RISEx: Beyond Technology Development, Toward Real Financial Market Expansion @risextrade Examining RISEx’s evolution reveals an intriguing shift: it is no longer merely adding trading functions, but systematically building on-chain trading infrastructure designed for real-world financial markets. The most notable achievement is the expansion of its trading markets. By recently introducing trading markets for diverse assets such as $EWZ (Brazilian ETF), $CHIP, and $LLY (Eli Lilly), RISEx is moving beyond a crypto-centric trading environment toward direct integration with traditional financial markets and the real economy. Significant progress has also been made in technology development. RISEx has launched an open API to support integration with external developers and trading services, and has expanded XLP liquidity, increasing liquidity for each trading pair by 2.5x compared to previous levels. Particularly noteworthy is the development of spot trading. The team has tested an on-chain order book for spot trading on EVM, reporting round-trip latency of approximately 10ms. This marks an effort to unify perpetual futures and spot trading within a single on-chain order book environment. The user ecosystem is also growing. My confidence in RISEx’s future is clear: it is advancing all these elements—fast trade execution, on-chain order books, diverse financial assets, spot market expansion, and a developer-friendly environment integrated with other DeFi services—within a cohesive ecosystem. The critical next step is ensuring these technological achievements translate into real trading volume, sustained liquidity, and a stable user experience. RISEx began as an exchange—and is now expanding into on-chain financial infrastructure. If its current developments are successfully implemented as live services, RISEx could establish meaningful competitiveness within the on-chain financial market. We’ll continue tracking RISEx’s next phase of evolution. Rise up, RISEx!

RISEx, dreaming beyond an exchange to become the new standard of on-chain finance @risextrade In RISEx’s narrative, the most important aspect is not merely building a fast exchange, but rather the effort to bring the very mechanics of financial markets on-chain. While traditional DeFi boasts advantages in transparency and openness, it still faces challenges in fast order execution, deep liquidity, and efficient capital utilization. RISEx aims to overcome these limitations through its on-chain order book and the technological power of the RISE Chain. Crucially, the order book and smart contracts operate within the same EVM environment. Rather than treating trading functionality as a separate external service, RISEx aspires to create a financial infrastructure that can directly connect and interoperate with other DeFi protocols. Its recent expansion directions are also intriguing. Beyond cryptocurrency perpetual futures, RISEx is broadening its trading scope to include assets linked to traditional financial markets. On October 30, it added trading markets for $EWZ, a Brazilian ETF, and $CHIP, a financial asset tied to GPU technology. It also demonstrates a vision of integrating margin and AutoYield to link trading and asset utilization using a single pool of capital. In my view, RISEx’s core narrative rests on three pillars: First, aiming for the speed of centralized exchanges while preserving on-chain transparency. Second, connecting not only cryptocurrencies but also stocks, commodities, and other diverse financial markets on-chain. Third, evolving the order book from a simple trading function into a shared financial infrastructure that other DeFi services can leverage. Ultimately, RISEx seeks to build not just an exchange, but an on-chain market where diverse financial products, liquidity, and developers are interconnected. Of course, its real competitiveness must be proven through sustained liquidity acquisition, reliable execution, and rigorous security validation. From exchange to financial infrastructure. I look forward to seeing how RISEx translates this narrative into tangible growth within its ecosystem.

The era of AI agents collaborating and earning rewards—TermiX reveals new possibilities. @termix_ai @KaitoAI It’s fascinating to see a structure where AI agents request help from one another, complete tasks, and receive compensation in return. TermiX’s “Agents Helping Agents Bounty,” showcased at https://t.co/JnzPD5CyL8, is experimenting with exactly this potential. The current bounty offers 0.2 USDT upon successful verification. While the amount itself may seem small, what truly captures my attention is this: AI agents are no longer merely tools executing commands—they are now requesting needed tasks from each other, verifying outcomes, and exchanging rewards accordingly. If this trend continues, agents could link their unique capabilities to jointly handle increasingly complex tasks. I’m eager to explore firsthand how TermiX’s agent collaboration framework will evolve. I’m looking forward to this new way of AI agent collaboration.

