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first_img Consensys launched a sovereign network interoperability technology stack at Devcon

On November 2, the agreement with the institutional infrastructure company Consensys announced the launch of Sovereign Network Interoperability in Mumbai, India at Devcon, aimed at routing and coordinating transactions between independently operated institutional ledgers. This product is targeted at banks, custodians, asset managers, and financial market infrastructure, covering routing, execution coordination, and transaction tracking. Institutions can specify transaction counterparts, approved counterparties, and settlement requirements, with the product selecting eligible paths and tracking to completion.The technology stack supports four types of institutional processes: collateral allocation, connecting assets with collateral platforms, submitting eligible collateral to clearinghouses or other approved counterparties; securities settlement, coordinating the delivery of tokenized securities on one ledger against payment on another ledger through payment versus payment; wholesale and cross-currency payments, connecting bank currency ledgers to coordinate foreign exchange transactions under agreed payment versus payment conditions; fund and asset services, connecting funds with banking platforms, allowing corporate treasurers to transfer idle cash into tokenized money market funds and back at any time, and settling fund shares in tokenized deposits in a single step.No-bridge interoperability is its core design principle, keeping assets on their native ledgers, with cross-ledger state and execution verified through cryptography, eliminating the need for additional trusted intermediaries. The core protocol is Consensys's cross-ledger interoperability protocol CLIP, which plans to support Ethereum economic zone standards, cross-chain communication protocol IBC, and other protocols, while also planning to connect Canton with Ethereum-compatible networks. Currently, EVM-based chains are supported, with Canton to be integrated later. Institutions can operate independently, operate through financial market infrastructure, or choose Consensys's custody services. Consensys President David Cunningham stated that institutions need to reach counterparties without sacrificing privacy and while maintaining control over their own infrastructure.

first_img Polygon integrates Solana into the payment stack, connecting bank accounts with stablecoin payments

Polygon Labs announced that it has integrated Solana into its Open Money Stack payment platform, allowing the network's enterprise clients to connect their dollar bank accounts directly to the global payment network through a single API framework. The platform supports enterprises in depositing funds from bank accounts, transferring funds across chains, and making payments to recipients, while also providing functionalities such as customer accounts and wallets, currency exchange, and routing payments to supported bank accounts, debit cards, cash services, and cryptocurrency wallets.Kira is one of the first clients to use the Solana integration, helping clients convert between dollars and stablecoins, send payments through banking channels, and pay overseas suppliers. Kira's CEO Edrizio De La Cruz stated that the company has been using Solana to transfer stablecoins, and collaborating with Polygon allows these transfers to be converted into dollars in their bank accounts when clients need to pay suppliers. Open Money Stack simultaneously connects Polygon, Ethereum, and TRON, which was integrated earlier this month.This integration occurred after Solana activated the Alpenglow consensus upgrade a week ago, which reduced the final confirmation time for transactions from approximately 12.8 seconds to 150 milliseconds. According to data from The Block, the total supply of dollar stablecoins has approached $290 billion, with USDT exceeding $182 billion and USDC nearing $76 billion. Vibhu Norby, Chief Product Officer of the Solana Foundation, stated that the volume of stablecoin transactions processed by Solana in 2026 has exceeded $5.5 trillion. Earlier this month, Polygon also completed the acquisition of Coinme, obtaining money transmission licenses and exemptions covering 48 states in the United States.

first_img Stacks Founder: Quantum concerns have limited Bitcoin's growth, calling for a quantum-resistant upgrade before 2028

