Trézór Bridge®™

Secure Crypto Connectivity — wallet-safe, enterprise-ready

A resilient, private, and verifiable link between wallets and blockchains

Trézór Bridge provides an always-on connectivity layer that keeps wallets, dApps, and custodial services securely bridged to blockchain networks. Built for latency-sensitive trading flows, on-chain governance, and high-security custody operations — while keeping private keys isolated and never exposed.
Invisible security

Hardware-backed sessions, cryptographic attestation, and multi-rail redundancy safeguard every message. The Bridge moves packets — not private keys.

Seamless integration

SDKs and a lightweight protocol adapter make connecting your wallet or exchange simple: connect, attest, confirm, sign — done.

Layered Attestation

Every device and endpoint is attested using hardware-based proofs plus network heuristics to prevent supply-chain or man-in-the-middle attacks.

High-Fidelity Telemetry

Detailed, privacy-preserving logs allow forensic clarity without leaking secret material. Audit trails cryptographically authenticated.

Adaptive Failover

Multi-path connectivity and transaction queuing keep flows moving during network disruptions — with guaranteed ordering and reconciliation.

Policy-Driven Controls

Create conditional rules (amount thresholds, whitelists, timelocks) that are enforced before signing actions move forward.

What Trézór Bridge solves

Modern crypto systems require both speed and trust. Wallets and custodial platforms must sign transactions with minimal latency while preserving a cryptographic chain of custody and strict separation of secrets. Trézór Bridge is designed to be the connective tissue between the human, the wallet, and the ledger. Instead of exposing keys to networks or relying on brittle remote signing schemes, the Bridge aggregates secure channels and attestation proofs, creating a single, verifiable surface for orchestration and automation.

The Bridge does not hold private keys — it coordinates signing events. When a signing operation is requested, the Bridge validates device posture, evaluates policy, and negotiates a zero-knowledge proof of intent. After authorization, a transient session carries the signing request to a hardware-protected appliance or user device that performs the signature. This approach eliminates many attack vectors associated with remote key storage while enabling the automation and scale required by trading desks, blockchain oracles, and DAOs.

Core principles

  • Minimal trust surface: Secrets remain in hardware enclaves or on-device; only verifiable metadata crosses bridges.
  • Observable decisions: Every policy decision is recorded and cryptographically timestamped for transparent audits.
  • Resilient routing: Multiple relays and deterministic reconcilers ensure operations either complete or fail cleanly with proof.
  • Privacy first: Telemetry is aggregated and anonymized by default; diagnostic detail is accessible only under authorized audits.

How it works — simplified flow

A dApp submits a signed intent to the Bridge API. The Bridge verifies the origin and runs a posture check against registered devices. If the request meets policy, the Bridge assigns an ephemeral routing path and notifies the signing device. The device confirms the transaction details locally and produces a signature using keys that never leave the device. The signature is returned through the same attested path, replay-protected, and delivered to the ledger node or relayer. All steps are logged with cryptographic receipts.

Real-world uses

Trézór Bridge is used by exchanges to enforce withdrawal policies without exposing custody keys, by institutions for automated settlement pipelines, and by decentralized organizations that require quorum-based signing with minimal manual friction. Its modular API enables custom connectors for permissioned chains, public blockchains, and hybrid architectures.

Operational considerations

Deployments can run as self-hosted clusters in cloud or on-premise environments. A lightweight edge relay handles latency-sensitive flows near the wallet, while a core cluster provides policy orchestration and audit services. Both components are designed to be horizontally scalable and can integrate with secrets-management systems, HSMs, and SIEM tools.

Security teams will appreciate that the Bridge separates signing authority from orchestration authority: operators can manage policies, telemetry, and network configuration without ever having access to private key material. Recovery processes are deliberate and cryptographically enforced; policy clearances and recovery workflows require multi-party authorization and are fully logged.

Why choose Trézór Bridge

Because it was built for environments that cannot tolerate compromise. Where financial exposure, regulatory obligations, and reputational risk are high, the Bridge reduces blast radius through clear separation of duties and cryptographically verifiable actions. At the same time, it reduces latency with an efficient, protocol-focused design, enabling high-frequency operations that previously required risky compromises.

The Bridge’s design principles give organizations confidence: observable policy enforcement, hardware-backed attestation, and resilient routing form the heart of a modern secure stack. Teams can instrument the Bridge into CI/CD pipelines, governance dashboards, and incident response runbooks — and because the user-facing flows are carefully designed, adoption is straightforward.

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