized applications where cultural identity and financial interaction intersect. In these cases, the meme becomes a brand layer on top of real economic activity.

This shift from novelty to function marks the transition from speculative tokens to digital assets with purpose.

Cutting Through the Hype

Developing meme coins without noise requires restraint. Clear documentation, transparent roadmaps, and realistic expectations replace exaggerated promises. Instead of overloading contracts with unnecessary features, developers prioritize clarity, security, and adaptability.

In a market saturated with hype, simplicity becomes a competitive advantage. A well-built meme coin does not need constant promotion; it survives through consistent community use and technical reliability.

Conclusion

Meme coin development at its best, is not about chasing trends or manufacturing hype. It is about translating internet culture into financial code that people can trust, use, and build around. When humor is paired with solid tokenomics, secure smart contracts, and engaged communities, meme coins become more than jokes; they become living digital systems shaped by collective identity. By removing the noise, developers unlock the true potential of meme coins as cultural and financial instruments in the evolving Web3 economy.

Meme Coin Development Without the Noise: How Internet Culture Becomes Financial Code was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

Why Multi-Chain DeFi Is Hard — And How AI Agents Can Help

Last year, our team started exploring a case study on a DeFi project that had strong fundamentals but a complex technical challenge.

Users were distributed across Ethereum, Solana, and Aptos. While adoption looked promising, syncing smart contracts across multiple chains quickly became a bottleneck. 😅

What sounded like a growth strategy turned into an operational headache.

At Duredev, we often see this pattern when teams move from single-chain products to cross-chain DeFi platforms.

🌐 Why Multi-Chain DeFi Looks Simple (But Isn’t)

On paper, multi-chain means more users, more liquidity, and better reach. In reality, each blockchain behaves like a different system altogether.

Ethereum, Solana, and Aptos differ in:

• Smart contract standards
• Deployment pipelines
• Upgrade mechanisms
• Monitoring and debugging tools

This is why many teams struggle with cross chain app development once they move beyond MVPs.

To solve this, projects increasingly rely on cross-chain multichain app development strategies instead of chain-specific fixes.

😅 Where Multi-Chain DeFi Breaks for Developers

In the case study we analyzed, developers faced recurring issues:

• Feature updates deployed on one chain but delayed on others
• Configuration mismatches between networks
• Manual monitoring across dashboards
• Rising maintenance costs

The biggest challenge wasn’t writing smart contracts — 
it was maintaining consistency across chains.

This is where many multi-chain products slow down or silently fail.

🤖 The Role of AI Agents in Cross-Chain DeFi

Instead of adding more tools, the solution explored a smarter layer: AI agents.

AI agents can act as intelligent coordinators for cross chain smart contract management, helping teams automate tasks that usually require constant human oversight.

In multi-chain DeFi systems, AI agents can:

• Automate deployments across multiple chains
• Monitor smart contract behavior in real time
• Detect inconsistencies between chain states
• Trigger alerts or rollbacks when anomalies appear

This transforms chaotic workflows into predictable, developer-friendly systems.

💡 From Automation to Intelligence

Traditional automation follows rules.
AI agents understand patterns.

That difference matters in multichain DeFi development, where systems are dynamic and conditions change frequently.

The goal becomes clear:

One platform. Multiple chains.
A seamless user experience.
A headache-free workflow for developers. 💡

This is the direction modern Web3 infrastructure is moving toward.

🛠️ Building Cross-Chain Systems That Scale

At blockchain development company Duredev, we design platforms that are built to scale across chains from day one.

Our approach combines:

• AI-driven monitoring
• Secure smart contract architecture
• Modular cross chain application development
• Long-term scalability planning

Through our core blockchain development services, we help teams avoid patchwork solutions and focus on stable foundations.

🔗 Why Cross-Chain Matters for the Future of DeFi

Users don’t care which chain they’re on.
They care about speed, reliability, and trust.

As DeFi matures, platforms that rely on manual multi-chain coordination will struggle to keep up. Intelligent systems powered by AI agents will define the next generation of decentralized products.

This shift is already visible across:

• DeFi protocols
• Infrastructure layers
• Enterprise blockchain platforms

At Duredev, this evolution is central to how we build AI + Web3 systems.

🧩 Why Teams Choose Duredev

Choosing the right technology partner is critical for multi-chain success.

Teams work with Duredev because we focus on:

• Practical cross-chain multichain app development
• Reduced operational complexity
• Secure, auditable smart contracts
• AI-enabled monitoring and automation

You can learn more about our approach and team through about Duredev or start a conversation directly via contact Duredev.

🚀 Final Takeaway

Multi-chain DeFi is hard — not because the idea is flawed, but because coordination is complex.

AI agents offer a realistic way forward by:

• Reducing human error
• Automating cross-chain workflows
• Making multi-chain systems sustainable

As DeFi moves toward a truly multi-chain future, platforms that combine AI intelligence with decentralized infrastructure will lead the way.

And that’s exactly what Duredev is building for the next generation of Web3.

🔗 Important Links

• Ready to Level Up?
• Think You Don’t Use Blockchain? Think Again…

Why Multi-Chain DeFi Is Hard — And How AI Agents Can Help was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

Think you don’t use blockchain?
Think again… You’re using it every single day — without even realizing it.

💳 ATM withdrawals rely on secure, ledger-based systems to protect your money
📦 Online order tracking depends on tamper-proof records to ensure delivery accuracy
📝 Digital document verification uses automated validation to prevent fraud

The smartest systems don’t announce themselves.
They work quietly behind the scenes, ensuring security, transparency, and trust.

At Duredev, we design blockchain-powered digital systems that users rarely notice — but businesses rely on every single day.

🔗 Why Blockchain Development Services Matter for Businesses Today

Blockchain is no longer limited to cryptocurrency. Today, blockchain development services are becoming core infrastructure for businesses that handle sensitive data, transactions, and multi-party processes.

