A Bitcoin bridge project has outlined its four-phase roadmap toward trust minimization:
- Phase 1: Federation-based system (current implementation)
- Phase 2: Bitcoin-native verification techniques, including Quantum-Secure Bridges (QSB)
- Phase 3: Trust-minimized BitVM implementation
- Phase 4: Fully trustless design using OP_CAT
The timeline and phases are subject to ongoing research and development. This represents a gradual progression from federated trust models toward cryptographic verification methods native to Bitcoin.
The approach acknowledges that federation is a starting point, not the final architecture.
The Federation is the 1st step towards trust-minimisation. - Phase 2: Bitcoin-native verification techniques, such as QSB. - Phase 3: A trust-minimised BitVM - Phase 4: Fully trustless OP_CAT Phases are indicative and subject to research + development
Chance Launches on Starknet to Prevent AI Agent Transaction Errors

**Chance** has launched on Starknet, introducing a safeguard system for AI agent transactions. **How it works:** - Before execution, Chance simulates each agent transaction and verifies it against the user's mandate - Transactions that don't match are blocked before funds move - Uses programmable escrow wallets where agents propose transactions, but funds only release when actions satisfy user mandates **Privacy features:** - Leverages Starknet's STRK20 privacy framework - Keeps agent mandates and settlement context private - Allows selective disclosure of receipts when needed The system addresses a growing concern as AI agents gain more control over financial transactions. By combining transaction simulation, mandate verification, and programmable escrow, Chance aims to prevent agents from making unauthorized or erroneous transfers while maintaining user control over funds and privacy settings.
Starknet Introduces One-Click Privacy Shielding for Balances and Staking
Starknet has launched native privacy shielding that allows users to hide their balances and on-chain activity with a single click in their wallet. **Key Features:** - One-click activation through wallet interface - Hides balances and transaction activity - Protects staked positions from public view - Fully reversible - users can return to public mode anytime The shielding feature is built directly into Starknet's infrastructure, making privacy accessible without additional tools or complex processes. Users maintain full control over their privacy settings and can toggle between private and public modes as needed. This native privacy layer represents a significant step toward giving users more control over their financial data on-chain, while maintaining the flexibility to operate transparently when desired.
SuperVega Launches Options Trading on Starknet

SuperVega has launched options trading on Starknet, expanding the platform's derivatives offerings. This follows their April deployment of 28 traditional finance markets on Starknet, which included: - 16 equities (Amazon, Google, NVIDIA, Tesla) - 7 commodities (Gold, Oil) - 3 indices/ETFs (S&P 500) - 2 forex pairs (EUR/USD) The options trading feature represents the next phase of bringing traditional financial instruments to the Starknet ecosystem, allowing users to trade derivatives alongside the existing spot markets for equities, commodities, and forex pairs.
🔐 Ready Wallet Brings Cold Storage Privacy to Starknet with Ledger Support

Ready wallet has integrated STRK20 Shielding for Ledger hardware devices, enabling users to keep private keys in cold storage while maintaining balance privacy on Starknet. **Key Features:** - Hardware wallet security meets on-chain privacy - Keys remain on Ledger device throughout shielding process - Flat 4 STRK fee (~$0.12) regardless of amount - Works with Starknet's native privacy infrastructure **How It Works:** Tokens are deposited into STRK20 privacy pools where balances and amounts are encrypted. Users can then perform private swaps through [AVNU](https://avnu.fi) with one-click privacy toggle. This integration extends Starknet's privacy stack to cold storage users, combining the security of hardware wallets with confidential transactions.