CasQadeTM delivers autonomous, coordinated cryptographic transitions across distributed networks with zero downtime. When a cryptographic algorithm is compromised or a new standard emerges, CasQade transitions every node in the network — simultaneously, seamlessly, and without operational disruption. Current cryptographic transitions take organisations 6–18 months. The 2017 SHA-1 vulnerability required this timeline despite years of advance warning. Quantum threats demand faster response — vulnerability windows measured in months or weeks create exploitable gaps. CasQade compresses this timeline from months to seconds.
- Autonomous, coordinated transitions between cryptographic algorithms across entire networks with zero downtime
- Implementation of post-quantum algorithms standardised by NIST and international bodies
- Centralised policy decisions with distributed enforcement — no manual node-by-node reconfiguration
- Protection against both current and quantum-enabled attacks simultaneously
At NATO SHINE 2025, CasQade demonstrated cryptographic agility under tactical military conditions — sub-5-second transitions with 100% uptime and 100% attack rejection. NATO is using these results to define requirements for allied defence networks. Qorsa has been invited to SHINE 2026 for expanded demonstration.
Agility Authority
Autonomous, coordinated transitions between cryptographic algorithms across entire networks.
Zero-downtime replacement when vulnerabilities emerge — no manual node-by-node reconfiguration.
Automatically respond to new vulnerabilities and threats
Centralised policy decisions with distributed enforcement.
Protection against both current and quantum-enabled attacks simultaneously.
Proactive Security
Instantly swap outdated encryption protocols
Stay compliant with the latest security standards
Automatically respond to new vulnerabilities and threats
Distributed Multi-System Ledger for Data Accuracy & Data Integrity
Immutable ledger for secure data backup that is entirely in your control
Real-time detection of data changes and corruptions
Redundant tamper-proof architecture for mission-critical systems
Proven. Validated. Deployed.
Cryptographic agility validated at NATO SHINE 2025 | Applied research partnership with the University of Waterloo | Headquartered in Waterloo, Ontario, with European operations in The Hague