Companies now look for solutions that:

• Reduce fraud
• Improve transparency
• Automate trust
• Remove manual verification

That’s why demand for a reliable blockchain development company has increased across industries like finance, logistics, and enterprise platforms.

🧠 Custom Blockchain Development for Real-World Use Cases

Every business has different workflows. Off-the-shelf solutions often fail to match real operational needs.

With custom blockchain development services, businesses can design systems tailored to:

• Internal operations
• Partner ecosystems
• Customer-facing platforms

At Duredev, custom blockchain solutions are built with scalability, security, and long-term adaptability in mind — not short-term experimentation.

🤖 Smart Contract Development: Automation You Can Trust

Smart contracts are one of the most powerful blockchain innovations for businesses.

Using smart contract development services, companies can automate:

• Payments and settlements
• Agreement enforcement
• Compliance workflows
• Verification processes

The result is faster execution, fewer errors, and reduced operational costs. Duredev focuses on smart contracts that are secure, auditable, and aligned with real business logic.

💰 Blockchain in Finance and Lending Platforms

Finance is one of the biggest adopters of blockchain technology.

With blockchain for finance and lending, platforms can offer:

• Transparent transaction records
• Automated loan agreements
• Secure data sharing
• Reduced dependency on intermediaries

Businesses building blockchain-based financial platforms gain higher user trust and operational efficiency. At Duredev, finance-focused blockchain solutions are designed to meet compliance and scalability requirements from day one.

📦 Blockchain Supply Chain Solutions for Transparency

Supply chains involve multiple stakeholders, which often leads to delays, disputes, and data mismatches.

Blockchain supply chain solutions solve this by creating a single, immutable source of truth. Businesses can:

• Track goods in real time
• Verify authenticity
• Reduce fraud and losses
• Improve accountability

Through blockchain solutions for logistics, Duredev helps companies build transparent and reliable supply chain ecosystems.

🏗️ Enterprise Blockchain Development at Scale

Large organizations need systems that work reliably under high volume and complexity.

With enterprise blockchain development, businesses can modernize legacy systems while maintaining performance and security. These solutions support:

• Multi-user environments
• High transaction throughput
• Integration with existing infrastructure

This is where blockchain infrastructure development becomes a strategic investment rather than an experiment.

🌐 Blockchain Solutions That Work Quietly in the Background

The most effective blockchain systems are invisible to end users.

Whether it’s blockchain application development or blockchain integration services, the goal is simple:

Let the technology handle trust — while users focus on experience.

At Duredev, this philosophy guides every project, ensuring blockchain adds value without adding complexity.

🧩 Why Businesses Choose Duredev

Choosing a blockchain partner is not just a technical decision — it’s a business decision.

Companies work with Duredev because we focus on:

• Clear business use cases
• Scalable architectures
• Secure implementation
• Long-term support

As a trusted blockchain development company, Duredev helps businesses move from idea to implementation with confidence.

📈 Final Thoughts: Blockchain Is Already Part of Your Business

Blockchain is no longer futuristic — it’s already embedded in modern digital systems.

From decentralized business applications to blockchain-powered digital systems, companies that invest in the right infrastructure today gain long-term advantages in trust, efficiency, and scalability.

If you’re planning to build or upgrade a secure digital platform, exploring blockchain consulting services early can save time, cost, and complexity later.

And that’s where Duredev helps businesses build systems that work — quietly, reliably, and every day.

🔗 Important Links

• Ready to Level Up?
• Is Blockchain Gaming a Profitable Startup Idea in 2026? Opportunities, Risks, and Real Business Models

🚨 Think You Don’t Use Blockchain? Think Again… was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

Web3 wallets sit at the heart of the decentralized web. They act as your personal gateway to blockchain networks, cryptocurrencies, NFTs, and decentralized apps (dApps). Unlike traditional bank accounts controlled by banks, Web3 wallets give users direct control over their digital assets. Businesses entering the Web3 space need to grasp these tools to build secure, user-friendly products that attract customers.

What Exactly Is a Web3 Wallet?

A Web3 wallet is digital software or hardware that stores private keys — the secret codes that prove ownership of assets on a blockchain. These keys let you sign transactions, send crypto, or interact with dApps without relying on middlemen. Wallets come in forms like software apps on your phone (hot wallets), hardware devices (cold wallets), or browser extensions.

Think of a Web3 wallet as your house key in the physical world. It unlocks access to your property, but you hold the key. Lose it, and you lose access. Businesses developing these wallets must prioritize security features like multi-signature approvals, where multiple keys approve big transactions.

Web3 Wallet development Services play a key role here. Companies offer these services to create custom wallets that meet specific business needs, such as integration with enterprise systems or support for multiple blockchains.

How Web3 Wallets Differ from Traditional Wallets

Traditional wallets, like those from PayPal or bank apps, store account details on centralized servers. Banks manage your funds and handle security. Web3 wallets work differently — they hold your private keys locally on your device or hardware.

This shift means users bear full responsibility for their assets. No customer service resets your password if you forget it. For businesses, this opens doors to wallet development that emphasizes user education and recovery options, like social recovery where trusted contacts help regain access.

Wallet development requires attention to user experience. Developers build intuitive interfaces that hide blockchain complexities, such as gas fees or network congestion, while keeping core functions accessible.

The Core Components of a Web3 Wallet

Every Web3 wallet includes key building blocks. First, the seed phrase — a 12–24 word backup code generated when you create the wallet. Write it down offline and never share it. Second, private and public keys: the public one receives funds, like a bank account number; the private one signs transactions.

Wallets also support standards like ERC-20 for tokens on Ethereum or BEP-20 on Binance Smart Chain. Advanced wallets handle multiple chains via bridges, allowing asset transfers between networks.