Starknet: Preparing for a Future of Privacy and Quantum Security Beyond Scalability @Starknet @KaitoAI Examining Starknet’s progress reveals more than just improving blockchain throughput—it’s methodically building the foundational technologies needed for the financial infrastructure of the future. The most compelling aspect is its security strategy prepared for the era of quantum computing. Starknet is researching architectures that can evolve toward quantum-resistant security, built on STARK proof technology. Particularly interesting is how account abstraction enables users to change the signature schemes their accounts support. Recently, research has even begun into transitioning into an independent quantum-resistant L1. While no definitive migration has been confirmed, the significance lies in thinking beyond the current L2 reliance on Ethereum and considering long-term network direction. Privacy is another area worth noting. STRK20 is a privacy technology designed to maintain on-chain transaction transparency while allowing selective protection of sender, receiver, and transaction amount data. This opens the door to diverse applications such as private payments, corporate payroll disbursements, and private DeFi transactions. The Bitcoin ecosystem is also a vital pillar. Through strkBTC, Starknet is building the foundation to connect Bitcoin into its DeFi environment, enabling its use in staking, lending, trading, and other financial activities. On the technical front, the S-two proof system and the Cairo development environment are also noteworthy—they enhance the performance of zero-knowledge proofs and empower developers to build more complex on-chain applications. My expectations for Starknet can be summarized in three key directions: First, long-term blockchain security that remains resilient in the era of quantum computing. Second, on-chain privacy that protects users’ financial data while enabling seamless integration with diverse services. Third, an expanded ecosystem connecting Bitcoin, DeFi, and next-generation financial applications. I believe the future of blockchain isn’t determined solely by transaction throughput. It requires robust security, strong privacy, real-world usability, and an environment that continuously attracts developer participation. I’ll be closely watching future updates to see whether the technologies Starknet is preparing today will translate into tangible user experiences and sustainable ecosystem growth.

Primus: From finance based on trust to verifiable finance @primus_labs @KaitoAI Trust has always been a critical issue in blockchain. Just because transaction histories are public does not mean all information is accurate. Especially for exchange reserves, financial institution assets, or data sourced from external platforms, it is essential to verify where the information actually originates. To address these challenges, primus_labs focuses on data verification and privacy. Primus’s core technologies are zkTLS and zkFHE. First, zkTLS enables cryptographic verification of external data sourced via HTTPS. When users need to prove their financial information or transaction history, they can confirm that the data comes from a trusted source without revealing the full original dataset. The key here is balancing truth verification with privacy protection. zkFHE takes this a step further: it allows computations to be performed while keeping data fully encrypted. This structure enables necessary validation and calculations without exposing sensitive financial information to external parties. A recent notable example is Proof of Reserves. Primus collaborated with Brevis to build the reserve verification system for Perena’s USD*. Primus’s zkTLS verifies the origin and authenticity of external data, while Brevis’s Pico zkVM generates verifiable proofs based on that data. A similar architecture is also used in Unitas’s USDu reserve verification. What’s particularly interesting is that it extends verification to include off-chain hedging positions held at centralized exchanges, not just on-chain assets. This structure matters because there is a fundamental difference between simply publishing numbers and providing verifiably accurate information. In the future, these technologies can expand beyond reserve proofs to areas such as credit scoring, P2P payments, institutional finance, and data verification for AI agents. There are three aspects I consider vital at Primus: First, source verification—confirming where data originates. Second, privacy—proving necessary facts without exposing sensitive information. Third, connecting verified data to real-world financial services and AI agents. As financial markets expand on-chain, problems will arise that cannot be solved by blind transparency alone. The growing importance lies in environments where necessary facts can be proven without revealing all information—and where confidence comes not from trusting someone’s word, but from cryptographic evidence. I believe Primus’s mission is to make trust verifiable through technology, not just words.

Beldex, Beyond Privacy—Building a New Web3 Infrastructure @BeldexCoin One of the most important keywords in blockchain today is privacy. It’s no longer just about transferring assets—what matters now is who you communicate with, what information you use, and how securely your digital activities are protected. Beldex is a project aligned with this trend, expanding a privacy-centric Web3 ecosystem. Previously, Beldex focused on services that safeguard everyday digital activities: private messaging via BChat, network privacy through BelNet, and protection via the Beldex Browser and BNS. Recently, it has taken a further step by building infrastructure that enables developers to directly integrate privacy features into their own applications. A key highlight is Privacy Tokens. On October 6, 2026, the Privacy Tokens feature was activated on the Beldex testnet, marking a new chapter for private digital assets. Alongside this, Beldex has prepared an EVM-compatible sidechain, cross-chain connectivity, and a Web3.js SDK for developers—broadening the ecosystem to welcome external projects and builders. Recently, Beldex also announced a $1 million Grants Program to support privacy-focused initiatives. This signals a clear direction: rather than simply expanding its own services, Beldex aims to foster a thriving ecosystem where diverse developers and projects grow together. There have also been changes on the tokenomics front. On October 16, 2026, Beldex announced it would suspend its quarterly BDX allocation disclosures for two years. The remaining allocated supply will be held long-term and deployed strategically in alignment with ecosystem growth and development milestones. Don’t overlook the ongoing Community Loyalty Program. According to official guidelines, participants must submit their Beldex wallet addresses by November 2, 2026, to qualify for reward points. With the deadline approaching, those involved should verify their registration status on the official dashboard. What I’m most excited about with Beldex is its vision to elevate privacy technology from a mere feature into the foundational infrastructure of blockchain ecosystems. From data protection to private assets, developer support, and cross-chain expansion— I’m eager to see how many services and developers Beldex will connect, and how many real-world use cases it will enable. As we move toward a Web3 era where privacy is not an option—but a standard—stay tuned for Beldex’s next steps. #Beldex #BDX #Privacy #Web3 #Blockchain #PrivacyTokens

