Model your plant, ask it anything, and put supervised agents to work. Muono brings your data, documents, sensors, and 3D models into one connected twin that your team and your agents operate together.
Muono connects every asset, reading, document, calculation and work order in one shared operational environment.
The model changes as the operation changes, giving every authorised user the same current picture.
0.1 Operational Model
Ask questions about your operation in plain language and receive answers derived from your own live operational record.
Every answer includes the source information and calculation behind it, making it verifiable before action and auditable afterwards.
0.2 Operational Intelligence
Muono continuously monitors asset behaviour and identifies the patterns that precede failure.
Your team receives the affected asset, probable failure mode, intervention window and supporting evidence—not another unexplained alert.
0.3 Prediction
Automated workflows that run within boundaries your team defines and controls.
Routine operational work executes consistently. Decisions with significant consequences remain under named human authority.
0.4 Agentic Automation
Explore your facilities and assets through an interactive digital twin.
Select any asset to reveal its live condition, documents, history, open work, calculations and engineering context in one place.
0.5 Immersive TwinConnect Muono to the enterprise systems your organisation already runs, including SAP, Oracle, Microsoft Dynamics 365, asset registers and document repositories.
Where information is captured manually, field teams can enter it through mobile devices and make it available across the operation immediately.
No forced replacement of existing systems.
No disconnected digital twin.
One operational environment built around the way your organisation already works.
Turn a flagged condition into a drafted work order, routed for approval, with full history on the asset.
Run procedures against the real equipment, with every step and sign-off recorded.
Watch site conditions, model a spill or release, and brief responders from one place.
Track consumption and emissions across the site against the assets that drive them.
Turn a flagged condition into a drafted work order, routed for approval, with full history on the asset.
Run procedures against the real equipment, with every step and sign-off recorded.
Watch site conditions, model a spill or release, and brief responders from one place.
Track consumption and emissions across the site against the assets that drive them.
Turn a flagged condition into a drafted work order, routed for approval, with full history on the asset.
Run procedures against the real equipment, with every step and sign-off recorded.
Watch site conditions, model a spill or release, and brief responders from one place.
Track consumption and emissions across the site against the assets that drive them.
Turn a flagged condition into a drafted work order, routed for approval, with full history on the asset.
Run procedures against the real equipment, with every step and sign-off recorded.
Watch site conditions, model a spill or release, and brief responders from one place.
Track consumption and emissions across the site against the assets that drive them.
Turn a flagged condition into a drafted work order, routed for approval, with full history on the asset.
Run procedures against the real equipment, with every step and sign-off recorded.
Watch site conditions, model a spill or release, and brief responders from one place.
Track consumption and emissions across the site against the assets that drive them.
Turn a flagged condition into a drafted work order, routed for approval, with full history on the asset.
Run procedures against the real equipment, with every step and sign-off recorded.
Watch site conditions, model a spill or release, and brief responders from one place.
Track consumption and emissions across the site against the assets that drive them.