Businesses benefit from wallets that integrate analytics. Track transaction history, portfolio value across chains, or even staking rewards in one dashboard.

Types of Web3 Wallets Available Today

Web3 wallets split into categories based on use case and security level.

• Hot Wallets: Software-based, always online. Examples include MetaMask (browser extension) or Trust Wallet (mobile app). Ideal for daily transactions but riskier due to internet exposure.
• Cold Wallets: Offline hardware like Ledger or Trezor. They sign transactions via USB without exposing keys online. Perfect for long-term storage.
• Custodial vs. Non-Custodial: Custodial wallets (e.g., Coinbase Wallet in basic mode) hold your keys for you — convenient but less control. Non-custodial ones (most Web3 wallets) give you full ownership.
• Smart Wallets: Next-gen options using account abstraction. They replace seed phrases with email logins or passkeys, simplifying onboarding.

For smart contract development services, businesses turn to experts who build programmable wallets. These execute rules automatically, like time-locked funds for payroll.

Why Web3 Wallets Matter for Businesses

Web3 wallets enable true ownership in a digital economy. Businesses use them to pay suppliers in stablecoins, avoiding bank fees and delays. E-commerce sites accept crypto payments directly into non-custodial wallets.

In supply chain, wallets track goods via NFTs. A manufacturer mints an NFT for a product batch; the wallet verifies authenticity at each step. This builds trust without third-party verification.

DeFi platforms rely on wallets for lending, borrowing, or yield farming. Users connect their wallet to protocols like Aave, deposit assets, and earn interest. Businesses launching DeFi products need wallets that support these interactions smoothly.

Real-World Use Cases Driving Adoption

Gaming studios integrate Web3 wallets for play-to-earn models. Players own in-game items as NFTs, trade them across games. Axie Infinity showed this potential, with wallets handling millions in daily transactions.

Enterprises use wallets for tokenized assets. Real estate firms fractionalize properties into tokens; investors buy shares via wallet. This democratizes access to high-value investments.

Freelance platforms like Braintrust pay creators in crypto. Wallets receive instant, borderless payments, cutting out intermediaries.

Non-profits distribute aid via wallets. Funds reach recipients directly, reducing corruption risks.

Security Challenges and Best Practices

Security remains a top concern. Hacks stole $3.7 billion in crypto in 2022 alone, per Chainalysis. Phishing attacks trick users into revealing seed phrases.

Businesses counter this with multi-factor authentication (MFA), biometric locks, and hardware integration. Wallets now scan for malicious dApps before connecting.

Best practices include:

• Use hardware for large holdings.
• Verify transactions twice.
• Avoid public Wi-Fi for signing.
• Enable transaction simulations to preview outcomes.

Developers add features like dust attack protection, which flags tiny suspicious deposits.

The Role of Interoperability in Web3 Wallets

Blockchains operate in silos — Ethereum, Solana, Polygon each have unique standards. Wallets bridge them with cross-chain support.

Tools like WalletConnect let one wallet interact with dApps on any chain. Bridges like Wormhole move assets between networks.

For businesses, interoperability means global reach. A wallet supporting 10+ chains attracts diverse users.

Regulatory Considerations for Web3 Wallets

Governments scrutinize Web3. The EU’s MiCA framework requires wallets to report suspicious activity. U.S. rules demand KYC for custodial services.

Non-custodial wallets face lighter rules but must comply with anti-money laundering (AML) if handling fiat ramps.

Businesses plan for compliance from day one. Build-in features like address screening or tax reporting tools.

Building Scalability into Web3 Wallets

As Web3 grows, wallets must handle high traffic. Layer-2 solutions like Optimism reduce fees and speed up Ethereum transactions.

Wallets optimize with batching — group multiple actions into one signature. Account abstraction (ERC-4337) allows gasless transactions, paid by sponsors.

Developers test for peak loads, ensuring wallets perform during market booms.

User Experience: Making Wallets Accessible

Complex interfaces deter mainstream users. Modern wallets simplify with one-click swaps, fiat on-ramps, and social logins.

Onboarding skips seed phrases via guardians — trusted devices recover accounts.

Businesses customize UX for niches. A gaming wallet adds achievement badges; an enterprise one integrates with ERP systems.

Future Trends in Web3 Wallet Development

Web3 wallets evolve fast. Passkeys replace seeds, using device biometrics. AI agents manage portfolios autonomously, executing trades based on rules.

Social recovery gains traction — friends approve access without keys.

Zero-knowledge proofs enable private transactions. Prove you hold funds without revealing amounts.

Mobile-first design dominates, with wallets embedded in browsers or apps.

Integrating Web3 Wallets with Existing Systems

Businesses migrate gradually. APIs connect wallets to CRM or accounting software. QuickNode or Alchemy provide backend infrastructure.

Start small: Accept crypto donations via wallet links. Scale to full treasury management.

Cost Factors in Web3 Wallet Development

Development costs range from $50,000 for basic mobile wallets to $500,000+ for multi-chain enterprise solutions. Factors include:

• Blockchain support (more chains = higher cost).
• Security audits ($10,000-$50,000).
• Custom features like staking dashboards.

Open-source bases like ethers.js cut initial expenses.

Choosing the Right Development Partner

Select partners with proven track records. Review GitHub repos, client testimonials, and audit reports.

Prioritize teams experienced in smart contract development services for programmable features.

Steps to Launch Your Web3 Wallet Product

1. Define requirements: Target users, chains, features.
2. Prototype UI/UX.
3. Develop core functions: Key generation, transaction signing.
4. Audit code with firms like PeckShield.
5. Beta test with real users.
6. Launch on app stores, promote via partnerships.

Iterate based on feedback.

Measuring Success for Web3 Wallet Projects

Track metrics like daily active users (DAU), total value locked (TVL), and transaction volume. Retention rates show UX quality.