Project Sphere: A journey to gather stellar energy and build a new civilization @projectspherexy @rarelistio What if we explored the universe, collected energy from stars, and advanced civilizations through it? Project Sphere is a Web3 project inspired by the scientific concepts of the Kardashev Scale and the Dyson Sphere. The Kardashev Scale classifies civilizations based on their ability to harness energy. Type II refers to a civilization capable of utilizing the total energy output of a single star. Project Sphere brings this grand vision to life through a game and digital ecosystem. At its core is the Genesis Epoch: participants secure cells that form the sphere, accumulate energy, and prepare for the next phase of expansion. The narrative—beginning with the first star and gradually expanding into a broader universe—is compelling. Another key detail is the Genesis Registry, which allows early participants to record their involvement. Since the project is still in its early stages of building its world and ecosystem, it’s exciting to see how actual gameplay mechanics and participation systems will evolve. Recently, important updates were announced: The official account confirmed that $SPHERE will launch on Solana on November 3rd, with the Seed Stage set to begin soon. However, according to official statements, no official $SPHERE token exists prior to launch—so be cautious of counterfeit tokens or unofficial trades. What makes Project Sphere compelling to me is that it’s not just about tokens or NFTs—it’s crafting a cohesive narrative that begins with energy collection and evolves into civilizational expansion. Of course, we’ll need to closely monitor the final quality of the game, token utility, and the sustainability of its participation structure. A new journey begins at the first star. I look forward to seeing how Project Sphere’s cosmic story unfolds—and I’m excited to follow along.

Today was really tough too. @1096361BTC But we can’t miss MemeBit—it’s Friday! Take a little time to rest and recover from this week’s fatigue. You’ve got this!

The Binance hacking allegations have once again highlighted the importance of wallet security. @Starknet As we observe the suspected movement of approximately $2.5 billion, we should consider this: while responding effectively after a breach is important, isn’t it even more critical to build a wallet architecture that safeguards assets from the very beginning? In this regard, Starknet’s Account Abstraction technology deserves attention. Starknet provides an environment where smart accounts enable multiple security features—such as multi-signature approvals, transaction authorization limits, withdrawal caps, and account recovery. When properly utilized, these features reduce the risk of centralized control over a single private key and help prevent unauthorized fund movements. Of course, no wallet can perfectly prevent all hacks. What matters most is how thoroughly you prepare before a security incident occurs. I believe the future competitiveness of blockchain wallets will depend not only on convenience but also on how effectively they safeguard users’ assets. Security must be designed from the start—not as a reaction after an incident.

Beldex, toward Web3 where privacy is the default @BeldexCoin Every conversation we have online, every digital footprint we leave, and every movement of our digital assets— In our increasingly convenient digital world, how much of our personal information can truly be protected has become an ever-more critical question. This is precisely where Beldex focuses. Beyond simply enabling anonymous coin transfers, Beldex aims to build an ecosystem that protects privacy across all aspects of everyday digital activity. Let’s explore key features within the Beldex ecosystem. First is BChat: a private messaging app designed with end-to-end encryption, allowing users to communicate without needing a phone number or email. The core goal is ensuring our conversations aren’t easily exposed to anyone. Second is BelNet: a decentralized VPN technology that safeguards user information—such as IP address and location—during internet connections. This represents a meaningful step toward reducing digital traces and fostering a freer online environment. Third are the Beldex Browser and BNS: the browser prioritizes a more private web experience, while the Beldex Name Service enables users to represent their digital identity with human-readable names instead of complex addresses. Most recently, Beldex has introduced a privacy-focused token standard and Web3JS SDK on its testnet, expanding the foundation for developers to build digital assets and applications with confidentiality at their core. What makes these developments compelling is that Beldex doesn’t limit privacy to just one feature. It’s about creating an environment where privacy operates naturally—whether you’re chatting, browsing the web, or holding and transferring digital assets. This is the future Beldex envisions. Of course, privacy technologies must also be evaluated based on their real-world implementation, security audits, and usability. Just as important as launching new features is independent verification and genuine adoption by users. If privacy evolves from an optional feature into a fundamental condition of the digital world, Beldex’s privacy-centric ecosystem will undoubtedly attract even greater attention. We look forward to carefully observing how Beldex expands the scope of privacy—from finance to communication, internet infrastructure, and digital identity. #Beldex #BDX #Privacy #Web3 #Blockchain