Built to be trusted with real engineering work
Mynth is operated like critical infrastructure. Multi-provider architecture removes single points of failure, evaluation guardrails keep agents trustworthy, and full telemetry makes every run observable.
Operated to a 99.99% target
99.99% uptime target
A reliability-first posture operated like critical infrastructure.
Kubernetes-native
20+ microservices run on Kubernetes and owned end to end.
Fallback & failover
Automatic failover keeps work moving when a provider degrades.
No single point of failure
No single vendor
Routing across four providers removes single-vendor dependency.
Multi-provider routing
Traffic is distributed and re-routed across providers by design.
Survive outages
A vendor outage or price hike can’t halt the platform.
Trustworthy enough to act on
In-loop evaluation
Quality checks run inside the loop on every agentic run.
Quality guardrails
Guardrails keep agent output within acceptable bounds.
Stops bad output early
Low-quality runs are caught early, before cost or risk compounds.
Measurable, manageable, auditable
Full telemetry
Quality, latency, reliability, and cost across every run.
Per-run cost control
Routing and evaluation cut per-run cost ~40–50%.
Debugging tooling
Internal tooling to inspect prompts, agents, and inference workflows.
How we think about trust
A few principles shape how we build and run the platform.
Security by design
Reliability and resilience are designed into the architecture, not added later.
Least privilege
Access is scoped and intentional across services and workflows.
Observe everything
If it runs, it’s measured — so issues are found before they matter.
Questions about security posture, data handling, or enterprise requirements? Talk to our team — we’re happy to walk through it.
Let's build on a foundation you can trust.
See how Mynth turns engineering intent into reliable, cost-controlled output. Book a personalized demo with our team — we’re onboarding new teams now.