Operate
Operational console
v1.8.5-rc1 · Simulated controlled-UAT candidate
v1.8.5-rc1 simulated controlled-UAT candidate screen. No live infrastructure or completed-UAT proof. View the candidate screenshot gallery.
ZTF-Orchestrator
Prepare, govern and review Nutanix operations. v1.8.4 remains stable; v1.8.5-rc1 adds controlled-UAT Upgrade Advisor assessments, live PE drift reads and guarded configuration workflows.
Stable v1.8.4Controlled UAT v1.8.5-rc1
Working implementation
Drift policies
ZTF 2.x IaC
Progress visibility
Preview badges
Provider maturity labels
Light-theme details
Approvals
Audit
Evidence
Native Foundation UAT
Dell iDRAC Redfish
Deployment gates
AHV hardening
Appliance package
Problem
Script-driven infrastructure work is difficult to review after the fact unless planning, execution, and evidence are kept together.
Implemented
Runtime checks, workflow launch, approvals, run history, readiness layers, automated Drift Detection policy scheduling, progress visibility, light-theme detail readability, Preview badges, provider maturity labels, ZTF 2.x IaC preview paths, dashboard evidence, and release packaging.
Evidence
Stable v1.8.4 assets, separate v1.8.5-rc1 validation receipt and checksums, dated source history, simulated candidate screens and narrated candidate demo, and inspectable workflow boundaries.
Boundary
Demo data is simulated. Native Foundation mutating adapters remain disabled until controlled hardware UAT evidence exists. Designed as a personal engineering project and lab-facing operations console, not a vendor-supported Nutanix product.
Stable and candidate downloads, current capabilities and validation gates.
Develop
Prototype
Live demo snapshot
Nutanix Developer Cloud Studio
A self-service portal pattern for requesting Nutanix-backed lab environments, now including guided lab VM workflows, lab profile selection, setup validation, scope approval, and evidence export.
v10.5.0
Prototype
Mock mode
Prism-safe
Guided lab VM workflow
Demonstrates catalog, request, approval, and environment views, including Prism Element and Prism Central lab profiles, read-only setup validation, approved scope, guided create/clone lifecycle checks, reconciliation, and evidence export.
- For exploring internal developer platform patterns.
- Static demo and mock mode keep the experience safe to inspect.
- v10.5.0 documents the guided lab VM workflow while keeping real lifecycle execution lab-only, disabled by default, and Platform Admin-gated; the Sep 9 update polishes the operational console layout.
Deploy
Framework
Live demo snapshot
NKP ZeroTouch Framework
A local CLI and governed deployment framework for connected, proxied, and air-gapped NKP paths, refreshed with console icons, editable setup, operational dashboard, and deployment UAT evidence updates.
v0.1.0
Framework
Air-gapped
Validation
UAT evidence
Focuses on deployment modes, prerequisites, validation, editable setup planning, RS256/JWKS OIDC evidence, deployment UAT evidence, and offline-package thinking before a cluster is touched.
- For comparing connected, proxied, and disconnected operating paths.
- Shows runner, operational dashboard, editable setup, validation, UAT evidence, and bundle-preparation concepts.
Local CLI phases and dashboard governance support guarded apply-class paths. The public demo is simulated and never provisions infrastructure; production validation is not established.
Generalize
Control framework
Live demo snapshot
StrataOne
A vendor-neutral orchestration experiment for distributed infrastructure operations, now including a Sep 13 Azure Local provider handoff, queued-credential safeguards, SBOM attestation, and execution-manifest evidence.
Framework
FastAPI
RBAC
Live demo
Azure Local
Provider handoff
Manifest evidence
Redfish gated
SBOM attestation
Trivy scan
Tests how inventory, runbooks, approvals, lifecycle controls, approval-gated live Redfish, Azure Local provider handoff artifacts, credential-reference guarded queued jobs, SBOM-backed supply-chain evidence, Trivy high/critical fixable-CVE gates, and OEM validation boundaries could work when the model is not tied to one platform.
- For exploring a broader infrastructure orchestration pattern.
- Sep 13 Azure Local handoff adds an execution manifest, artifact bundle, and ready-for-provider-handoff boundary without live Azure mutations.
Assure
Lab-first / read-only
Static demo snapshot
Cluster Assurance Orchestrator
A read-only Nutanix health assurance console for validating Prism connectivity, collecting cluster evidence, tracking readiness gates, and supporting operations teams before production assurance claims are made.
v0.1.0
Lab-first
Read-only Prism
Schedules
RBAC
Audit trails
Evidence exports
Covers Prism Central and Prism Element connection profiles, manual and scheduled read-only health runs, evidence manifests, archive exports, PostgreSQL-backed settings, local bearer sessions, and readiness gates.
- For making Nutanix estate health, evidence quality, and support triage visible before assurance claims are made.
- Read-only Prism collectors are in scope; mutating Prism actions, production NCC execution over SSH, and vendor support claims are explicitly out of scope.
Migrate
Alpha / readiness
Live demo snapshot
Nutanix Migration & Readiness Control Plane
A readiness and handoff model for VMware-to-Nutanix migration planning, now with a narrated overview, operator workbench navigation, Nutanix DEV proof, live-readiness checks, environment access gates, and local-first evidence workflow boundaries.
0.4.0-alpha.1
Alpha
Readiness
Handoff
Nutanix DEV proof
Separates assessment, planning, workflow state, live endpoint proof, operator-friendly PASS/FAILED/preflight results, and handoff artifacts from the act of executing a migration.
- For making migration gaps visible before a change window.
- 90-second narrated overview showing the Migration Readiness operator console, environment connection model, readiness workflow, ESXi/vCenter/Nutanix context, and evidence-led migration planning. Demo data is simulated.
- Alpha status is explicit; live-readiness, Nutanix DEV proof, and the narrated walkthrough are not presented as executed migration proof.
Govern
Research / AI governance
Enterprise AI Architecture Pattern
EAAP Control Plane is an active, production-oriented reference implementation for governing AI-assisted enterprise decisions through deterministic controls, approval boundaries, execution tokens, local approval paths, and audit evidence.
Problem
AI-assisted decisions need deterministic controls before recommendations can become operational action.
Implemented
Governance evaluator, persistent local approval queue, scoped execution tokens, HTTP domain-agent delegation, tenant-scoped identity controls, audit utilities, Docker smoke evidence, HLD, ADRs, and threat model. Enterprise integrations retain the documented maturity limits.
Evidence
Public source, verified check-suite expectations, OpenAPI validation, security scan, Docker Compose smoke evidence, migration and Kubernetes manifest validation, and explicit STATUS.md maturity boundary.
Boundary
Reference implementation and personal architecture experiment, not a certified standard or production-ready enterprise platform.
