Technology
Equentor's custody runs on institutional-grade infrastructure that combines multi-party computation, hardware-isolated signing and a programmable policy engine — applied consistently across supported blockchains.
Private keys are never created or held as a single whole. Key material is split into independent shares in separated environments, and signatures are produced collaboratively — no single party ever reconstructs a complete key. This removes the single-key point of failure of traditional wallets and the fragility of on-chain multisig. MPC is the default; multi-signature and other models are available on request.
Why MPC
Key lifecycle
Key-share and signing operations run inside hardware-isolated secure enclaves — never exposed to the host OS or operators.
Every transaction passes programmable rules: m-of-n approvals, per-asset and per-destination limits, and time windows.
Destinations can be allow-listed, with protection against address-spoofing and malicious-change attacks.
Assets distributed across cold and warm storage, with policy enforced at each tier.
24/7 monitoring with complete, tamper-evident audit logging of operations.
Secure key-share backup and tested recovery procedures support business continuity.
Network coverage
The same custody controls apply across the networks Equentor supports.
Built on an institutional custody-technology platform that maintains independent security certifications (SOC 2 Type II, ISO 27001) for its infrastructure.
Tell us about your business and your custody needs.