TokenTreasury_

The holidays gave me some time to pause and reflect. Not just on market trends, but on what truly matters.
On-chain development has always been more difficult than it needs to be: complicated processes, stacked steps, sometimes it takes months just to release a v1. This efficiency problem has always been there.
CodeXero has changed the game. Redefining the development process with a simple approach—turning your ideas into executable things, significantly reducing friction. This is the speed that on-chain building should have.

Everyone is discussing Ethereum's gas fee issues, Solana's network stability, and the practical application space of Bitcoin L2. However, Litecoin is quietly rising and has been seriously underestimated.
Litecoin is about to undergo the LitVM upgrade. This means LTC will evolve from a simple payment chain to a fully programmable blockchain, equipped with an EVM-compatible ZK rollup solution. By then, DeFi, RWA, AI applications will all be able to run on it, and Litecoin's potential will be fully unlocked.

Throughout 2025, Hyperliquid established itself as the dominant blockchain by transaction volume. The network processed an extraordinary 6,502 orders per second on average—a staggering performance metric. To put this in perspective: it's 4x faster than Ethereum's entire ecosystem combined, accounting for every rollup solution layered on top. Even against Solana, one of the fastest chains in the market, Hyperliquid maintains a 3x throughput advantage. These numbers tell a compelling story about where transaction processing power has consolidated in the current cycle.

Sentient Intelligence recently made waves in the AI research community with a groundbreaking paper that earned acceptance to IEEE SaTML 2026—one of the top-tier venues for machine learning security and trustworthiness.
The research dives deep into a fascinating question: do LLM fingerprints actually hold up when facing adversarial attacks? It's a critical concern for anyone working on AI robustness and security. The team explored embedding unique identifiers within language models and tested whether these signatures remain detectable and stable under various attack scenarios.
What makes this w

One interesting aspect of Reya is that its execution logic is highly transparent and controllable—regardless of whether the market is calm or experiencing intense volatility, the rules remain consistent.
As a Rollup based on Ethereum, Reya anchors transaction execution directly to Ethereum's settlement layer. What does this mean? It means you can precisely predict how your transactions will be executed. No guessing, no waiting—rules are laid out clearly.
This is a significant advantage for traders. Whether in calm markets or during periods of extreme volatility, the predictable execution envir

Permissionless stock trading just hit the market on December 26, crushing the old settlement model—1 minute finality instead of the painful T+2wait traditional brokers still cling to. Meanwhile, DTCC secured SEC approval to tokenize Russell 1000 stocks and major ETFs directly on-chain. Here's what's telling: major players are actively fighting this shift. When $100 trillion in equity markets migrate to crypto rails, the winners and losers become crystal clear. The ones resisting hardest? They've got the most to lose.

Errors spread fastest in the shadows. When no one's watching, distortions compound silently—until the damage is already done.
That's why human oversight in AI training matters so much. It's not about slowing things down; it's about catching problems early, before they metastasize. A human-guided feedback loop keeps models grounded, ensures they actually align with what users need in the real world, not some abstract ideal.
The difference? Models that stay dependable. Systems you can trust, because someone was paying attention all along.

Most digital wallets are still stuck in the same place—storing, transferring, and stopping there. But some products are breaking through this ceiling.
Wallets are transforming into real-time windows to the network. You no longer need to switch between multiple apps to check information; swap progress, pending transactions, gas fee fluctuations are all displayed in real-time within a single interface. This is not just a simple stacking of features, but an integration of previously scattered experiences into one place.
Imagine: after initiating a transaction, you no longer have to refresh your b

Turns out some popular wallet apps aren't as secure as their names suggest. Makes you wonder—if the infrastructure for holding your assets isn't truly trustworthy, where do you actually store your crypto safely? This keeps getting brought up in Web3 circles, and honestly, it's a wake-up call for users to do their due diligence.

