The observability platform correlates metrics, logs, traces and security telemetry with a continuously synchronized model of your network. Find root cause in minutes, detect threats with full context, and rehearse every change before production feels it.
Most teams run separate monitoring, SIEM and network tooling that disagree with each other at the worst moments. The observability platform shares one entity model, one timeline and one query language across all three.
Metrics, logs and distributed traces from applications, Kubernetes, VMs, network devices and cloud services. Service maps, SLOs, error budgets and anomaly detection that learns your baselines.
Detection rules, behavioral analytics and threat intelligence applied to the same telemetry your operations team already trusts. Every alert arrives with the network path, asset and identity context attached.
A vendor-neutral model of your routers, switches, firewalls, load balancers, SD-WAN and cloud networking, rebuilt continuously from configuration and state. Ask "what if" and get a mathematically verified answer.
Paste a proposed configuration change, upload a change ticket, or point the observability platform at your automation pipeline. The twin computes every affected path and policy and blocks changes that would violate your rules.
Click any spike, trace or detection and the observability platform pivots across every signal that shares the same service, host, user or network segment. The timeline shows what changed, who changed it and what it touched.
OpenTelemetry, Prometheus, Fluent Bit, syslog, SNMP, NetFlow, IPFIX, sFlow, cloud provider logs and vendor APIs.
Define service objectives, track burn rates and alert on what matters to users rather than raw thresholds.
Seasonal baselines and multivariate anomaly detection that adapts to your traffic patterns without hand tuning.
Curated, ATT&CK-mapped rules plus a hunting workspace over the full telemetry history.
Continuous evidence collection and reports for PCI DSS, HIPAA, NIST 800-53, CIS Benchmarks and internal standards.
Cisco, Juniper, Arista, Palo Alto, Fortinet, F5, VMware NSX, AWS, Azure and Google Cloud networking.
REST and webhook APIs, Terraform and Ansible integrations, and CI/CD gates for network changes.
SSO and SAML, SCIM, role-based access, immutable audit logs and customer-managed encryption keys.
Hand alerts to Primeloom's 24/7 operations centers, or run it yourself. Same platform either way.
The observability platform grew out of Primeloom's work building and operating networks for military, healthcare, banking and energy organizations across the United States. It is designed for teams that answer to auditors, regulators and customers who never want to hear about downtime.
The observability platform continuously collects device configurations, routing and forwarding state, and traffic telemetry through read-only access. Each change rebuilds the affected portion of the model within minutes, and drift detection flags any divergence between intended design and running state.
The observability platform models Cisco, Juniper, Arista, Palo Alto Networks, Fortinet, F5, VMware NSX and major SD-WAN platforms, as well as AWS, Azure and Google Cloud networking constructs. Observability ingestion uses open standards including OpenTelemetry, Prometheus, syslog, SNMP and flow protocols.
For many organizations, yes. The observability platform provides log analytics, detection rules, correlation, threat intelligence and compliance reporting. It can also run alongside an existing SIEM and forward or receive alerts during a phased migration.
As a single enterprise license that includes the full platform, every deployment model and unlimited users. There are no tiers or feature gates. Contact us for a quote tailored to your environment, or see what the license includes.
Yes. Primeloom engineers deploy the observability platform, onboard your telemetry and build your initial dashboards, detections and twin model. Our 24/7 NOC and SOC can then operate it on your behalf.
Bring a real change you are planning. We will simulate it live in the observability platform during your demo.
