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map

RootData released the "Map of Exchange Tokenized Asset Providers and Licenses."

The tokenized asset platform RootData has released the "Exchange Tokenized Asset Provider and License Map," systematically sorting the paths and regulatory licenses of providers and brokers in mainstream exchanges such as Binance, Gate, Bitget, and Bybit for products like real stocks, TradFi stocks, CFD contracts, and tokenized stocks. The map shows that the current stock-type assets on exchanges have gradually formed a three-tier structure: real stock spot mainly relies on a regulated brokerage system for securities execution and custody; TradFi stocks are primarily based on CFDs/Perps; tokenized stocks are mainly supported by solutions like Ondo and xStocks. Among them, Binance currently accesses Alpaca Securities through Nest Trading to provide real US stock/ETF exposure and has launched Ondo stock tokens in the Alpha zone, with plans to introduce bStocks later; Gate's real stock collaboration is with AIpaca, CFDs adopt the MT5 model, and perpetual contracts are self-operated by the platform; Bybit currently mainly uses the Backed Finance (xStocks) solution; Bitget provides 1:1 US stock/ETF tokenized products through its own Reality (rToken) brand. RootData believes that as the tokenized stock market heats up, competition among exchanges is gradually shifting from merely launching products to underlying broker capabilities, real securities custody, and regulatory license capabilities, with licensed brokers like Alpaca Securities strengthening their infrastructure roles across multiple platform ecosystems.

Ethereum Foundation releases progress on the Glamsterdam upgrade: the development network is now online, and the Hegotá expansion roadmap is advancing simultaneously

The Ethereum Foundation disclosed the results of a recent interoperability meeting held by core developers in the Svalbard archipelago of Norway and updated the key technical progress for the next phase upgrade, Glamsterdam. During the meeting, multiple client teams collaborated on network scalability and execution layer optimization, making progress in several directions. Developers confirmed that based on the comprehensive results of ePBS, BAL optimization, and the EIP-8037 repricing mechanism, a consensus on the "trusted path" after Glamsterdam has been reached.In terms of the execution layer, ePBS (External Proposer Separation Architecture) has been stably running in the multi-client Glamsterdam-devnet, and the external block builder process has completed end-to-end testing, covering almost all client implementations. Meanwhile, EIP-8037 has been finalized, establishing the fixed cost_per_state_byte model, and complete repricing parameter output has been achieved in bal-devnet-6. The scalability direction Hegotá has also made progress. The FOCIL-related prototype has a runnable implementation, and the scope of account abstraction (AA) requirements has been defined, with the next phase entering the multi-client development network verification stage.Current development focus remains on the final implementation of Glamsterdam while advancing the Hegotá scalability design and subsequent Strawmap route evolution. The development network is online, and functionalities such as FOCIL are expected to continue deepening in the next phase of testing. At the organizational level, this interop meeting also marks the formal initiation of leadership structure adjustments within the Protocol Cluster. The new leaders include Will Corcoran, Kev Wedderburn, and Fredrik. Will Corcoran is responsible for zkVM proof and post-quantum consensus coordination, Kev Wedderburn leads zkEVM development, and Fredrik is in charge of protocol security and the Trillion Dollar Security project.Original Protocol Cluster leadership team members Barnabé Monnot and Tim Beiko will gradually step back from management roles, and Alex Stokes is entering a leave period. The foundation stated that during its term, the Protocol has completed modular advancement and facilitated the launch of the Fusaka upgrade (December 2025), introduced PeerDAS, and enhanced mainnet gas capacity.

The Bitcoin TAP protocol ecological project BIT has released a new roadmap to create a decentralized security budget layer for Bitcoin

The Bitcoin TAP protocol ecological project BIT (@dmt_bit_) has released a new roadmap, announcing a focus on the narrative of "Bitcoin Security Budget Layer," with tokens being directly issued to Bitcoin miners every block as a new source of miner subsidies.The BIT team disclosed that currently only the $NAT token enjoys the miner subsidy mechanism under the TAP protocol, and this mechanism is hardcoded in the protocol's source code (effective only for the dmt-nat token), making it unavailable for other DMT projects. The TAP protocol has also not publicly disclosed any third-party security audits to date.BIT has submitted a code upgrade proposal to TAP, hoping to open this mechanism for use by all DMT tokens, but it was rejected by the TAP officials.According to the roadmap, BIT will next develop a new protocol based on a TAP fork—any DMT token deployment party can customize the token issuance rules and miner distribution methods (including distribution by mining pool weight, independent miner prize accumulation, mixed distribution, etc.) through a single inscription, eliminating any hardcoded privileges for projects. A third-party security audit will be completed before the mainnet launch of the new protocol. $BIT will serve as the native token of the new protocol, and the ecological development of the protocol will continue to empower $BIT.

Opinion: The Bitcoin community is reaching a preliminary consensus on quantum threats and promoting a roadmap for quantum-resistant upgrades

According to FinanceFeeds, Alex Thorn, the research director of Galaxy Digital, stated that as advancements in quantum computing hardware accelerate, the Bitcoin community is shifting from decentralized debates to forming a preliminary consensus on quantum threats. The core direction is to gradually introduce post-quantum cryptography (PQC) through soft forks, achieving an upgrade of the address system and long-term security assurance.The report points out that the current Bitcoin signature mechanism, which uses the Elliptic Curve Digital Signature Algorithm, can theoretically be cracked by Shor's algorithm. Approximately 2 million BTC from early p2pkh addresses are at risk because their public keys have been exposed, facing the potential risk of "collecting first and decrypting later." The community tends to promote a "migration window" mechanism to guide users in transferring their assets to new quantum-resistant addresses, and after a multi-year grace period, to implement freezing or destruction of untransferred assets to prevent large-scale market impacts in extreme situations. Additionally, the consensus includes enhancing "cryptographic agility," which allows protocols to switch signature algorithms without interrupting the network.The current proposal leans towards a dual-signature mechanism that uses ECDSA and PQC (such as Dilithium) in parallel, ensuring security redundancy while facilitating a smooth transition. Analysts believe that this approach transforms the quantum threat from a "black swan event" into a manageable technological upgrade, helping to solidify Bitcoin's security foundation as a long-term store of value asset.

Solana releases quantum roadmap: selects Falcon solution, existing migration work is ready

Solana's official article on the potential impact of quantum computing on blockchain reiterates that the quantum threat is still years away, but the Solana ecosystem has already conducted thorough research and technical preparations in advance.The independent verification client development teams Anza and Firedancer (which together represent a large portion of the network's staking share) have unanimously concluded after independent research that a compact signature scheme suitable for high-throughput blockchains is needed, and they have jointly selected the Falcon scheme. Both parties have published their initial implementation code on GitHub.In addition, the Solana Winternitz Vault developed by Blueshift has been operational in the ecosystem for over two years, providing a direct quantum-resistant path. Earlier this year, Google Quantum AI listed this Vault as a leading example of forward-looking post-quantum work in its white paper.Solana's current quantum roadmap includes ongoing quantum research and evaluation of Falcon and alternative solutions; adopting post-quantum solutions for new wallets when quantum becomes a credible threat; and migrating existing wallets to the selected solution. The official statement indicates that the migration work is manageable and can be completed quickly when the time comes, with network performance expected to remain largely unaffected.
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