GitOps reconciliation
Version-controlled desired state reconciles through ArgoCD so the cluster matches Git.
One deploy model across Kubernetes, VMs, serverless, and static sites
Ship with one delivery model that runs natively on Kubernetes and reaches VMs, serverless, and static sites. Desired state is version-controlled and reconciles through GitOps with ArgoCD, while canary and blue-green rollouts are generated for you. Drift detection and rollback are built in.
The problem
Your teams deploy to Kubernetes, VMs, serverless functions, and static sites, but each target has its own scripts and rollout process. Desired state drifts from what is actually running, that drift goes unnoticed until something breaks, and every team hand-rolls its own canary or blue-green strategy rather than sharing one consistent model.
Version-controlled desired state reconciles through ArgoCD so the cluster matches Git.
Canary and blue-green rollout strategies are generated rather than hand-written.
One model deploys to Kubernetes natively and reaches VMs, serverless, and static sites.
Detect drift from desired state and roll back to a known-good version.
Promote across environments and reach Kubernetes, VMs, serverless, and static targets from one model.
Commit desired state to version control as the single source of truth.
GitOps with ArgoCD continuously brings each target in line with that state.
Generated canary or blue-green strategies promote the change with rollback ready.
How it stays governed
Environment promotions are evaluated against policy as code before they proceed, so a deployment cannot reach a gated environment without satisfying the conditions declared for that stage. The same rule set applies across every connected target type.
Each reconciliation event, rollout step, drift detection, and rollback writes once to a tamper-evident audit trail with the source version behind it, so you have a verifiable record of what was deployed, from which declared state, and when.
Promotions to production or other sensitive environments keep a human in the loop. The delivery pipeline pauses for sign-off before the change advances rather than promoting automatically.
Works with your stack
Source control is the single source of truth for desired state; CI/CD pipelines trigger delivery; infrastructure connectors reach non-Kubernetes targets including VMs and serverless functions.
Who it’s for
If your services run on a mix of Kubernetes clusters, VMs, and serverless functions, you can use one delivery model for all of them rather than maintaining separate pipelines and rollout scripts per target type.
Teams in regulated industries can promote through environments with policy-gated checkpoints and a tamper-evident record of every promotion, satisfying audit requirements without collecting evidence by hand.
Rather than each team writing its own canary or blue-green configuration, teams get a generated rollout strategy that is consistent, version-controlled, and ready to roll back if something goes wrong.
No. IntegraCI orchestrates and gates the delivery tooling you already run. Your GitOps engine continues to reconcile state; IntegraCI governs what is allowed to be declared, promoted, and reconciled, and records every decision.
The delivery model runs natively on Kubernetes and reaches VMs, serverless functions, and static sites from the same model. You do not need a separate pipeline per target type.
They are generated from the delivery model rather than hand-written. You choose the strategy; IntegraCI produces the configuration and keeps rollback ready from the moment a rollout begins.
Drift is surfaced so your team can see exactly what diverged from the version-controlled source of truth. You can trigger a rollback to a known-good version or reconcile forward, and either action is written to the audit trail.
Request a demo, or read the docs to see how it fits the tools you already run.