WeChat recently launched the Passkey login feature, and it’s been quite smooth to use.
After setting it up, the login experience is definitely much better — no need to remember passwords, biometric recognition is instant, this is what identity verification in the Web3 era should look like.
The operation is very simple: go to Settings → Account Security → Passkey → Create, and it’s done. Next time you log in, you can directly choose Passkey verification, saving trouble.
However, this feature is not fully available yet. Only accounts registered overseas can use it; domestic registered accounts a

Most Bitcoin conversations center around price targets or personal conviction—but there's something crucial getting overlooked: connection.
When you dig deeper into how Bitcoin actually fits into the broader Web3 landscape, a pattern emerges. The narrative usually stops short of exploring what happens when BTC becomes infrastructure for other applications.
Here's the thing: Bitcoin doesn't need to leave its own ecosystem to power things elsewhere. That concept might sound subtle, but it's actually pretty significant for how we think about Bitcoin's role going forward.
The distinction matters.

The Ethereum ecosystem leader recently made waves with an optimistic stance on the network's trajectory, hinting that the platform is poised to deliver unexpected breakthroughs. This kind of forward-looking commentary from top developers often signals significant technological innovations or protocol upgrades in the pipeline.
Such statements typically precede major shifts in network capabilities or adoption metrics. The Ethereum community has grown accustomed to these preview hints about upcoming developments, whether they involve Layer 2 scaling solutions, smart contract enhancements, or impr

Recently, many users have been sharing their annual data reports, which has sparked some reflections. In the face of an increasingly complex digital environment, security issues are becoming more prominent.
Especially with the emergence of numerous AI-related scams. In traditional models, AI operates within opaque centralized servers, allowing hackers to secretly tamper with operational commands in the background—original "investment instructions" could be replaced with "transfers to attackers." This black box operation leaves significant security vulnerabilities.
In contrast, transparent and

Internet users are increasingly facing a tricky problem: personal data is continuously collected and monitored, which not only undermines browsing privacy but also creates security risks.
Traditional centralized VPNs claim to encrypt traffic, but in essence, user data is still stored centrally by a single operator—if the service provider has a security breach or is forced to hand over user information, the consequences can be dire.
Decentralized VPNs offer an alternative possibility. Taking the decentralized VPN solution in the Beldex ecosystem as an example, its operational logic is completel

On-chain scams are becoming more covert, especially during peak holiday periods. From supply chain risks to clone address scams, prevention is challenging.
Recently, many users have fallen victim, so it's worth being vigilant. Today, let's talk about how to protect yourself:
**1. Supply Chain Security Cannot Be Relaxed**
Many people overlook the security issues of the wallet application itself. Version locking, code audits, signature verification—these seemingly technical details are actually the first line of defense. Make sure to download from official channels and update regularly—don't t

Behind every major Bitcoin Core milestone, there's often an untold story of women who quietly moved mountains. They coded, they debugged, they championed ideas when nobody was listening. Christmas reminds us—this is the season to celebrate those pioneers who helped shape the blockchain revolution from the ground up. To the women who built the foundations we stand on: thank you. Your legacy runs deeper than any network node.

The era of copying and pasting long addresses should come to an end.
midenname breaks this tedious process — you can directly transfer to a memorable name, and on-chain interactions finally have a user-friendly way. No more worrying about losing everything due to a single character mistake, and no more repeatedly confirming lengthy hexadecimal addresses.
What's more, it makes each transfer carry a clear intent. The temporary name mechanism turns transactions from mere value transfers into asset flows with identity and meaning. This seemingly simple improvement is a crucial step toward large-sc

The internet's demise has been called many times over—first by social networks, later by mobile apps—yet it survived them all. Now, though, AI might actually be different. This technology could reshape the web in ways we've never seen before.

The API interface design of a well-known AI service provider seems to have some issues. Currently, it still uses a simple string format, which carries significant risks—by simply decoding the JWT, users' sensitive private information can be directly exposed. This legacy problem from early design clearly has security flaws. For services that handle user data, such potential risks should be addressed as soon as possible; privacy data should not be left exposed in the open.