Project Eleven and Relm Insurance Partner to Introduce Post-Quantum Security Metrics into Digital Asset Underwriting

Introduction

The rapid rise of digital‑asset custody platforms has outpaced the development of quantum‑resilient security controls. Recognizing the looming risk that future quantum computers could compromise today’s elliptic‑curve signatures, Project Eleven—a post‑quantum cybersecurity venture—has announced a development partnership with Bermuda‑based specialty carrier Rel Relm Insurance. The collaboration aims to translate an institution’s post‑quantum cryptographic posture into concrete underwriting criteria, influencing policy pricing and risk assessment for digital‑asset insurance.

How the Partnership Works

The core of the effort centers on Project Eleven’s Strongpoint platform, an institutional custody solution that already supports hybrid signing—combining classical algorithms (e.g., Secp256k1, Ed25519) with emerging post‑quantum digital‑signature schemes. Strongpoint decouples governance workflows—multi‑party approvals, audit logs, and key‑rotation policies—from the underlying cryptographic layer. This architectural choice allows custodians to swap signature algorithms without rewriting compliance processes.

Rel Relm Insurance will contribute underwriting specifications that map directly onto Strongpoint’s technical roadmap. Together they will define:

• Exposure metrics for institutions that rely on public‑blockchain signatures vulnerable to Shor’s algorithm.
• Readiness indicators for multi‑party signing architectures and migration pathways.
• Third‑party dependency assessments that capture the security posture of ancillary service providers.

These criteria will be embedded into Rel Relm’s policy‑risk models, enabling insurers to differentiate between custodians that have demonstrated quantum‑resilient controls and those that have not.

Incentivizing Quantum‑Safe Migration

Most public blockchains still broadcast raw public keys when a transaction is signed, exposing them to potential private‑key derivation once a sufficiently powerful quantum computer—often termed a Cryptographically Relevant Quantum Computer (CRQC)—becomes operational. While government mandates (e.g., NSA CNSA 2.0, U.S. Executive Order 14412) are pushing federal contractors and banking backbones toward crypto‑agility, commercial digital‑asset platforms face higher friction due to legacy integrations and cost concerns.

By tying underwriting terms to verifiable post‑quantum defenses, the partnership creates a financial incentive for early adoption. Custodians that can provide audited quantum‑resilience logs—such as cryptographic audit trails, algorithm‑migration records, and third‑party security attestations—may qualify for:

• Preferential premium rates reflecting reduced quantum‑risk exposure.
• Tailored policy language that acknowledges hybrid signing architectures.
• Enhanced coverage limits for assets protected by post‑quantum signatures.

In effect, insurers become a catalyst for industry‑wide crypto‑agility, rewarding institutions that proactively mitigate future quantum threats.

What This Means for the Digital‑Asset Ecosystem

1. Standardization of PQC Metrics – The joint framework will likely evolve into a de‑facto benchmark for quantum‑risk assessment, guiding both insurers and custodians toward common evaluation practices.
2. Accelerated Migration Paths – With underwriting incentives, custodians can justify the operational overhead of integrating post‑quantum algorithms, shortening the timeline for full quantum‑safe deployment.
3. Risk Transparency – Auditable security logs required for underwriting will increase visibility into an institution’s cryptographic health, benefiting regulators, investors, and counterparties.
4. Market Differentiation – Early adopters can market themselves as quantum‑ready, attracting risk‑aware clients who demand the highest security standards.

Practical Takeaways

• For Custodians: Begin documenting cryptographic controls, migration plans, and third‑party dependencies now. Align internal governance with Strongpoint’s hybrid signing model to simplify future audits.
• For Insurers: Incorporate quantifiable post‑quantum metrics into underwriting guidelines to reflect emerging threat landscapes and to reward proactive security postures.
• For Investors and Regulators: Monitor the emergence of PQC‑linked underwriting criteria as an indicator of industry maturity and risk mitigation.

The Project Eleven‑Rel Relm partnership marks a pivotal step toward embedding quantum‑aware security into the financial fabric of digital assets. By turning technical resilience into a measurable underwriting factor, the collaboration not only safeguards tomorrow’s crypto‑economy but also aligns market incentives with the inevitable arrival of quantum computing.