Businesses aim for 30% month-one retention.

Common Pitfalls to Avoid

Rushing launches without audits leads to exploits. Ignoring mobile users misses 70% of crypto holders.

Overcomplicating features confuses beginners.

Ready to Build Your Web3 Wallet?

Web3 wallets form the foundation of decentralized finance, gaming, and enterprise blockchain. They offer control, speed, and new revenue streams for businesses.

Partner with Codezeros for expert Web3 Wallet development Services. Our team delivers secure, scalable solutions customized to your needs. Contact Codezeros today to start your project and step into the future of digital assets.

Web3 Wallets: What They Are and Why They Matter was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

Your new project really could use a block device for Linux. File systems are easy to do with FUSE, but that’s sometimes too high-level. But a block driver can be tough to write and debug, especially since bugs in the kernel’s space can be catastrophic. [Jiri Pospisil] suggests Ublk, a framework for writing block devices in user space. This works using the io_uring facility in recent kernels.

This opens the block device field up. You can use any language you want (we’ve seen FUSE used with some very strange languages). You can use libraries that would not work in the kernel. Debugging is simple, and crashing is a minor inconvenience.

Another advantage? Your driver won’t depend on the kernel code. There is a kernel driver, of course, named ublk_drv, but that’s not your code. That’s what your code talks to.

The driver maintains the block devices and relays I/O and ioctl requests to your code for servicing. There are several possible use cases for this. For example, you could dream up some exotic RAID scheme and expose it as a block device that multiplexes many devices. The example in the post, for example, exposes a block device that is made up of many discrete files on a different file system.

Do you need this? Probably not. But if you do, it is a great way to push out a block driver in a hurry. Is it high-performance? Probably not, just like FUSE isn’t as performant as a “real” file system. But for many cases, that’s not a problem.

If you want to try FUSE, why not make your favorite website part of your file system?

Congressional appropriators are one step closer to reaching a comprehensive spending deal for the rest of the fiscal year before a stopgap spending bill expires at the end of the month.

Members of the House and Senate appropriations committees released a four-bill “minibus” of fiscal 2026 spending bills on Tuesday.

Congress is roughly halfway to passing a spending plan for the rest of FY 2026. The current continuing resolution expires on Jan. 30.

The latest “minibus” covers annual appropriations for the departments of Defense, Homeland Security, Labor, Health and Human Services, Education, Transportation and Housing and Urban Development, as well as some smaller related agencies.

House Appropriations Committee Chairman Tom Cole (R-Okla.) said in a statement that the spending package delivers “results without waste.”

“At a time when many believed completing the FY26 process was out of reach, we’ve shown that challenges are opportunities. It’s time to get it across the finish line,” Cole said.

Here are a few highlights from the spending package:

3.8% pay raise for air traffic controllers

The spending deal would give the Federal Aviation Administration a $1.58 billion budget for fiscal 2026, as well as funding to hire 2,500 new air traffic controllers

The FAA is about 3,500 air traffic controllers short of its staffing goals. Many current air traffic controllers are working six days a week, including mandatory overtime.

As part of this budget plan, the FAA would receive $140 million to implement a 3.8% pay raise for air traffic controllers, as well as supervisors and managers who oversee air traffic.

The Trump administration approved a 3.8% pay raise for federal law enforcement personnel, which went into effect at the start of January. Air traffic controllers were not on the Office of Personnel Management’s list of positions receiving a higher pay raise.

The spending bill states that the 3.8% pay raise “shall be implemented for all such employees only to the extent that the administrator determines, in his sole discretion, that improvements in workforce scheduling, staffing utilization, or other operational efficiencies are achieved that contribute to addressing workforce shortfalls and enhancing aviation safety.”

If the FAA administrator determines these conditions, the pay raise would retroactively go into effect for the first pay period in January 2026.

Spending cuts for a smaller federal workforce

Republican appropriators applauded overall spending cuts in the spending bill that funds the Transportation Department, HUD and related agencies.

GOP lawmakers on the House Appropriations Committee wrote that the spending deal “codified DOGE recommendations to reduce the federal bureaucracy” of Transportation, HUD and related agencies by 29%.

More specifically, GOP lawmakers said the spending package reflects a 24% reduction in HUD staffing achieved partially through layoffs last year.

Lawmakers said a smaller HUD workforce will save $348 million in salaries and related expenses.

Republican appropriators said the spending deal reflects the Transportation Department “right-sizing” its workforce through a 5% staffing reduction, “all without compromising transportation safety.”

President Donald Trump told reporters at a White House press briefing on Monday that his administration “slashed tremendous numbers of people off the federal payroll” during his first year in office.

OPM data shows over 300,000 federal employees left government last year. That’s about a net loss of 220,000 employees, when accounting for new hires.

Trump said downsizing the federal workforce was necessary, because “they had 10 people for every job,” and that terminated federal employees have moved on to higher-paying jobs in the private sector.

“I don’t feel badly, because they’re getting private sector jobs, and they’re getting sometimes twice as much money, three times as much money,” Trump said. “They’re getting factory jobs, they’re getting much better jobs and much higher pay.”

Higher HHS spending, proposed cuts rejected

The spending bill gives the Department of Health and Human Services $116.8 billion in discretionary spending — a $210 million increase in discretionary spending. By contrast, the Trump administration proposed a nearly 20% cut to HHS discretionary spending this year.

The congressional spending deal rejects the administration’s calls for deep cuts within HHS. The administration sought a 50% spending cut for the Centers for Disease Control and Prevention. Instead, the compromise reached by lawmakers essentially keeps CDC funded at current levels, and includes funding increases for some of its pandemic preparedness programs.

The spending package would give $7.4 billion to the Substance Abuse and Mental Health Services Administration (SAMHSA) a $65 million increase over current funding levels.

