Two tech companies have joined forces to safeguard national security and critical infrastructure. Mattermost, a leading collaborative workflow platform for defense, intelligence, and critical infrastructure, and Qrypt, a cryptographic quantum security solutions specialist, have announced a partnership to deliver quantum-secure communication capabilities.
The collaboration aims to counter the growing menace of ‘harvest now, decrypt later’ attacks posed by quantum computing, as well as the emerging risks from AI in quantum cryptanalysis. With new regulatory requirements for quantum-secure communications looming across critical infrastructure industries, particularly those coming into effect by 2030, this joint solution offers a proactive response to these evolving threats.
The partnership ensures resilient, quantum-secure communications, safeguarding national security and mission-critical data. Qrypt’s quantum entropy-based encryption, combined with Mattermost’s collaboration platform, provides defense and intelligence agencies with robust tools to protect their critical information assets.
Key benefits of the joint solution include future-proof encryption, crypto-agility, resilient defense, enhanced security posture, and secure collaboration. The solution offers a continuous transition to quantum-secure protocols, ensuring sustained security for classified communications.
Mattermost serves national security, government, and critical infrastructure enterprises, while Qrypt provides cryptographic solutions resilient to quantum computing threats. Both companies are at the forefront of their respective fields, developing innovative technologies to meet the challenges of an ever-evolving cyber landscape.
The rapid advancement of AI and the impending capabilities of quantum computing pose significant risks to modern encryption standards. Nation-state adversaries are actively collecting encrypted data with the intent of future decryption using quantum technologies. This partnership aims to address these challenges, ensuring resilient, quantum-secure communications for national security and mission-critical data.
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