FalconIO is a platform engineering OS for operationally critical enterprises in supply chain, logistics, manufacturing, and industrials. Four integrated features — infrastructure control, observability, business continuity, and incident management — unified on Kubernetes, built for US and European enterprise environments.
Each feature is powerful independently. Together, they share a topology graph, a telemetry backbone, and an incident context layer — so every part of the platform is smarter because of every other part.
Crossplane-abstracted for Kubernetes-native self-service and continuous reconciliation. Pulumi-powered for code-first complex provisioning and BC/DR failover execution. Engineers self-serve through a policy-enforced service catalogue.
VictoriaMetrics for operational hot metrics. ClickHouse for long-term analytics and trace storage. Pre-built dashboards for SCM, logistics, and industrial stacks. No proprietary lock-in. 60–80% cost reduction vs Datadog at scale.
BC Manifests — versioned, topology-aware resilience declarations — replace static runbooks. Chaos experiments run only after blast radius modelling. Failover executes via Pulumi stacks. ISO 22301 and SOC 2 evidence generated continuously.
A native incident management module — not a Jira integration pretending to be one. Outages, DR activations, IDP events, bugs, and changes flow through one queue. Every ticket has topology state and observability snapshots attached automatically.
Enterprises in supply chain, logistics, and manufacturing run complex multi-cloud Kubernetes stacks. The infrastructure is mature. But control is fragmented — across disconnected scripts, siloed tools, and runbooks written by people who have left.
Engineers wait days for infrastructure. Provisioning is inconsistent and undocumented. Policy guardrails live in wikis, not systems. Drift accumulates silently until it becomes an incident.
Datadog costs are unsustainable at scale. DIY Prometheus is fragmented. Metrics, traces, and logs live in separate systems. Dashboards are generic, not operationally specific to your stack.
RTO and RPO are numbers in a document — not properties of the system. DR tests are rare and manual. The plan was written against infrastructure that no longer exists.
Alert in one tool. Runbook in another. Infra state in a third. DR plan in a fourth. Every minute spent assembling context is a minute not spent on recovery. MTTR suffers.
FalconIO is opinionated. We are a Kubernetes shop and a Go shop. Our opinions are not limitations — they are the source of the operational velocity, security posture, and MTTR improvement our customers see.
In most stacks, an incident requires manually correlating the alert, the infra state, the DR runbook, and the bug tracker. In FalconIO, every event type shares context — automatically.
IDP requests, outage incidents, DR activations, change management, and bugs — one native queue. Every ticket has infra topology, observability snapshots, and BC Manifests auto-attached.
One dashboard surface across all four features. IDP throughput, infra topology, operational telemetry, BC/DR readiness, and incident queue — no tab-switching between tools.
Every feature reads from the same topology graph. An alert knows which services are affected. A DR activation knows which BC Manifests apply. Context is shared by design, not copied between tools.
We serve enterprises in the United States and Europe — markets where platform engineering is a funded discipline, resilience is a regulatory and contractual requirement, and the cost of infrastructure failure is material and measurable.