Looking backwards.
Reports say what happened last month, not what is about to happen.
Introducing Resolve, our fast decision-making model. Meet Resolve →
Predict, forecast, simulate and plan from your own records, with how sure it is stated every time.
Failures, shortages and missed deadlines usually announce themselves weeks ahead. The signs are spread across records nobody lines up, and by the time someone notices, it's too late to be cheap.
Reports say what happened last month, not what is about to happen.
A forecast without a range hides how uncertain it is, so people either trust it too much or not at all.
The same cause behind different incidents goes unnoticed because each is handled alone.
Many forecasts are best made by simple statistics on good history. The AI uses more complex models only where they measurably do better, and always shows the range.
Checked, structured records from the rest of the system.
Seasonality, trend and usage rates.
Only where they beat the baseline on held-back data.
How sure, not just how much.
Raised with enough time to act.
Tank T-14 · antifreeze · level forecast. A forecast with its range. People decide what to do about it.
History. 90 days of daily levels and 6 deliveries.
Plan. Winter use starts in 9 days; last year's use rose 40% in the first fortnight.
Supply. Next delivery confirmed for day 16.
Forecast. Below minimum in about 11 days; likely between day 8 and day 15.
Illustrative example. Site, tank and figures are fictional.
A forecast is only useful if people know how far to trust it.
Every forecast shows how sure it is, not just a single number.
Stock ShortagesModels are compared with simple baselines on data they haven't seen.
How Check worksEach warning says which records and events moved the forecast.
How Understand worksThe AI goes to where the work is, from hosted to air-gapped.
Start with a hosted service when speed of adoption and managed operations are priorities. Agree data handling, access and service requirements as part of the engagement.
Discuss hostedDeploy dedicated instances in your AWS, Azure, Google or Oracle account. Align the architecture with your cloud standards, operational responsibilities and integration requirements.
Discuss public cloudRun it inside your own private cloud or VPC, with network access, storage and controls set around your boundary.
Discuss private cloudRun software, storage and local inference on your own servers. Plan capacity, integration, maintenance and support around the environment your team operates.
Discuss on-premisePlace intelligence near industrial sites and operational equipment, where latency and connectivity shape the design. Match the workload to the local compute available.
Discuss edgeOperate local workflows without a continuous internet connection. Define how data is transferred, how updates are applied, and what must remain available offline.
Discuss offlinePlan for an installation with no external network connection. Local models, dependencies, data transfer and maintenance all become part of the deployment design.
Discuss air-gappedEach one is tested on your own work before you rely on it.
It sees, hears and reads the work as it happens.
Explore Sense →From piles of paper to records you can use.
Explore Understand →Every line compared. Only the gaps reach you.
Explore Check →Follow the evidence across systems. Find out what happened, and why.
Explore Investigate →The next step, taken. The reason, recorded.
Explore Operate →Start with the operational problem. We’ll work out the data, models and agents it needs, and where it should run.
Talk to us →