The bigger budget reflects increased spending to address a rise in opioid overdoses, especially from fentanyl, as well as boosts to substance abuse disorder prevention and mental health services.

Lawmakers rejected a 15% cut to SAMHSA funding proposed by the Trump administration. The spending deal also rejects the administration’s plan to reorganize SAMHSA into the Administration for a Healthy America (AHA), a new office envisioned by HHS Secretary Robert F. Kennedy, Jr.

Democrats on the appropriations committees said the spending deal ensures SAMHSA remains its “own, independent agency to help ensure substance use and mental health remain a priority at HHS” and “includes new guardrails to ensure SAMHSA funds are allocated as intended.”

NPR reported last week that HHS briefly terminated $2 billion in addiction and mental health grants, but quickly walked back those cuts.

Education Department budget remains intact

Lawmakers are largely rejecting the administration’s proposal to dismantle the Education Department, and move many of its functions to other federal agencies.

The spending bill gives the department $79 billion in discretionary spending — a roughly flat budget compared to current spending levels.

The Trump administration proposed cutting the Education Department by $12 billion, or about 15% of its current discretionary budget.

The Education Department has already signed six interagency agreements to transfer some of its programs and employees to HHS and the departments of Labor, Interior and State.

Education Secretary Linda McMahon told employees last November that the department is soft-launching plans to reassign its work to other parts of the federal government, before calling on Congress to permanently shutter the agency.

Senate Appropriations Committee Vice President Patty Murray (D-Wash.) said in a statement that “Congress will not abolish the Department of Education, and the people’s representatives will have the final say on how taxpayer dollars get spent.”

Budget boost for Social Security

The Social Security Administration would see a higher budget under this spending plan.

Lawmakers propose giving SSA $15 billion for its administrative budget in fiscal 2026 — a $554 million increase compared to current spending levels.

Lawmakers from both parties agreed that the funding will help the agency improve customer service for the public. Democratic appropriators urged SSA to use these increased funds to resume hiring.

SSA currently has about 50,000 employees in total, according to the latest data from the Office of Personnel Management. The agency lost more than 7,000 employees through voluntary incentives last year. It also relocated many of its employees from its headquarters and regional offices to field offices.

SSA Commissioner Frank Bisignano told staff at an all-hands meeting last week that the agency is continuing to hire, according to several employees in attendance. Those employees, however, said the agency still faces a hiring freeze.

Labor Dept. federal contractor watchdog spared from elimination

The spending bill provides $13.7 billion in discretionary spending to the Labor Department — a slight increase compared to its current $13.5 billion discretionary budget.

The department’s Office of Federal Contract Compliance Programs would receive a $101 million budget, about a 9% cut to current spending levels. OFCCP ensures federal contractors aren’t discriminating against their employees.

OFCCP, however, would remain largely intact, after the Trump administration proposed major staffing cuts. An earlier funding proposal from House Republicans also proposed fully eliminating OFCCP.

The agency sent layoff notices to 90% of its staff, but rescinded those layoffs last August. Instead of being reinstated to their jobs at OFCCP, the agency said impacted employees would be “reassigned to a new position” at the Labor Department.

Small agencies marked for closure stay open

The spending bill also includes funding for small, independent agencies marked for elimination by an executive order last year.

Lawmakers propose giving the Institute of Museum and Library Services a $292 million budget — a $3 million cut compared to current spending levels.  The spending bill also proposes $3 million in funding for the Interagency Council on Homelessness.

President Trump signed an executive order last March, eliminating these agencies and five others “to the maximum extent consistent with applicable law.”

A federal judge in Rhode Island ordered a permanent injunction last November, putting the Trump administration’s plans to shutter these small agencies on hold.

House Appropriations Committee Ranking Member Rosa DeLauro (D-Conn.) said in a statement that the funding package “continues Congress’s forceful rejection of extreme cuts to federal programs proposed by the Trump administration.”

“Where the White House attempted to eliminate entire programs, we chose to increase their funding. Where the administration proposed slashing resources, we chose to sustain funding at current levels,” DeLauro said.

The post 3.8% pay raise for air traffic controllers, Education Dept cuts rejected: Highlights from final FY 2026 spending bills first appeared on Federal News Network.

Check Point dug into the details of VoidLink and found a sophisticated and quickly developed malware that was mostly generated using AI and putting a spotlight on what the future of cyber threats looks like.

The post VoidLink Represents the Future of AI-Developed Malware: Check Point appeared first on Security Boulevard.

TL;DR

• Sapphire provides confidential EVM smart contracts. OPL lets existing dApps add privacy without migrating chains.
• ROFL enables verifiable, privacy-preserving off-chain computation.
• Together, Sapphire + ROFL form a full stack for building private, AI-ready web3 applications.

The crypto landscape today is flooded with web3 and AI dApps (decentralized applications). You need to choose the right chain and the right tools to develop and deploy your dApp, as it can make all the difference in attracting the right attention from the end-users. The choices are too many, and they often distract more than add value. It is also hard to come by solid, reliable information to make a decision.

I believe in Oasis as a pioneer of smart privacy for web3 and AI. Let me tell you point by point why I became a believer.

The Tech Stack: Sapphire EVM

In the blockchain trilemma scene, privacy has always taken the backseat, as most protocols emphasize decentralization and scalability. And then there is the debate and confusion of how to frame the rising privacy narrative — is it privacy coin or privacy blockchain?

Oasis has emerged as a pioneer in the field of smart privacy. It is a modular L1 blockchain that aims to finally complete the blockchain picture — decentralization, scalability, and privacy (and security) together.

Privacy-preserving techniques have garnered much attention in recent times. Long before zero-knowledge proofs (ZKPs), fully homomorphic encryption (FHE), and secure multiparty computation (sMPC) became trending, Oasis had adopted trusted execution environments ( TEEs) for end-to-end encryption and confidential computation.

