Converge turns years of expert operational knowledge into product: one platform through which customers, partners, and SREs provision, upgrade, secure, troubleshoot, and retire environments across Azure, AWS, on-prem, and fully air-gapped networks — without a vendor on the call.
Every operational activity becomes deterministic, repeatable, observable, auditable, and automatable.
You declare desired outcomes; the platform plans, executes, verifies, and reconciles. Every operation is idempotent — run it twice, converge to the same state.
Every operation is a typed workflow DAG of atomic operators — resumable, journaled, formally verified step semantics (Check → Run → Verify → Recover).
UI, CLI, REST, GitOps, and the agent tool surface consume the same APIs. No UI-exclusive functionality — and no CLI-exclusive functionality either.
Every action authenticated, authorized, and written to the audit trail before it executes. Destructive operations are plan-then-confirm by construction.
A single static binary with embedded UI. No capability assumes outbound internet — fleet features degrade to signed export/import bundles.
Network failures, partial failures, human mistakes, and timeouts are assumed. Failed operations halt cleanly, attach a support bundle, and offer rollback.
A modular-monolith control plane: every surface drives the same workflow engine over the same resource model — and the whole thing ships as one binary.
Converge exposes a governed agent surface: eight typed tools over the same engine every
other surface uses. An agent can plan a deployment, interview for missing parameters,
and diagnose failures — but applying a plan requires a content-hashed
plan_id and a single-use approval token. The agent proposes;
the platform constrains.
plan_id = hash(workspace, config, bundle digest) — apply refuses if inputs drift--yes never qualifiesInstallation is one small capability. The platform covers the other ten years.
Search, filter, group, and bulk-operate across every environment — connected or air-gapped. Health, version distribution, and upgrade waves at a glance.
EnvironmentsPreflight, compatibility matrix, backup & snapshot, expand-first migrations, rolling rollout, verification — with automatic rollback and a hard point of no return.
OperationsOperations are YAML DAGs of versioned operators. The graph you watch is a projection of the document you review — YAML stays the source of truth.
WorkflowsSigned release manifests with compatibility metadata — platform versions, not image tags. Air-gap bundles carry the same guarantees offline.
ReleasesContinuous desired-vs-actual comparison. Reconciliation is plan-then-confirm: the audited plan is exactly what executes — never a re-computed one.
Drift & ReconcileHealth that explains why, SLOs with error budgets, alerts, incident timelines — and a one-click support bundle attached to every failure automatically.
ObservabilityOIDC/SAML, RBAC, image signing, SBOM, vulnerability scanning, policy enforcement — with a write-ahead audit trail behind every mutating action.
SecurityConversational installs and fleet queries through governed, typed tools — every agent action planned, approved, journaled, and reversible.
CopilotPick the target release, watch preflight and the compat matrix clear, approve the point of no return, and let verification decide. Failure? Automatic rollback and a support bundle — no vendor on the call.
Fleet view shows every environment, its version, health, and drift — including air-gapped sites via signed bundle sync. Bulk-plan an upgrade wave across a region in one action.
Every failed operation already has its bundle: logs, events, Helm values, versions, journal, masked secrets. Root cause starts at minute zero, not hour two.
The audit trail is written before anything executes. Deletion sets, approvals, plan hashes — every operation traceable, attributable, and exportable as evidence.
The console below is a working prototype with realistic fleet data — every screen is a journey your team runs today by hand.
Open the console