Pierce the Chip "Fog" to Unlock Predictable, Reliable Compute Output
Self-developed operators · Data-driven · One-click deployment
Minimal setup: Containerized, seconds-level adaptation across hardware; non-intrusive monitoring with zero impact on workloads.
Deep visibility: Operator-level insights straight to the chip core; system-level observability down through the hardware layer.
Health quantified: Expert models + data-driven analytics turn complex aging trends into clear health scores—no more guesswork.
Real-time detection: See current status end-to-end, with key metrics and live operating conditions fully under control.
Pre-launch Quality Assurance
Quantum-level testing · Online service · One-click deployment
Self-developed quantum use cases + architecture-level ATPG
Precisely filter out "defective cards" to ensure stability upon launch
Making Computing Power Transactions More Controllable and Stable
The computing power chip detection platform can provide quantifiable health assessments for each graphics card before it goes online during the processes of computing power procurement, expansion, and circulation of storage assets, significantly reducing the uncertainty in computing power transactions.
Evaluating Second-hand Cards and Computing Power from Mixed Sources
In scenarios involving second-hand cards, rental cards, and cross-batch computing power, detection results clearly distinguish between usable cards, high-risk cards, and cards that cannot be brought online, avoiding reliance on experience and probabilistic judgments.
Risk Prevention: Keeping Issues Out of the Production Environment
Potential risks such as card failures, abnormal frequency drops, and stability issues are identified and isolated before going online, reducing unexpected failures in the production environment.
Reducing Failure Rates, Improving SLA Achievement
By eliminating unstable computing power and ensuring the quality of online assets, unplanned interruptions and task rollbacks are significantly reduced, enhancing the overall stability and service availability of the cluster.
