Deterministic Automation for Hybrid Infrastructure

Stateful and stateless DR, cloud burst, hybrid HA WAN, and GitOps-ready Kubernetes — validated across Proxmox, Hetzner, and GCP through a cost-aware, contract-driven model.

IPAM • SDN • PostgreSQL HA • RKE2 • VyOS edge • Cloud SQL DR

Quickstart Book a demo

Module contracts stay stable. Profiles carry policy. Packs stay replaceable.

Blueprints in core

Runtime modules

PostgreSQL DR lanes

Deployment surfaces

Current platform stories

Seven platform scenarios — each proven end to end with delivery paths, run records, and a documented walkthrough.

Authoritative on-prem foundation

Stand up NetBox-backed IPAM, Proxmox SDN, and foundation services from a clean on-prem environment with deterministic state and repeatable rebuilds.

View walkthrough

Reusable Proxmox SDN foundation

Deliver segmented VLAN-backed networking, optional host routing, NAT, and DHCP through one controlled Proxmox SDN path instead of hand-built bridge changes.

View walkthrough

PostgreSQL HA failover and failback

Run PostgreSQL HA on-prem with Patroni and pgBackRest, restore the cluster into GCP during a DR event, and return it on-prem with checksum-verified application data.

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Hybrid WAN edge and site extension

Use a Hetzner-hosted VyOS edge pair as the public WAN anchor, extend on-prem routes through site-extension tunnels, and exchange prefixes with a GCP hub over redundant BGP sessions.

View walkthrough

RKE2 HA platform foundation

Bring up a highly available on-prem RKE2 control plane and worker pool with a clean kubeconfig handoff, then layer GitOps and workloads on top without changing the underlying execution model.

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Managed PostgreSQL DR with Cloud SQL

Establish a managed Cloud SQL standby from the on-prem PostgreSQL HA source, promote it under control, and fail back into an isolated on-prem lane without touching the live service path.

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Governed network emulation delivery

Provision governed EVE-NG environments on Proxmox for on-campus teaching or GCP for remote delivery — same blueprint model, same execution contract, different target.

View walkthrough

Capabilities

A compact operating surface that stays stable as environments, policy, and tooling evolve.

DR drills

Rehearsed failover and failback with structured run records, redacted logs, and a clear verification chain.

Controlled burst

Provision burst capacity only when signals and policy allow. Keep cloud spend event-driven.

Policy profiles

Centralize backends, approvals, connectivity expectations, and toolchain policy without leaking it into module intent.

Replaceable packs

Swap Terraform (via Terragrunt), Ansible, or Packer plans without breaking the module contract.

Validation

Deterministic input merge with module-owned validators and preflight before execution runs.

Run records

Every run persists deterministic results, redacted logs, and published outputs that can back an incident review or audit.

Representative runtime record

Drivers run in isolated workdirs and persist reviewable output under the runtime root. Redaction is default.

<runtime-root>/logs/module/<module_id>/<run_id>/
  driver_meta.json
  driver_result.json
  inputs_runtime.json
  workspace_policy.json
  backend_binding.json
  terragrunt.log
  stdout.redacted
  stderr.redacted

Docs and runbooks describe the wiring. The operating surface stays stable even when the toolchain behind it changes.

Execution model

A strict boundary between intent, policy, and implementation.

ModuleSpec stays clean

Intent only. No backend logic, tool flags, or secret material.

api_version: hybridops/v1
kind: ModuleSpec
module_ref: platform/onprem/postgresql-ha

inputs:
  defaults:
    apply_mode: auto
    patroni_cluster_name: postgres-ha
    postgresql_version: 16
    dcs_type: etcd
    inventory_requires_ipam: true
requirements:
  credentials: []
execution:
  driver: config/ansible
  profile: onprem-linux@v1.0
  pack_ref:
    id: onprem/common/platform/35-postgresql-ha@v1.0
outputs:
  publish:
    - pg_host
    - cluster_vip
    - endpoint_dns_name
    - apps
    - cap.db.postgresql_ha

Profiles carry policy. Packs carry implementation. ModuleSpec remains tool-agnostic.

Drivers produce run records

ModuleSpec

Intent contract: inputs, constraints, probes

Driver

Execution engine and isolation boundary

Profile

Policy and defaults (governance)

Pack

Replaceable tool plan bundle

Evidence

Deterministic outputs and provenance

Inputs

Merged with deterministic precedence, then validated.

Workdir

Packs are copied into an isolated workdir under the runtime root.

Run record

Stable paths with redaction by default and deterministic published outputs.

hyops apply is the stable entry point. Docs describe the wiring.

Pick the edition that fits your risk profile

Start with self-serve evaluation. Add governance, onboarding, and support as your risk profile grows.

Self-serve

Community

For: Teams validating the workflow in a lab or low-risk environment

Reference modules, docs, and demos
Structured run records with redacted output
Lab profiles and practical runbooks
On-demand cloud — no always-on workload spend

Guided rollout Most common fit

SME

For: Lean IT teams and schools moving from evaluation to adoption

Everything in Community
Paid Copilot and full documentation access
Academy training for guided implementation tracks
Onboarding, DR drill review, and rollout guidance
Cost-guarded burst patterns with practical support

Program engagement

Enterprise

For: Regulated, multi-team, or multi-environment organizations

Everything in SME
Governance profiles and hardened rollout standards
Audit-ready evidence and operating model alignment
Structured training, enablement, and stakeholder support
Commercial planning for broader adoption

Start here

Run your first DR drill in minutes.

Start with the self-serve quickstart to evaluate the workflow directly. For a guided walkthrough or delivery model mapping, use the demo option.

Install the Community edition — no always-on cloud required
Pick a reference module and run hyops apply
Inspect the run record: redacted logs, published outputs, and provenance
Read the runbook to go further

Open Quickstart

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