Muneeb Ali, co-founder of the Bitcoin Layer2 network Stacks, stated in Cointelegraph's Chain Reaction podcast that concerns surrounding quantum computing are suppressing institutional funds from entering Bitcoin, and the network needs a credible security upgrade roadmap to restore investor confidence. He mentioned, "Quantum concerns have set a ceiling on Bitcoin's growth," believing that this uncertainty may lead risk-averse institutional investors to delay large purchases until developers provide a clear path to quantum resistance. Stacks is a Bitcoin Layer2 network aimed at introducing smart contracts and decentralized applications to Bitcoin, and Ali is a co-founder of the project.Ali warned that if developers fail to make substantial progress in quantum resistance by 2028, Bitcoin could enter a riskier phase. He pointed out that upgrades typically take years to implement, and users will need additional time to migrate their assets to new addresses. Citing guidance from the National Institute of Standards and Technology (NIST), he views 2030 as a target node for transitioning to quantum resistance and believes advancements in artificial intelligence could accelerate the development of quantum computers, potentially moving this timeline up to 2029.Ali acknowledged that some Bitcoin supporters believe the quantum threat is distant and that concerns are exaggerated, but he thinks that the very disagreement over the urgency of the threat, in the absence of a credible upgrade roadmap, will undermine investor confidence. He also stated that sufficiently powerful quantum computers are more likely to emerge from large research laboratories rather than unknown attackers, and companies like Google and Microsoft lack the motivation to steal Bitcoin, but the quantum security threat will impact the entire crypto industry, "If Bitcoin is hit, all downstream projects will be affected." Currently, developers are exploring protective solutions, with StarkWare stating in September that researchers reduced the computational cost of preparing an experimental quantum-resistant Bitcoin transaction by 79% after a week of optimization challenges. This solution does not require modifications to Bitcoin's consensus rules, but the cost reduction has only been validated in benchmark tests.

first_img The messaging protocol XMTP will transition to a self-hosted open-source stack, and the Labs network will shut down in early 2027

The messaging protocol XMTP founder Shane Mac stated that XMTP will evolve into a self-operating open-source messaging stack, providing private conversations between people and agents, with infrastructure controlled by users, without requiring tokens or wallets. The network hosted by XMTP Labs will shut down in early 2027.Shane Mac mentioned that he founded XMTP five years ago because he believed that private messaging should not be owned by a single company. He recalled that the team envisioned using wallets as cross-application identities, allowing messages to follow identities, and using tokens to pay infrastructure operators, but this path was not realized. XMTP has never issued tokens and will not issue them now. He admitted that it was a wrong decision to persist with a single shared network for a long time, as developers have consistently requested the ability to self-host XMTP. Therefore, it has shifted to self-hosting, allowing developers to use, inspect, modify, and maintain the entire software suite without relying on Labs. Former employees will assist in maintaining the protocol, and Shane Mac himself will continue to be involved.The article introduces that self-hosted XMTP offers quantum-resistant end-to-end encryption, private one-on-one and group chats, encrypted identities, and message authenticity, as well as SDKs for mobile, web, server, and agents. Chief Technology Officer Nick Molnar has simplified the backend to a single Rust binary and integrated attachments, push notifications, handles, and signed webhooks for new messages. Each self-hosted network does not automatically interconnect by default, and agents from different tools must connect to the same backend to share conversations.

first_img Zakura released the experimental P2Pv2, and the testnet is now running in dual stack

Zakura has announced an experimental network layer P2Pv2 for Zcash nodes, intended to replace the old protocol inherited from Bitcoin. This layer combines high-throughput networking, resource control, and a consensus engine tested for properties, allowing developers to add services without permission. Zakura states that approximately 50,000 transactions per second require each full node to continuously receive about 100MB/s of block data, while the 25-second block of NU7 can carry a maximum of 2MB, with existing network throughput differing by more than a thousand times from this rate. Tachyon can reduce the proof after entering the block, but the network still needs to propagate a large number of individual transactions.P2Pv2 replaces the protocol stack from about a decade ago with protocols that can be optimized for latency, throughput, or robustness, allowing a secure connection to carry multiple independent services. The transport layer uses its own zakura-quic, based on quinn-proto, utilizing QUIC and TLS 1.3, and authenticating peers with Ed25519 node identity. Related changes remove the dependency on Iroh, allowing nodes to configure socket buffers, flow control windows, timers, and connection admission before the TLS handshake. The new transport directly connects to peer addresses without using relays, external address lookups, automatic port mapping, or QUIC NAT traversal. Nodes sign identities, addresses, protocol scopes, and service IDs, allowing clients to find peers based on specific services.The independent component zakura-header-chain verifies block headers and retains competing branches in a directed acyclic graph, selecting the best qualified chain. Block synchronization schedules requests based on the delivery rates measured by each peer, and a verified commitment tree is used to skip the reconstruction of Sapling, Orchard, and Ironwood trees for each block. Currently, the Mainnet still defaults to the old P2P stack, while the Testnet and Regtest run dual stacks by default, with the native protocol version being p2p-v2/3. Zakura notes that P2Pv2 still has known denial-of-service risks and has not yet become a hardened trust boundary; production hardening, resource control, and block relay protocols are still in progress.
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