Capability
Can the connected system actually perform the proposed action?
AI proposes an action.
Your rules come first.
GO LIVE LIFE.
Review the proposal. Change the conditions.
Choose a decision and learn why.
10% discount on a €2,000 order
A customer asks for a better price on a €2,000 order. The AI drafts a 10% discount: the customer would pay €1,800. Should it send the offer?
Fictional rules. No systems connected. No actions executed.
Your chosen LLM + UBIKITOS harness = WorkMachine.
Swap the intelligence. Keep the harness.
02 / CHANGE THE CONDITIONSCurrent checks: within the rules. Run the task to see the decision.
Interactive simulation. No LLMs connected, no real actions executed. Model choice illustrates compatibility, not a performance comparison.
Your next challenge: a missing fact. Test a module that helps the WorkMachine recover while keeping tool and permission limits.
Your workflow: Send an offer
Send an offer
Retrieve verified evidence, then continue.Grant access without permission
A faster harness must still respect permission.Publish with no connected tool
A model cannot invent a working connection.Fictional replay tests, not a real benchmark. The module changes the harness’s evidence workflow; the LLM’s weights stay the same.
Before an AI acts, the proposed UBIKITOS workflow checks its tools, facts, permission and potential impact.
Can the connected system actually perform the proposed action?
Do verified, current facts support the action?
Was this action explicitly permitted within the relevant limits?
How serious, reversible or uncertain would an incorrect action be?
Available here: an interactive simulation with fictional rules and explained decisions. Research systems are experimental. A pilot must verify each connection and agree your team’s rules before any real action can run.
We investigate how to keep AI actions useful, accountable and explainable when information is incomplete.
When does an AI lack enough evidence or permission to act—and what should happen instead?
A research environment for governed machine work, evidence and operational behavior.
A research environment for memory, adaptation and controlled improvement.
For teams where approvals limit automation, incidents are difficult to reconstruct, or selected actions need stronger control.
One workflow. One consequential action class. Measured before and after.