
Canyon Code
Canyon Code provides an Observe, Optimize, and Govern platform for enterprises running multi-agentic AI applications at scale. The platform offers workflow-aware model serving to cut avoidable infrastructure spend, application-level observation across workflows, and per-workflow, per-user-persona policy controls for granular AI governance. It is designed for engineering and platform teams needing cost optimization and policy-based compliance management.
- Artificial Intelligence
- Enterprise Software
- Regulatory & Compliance Technology
- Developer Tools
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Enterprises deploying multi-agentic AI applications face soaring infrastructure costs and governance gaps. Token-level cost monitoring fails to identify workflow-level inefficiencies, and managing AI at scale without granular policy controls creates compliance and security risks.
Solution
Observe Optimize Govern provides a platform that gives enterprises end-to-end visibility and control over their multi-agentic applications. The Observe capability tracks application behavior across workflows, while the Optimize capability uses workflow-aware model serving to route and schedule workloads intelligently, eliminating waste that token-level infrastructure cannot detect. The Govern capability delivers enterprise-scale policy management with per-workflow and per-user-persona controls, enabling teams to enforce their own governance rules rather than relying on generic guardrails.
Target Audience
Primary customers are engineering and platform teams at enterprises deploying multi-agentic AI applications at scale who need infrastructure cost optimization and policy-based governance.
Features
- Workflow-aware model serving with intelligent routing and scheduling to reduce infrastructure waste
- Per-workflow and per-user-persona policy controls for granular AI governance
- Application-level observation across multi-agentic workflows
- Enterprise-scale management designed for team-based AI operations