In Oasis Sapphire, you get the world’s first and only production-ready confidential EVM. Its key features help you build better dApps that are privacy-first.

• EVM compatibility
• Private storage
• Encryption precompiles
• Free view calls
• Web2 authentication
• ROFL (runtime off-chain logic)

So, as a web3 developer, you get to work with smart privacy, cross-chain simplicity, and low technical overhead. How it differs from most other projects also offering privacy solutions is that you get the best of both worlds here — transparent when you need it, confidentiality when it matters. Further, you can build with full spectrum of confidentiality customization — 100% public to 100% private or anywhere in between.

• Build with docs
• Repository research
• Sapphire 101 video tutorial

Deployed already? Use the OPL hack

But what happens if you have already built your dApp on another EVM chain? It is unfeasible to dismantle everything there and start rebuilding from scratch for the sake of privacy. Acknowledging this dilemma, Oasis offers the services of the Oasis Privacy Layer ( OPL).

OPL is simple to use — a few hundred lines of code, practically a plug-and-play solution. Behind the scenes, it uses a message passing bridge and a gas relayer.

It gives the flexibility to leverage Sapphire’s features and functionalities for your dApp right from your home network, paying transaction fees with your chain’s native token. What you assuredly get from this setup:

• Customizable privacy
• Cross-chain convenience
• Productive transparency
• Low complexity
• Access to cryptographic primitives

Learn more about OPL’s technical advantage and utility here, and start building.

The Framework: ROFL

Now, Sapphire is the runtime on-chain logic, but computation-heavy dApps, with end-to-end encryption and/or powered by AI, are a huge challenge. When you add the criteria that the privacy you get and the computations you process should be verifiable and trustless, the feasibility of doing everything on-chain plummets.

The challenges mount when dealing with cryptoAI, as it has two main problems — crypto’s limited application layer and AI’s trust issues. Off-chain computation is a viable answer in this situation. Oasis has thus developed the ROFL framework, essentially working like a decentralized TEE cloud with on-chain privacy and verifiability.

ROFL’s 5-part architecture involves a hardware layer, an application layer, a remote attestation layer, a blockchain layer, and a user interaction layer. Key features include:

• Uncapped computational power
• Tamper-proof processing
• Verifiable execution
• Decentralized key management solution
• Direct access to confidential virtual machines

The reason ROFL is so crucial and pivotal to the next-gen private and trustless web3 and AI dApps can be simply summed up by what it doesn’t need, which you will definitely appreciate.

• No chain dependency
• No coding language dependency
• No prior TEE experience

Start exploring the scope of ROFL with these resources:

• Build with templates
• Build with CLI

Real-World Integrations

The applicability of the Sapphire + ROFL solution, with its impact and scope, is limitless. The features and primitives that ROFL unlocks are also significant.

Already, multiple live collaborations have transpired.

1. Zeph — developing AI companions empowered by DeAI and DeCC
2. Tamarin — empowering secure and private cross-border healthcare data analysis
3. Tradable — trading with privacy-preserving AI insights
4. Flashback — privacy-first AI training that lets users own and monetize their data
5. Plurality — confidential reputation scoring and AI context flow
6. Talos — combining DAO 2.0 and DeFAI in the form of a new model for on-chain sovereign intelligence
7. zkAGI — building PawPad, a privacy-preserving platform for trustless trading agents
8. Heurist — enabling privacy-first MCP servers for AI agents
9. Huralya — building private AI wellness assistants
10. Carrotfunding — servicing on-chain prop trading, introducing a new model for parallel verification of the risk and evaluation engine

Talos and Carrotfunding here deserve special focus, standing out as pathbreaking case studies redefining DeFi.

Final words

The takeaway from all this is that what Oasis offers to blockchain and web3 developers is not just some concept — it’s something real and tangible.
In a space where half-baked or well-intentioned ideas sound promising but often don’t deliver in their execution, a working blueprint for next-gen dApp builders stands out.

So, if you want to deploy your dApp in a web3 universe where privacy, scalability, trustlessness, and AI-ready performance all matter equally, take a moment to explore Oasis — and help shape what comes next.

Originally published at https://dev.to on January 20, 2026.

Developing in Web3: Deploying Privacy-First dApps with Sapphire + ROFL was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

Explore the wide range of mobile app development trends of 2026!

The mobile app ecosystem is always a highly competitive landscape where innovations are happening every now and then. They are now acting as a core engine that drives the growth of startups, user engagement, and competitive advantage. Recently, with the AI technology boom, various mobile apps have been personalized with lightning-fast experiences, and they have shaped into a demand.

For the budding startups who want to succeed in the digital market, it is the right time to know about the upcoming mobile app development trends to watch out for in 2026. This blog helps you explore the top mobile app development trends that prepare startups, founders, and digital-first businesses for success. Scroll till the end to know more…

Mobile App Utilization — A Statistical Report

Presently, mobile apps are no longer just a tool; they have turned into an architecture of modern life. They are now paving the way for the modern digital era that helps users to work, shop, connect, and unwind. As per the statistical report, smartphone users now spend nearly 5 to 6 hours per day.

Also, on average, every user interacts with 30 to 40 mobile applications every month. This is solid proof that mobile applications are playing a huge part in the lives of every global user.

Mobile apps are created for social media, messaging, healthcare, gaming, etc. Among those, the social media and entertainment apps are driving the highest app engagement. Global mobile app revenue exceeds nearly $500 billion annually.

Every year, mobile applications are revolutionizing the market with innovations. In that sense, in this blog, I have listed the top mobile app development trends to watch out for in 2026. The next section is all about that. Go ahead.

