Stategraph provides an operational database that serves as a single source of truth for infrastructure resources, their changes, and the agents that manage them. The platform makes infrastructure state queryable, governable, and live, enabling teams to quickly identify recent changes, detect drift before plans run, and assess blast radius without relying on scattered logs or tribal knowledge. It centralizes change history and dependencies to streamline incident review and risk assessment.
Funding
Funding not disclosed
Founders
Product
Problem
Infrastructure teams rely on flat Terraform state files that enforce a global lock, require full-state scans for every plan, and hide resource relationships, leading to lock contention, slow operations, delayed drift detection, and reliance on tribal knowledge for blast‑radius analysis.
Solution
Stategraph replaces the file‑based state with a PostgreSQL‑backed dependency graph, providing a real operational database for infrastructure. The platform stores each resource as a structured record with explicit edges, enabling resource‑level locking and parallel execution of independent subgraphs. Plans and applies run only against the affected slice of the graph, reducing execution time from minutes to seconds. Built‑in SQL querying, audit timelines, and blast‑radius analysis give teams instant insight into change impact, compliance, and cost without extra pipelines. Stategraph works as a drop‑in backend for Terraform and OpenTofu, requiring no changes to existing HCL or workflows while delivering a single source of truth for resources, changes, and agents.
Target Audience
Primary users are DevOps and platform engineering teams that manage Terraform/OpenTofu infrastructure at scale, including enterprises and fast‑growing startups needing fast, safe, and auditable IaC workflows.
Features
- PostgreSQL‑backed normalized graph storing all resources and their dependencies
- Resource‑level locking allowing concurrent deployments without global contention
- Dynamic state sizing that plans only the subgraph touched by a change
- Parallel, graph‑aware execution of plans and applies (Velocity)
- SQL inventory and ad‑hoc queries across all states and environments
- Built‑in blast‑radius analysis and dependency graph visualization
- Immutable audit timeline with per‑resource attribution
- Fine‑grained access control and RBAC down to individual resources