Intent, live system state, work, execution, evidence, and verification — in one place. For the everyday operational load and the larger projects running across your live IT systems.
DNS Record Change, on the runtimeStanding work and planned work, one runtime →Identity
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How it works
Kick off a migration, a hardening pass, or a standing posture watch — Panaptico generates a workspace wired to the systems it touches. Live posture, KPIs against declared targets, a remediation queue, and how far the outcomes have converged. One place that owns the operation end-to-end.
Click through the surfaces — every one reads and writes the same operation. Nothing lives in a side doc.
Experiments, System Sensor, Work Items, Operational Pulse, System Outcomes, Posture Continuity, Runbooks, and Incidents aren’t modules glued together — they’re one system speaking one language. The synchronization is the product.
Design changes as falsifiable hypotheses — observation checks, parameter checks, controlled trials. Every experiment declares its blast radius, guards, reversibility, and rollback before it touches a live system. Prove the change in a proving ground, then promote it to real work.
The CMDB, evolved. Always-on sensors read the live estate field by field — current state against target state, drift the moment it opens. A graph of relationships, ownerships, and dependencies answers the question legacy CMDBs never could: what breaks if we touch this?
The atomic unit of operational work — and the evolution of the ticket. A work item carries its intent, the systems it touches, its dependencies, a live state map from current to target, and the humans and agents executing it. It doesn't describe the work — it is the work.
The heartbeat of every workspace. Domain KPIs tracked against explicit targets and thresholds, breaches surfaced the moment they open, posture trend over time — and every breach one click from becoming a work item.
The definition of done. Every workspace declares its end-states up front; Panaptico verifies each one against the live environment and keeps reconciling after go-live. A project is done when every declared outcome is met — and stays met.
Every proven-good configuration, captured. When drift lands — and it always does — recovery is one reconcile away, not an archaeology project. Recoverability becomes a score you can read, not a hope.
Procedures as step-runnable node canvases, automation written in natural language. The Systems Architect lays out the nodes and writes each step's code; operators run them with approval gates between; detection-and-response fires on demand or on a schedule. Every run fully audited.
When sensors catch drift, deviation, or failure, the incident arrives with full context — what changed, what depends on it, who owns it — and flows straight into work items for remediation. Detection to fix to verification, one closed loop.
Standing operational work is the heart of it — access, certs, patching, devices, DNS, mail, drift remediation. The bigger planned projects — migrations, deployments, upgrades — run on the same primitives, against the same live system graph.
Live system intelligence
System Sensor tracks every resource an operation depends on. Current state vs. target state, drift, alerts, and last reconciliation — for every record, every minute.
Experiments turn a change into a falsifiable hypothesis. Blast radius, guards, preconditions, and rollback are declared before anything touches a live system — then the trial runs in a proving ground.
Run a future-state twin before a single command lands. See convergence to target, cross-system impacts, and the findings that need attention first.
Agent Settings hold the rules — restricted mode, per-provider action policies, scoped memory, and required reviews. Agents only do what they're explicitly allowed to.
Every initiative gets a numbered phase plan with owners, tasks, and evidence. Steps close only when the live environment confirms the outcome.
System Outcomes hold the definition of done. Every workspace declares its end-states; Panaptico verifies them against the live environment and keeps reconciling after go-live.
Runbooks turn an operational procedure — hardening a bucket, deploying a cost-efficient cluster, decommissioning a system, validating permissions — into a top-to-bottom node graph. The Architect writes each step's code, the operator runs them with approval gates between, every run fully audited.
Define the work
Implementation Studio takes a goal and generates the numbered phase plan, task list, owners, and evidence requirements for any initiative.
Goal / Objective
Decades of acquisitions left us with three forests, two trust relationships nobody documented, and an SID history that breaks half our audit reports. We need to consolidate into a single domain without breaking the apps that still depend on the old SPNs.
ITSM tracks tickets. PPM tracks status. Monitoring tracks symptoms. Nothing holds the operation itself — so it runs on handoffs, hallway decisions, and heroics. Panaptico owns the operation end-to-end: connected to live systems, governed by approvals, verified against declared outcomes.