Air-Gapped Key Signing Solutions

Deploy with certified HSMs from FIPS 140-2 Level 3 vendors like Thales or YubiKey. We manage the full integration lifecycle, from provisioning to secure key generation, ensuring your signing keys never exist in software or networked environments.

Implement threshold signature schemes (TSS) to eliminate single points of failure. We configure and manage the secure enclaves for distributed key shards, enabling transaction signing without ever reconstructing the full private key.

We design and implement secure, auditable processes for transaction proposal generation, air-gapped transfer via QR codes/USB, and final signature injection. Includes tamper-evident logging and dual-control procedures.

Deliver a system ready for SOC 2 Type II and ISO 27001 audits. We provide detailed policy templates, access logs, key lifecycle management reports, and evidence packages for regulatory and internal compliance reviews.

Build secure, versioned APIs for your backend services to initiate signing requests. We handle the complexity of interfacing with air-gapped hardware, providing a simple JSON interface for your engineering team.

Design and deploy redundant signing facilities in separate geographic locations. We ensure business continuity with failover procedures and secure, encrypted backups of key shards, all managed under strict physical security protocols.

Move all high-value transaction signing to a physically isolated, air-gapped environment. This removes the single largest attack vector for digital asset theft, protecting treasury and user funds.

Implement a clear separation of duties and multi-party authorization (MPC) workflows. Our solutions provide the immutable audit trails and procedural controls required by financial regulators and internal auditors.

Deploy a production-ready, compliant custody foundation in weeks, not months. Our battle-tested architecture and integration libraries let your engineering team focus on core product features, not security plumbing.

Our protocol-agnostic signing engine supports Ethereum, Solana, Cosmos, and other major L1/L2 networks. Scale to new chains and signing schemes without rebuilding your core security model.

Replace manual, error-prone processes with automated, policy-driven signing queues. Dramatically reduce the time and specialized expertise required for secure treasury management and transaction execution.

Demonstrate enterprise-grade security practices to investors, banking partners, and large enterprise clients. Our solutions are built to the standards demanded by institutional capital allocators.

We begin with a collaborative design session to map your specific threat model, defining clear security boundaries and failure modes. This phase establishes the hardware, network, and protocol specifications for your air-gapped environment.

Implementation follows strict secure coding standards (MISRA C, CERT C) for HSMs and signing devices. We use formal verification for critical cryptographic operations and implement comprehensive unit/integration testing.

Our internal security team performs adversarial testing, simulating physical and network-based attacks on the deployed system. This validates the air-gap integrity and the effectiveness of procedural controls.

We manage the secure provisioning of hardware, oversee the multi-party key generation ceremony, and establish operational runbooks for your team. Includes disaster recovery and incident response planning.

Post-deployment, we offer 24/7 security monitoring, regular compliance attestations, and firmware update management. Includes SLA-backed support with defined response times for critical issues.