Mobile App Trends To Watch In 2026

The road to 2026 paved the way for innovations and quiet revolutions in the overall digital space. They are evolving from reactive tools into intuitive companions. In the year 2026, mobile app development is expected to face multiple technological progress that makes a shift. Some of them are listed here,

AI-First Mobile Applications

By 2026, AI will no longer be an added feature that will be core architecture for modern mobile applications. From the hyper-personalized content feeds to the intelligent recommendations and predictive search, the AI will make huge changes in the creation of mobile applications. AI will help digital entrepreneurs to shape the experiences in real time that learns the user experience, workflow adjustments, and notifications based on intent rather than commands.

The on-device AI and edge computing will also play a key role, enabling faster responses, improved privacy, and reduced dependency on cloud processing. The AI mobile-first apps unlock various use cases and benefits that include,

• Personalized user experience based on the niche and user preferences.
• Predictive insights that anticipate the user’s needs before actions
• Long-term improvement can be done when innovations are evolved.

Cross-Platform Development

The mobile applications can be developed with cross-platform compatibility to enable businesses to build a single application that possesses a shared codebase for iOS, Android, and web. Cross-platform development helps entrepreneurs to create platforms that can be monitored and maintained seamlessly. This reduces the overall development and maintenance cost for the budding startups and enterprises.

Specialized tech stack frameworks like Flutter, React Native, and Xamarin are utilized to create their cross-platform mobile applications. The single interface is valuable for fast-growing startups that need scalability without any complex technical assistance.

• Consistent user experience is offered for multiple devices.
• The deployment can be done with simplified AI model integration.
• The platform can be updated and upgraded with simple technical methods.

5G Optimized Mobile Apps

With the widespread adoption of 5G networks, mobile apps are being developed to compete with them to harness ultra-low latency, faster data speeds, and real-time responsiveness. The creation of 5G optimized mobile applications helps to unlock immersive experiences such as cloud gaming, real-time AVR navigation, live video collaboration, etc. Industries such as healthcare, logistics, fintech, and entertainment are utilizing the high-speed 5G mobile applications to deliver mission-critical features without performance bottlenecks.

With the 5G optimization, the mobile apps can support instant data transmission, seamless streaming, and edge-computing capabilities. Some of the key advantages of creating 5G optimized mobile applications are,

• Near-zero latency for users to make real-time interactions flawlessly.
• Data is shared and transferred with media-rich and AI-powered features.
• The 5G optimized mobile applications enhance the overall user experience even during peak usage.

Blockchain-Enabled Mobile Applications

The blockchain networks are now powering the new layer of trust for the creation of potential mobile applications. From decentralized identity verification and secure digital wallets, the blockchain integration for the mobile apps provides tamper-proof data storage. The blockchain-backed mobile apps are utilized in various industries like fintech, gaming, supply chain, and digital content ownership. The blockchain networks in the mobile applications enhance the security, reduce the intermediaries, and enable true user ownership.

By embedding the blockchain networks within the mobile applications, it gives the users greater control over the data and ownership. Also, crypto payments, smart contracts, decentralized identity, tokenization, and NFT ownership can be integrated seamlessly. Key benefits of the blockchain-enabled mobile applications include,

• Enhanced security through the cryptographic verification
• Transparent and tamper-proof transactions
• The blockchain network offers user authentication and identity management seamlessly.

Wearables, Foldables, and Multi-device

The modern mobile ecosystem is no longer limited to smartphones; rather, it is shaping the user interaction within digital applications. They are now turning into seamless, adoptive, and context-aware across multiple devices.

• Wearables — Wearables such as smart watches and fitness trackers enable real-time interactions. Also, they deliver the notifications, health insights, and micro-actions on the go.
• Multi-Device Support — The foldable devices tie everything together, enabling the mobile app users to start an action on one device and continue it on another without any friction.
• Foldable Devices — The mobile applications introduce dynamic screen transitions that allow the apps to shift smoothly between the compact and expanded layouts. This opens new possibilities for multitasking, immersive content consumption, and productivity-driven experiences seamlessly.

Sustainable & Performance-Efficient App Development

Sustainability emerges as the strategic priority in mobile app development, which turns into responsible resource usage. The sustainable apps are lightweight and optimized with relevant code, reduced battery consumption, and minimal data usage. Instead of prioritizing the features, the sustainable mobile apps deliver high performance with minimal resource consumption.

They reduce both the operational costs and environmental impacts. With the lightweight architecture, the overall energy demands across devices are low. Some of the key principles of sustainable app development are,

• The optimized codebases reduce the computational overhead
• The energy-efficient processing helps mobile and other edge devices.

Is Creating A Mobile Application Still Profitable?

Yes, creating a mobile app in 2026 will pave the way for innovations and opportunities. Gaining profits in the current competitive era is not just about launching a mobile app, but it is about building the right mobile application for the right audience. Let’s get the latest breakdown of the profit possibilities of creating a mobile application,

Market reality

The global mobile app utilization continues to rise year after year, with a significant increase in user interaction. From the payments sector to healthcare, every niche is creating mobile applications with perfect infrastructure. For every user-friendly service, revenue can be generated seamlessly.

Profit Model Expansion

Subscription-based profit models offer predictable recurring revenue based on the mobile app. The in-app purchases and premium features drive value from engaged users. The revenue models of each niche and the field have expanded to thrive on layered monetization.

Lower Development Cost

Unlike other business models, crafting a mobile application is paving the way for more startups to gain more profits with a minimal investment. The mobile app development process is lean and strategy-driven, where profitability has become easily achievable much earlier.

To Conclude,

The mobile app landscape in 2026 is reshaping the rules of digital engagement. From AI-first experiences and 5G-optimized performance to privacy-centric design, sustainable app development, etc, the mobile app development trends will reshape the future. The apps that win in 2026 will be the ones built with scalability in mind, engineered for real-world performance, and designed to adapt as user expectations continue to rise. Embrace innovation with purpose, the right tech stack, and focus relentlessly on user experience.

