Stable mainnet support is live from the get-go.
What you can do now:
→ Add Stable mainnet to your wallet
→ View assets and execute transfers
Here's the game-changer: USDT functions as the native gas token on Stable. That means you can transfer USDT directly without needing to hold separate gas tokens—no more juggling multiple assets just to cover transaction fees.

Let’s talk about the three types of access capabilities for RPC nodes.
The most basic is the standard JSON-RPC interface, which handles queries, sending transactions, fetching block data, and other routine operations. This suffices for most scenarios.
The next level is WebSockets connections, which enable real-time monitoring of mempool activity, subscribing to on-chain events, and tracking contract log changes. If you’re building trading bots or monitoring systems, this capability is pretty much essential.
The highest level is trace and debug APIs, mainly for developers who need to deeply ana

Stable's decision to build on LayerZero perfectly demonstrates the infrastructure flywheel in action. When a major protocol commits to a specific cross-chain layer, it validates the tech stack and attracts more builders. That recurring pattern of adoption feeding more adoption - it's textbook network effects at the infrastructure level.

A major milestone just dropped in the stablecoin arena. The mainnet has officially gone live, and it's bringing some serious infrastructure upgrades with it.
Two key assets are now bridgeable: frxUSD, their flagship stablecoin, and sfrxUSD, the yield-bearing variant. Both are running on cross-chain rails powered by LayerZero's omnichain protocol and Stargate's liquidity engine. That's a solid tech stack for anyone looking to move stable assets across different networks without the usual friction.
What's interesting here? The yield component. While frxUSD holds its peg, sfrxUSD lets holders ear

Recently, I attended a Chinese AMA about the Alpha version of a certain DEX, and it was quite informative. Here’s a rundown of the core content:
What was discussed? Topics included the underlying positioning, how the three-layer architecture works, the integration of ZKVM and AI, strategies for the Asia-Pacific market, support available for developers, incentives for the Chinese community, and some valuable insights from a rapid Q&A session.
If you’re interested in the evolution of DEX technology or ZKVM, this sharing is worth a look. The tech stack is quite new, and the ecosystem is still exp

All financial systems, from SWIFT to central bank digital currencies, are transitioning to the ISO 20022 standard. Why is this global alignment so important? How will this standardization in messaging protocols impact crypto markets? The bridge between traditional financial infrastructure and digital assets is growing stronger.

Layer-1 chains competing with Bitcoin as actual money? That's the real question worth diving into.
We've seen countless L1s pitch themselves as the "next generation" of blockchain tech, but can any of them seriously challenge BTC's position as digital currency? Speed advantage? Sure. Lower fees? Maybe. But does that translate to becoming actual cryptomoney people trust?
Bitcoin's got 15+ years of battle-tested network security and brand recognition that's basically unmatched. Meanwhile, newer L1s are still proving themselves. Fast transactions are nice, but monetary properties go way deeper t

Ethereum co-founder floats idea for trustless gas futures markets—basically hedging transaction fees without middlemen. Community's torn though. Some see it as next-level fee predictability, others questioning if it's even workable at scale. Classic case of ambitious vision meeting hard reality checks.

Need constant access to your Web3 security toolkit? Here's a tip worth bookmarking. Keeping your security infrastructure running smoothly matters more than most realize—especially when you're juggling multiple wallets and DeFi positions. A stable connection to threat detection and contract scanning tools can literally be the difference between catching a suspicious transaction and watching funds disappear. Smart traders don't wait for downtime to find alternatives.

While researching projects recently, I stumbled upon the name Confidential Layer out of curiosity and decided to dig a bit deeper.
To be honest, the pain point they're addressing is quite real—currently, cross-chain transfers are basically "streaking in public," with all on-chain data fully transparent, making fund flows and transaction amounts visible to everyone. What Confidential Layer wants to do isn’t all that complicated: make privacy protection the default configuration for cross-chain operations.
Their approach is as follows: you don’t need to switch wallets or change any of your usual

What sets certain RWA chains apart? The validator accountability model.
Some projects implement Know Your Validator frameworks—shifting blockchain infrastructure from purely trustless to trust-minimized with built-in accountability layers. Instead of anonymous entities processing transactions, validators operate with verified identities and disclosed addresses.
This transparency mechanism creates a middle ground: preserving decentralization while adding real-world accountability when regulated assets are involved.

