Qont developed RiskChip™ to extend Risk Computing beyond cloud environments and directly into real-world systems. The unit provides the performance, reliability and expansion capacity required for devices and machines operating outside controlled infrastructure. RiskChip™ will be available between late December 2025 and early 2026.
Real-World Systems Need Local Risk Computing
Many environments cannot depend solely on cloud connectivity. Robots, vehicles, mining equipment, field systems and everyday devices often operate where network conditions vary or where immediate response is required. RiskChip™ addresses this by enabling risk computing to occur directly on the device.
Built for Performance and Reliability
Qont designed RiskChip™ to offer stronger performance and stable behaviour under load. Local processing ensures systems can interpret and understand risk conditions without relying on remote resources. The approach supports consistent operation across a wide range of deployment scenarios.
Delivered as an Enclosed, Ready-to-Use Module
RiskChip™ ships as a complete enclosed hardware unit rather than a loose board. This design ensures durability and simplifies installation across devices that require physical protection and consistent handling. The module is prepared for organisations that need dependable hardware for demanding environments.
Greater Control Over System Behaviour
Running risk computing on dedicated hardware allows Qont to maintain more control over performance characteristics and system behaviour. The hardware layer reduces external dependencies and supports predictable, structured processing across different operational conditions.
A Long Term Direction for On-Device Risk Computing
RiskChip™ is part of Qont’s long-term move toward real-world, on-device Risk Computing. As the category expands into new sectors, the company expects local hardware to play an increasingly important role in bringing reliable and repeatable risk technology to systems across the world.
Qont built RiskChip™ to ensure Risk Computing can operate wherever real-world conditions demand stability, clarity and consistent processing.