An AI agent grounded in your asset model, live data, manuals and incident history. It answers questions, triages alarms, explains anomalies and recommends the next step, in every product on the platform.
Enterprises across energy, heat, water and infrastructure rely on Blockbax to keep critical assets running.
"By automating tasks and improving productivity, we're prepared to support Eneco's asset growth strategy across our full portfolio."
"Blockbax is key to operating our heat networks at the highest standard, with full control over asset performance across all sources."
"With Blockbax, our maintenance and operations teams have real-time insight into our full fleet of energy solutions."
Built on your asset model, so every answer is grounded in your own data, history and context.
Ask about any asset in plain language, answered with cited sources.
Spots developing issues before they trip a threshold.
Collapses alarm cascades to the probable root, prioritized by history.
Every insight comes with the measurements and events behind it.
See how comparable cases were resolved, and what to do next.
ML forecasts flag degradation and likely failures before downtime.
Ask what the live data means, and what to do about it.
AI answers in natural language, grounded in your asset data, manuals and history, and surfaces issues before they become alarms.
Why is heat pump A's COP trending down since Tuesday?
COP dropped 8% after source temp fell below 10°C. The same pattern in January was resolved by raising the flow setpoint. The filter is also due in 12 days.
Suggested actionsAI triage answers that question in seconds.
Cluster alarm floods, surface the probable root alarm, and get the follow-up drafted for you.
Heads up, 47 alarms just fired at Substation 14 in 90 seconds. I clustered them into one probable root. A breaker trip at 14:02 cascaded to 46 downstream sensors, so those are follow-on noise, not separate faults.
Suggested actionsEverything your operation has ever seen, at hand.
AI explains anomalies with the data behind them, recalls how similar incidents were resolved, and suggests the next step.
T-03 keeps tripping on pitch fault. What’s the cause?
7 trips in 7 days, all after wind gusts > 18 m/s. Identical signature to incident #2041 (Jan), resolved by recalibrating the pitch sensor.
Suggested actionsRecommendations that connect performance to known fixes.
AI links a performance dip to maintenance history and forecasts degradation before it becomes downtime.
Bearing vibration trending to threshold in ~11 days. Similar profile preceded 3 past failures. Recommend inspection this cycle.