Permanent Authenticity. Irreversible Trust.

HaloKey is a hardware-backed authentication system that permanently binds a cryptographic identity to a physical asset, enabling claims-grade proof of theft, compromise, and provenance.

Hardware-backed proof of authenticity and compromise

• HaloKey is a permanently embedded secure element that:

• Cryptographically binds itself to a specific physical asset

• Detects illicit removal, tampering, or compromise

• Irreversibly invalidates its authentication credentials at hardware level when compromise is confirmed

• Retains a minimal forensic record that can be retrieved by an authorised reader

• Claims-grade evidence to support decisions around theft, compromise, and provenance

High-value asset fraud lacks objective evidence

• Insurers and manufacturers face persistent challenges in high-value theft and fraud cases:

• Claims rely heavily on circumstantial or claimant-supplied information

• Digital certificates and serial numbers can be copied or detached

• Post-loss verification is often inconclusive

• Organised theft and grey-market resale remain difficult to disrupt

• HaloKey SE™ is designed to address this evidentiary gap.

Designed for trust-critical environments

• Hardware-enforced — not software-reliant

• Autonomous — no batteries, charging, or user interaction

• Conservative by design — biased against false positives

• Invisible — no impact on aesthetics or craftsmanship

• Authority-controlled — servicing and revocation remain under brand control

• HaloKey™ does NOT track users, expose consumer data, or alter the physical object.

Relevant to organisations where trust matters

• Insurers and SIU teams

• Luxury and high-value manufacturers

• Automotive and aerospace OEMs

• Pharmaceutical and regulated supply chains

• Secondary-market authenticity platforms

Current Status

• Core intellectual property filed

• Selective discussions underway with insurers and manufacturers

• Not publicly launched

Further technical detail is available under NDA.