Shift the focus from code audits to how administration keys are managed: assess whether an administration key is centralized, if a multisig or MPC setup is used, and whether time locks or multi-party arrangements exist to reduce single-key risk.

Three notable breaches show that keys, not code, enabled the hacks: Drift Protocol, KelpDAO via LayerZero, and AFX Trade on Arbitrum, with North Korean-linked actors repeatedly implicated.

Five practical checkpoints for users: inventory current addresses and keys; verify recovery phrase origin and firmware; secure mobile authentication and port protections; avoid reusing compromised passwords; and run a dry test to see if adversaries could access balances.

Single-verifier designs in bridges like LayerZero heighten risk since about half of LayerZero apps rely on one verifier, concentrating trust and potential exploitation.

Advice on holding management: diversify storage across hardware wallets, software wallets, and regulated custodians; keep long-term holdings offline on devices; prefer custodians with valid EU licenses post-MiCA, tailored to balance and risk.

Two core safeguards are multisignature and MPC: multisig requires multiple keys for approvals, while MPC keeps the key distributed, trading off complexity and cost for stronger security.

A practical checklist to reduce key risk: identify single-key bottlenecks, separate everyday use from long-term holdings, and verify custodian licenses, noting AI-assisted editorial review and evolving price/term dynamics.

In 2026, stolen private keys became the main entry point for crypto hacks, driving over $1.3 billion in DeFi damages in the first eight months, with more than half of attacks tied to key-related incidents by May 2026.

Auditing contract code alone isn’t enough; administration key compromise can erase gains even with flawless code, underscoring that audits cover code, not key management or operational practices.