A software-only anti-tamper solution for firmware and non-volatile memory applications that safeguards intellectual property and sensitive data from tampering and reverse engineering. Vault is designed to help organizations secure long-lived assets and sensitive information across a wide range of critical environments.
QuantaCrypt Vault protects digital assets (object code, data, and firmware images) stored in non-volatile memory (NVM), safeguarding intellectual property (IP) across legacy, embedded, and other device environments from tampering and reverse engineering. Keys are generated independently using software-only, air-gapped, NIST-certified QRNG-derived entropy, delivering a robust anti-tamper solution that is Quantum+AI–resilient with defense-in-depth for critical digital assets across diverse operational environments.
The core capabilities available with QuantaCrypt Vault
Protect digital assets (object code, data, and firmware images) stored as zero-pattern data-at-rest in non-volatile memory (NVM), safeguarding intellectual property (IP) across legacy, embedded, and other device environments.
Uses software-only, air-gapped, NIST-certified QRNG-generated key material for seeding the Quantum Harding Process.
Secure critical IP, embedded code, and operational data for assets deployed in the field over long service lives.
Keep protected data indecipherable at rest by storing only protected data in non-volatile memory and limiting useful exposure if assets are stolen.
Give software and hardware teams an easy-to-use configuration approach for anti-tamper implementation and project management.
QuantaCrypt Vault delivers superior anti-tamper and reverse-engineering protection through a software-based approach designed for ease of deployment and quick integration into existing security architecture.
Secure critical IP, embedded code, and operational data stored in NVM for assets deployed in the field over long service lives.
Protect sensitive assets deployed at the network edge, whether on servers, devices, or sensors.
Keep protected data stored in NVM indecipherable and useless if stolen, while helping defend firmware and software from tampering and reverse engineering.
Support layered multiprocessors that can include secondary downstream processors.
Vault includes a clean and easy-to-use configuration interface that helps teams manage and define node relationships, set platform and architecture targets, and manage deployment settings through a single interface.
Our QuantaCrypt framework uses a unique set of cryptographic techniques we call incryption—dynamic stacks of NIST-standard ciphers and protection ciphers that vary with each data packet and can be configured to match specific network and software requirements.
The incryption method ensures both forward and backward compatibility by leveraging NIST standard PQC ciphers with protection algorithms and techniques that, when randomly combined, achieve an effective bits of security more than a googol beyond standard AES-256 encryption alone.
As you begin to evaluate risks and options for PQC transition compliance, we can support your process with deep insight and guidance. Contact us to explore your questions, your priorities, and next steps.
