Scan to download
BTC $76,094.67 -1.25%
ETH $2,259.33 -2.93%
BNB $616.78 -1.46%
XRP $1.37 -1.62%
SOL $83.12 -1.87%
TRX $0.3244 +0.29%
DOGE $0.1068 +0.11%
ADA $0.2467 -1.19%
BCH $445.16 -1.69%
LINK $9.11 -1.99%
HYPE $39.22 -2.68%
AAVE $92.25 -4.47%
SUI $0.9069 -2.19%
XLM $0.1602 -1.02%
ZEC $331.27 -1.14%
BTC $76,094.67 -1.25%
ETH $2,259.33 -2.93%
BNB $616.78 -1.46%
XRP $1.37 -1.62%
SOL $83.12 -1.87%
TRX $0.3244 +0.29%
DOGE $0.1068 +0.11%
ADA $0.2467 -1.19%
BCH $445.16 -1.69%
LINK $9.11 -1.99%
HYPE $39.22 -2.68%
AAVE $92.25 -4.47%
SUI $0.9069 -2.19%
XLM $0.1602 -1.02%
ZEC $331.27 -1.14%

cryptography

Ethereum Foundation releases Q1 funding list: Continuing support for ZK, cryptography, and protocol infrastructure

The Ethereum Foundation has announced the list of grants and ecosystem support projects for the first quarter of 2026, focusing on cryptography, zero-knowledge proofs (ZK), protocol security, and core infrastructure development, continuously strengthening the Ethereum underlying technology stack and long-term scalability.This quarter's funding covers several key areas. At the protocol and client level, projects include optimizations for the Geth and Erigon clients, upgrades to the Lighthouse client, and the development of network monitoring tools after the Pectra upgrade, with a focus on improving network performance and attack resistance. Additionally, projects such as HSM key management, the validator security tool Vero, and the DISC-NG node discovery mechanism have also received support to enhance node-level reliability and institutional compliance capabilities.In the areas of cryptography and ZK, the foundation continues to invest in projects such as the analysis of the Poseidon hash function, research on Gröbner basis attacks, exploration of quantum-resistant and homomorphic mixed encryption, and formal verification of RISC-V zkVM, further strengthening the security boundaries of zero-knowledge proofs and cryptographic infrastructure.In terms of the developer ecosystem, the BuidlGuidl education system upgrade, ERC standard community building, WalletConnect clear signature library, and Open Creator Rails toolchain are continuously advancing to lower development barriers and enhance user interaction security. Meanwhile, L2BEAT continues to provide transparency analysis for Layer 2, strengthening the data infrastructure for scaling ecosystems.Furthermore, the foundation supports privacy technologies (such as Tor integration and Privacy Pool SDK), decentralized identity (did:ethr standard upgrade), DAO governance research, and public goods experimental projects, covering a complete ecological structure from the protocol layer to the application layer. Overall, this round of funding continues Ethereum's long-term investment in the three core directions of "cryptography + ZK + protocol engineering," emphasizing the support for future multi-layer scaling and institutional-level application implementation through infrastructure and standardization development.

Circle's Arc public chain releases a post-quantum cryptography roadmap, covering full-stack upgrades from wallets to validators

According to the official blog, Circle's institutional-grade blockchain Arc has released a phased upgrade roadmap for post-quantum cryptography (PQ), planning to introduce post-quantum signature schemes at the launch of the mainnet, gradually covering full-stack layers such as private state protection, infrastructure hardening, and validator authentication.The Arc mainnet will support post-quantum signatures from the outset, using an opt-in mechanism that does not require mandatory migration or a full network reset, allowing users to independently create wallets with long-term security. The recent goal is to extend quantum resistance to the private virtual machine (VM) layer, protecting private balances, private transactions, and private payees, with public keys additionally encapsulated in a symmetric encryption layer under privacy mode.The mid-term plan is to advance the upgrade of the infrastructure layer, aligning with industry standards such as TLS 1.3, covering access control, cloud environments, and hardware security modules (HSM). The long-term goal is to complete the hardening of validator signatures. Given that Arc's block finalization time is less than 1 second, the current assessment considers the risk of quantum attacks in this phase to be relatively limited, and it will be steadily advanced after the post-quantum consensus toolchain matures.Circle also warns that attackers may adopt a "collect now, decrypt later" strategy, and institutions should plan their cryptographic migration paths as early as possible.

The anti-quantum cryptography organization BTQ has announced the Bitcoin Quantum solution for quantum-resistant Bitcoin algorithms

According to CoinDesk, the quantum-resistant cryptography specialist BTQ Technologies (BTQ) recently announced a solution to protect the Bitcoin blockchain, called "Bitcoin Quantum," an open-source fork testnet that is said to be capable of addressing quantum challenges.Chris Tam, head of partnerships at BTQ, stated that Bitcoin Quantum is a publicly operable network where miners, developers, researchers, and users can stress-test against quantum transactions and reveal the trade-offs in actual operation before discussions about mainnet upgrades become urgent.The system includes a block explorer and mining pool, providing instant accessibility. Tam explained that in August 2024, the quantum-resistant algorithm known as "Dilithium" (officially named the Module-Lattice-based Digital Signature Algorithm ML-DSA) will be standardized in the United States, and this algorithm is the technology adopted by the Bitcoin Quantum network. This algorithm has not yet been widely applied in rapidly innovating fields like cryptocurrency, primarily due to its high operational costs.Compared to the digital signatures used every time information is sent to the blockchain or even when sending a WhatsApp message, the data size of quantum-resistant algorithms increases by at least 200 times. Therefore, while there are methods to address quantum risks, they also pose problems, mainly reflected in performance and cost overhead during large-scale deployment.
app_icon
ChainCatcher Building the Web3 world with innovations.