SCADA signals
Load, temperature, and ambient
Evidence connected
AI & ANALYTICS FOR ENERGY AND INDUSTRY
Your data.A clearer direction.
From the signals inside a machine to the performance of an entire portfolio. We turn operational data into decisions that move your business forward.
+ REAL OPERATIONS. INTELLIGENT DECISIONS.SCROLL TO DISCOVER
BUILT AROUND YOUR OPERATION
The answer is in your data.We help you find it.
SCADA, historians, sensors, and maintenance records tell different parts of the same story. We bring them together to show where performance is being lost, why, and what to do next.
FROM SIGNAL TO ACTION
Knowledge that works.Intelligence that acts.
Watch an investigation unfold. An alert becomes evidence, technical documents become answers, and an informed decision becomes a maintenance action—with your team in control.
01
- 01Answers with sources
- 02Coordinated investigation
- 03Human-approved action
AI investigation
OPERATIONS INTELLIGENCESAMPLE DATA01 / Detect
Deviation detected
Expected behaviorObserved temperature
↗
Gearbox temperature above the expected operating range.
Investigate with evidence →02 / Investigate
One investigation. Every piece of evidence.
Investigation agentPeer comparison
Turbines under similar conditions
Evidence connected
Maintenance history
Alarms and previous work orders
Evidence connected
RETRIEVED SOURCES
Maintenance manual
Sample document · page 42A persistent deviation warrants reviewing the cooling circuit and lubrication history.
[1] PDF · § 4.2Previous work order
Sample record · WO-018A cooling-system inspection was recorded during the previous intervention.
[2] CMMS · WO-018What should we investigate on WT-07?
Temperature is diverging from its expected range under comparable load. Review the cooling and lubrication history first. [1] [2]
Investigation hypothesis for engineer review; not a confirmed diagnosis.SCADA ↗PDF ↗CMMS ↗
04 / Prepare
Prepared for your review.
DRAFT WORK ORDERWT-07 / 024
Investigate thermal deviation
- ✓Review trends and operating conditions
- ✓Consult the applicable technical procedure
- ✓Document findings before intervention
✓
Reviewed and approved
Reliability engineer · simulation
WT-07Investigate thermal deviationReady for planning
From a signal to an informed decision.
01Detect02Investigate03Explain04Prepare05Approve
BUILT AROUND YOUR OPERATION.
Deep in the details.Across your operation.
Explore the systems we work with—and the intelligence we build around them.
MODELS · EVIDENCE · ACTION
Utility solar
Know which assets deserve attention, what the lost energy is worth, and which action to investigate first.
Explore package & examples ↗
MODELS · EVIDENCE · ACTION
Industrial rooftop solar
Connect panel performance to production schedules and electricity costs. See where your solar investment can deliver more useful energy.
Explore package & examples ↗
MODELS · EVIDENCE · ACTION
Wind
Separate changing weather from developing equipment problems. Help your team prioritize the turbines and components that need investigation.
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MODELS · EVIDENCE · ACTION
Battery storage
Understand which racks behave differently, where efficiency is slipping, and how operating choices affect long-term battery value.
Explore package & examples ↗
MODELS · EVIDENCE · ACTION
Oil & gas
Give production and reliability teams a shared view of the wells worth investigating, the evidence behind each finding, and the operating options to review.
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MODELS · EVIDENCE · ACTION
Manufacturing
Connect operating conditions, equipment health and production context. Focus engineering effort on the deviations that affect throughput, quality and energy use.
Explore package & examples ↗START WHERE IT MATTERS
From a first questionto lasting capability.
Seven ways to work together. One open platform that grows with your operation.
01Data & use-case diagnostic
Understand your data, identify the opportunities, and prioritize a first use case by economic impact.
2–3 WEEKS02Proof of concept
Test one use case on your historical data, with success criteria agreed before work begins.
4–8 WEEKS03Performance analytics platform
Connect ingestion, a shared data model, KPIs, loss analysis, alerts, and dashboards.
6 WEEKS–5 MONTHS04Machine learning & reliability
Build anomaly detection, normal-behavior models, forecasts, and maintenance intelligence.
IMPLEMENTATION / EXTENSION05AI automation & GenAI
Connect assistants, investigation agents, technical knowledge, and operational workflows.
4–12 WEEKS PER USE CASE06Managed analytics
Keep the system working: monitoring, retraining, data quality, and continuous improvement.
ONGOING07Co-development & enablement
Build with your engineers, transfer the methods, and leave a system your team can extend.
PER ENGAGEMENTA PARTNER FROM THE FIRST SIGNAL
Built with you.Made to keep working.
Understand
Start with your operation, your data, and a question worth answering.
Prove
Agree on the outcome. Demonstrate it on your data before expanding.
Connect
Deliver into Power BI, Tableau, custom applications, or your CMMS.
Evolve
Monitor, retrain, and improve—or equip your team to take it forward.
Domain depth
Energy and industrial methods, grounded in our team’s delivery experience.
Open by design
An open-source stack, deployed in your cloud or ours. Your data and results remain yours.
Your methodology
Adaptable analytics that respect your thresholds, reference methods, and operating rules.