See how it works
Declare the outcome once. XOPS coordinates every system, every exception, every time conditions change. First, see one Outcome run end to end. Then see what happens when reality changes while it is in motion.
Operational truth becomes governed action
Cortex
Makes the reconciled operating reality available to people, copilots, and agents.
Arbiter
Resolves competing events, dependencies, and changing state.
Convergence Engine
Compiles the valid runbook and executes it deterministically.
Together, they turn one declared Outcome into verified state across every affected system.
Declared once. Evaluated continuously.
Declare the governed Outcome once. As operational state changes, XOPS continuously evaluates the current Position, applicable policy, dependencies, and active transitions. When execution is valid, it compiles and runs the appropriate plan.
The Outcome declares the intended state. Policy governs how, when, and under what conditions it may be achieved.
Declare
Observe
Converge
Compile
Execute
Verify
1 · Declare
The intended Outcome and governing policy are established once.
“Every contractor: day-one access matched to their role. End-date matched to their contract. Full offboarding when the contract ends. Across every connected system.”
Declared once. Evaluated automatically for every contractor.
2 · Observe
Workday records Sarah as a six-month Marketing contractor starting Monday.
3 · Converge
XOPS reconciles Sarah’s Employee, Identity, Device, Software, Communications, and Workplace Positions across the connected systems.
Continuously evaluated. No ticket required.
4 · Compile · 5 · Execute
The Convergence Engine selects the applicable governed runbook pattern and compiles Sarah’s specific execution plan from the autonomous work-function library. The runbook then executes deterministically.
outcome.complete · 11 systems · zero tickets
6 · Verify
The Outcome remains open until Sarah can actually work and every affected system reflects the intended state.
The truth gate
When the Position is incomplete, contradictory, or below the required confidence threshold, XOPS pauses rather than guessing.
Why workflows can’t do this
A workflow follows the path defined for its trigger. It does not inherently know that a cancellation in Coupa and a conversion in Workday are two halves of the same employee transition. XOPS evaluates both events against the same current Position, active Outcomes, dependencies, and governing policy before execution proceeds.
XOPS continuously observes the systems you already run, reconciles their fragmented signals into operational Positions, and executes policy-approved changes through the appropriate systems. It does not replace the systems of record. It makes them operate as one coordinated estate.
A workflow asks, “What step comes next?”
XOPS asks, “What must now be true?”
When reality changes
Same week. Two events. Two systems. One person.
System A · Coupa
Consulting contract cancelled
Cancellation workflow fires →
System B · Workday
Contractor → FTE conversion
Conversion workflow fires →
Each workflow fires alone: blind to the other.
Without XOPS: two valid workflows create one operational failure.
With XOPS: the events are reconciled into one governed transition.
Zero humans in the seam.
Humans govern the policy and exceptions. They no longer carry state between systems.
Where we live
Traditional workflows are designed around anticipated paths. When reality falls outside the script, they usually stop, escalate, or hand the seam to a human.
The exception is where the work actually starts.
No human should pick up the seam.
Bring the transition your current automation cannot safely resolve. We will show XOPS establish the Position, arbitrate the competing events, compile the valid runbook, execute it deterministically, and prove the intended state across the systems you already operate.
