The estate scans itself.
A scheduled scan under a read-only identity sweeps the estate; inventory, topology, cost and security posture update themselves. No human in the loop for facts.
SolutionPilot turns approved live evidence from your Microsoft estate—Azure, Microsoft 365, Azure DevOps—into clear system maps, architecture records, and governed context your team and your AI tools can rely on.
Live Microsoft estate+System context+Human intent=Living documentation + AI context
Navigate a sanitized architecture model built from an authorized, read-only Azure assessment. Select any component to inspect its role and evidence.
● This demonstrator shows the implemented live-Azure visualization pattern on sanitized sample data. The self-maintaining documentation and engineer-review workflow shown below are implemented patterns from a production build; connectors beyond Azure, Microsoft 365 and Azure DevOps remain pilot scope.
Every documentation tool asks humans to remember updates. SolutionPilot splits the work: machines maintain facts, engineers approve judgment — and every page shows which is which.
A scheduled scan under a read-only identity sweeps the estate; inventory, topology, cost and security posture update themselves. No human in the loop for facts.
Recurring service tickets surface as proposed documentation updates — shown as a diff, with sources — that an engineer reviews and accepts. Nothing writes itself into your record without a human decision.
Every scan diffs the estate. Changes with a matching ticket are explained; changes without one are surfaced for review — the distinction auditors and insurers actually ask for.
Facts update automatically, around the clock. Judgment is reviewed by an engineer. You always know which is which.
Connect the tools your teams already run. SolutionPilot correlates incoming tickets with the live estate, recognizes recurring problems, drafts solutions and implementation plans for engineer review — and documents the outcome back into the living record.
Azure DevOps is the implemented pattern from the production build. Additional connectors are roadmap — shown for the integration model, not as shipped. All product names and logos are trademarks of their respective owners.
The same evidence graph that draws your maps is exposed through a governed, read-only interface. Your AI tools stop guessing about your infrastructure — they read it.
The context layer is model-agnostic: point it at your Azure AI Foundry endpoint, Claude, or OpenAI. Credentials stay in your vault — or disappear entirely behind managed identity. SolutionPilot never stores a model key.
Not just Azure resources — the estate your organization actually runs on: tenancy, security posture, delivery pipelines, and the code that ships it.
Resource Graph, ARM, cost, identity, and network state — the deployed truth.
Licensing, security-plan coverage, and tenant signals for the estate view.
Delivery signals — projects, pipelines, and work-item flow beside the infrastructure they change.
Repositories, IaC, and deployment workflows joined to the running estate.
Every question about your infrastructure gets a grounded, cited answer — in whichever AI client your team already works. Answers cite the record they read; anything unverifiable says so.
payments-platform runs on the private Kubernetes user pool and depends on postgres-prod (Private Link) and redis-cache. One material change this week: a new private endpoint was added Tuesday 14:32 — captured with evidence and pending owner review.
Customer-hosted by default, read-only by design, and explicit about every scope, identity, source, and approval.
SolutionPilot isn't a subscription to someone else's platform. We build your instance inside your Azure — or the hosting you choose — and from that day it belongs to you. No shared control plane. Nothing phones home. If we disappeared tomorrow, your instance keeps running.
Prove the workflow on a contained scope, agree success criteria before access, and leave with a working application plus an approved architecture baseline.
No tenant access is needed for the first conversation.