Abraxas Wallet
Abraxas Wallet is purpose-built for users who demand speed, deterministic security, and deep protocol interoperability. From low-latency trading to complex smart-contract workflows, Abraxas balances a production-grade security model with developer-focused tooling.
Local-first key management
Private keys are generated and encrypted locally. Abraxas never stores seeds on servers — enabling trust-minimized operations for high-value flows.
Hardware & multisig support
Seamless pairing with Ledger, Trezor and enterprise multisig setups for custody-grade operational security.
Multi-chain access
Native support for EVM chains, Solana, and major L2s — with custom RPC and private node routing for low-latency execution.
Advanced gas & routing
Custom gas controls, swap aggregation, and on-chain simulation tools for predictable transaction outcomes.
Security model — practical, auditable, local
Abraxas uses a local-first architecture: keys are generated and used on-device, cryptographic operations occur locally, and transaction metadata is optionally routed through privacy-preserving relay nodes. For teams, Abraxas supports hardware signing, threshold wallets, and transparent audit logs to meet compliance and incident response requirements.
Performance & integrations
Designed for active traders and integrators: fast JSON-RPC routing, on-chain simulators to detect failed transactions, and partnerships with liquidity aggregators provide competitive execution. Developers can plug Abraxas into CI pipelines for automated signing and deploy private RPC endpoints for deterministic latency.
How to get started
- Download the app or extension and verify the official checksum.
- Create a new wallet and securely back up your recovery phrase offline.
- Connect a hardware device for large balances and enable transaction confirmations.
- Configure custom RPCs and gas presets for the chains you use most.
Best practices
- Use hardware signing for >$1,000 in value.
- Rotate keys for CI and revoke approvals you no longer use.
- Validate contract addresses and simulate swaps prior to execution.