Open-source cryptography infrastructure for serious crypto teams.

Build wallet-grade flows with 3.5M ops/sec performance, broad multi-chain standards, and enterprise-ready security practice guidance.

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  • 3.5M

    operations/second

  • 100+

    crypto functions

  • 50+

    cryptocurrencies

Performance proof

Technical scale in one fast scan

  • 3.5 MILLION

    operations/second throughput for high-volume signing and verification pipelines.

  • 100+

    cryptographic functions covering signing, hashing, key derivation, and encoding workflows.

  • 50+

    cryptocurrencies supported, including wallet and address infrastructure across major chains.

  • 256-bit

    security posture aligned with modern cryptographic strength requirements.

Core capabilities

Implementation-ready cryptography tooling, not just benchmark claims.

Six practical capabilities teams use to ship secure wallet and signing workflows faster across chains and environments.

  • Full BIP39/44 support

    Generate and derive mnemonic-based accounts with deterministic paths aligned to production wallet standards.

  • Hardware wallet compatible

    Integrate signing flows that interoperate with hardware-backed keys for higher-assurance custody pipelines.

  • Multi-CPU support

    Scale cryptographic workloads across compute resources for consistent throughput in high-volume services.

  • Open source (MIT)

    Audit, fork, and extend core cryptographic logic with permissive licensing and transparent community review.

  • Address generation workflows

    Build repeatable pipelines for account provisioning, indexing, and chain-specific address lifecycle management.

  • Enterprise-grade implementation practices

    Apply hardened guidance for key handling, multisig operations, and secure deployment procedures across teams.

Security practices

Operational discipline serious teams can verify.

Built for production workflows where custody, recovery, and continuous monitoring are treated as first-class controls.

  1. 01

    Air-gap keys offline

  2. 02

    Use hardware wallets

  3. 03

    Implement 3-of-5 multisig

  4. 04

    Test recovery quarterly

  5. 05

    Monitor 24/7

  6. 06

    Document everything

Standards support

Compatibility signals teams can ship with.

Built for real wallet and custody implementations, not demo-only paths.

  • BIP39

    Mnemonic seed standard

  • BIP44

    HD derivation paths

  • Hardware wallet compatible

    Ledger and Trezor-ready flows

  • Open source MIT

    Auditable permissive license

  • Multi-CPU support

    Parallelized compute execution

  • Production-ready workflows

    CI, testing, and rollout alignment

Get started

Choose your next step and ship with confidence.

Three clear paths for teams that already validated performance and security. Start now, review implementation docs, or run a structured enterprise readiness pass.

Primary path

Open account and start using the platform

Provision workspace access, generate production-ready keys, and ship wallet infrastructure with open-source cryptography defaults.

  • Fast onboarding flow for engineering teams
  • Immediate access to multi-chain primitives
  • Built for 256-bit security operational baselines
Open account now
Implementation

Read docs before implementing

Review API surfaces, BIP39/BIP44 workflows, and integration examples before writing production code.

  • Setup guides for wallet and signing flows
  • Function-level usage and cryptographic references
Read documentation path
Enterprise

Enterprise security evaluation

Run a structured security-readiness review for policy design, hardware wallet operations, and multisig controls.

  • Operational checklist for institutional teams
  • Risk controls mapped to custody workflows
Start evaluation

Open account and start using the platform

Start immediately with production-ready cryptography workflows.

Open account now

Enterprise security evaluation

Validate controls for multisig, key operations, and governance policies.

Start evaluation
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Compatibility Technical FAQ

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Technical FAQ

Final checks before you create an account

Concise answers for developers and security teams evaluating standards coverage, operational fit, and rollout speed.

Which standards and chains are supported?

You get 100+ cryptographic functions with practical wallet primitives, including BIP39/BIP44 derivation flows and broad multi-chain coverage (50+ cryptocurrencies). See the compatibility matrix in standards support.

How do hardware wallet workflows fit into the platform?

Use the library as a secure software layer around hardware-signing boundaries: derive and prepare transactions in your app, keep keys in hardware where required, and enforce policy checks before signing.

Is the project actually open source?

Yes. Core cryptography code is open-source and reviewable, so engineering and security teams can inspect implementation details, validate assumptions, and integrate with confidence before production rollout.

What is the recommended recovery discipline?

Treat seed handling as an operational process: separated backups, access controls, periodic recovery drills, and role-based approvals. Pair BIP39 recovery procedures with multisig policies so no single failure path can compromise funds.

What makes this suitable for serious teams?

It combines performance (up to 3.5M ops/sec), strong primitives (256-bit security), and practical governance guidance for hardware wallet and multisig operations. Review the controls in security practices.

How quickly can we get started?

Most teams can ship a first integration in hours: create an account, run the quickstart, wire key flows, then harden with policy checks. Start from the guided steps in get started.