TRACE (Testing & Reliability for App Containers & Environments) is an established solution within the Navy’s Collaborative Staging Environment (CSE) ecosystem that provides comprehensive monitoring and intelligent analytics across containerized applications and cloud environments. The platform serves as a “single pane of glass” delivering near real-time and historical visibility into the health of CSE cloud decks, Agile Core Services (ACS), and Battle Management Aid (BMA) container-based applications.
The Navy’s transition to containerized applications and cloud-native architectures created significant operational challenges in ensuring the reliability development and testing cloud environments made available to mission applications to formalize their development and receive certification after testing for operational deployment.
Operations teams of CSE lacked unified monitoring across distributed container environments spanning multiple cloud decks and platforms, making it impossible to correlate performance issues across Agile Core Services and Battle Management Aid applications. This fragmentation led to delayed detection of performance degradation that regularly impacted C5I application availability. Manual verification processes couldn’t scale with rapid deployment growth, while fragmented monitoring tools provided incomplete visibility into system health.
Without a centralized reliability assurance mechanism for containerized environments, troubleshooting issues across OpenShift, ArcGIS, and other integrated platforms became increasingly complex. The absence of historical performance data further complicated trend analysis and capacity planning efforts.
TRACE addresses these challenges through an integrated monitoring architecture that serves as the central reliability hub for Navy’s Development and Testing Tactical Network cloud environment. The platform continuously ingests data from diverse sources including OpenShift, ArcGIS, Elasticsearch Logstash Kibana (ELK), ForgeRock, Cloudera, and NiFi through secure API integrations, database connectors, and log aggregation pipelines.
This comprehensive data collection enables frequent streaming of telemetry data from distributed sources across both Impact Level 4 (unclassified) and IL6 (secret) environments. The system provides intelligent monitoring and analytics capabilities that deliver both near real-time and historical visibility into system health. TRACE performs automated health checks across all registered containers and services, generating detailed error logs to help identify issues based on observed data patterns. Its anomaly detection algorithms identify potential issues before they impact operations, while predictive analytics support capacity planning and resource allocation decisions. The platform’s correlation analysis across multiple data sources enables rapid root cause identification, significantly reducing mean time to resolution.
Operationally, TRACE consolidates health metrics from CSE cloud decks into a central dashboard with drill-down capabilities that allow operators to navigate from high-level system status to individual container diagnostics. The platform features customizable alerting thresholds for proactive issue identification and integrates seamlessly with existing Navy cloud infrastructure including OpenShift and Kubernetes. Automated validation workflows replace manual verification processes, while continuous monitoring of Agile Core Services availability and Battle Management Aid application performance ensures operational readiness. The system’s container lifecycle monitoring, resource utilization analysis, and service dependency mapping provide comprehensive visibility into the entire containerized ecosystem.
