Reliability & Status
RVO is designed to provide stable and predictable RPC access for production workloads.
Reliability is treated as an operational discipline, not a marketing claim. This page explains how availability is monitored, how incidents are communicated, and where to find real-time system status.
Reliability by design
Section titled “Reliability by design”RVO is built to handle sustained traffic without relying on opaque prioritization or hidden behavior.
Key reliability principles include:
- Explicit per–API key limits to prevent overload
- Isolation between workloads
- Controlled degradation instead of cascading failures
- Continuous monitoring of critical systems
The goal is not theoretical uptime, but understandable and observable behavior under load.
Monitoring and detection
Section titled “Monitoring and detection”RVO continuously monitors its infrastructure for:
- Availability
- Error rates
- Latency anomalies
This allows issues to be detected early, before they escalate into broader outages or sustained degradation.
Monitoring focuses on production impact rather than internal-only metrics.
Incident communication
Section titled “Incident communication”When incidents or degradations occur, they are communicated transparently.
RVO does not rely on silent mitigation or delayed disclosure.
If system-wide behavior is affected, users are informed.
System status page
Section titled “System status page”The authoritative source for platform health and incidents is the public status page:
The status page provides:
- Current service status
- Ongoing incident updates
- Historical incident records
This allows you to quickly determine whether an issue is local to your application or related to the platform.
What to expect during incidents
Section titled “What to expect during incidents”During incidents:
- Updates are posted as information becomes available
- Resolution progress is communicated publicly
- Post-incident summaries may be published when relevant
RVO avoids speculative updates and focuses on accurate, actionable information.
Responsibility boundaries
Section titled “Responsibility boundaries”RVO is responsible for:
- RPC infrastructure availability
- Correct enforcement of limits
- Transparent incident communication
Application-level behavior, retries, and traffic patterns remain the responsibility of the client.
This clear boundary ensures predictable behavior on both sides.
Why this matters
Section titled “Why this matters”Production systems require trust.
By making reliability observable and incidents explicit, RVO ensures that:
- Issues can be diagnosed quickly
- Platform behavior is never ambiguous
- Teams can build resilient systems without guesswork
What’s next
Section titled “What’s next”To understand how to design resilient clients on top of RVO, continue with:
- Errors & Retries – handling failures correctly
- Production Setup – best practices for live workloads