System Status - ModNexus
The Universal Mod Distribution Engine
Live Service Health
Real-time monitoring of core infrastructure powering mod downloads, authentication, and repository syncs.
● Operational
Uptime: 99.98% (30d) | Avg Latency: 14ms
● Operational
Uptime: 99.95% (30d) | Request Rate: 12.4k/sec
● Degraded Performance
Uptime: 98.12% (30d) | OAuth2 Token Refresh Delayed
● Operational
Uptime: 99.99% (30d) | Read/Write Latency: 2ms / 5ms
Recent Incident Reports
Resolved and ongoing issues affecting mod repository operations.
OAuth2 Token Refresh Latency Spike
Users experienced intermittent 504 timeouts when refreshing session tokens via the desktop launcher. Root cause: Redis cache node exhaustion in us-east-1. Resolved by scaling to 8-node cluster and implementing connection pooling.
CDN Cache Poisoning on Mod Assets
Corrupted `.zip` payloads served for 14 mods in the Skyrim SE category. Edge routing misconfigured after automated SSL renewal. Purged stale cache and rolled back routing rules. All assets verified via SHA-256 checksums.
Database Replication Lag on EU-West Nodes
Read replicas in Frankfurt are experiencing 4-6 second sync delays during peak traffic windows. Write operations remain unaffected. Engineering is optimizing binlog compression and evaluating read-query redistribution.
Planned Maintenance Windows
Scheduled upgrades and infrastructure migrations to improve platform stability.
API Gateway v3.2.1 Deployment
Rolling update to improve rate-limiting accuracy and add GraphQL endpoint support. Expected downtime: 0 minutes. Fallback routing will handle traffic migration automatically.
Primary Database Cluster Migration
Hardware refresh for primary PostgreSQL nodes. Read-only mode will be enforced for 15 minutes during failover. Mod submissions will be temporarily paused. CDN and Auth services remain unaffected.
CDN Origin Failover Testing
Controlled traffic shift to secondary origin servers to validate disaster recovery protocols. Users may notice minor latency fluctuations. No service interruptions expected.