Heads up—fake executive impersonation scams are spreading like wildfire across every platform you can think of. We're talking X, Discord, Instagram, LinkedIn, TikTok, Facebook, WhatsApp, Telegram, even phone calls, emails, and SMS.
Here's the scary part: AI-powered bots are getting disturbingly good at mimicking real people. By 2026, experts predict these internet scams will be 100 times more convincing than what we're dealing with today. The tech can now replicate voices, writing styles, and even mannerisms.
Stay sharp out there. Double-check everything. If a 'CTO' or any executive suddenly s

Major update just landed! The fee structure proposal has been officially approved.
Creators can now receive their fees directly through the new distribution mechanism. This marks a significant shift in how rewards flow within the ecosystem.
The approval signals a move toward more transparent and immediate compensation for content creators. No more waiting periods or intermediary steps—fees go straight to the source.
This could set a precedent for how other platforms handle creator economics in the decentralized space.

Observe industry trends—don’t just focus on the excitement on the surface. What’s truly worth paying attention to is often hidden in the dirty and exhausting work that no one wants to touch.
This principle is especially evident in the deAI sector. If you look at the full-stack technology architecture diagram, the closer you get to the underlying layers, the larger the blank spaces become. The application layer is crowded, the middle layer is fiercely competitive, but the infrastructure layer? It’s as desolate as a no-man’s land.
Yet it’s exactly these “hard bones that no one dares to gnaw” tha

Aptos mainnet just shattered its own record — block time clocked in at 59ms. Yeah, you read that right. Under 60 milliseconds for the first time ever.
This isn't just a number flex. We're talking about finality speed that puts most Layer 1s to shame. The barrier's been broken, and it happened live on the main network.

I was woken up this morning by an anti-fraud call, saying I often visit overseas websites and should be careful... These days, even surfing the web feels like walking on eggshells.
But back to the main topic—recently, I’ve seen a lot of people asking how Miden’s multisig privacy actually works. That’s a great question! Today, I’ll take the opportunity to dig into this technical detail, and I’ll try my best to explain it in plain language.
Multisig is already complicated enough, and adding privacy protection on top makes Miden’s solution quite interesting. Let me organize my thoughts, and I’ll

Imagine this scenario: the balances of your USDC, DAI, or any ERC-20 tokens in your wallet, how much you’ve transferred—these details are completely invisible. Those on-chain analytics companies can’t see it, competitors can’t guess it, and even the protocol itself has no way of knowing—unless you actively authorize disclosure.
This changes everything. Enterprises can finally run real business on-chain without worrying that every transaction will be exposed to the world. Breakthroughs in privacy layer technology could redefine our very understanding of “on-chain transparency.”

Layer 2 battle? Looks like someone's claiming the throne. ARB is positioning itself as the go-to settlement layer—one network handling everything with $16.5B in total value locked. Then there's Nova, built specifically for gaming where every millisecond counts.
But here's the interesting part: they're rolling out an embeddable bridge that connects directly to fiat onramps. Not just another tech upgrade. This is about removing friction at the entry point—making it dead simple for new users to jump in without the usual crypto hoops.
Scale matters when you're trying to pull in the next wave of us

Tesla's autonomous driving tech just pulled off something wild on Düsseldorf's chaotic streets.
Picture this: delivery trucks wedged at angles like a parking lot gone wrong. The system didn't hesitate. Constant lane adjustments, dodging vehicles jutting into traffic without breaking a sweat.
Real-world stress test? Passed with flying colors. Those tight German city streets aren't exactly friendly territory, but the car handled it like a seasoned local driver navigating rush hour chaos.

Hyperliquid just dropped a significant infrastructure upgrade—USDC now flows seamlessly between HyperCore and HyperEVM. This isn't just another bridge announcement. We're talking about natively minted, cross-chain USDC deposits landing directly on HyperCore, which changes the game for liquidity management.
The security angle matters here. Native minting means fewer intermediary risks compared to wrapped tokens. For traders and DeFi users, this translates to smoother capital movement across Hyperliquid's ecosystem without the usual bridging headaches.
What makes this noteworthy? HyperEVM's inte