Stop hand-crafting deployment configurations from scattered wikis and spreadsheets. Rescile’s graph is your single source of truth for everything—from server specs to network policies and application dependencies. A single GraphQL query can generate a complete, context-aware recipe for any tool, be it Terraform variables, an Ansible inventory, or a Kubernetes manifest, ensuring what you deploy is exactly what you designed.
Preparing for a SOX, GDPR, or PCI-DSS audit is a manual, time-consuming fire drill. Rescile turns compliance into a continuous, automated process. Security policies are defined as code and applied to the graph. Auditing becomes a simple query to find anything missing a required control, providing an instant, real-time gap analysis instead of a last-minute evidence hunt.
Cloud bills are massive and opaque, making it impossible to attribute shared infrastructure costs to the business units that consume them. Rescile connects the dots. By enriching infrastructure nodes with cost data, the graph links technical assets to application owners, enabling precise queries like, “What is the total monthly cost of all infrastructure owned by team-alpha?”
A new Log4j vulnerability is discovered, or a provider service is going to deprecate. How do you find every affected application? Rescile’s graph is your central repository for operational intelligence. By joining CVE data from an SBOM or service contracts, a query can instantly trace a risk to every dependent application and its owner.
Your policy requires every production database in us-east-1 to have a DR replica in us-west-2. How do you enforce this at scale? With Rescile, you model architectural patterns as declarative rules. A rule automatically creates a database_replica node for every primary database. Your architecture becomes auditable by design; a query for any database without a replica instantly reveals gaps.
In large enterprises, “ownership” is multifaceted—from business owner to on-call team to third-party data processor. Rescile moves beyond a single owner field by modeling Party, Provider, and Role as first-class citizens. A single declarative rule can map these responsibilities across thousands of assets, enabling crucial queries like, “For this failing database, who is the on_call_team for every affected application?”