Mobile App Trends To Watch Out For In 2026 was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

If you’re thinking about starting a decentralized exchange for more than a month, then you’ve probably checked out blockchain networks like Ethereum, BNB Chain, or Polygon, and more. But, TON (The Open Network) is another platform that’s been steadily improving in this highly competitive space.

This network is backed by Telegram and made for fast speeds, low costs, and widespread use. TON is becoming a real option for DeFi creators. If you’re planning to create a DEX in 2026, using TON could give you an advantage.

So, here’s the step-by-step guide to dex platform development on the TON blockchain network.

1. Understand Why Choose TON

Remember: Before you build, understand the platform.

TON is a layer-1 blockchain originally developed by Telegram, now maintained by the open-source TON Foundation. It’s optimized for mobile-first use, ultra-fast execution, and low network fees. It has over 900,000 daily active wallets and has seen a sharp rise in DeFi-related developer activity in the past year.

For founders, this means you’re not only using a powerful blockchain but also building within a growing group of users who are already using it.

Next…

2. Decide The DEX Type You Want To Build

DEXs can be different.

So, before looking for the DEX development service, decide early on what type of DEX you want to start. Will you create a DEX based on AMM, like Uniswap or PancakeSwap?

Now, some of you might think, “Can TON’s design handle advanced trading systems in addition to simpler automated market makers (AMMs)?”

Actually, TON can do both, but AMMs are quicker to set up and work better with the current ways to manage money.

Also, consider whether you want to include:

• Liquidity farming
• Native staking
• NFT integration
• On-chain analytics for traders

The model you choose will define your feature set, tech stack, and liquidity plan.

3. Pick the Right Clone or Framework

If you are using a pre-made DEX script to launch fast, check that it works with TON Virtual Machine (TVM) and the smart contract framework that TON supports.

TON is different from Ethereum and doesn’t use Solidity. It has its own language, FunC, for smart contracts. Make sure your code works with TON. Ensure that you have hired a Defi development company that can change it to work well.

Don’t just aim to replicate Ethereum DEX designs. Understand how TON works to avoid problems later when launching and checking your DEX. Partner with the team that can build a DEX on Ton blockchain.

4. Create and Check Smart Contracts

After your contract logic is ready, you can launch it and make it live. But TON smart contracts work differently from those on EVM chains, so make sure that the DEX development company tests well before deployment.

So, hire a DEX development team that specializes in using tools like:

• TON CLI and TON Dev Tools.
• Testnet environment for stress testing pools and trades.
• Explorer integration to verify live transaction data

If you’re working with external contributors or validators, test interaction flows like liquidity provision, swap execution, and token listing approvals.

5. Focus On Creating a Simple, Mobile-Friendly DEX

Here’s where TON really differs from other chains. Its community is largely Telegram-based and mobile-heavy.

Your DEX website should be simple, work well on phones, and load quickly. It’s good if it works with TON wallets like Tonkeeper or Tonhub, which are popular with Telegram users.

So, ask your DEX development company to implement intuitive layouts on your DEX. And, aim to make trading easy and clear for people using phones.

6. Launch and Get People to Use It

After launching, focus on getting more money into your DEX and getting more users.

To get people to use your decentralized exchange, think about connecting with other projects on TON or using Telegram Mini Apps to get new users at the initial stages.

By mid-2026, the total value locked in TON’s DeFi world was more than $170 million, and it keeps growing every month. So, stepping into this space now will be the smarter choice.

Final Thoughts

So, building a DEX platform on the TON blockchain will be a good idea, but one thing you need to keep in mind is “hiring a reliable decentralized exchange development company”. Why? Because the TON network and its smart contracts framework are different from existing platforms, only experienced companies that know how to build DEX on Ton Blockchain can offer you a bug-free protocol.

https://www.innblockchain.com/defi-development

#DeFiDevelopment #DeFiCompany #BlockchainDevelopment #SmartContracts #DEXDevelopment #Web3 #CryptoDevelopment

How to Develop a Decentralized Exchange Using TON Network was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.

We are always amused that we can run emulations or virtual copies of yesterday’s computers on our modern computers. In fact, there is so much power at your command now that you can run, say, a DOS emulator on a Windows virtual machine under Linux, even though the resulting DOS prompt would probably still perform better than an old 4.77 MHz PC. Remember when you could get calculators that ran BASIC? Well, [Calculator Clique] shows off BASIC running on a decidedly modern HP Prime calculator. The trick? It’s running under Python. Check it out in the video below.

Think about it. The HP Prime has an ARM processor inside. In addition to its normal programming system, it has Micropython as an option. So that’s one interpreter. Then PyBasic has a nice classic Basic interpreter that runs on Python. We’ve even ported it to one or two of the Hackaday Superconference badges.

If you have a Prime, this is a great way to make it even easier to belt out a simple algorithm. Of course, depending on your age, you might prefer to stick with Python. Fair enough, but don’t forget the many classic games available for Basic. Adventure and Hunt the Wumpus are two of the sample programs included.

It has been nearly three years now since Destiny maker (and Sony subsidiary) Bungie formally announced a revival of the storied Marathon FPS franchise. And it has been about seven months since the game's originally announced release date of September 23, 2025, was pushed back indefinitely after a reportedly poor response to the game's first Alpha test.

But today, in a post on the PlayStation Blog, Bungie revealed that the new Marathon would finally be hitting PS5, Windows, and Xbox Series X|S on March 5, narrowing down the monthlong March release window announced back in December.

Unlike Destiny 2, which transitioned to a free-to-play model in 2019, the new Marathon sells a Standard Edition for $40 or a $60 Deluxe Edition that includes some digital rewards and cosmetics. That mirrors the pricing of the somewhat similar Arc Raiders, which recently hit 12 million sales in less than 12 weeks.

Read full article

Comments