The problems that cost you most, and what you get instead
Dry boreholes and fines, floods that arrive first and flood cover nobody can price, reservoirs that spill or run short, and subsurface projects that must prove they are safe. Find yours: each one leads to a tested solution and a workspace your team runs, with KAI behind it.
- 1Find your challengeBelow, by sector, in the words your team uses.
- 2See the tested solutionEach one proven on real, open data before it reaches you.
- 3Open your own workspaceCreate an account, customise the product, run it every day.
- 4We run what is behind itDatabase, knowledge base, model jobs and a team on call.
Water supply and drilling
What you getA depth, a drilling budget and the odds of enough water, for every site, before the rig arrives.
A dry or weak borehole costs the full drilling price, and in weathered rock a good site can be a few hundred metres from a bad one.
Borehole siting and drilling risk →Drilling budgets are approved without the odds of hitting enough water at each site.
Borehole siting and drilling risk →Nobody can see where groundwater is shallow, deep or simply unknown across a district.
District aquifer mapping in 3D →
Industrial parks and factories
What you getOne live picture of every litre, every outlet and every borehole, with each tenant in control of what it shares.
A large share of the park's water is unaccounted for, and nobody can say where it goes.
Water security for industrial parks →Effluent breaches are found weeks later in a lab report, or by the regulator.
Effluent compliance and pollution tracing →When the treatment-plant inlet spikes, every tenant says it was not them.
Effluent compliance and pollution tracing →Boreholes are pumped harder every year, with no warning before they fail.
Water security for industrial parks →
Floods, droughts and risk finance
What you getForecasts that end in a decision, and triggers whose hits, misses and false payouts are known before money depends on them.
Flood warnings arrive after the water, or as maps nobody on the ground has time to read.
Flood forecasting and early warning →Insurers cannot price flood cover where there is no river gauge, and triggers taken straight from a global model pay in the wrong years.
Parametric flood triggers →Anticipatory funds need objective triggers, tested on past events, agreed before the season starts.
Anticipatory action triggers →
Rivers and infrastructure
What you getDesign floods with their uncertainty, and river data that go straight into the model.
Bridges, plants and embankments are designed on one flood number from an old study, with no uncertainty.
Parametric flood triggers →Rating curves are out of date, and hydraulic models are rebuilt by hand for every project.
River surveys and hydraulic models →
Hydropower and reservoirs
What you getA daily release plan from the inflow forecast, with the spill and the low level seen days ahead.
Reservoirs spill in the wet season and run short in the dry, because releases follow rule curves built on past hydrology.
Hydropower reservoir management →On a cascade, one plant's release is the next plant's inflow, yet each plant plans alone.
Hydropower reservoir management →
Geothermal, CO₂ and hydrogen storage
What you getOne model from the core plug to the reservoir that keeps the layers that control flow, and updates as monitoring data arrive.
Investors and regulators ask whether the site will work and whether it is safe, and the evidence is scattered across wells, cores, seismic and monitoring teams.
Subsurface energy: geothermal, CO₂ and hydrogen storage →Core plugs say vertical and horizontal permeability are equal; the bed can be a hundred times tighter. Models built on plugs get the plume, the pressure and the cold front wrong.
Subsurface energy: geothermal, CO₂ and hydrogen storage →Between the wells, models average the rock, so the chance of hitting good reservoir, and what a simple model costs in flow, are never stated.
Well-log interpretation and reservoir characterisation →Well logs wait months for interpretation while decisions stall.
Well-log interpretation and reservoir characterisation →
Construction and ground engineering
What you getThe ground data that already exist around your site, and the tests still needed, in one pack.
Site investigations start from zero, and every test needs a new lab.
Geotechnical site data and lab sourcing →
Agriculture and estates
What you getWater checked for a dry year, and irrigation scheduled from the forecast.
Irrigation is planned without knowing what the source gives in a dry year.
Irrigation and farm water security →
Your own KAI workspace
Create an account, customise the product to your operation and own it for daily work. KAI runs everything behind it: storage and database, the knowledge base, and the software that schedules and runs your model jobs. The front end is yours from day one.
Your account, your product
Open a free account, pick the product and switch it on. Your sites, users, thresholds and layers are set up for you, and the front end is ready the same day.
Customised, then yours to run
We shape the product to your operation: the points you watch, the reports you file, the alerts your team needs. Your team runs it every day; your data stays yours and exports at any time.
Storage and database, handled
Time series, maps, logs, models and files kept in one managed database, backed up, secured per user and shared only as you decide.
A knowledge base that grows
Your reports, methods, data sources and model documentation in one searchable place, so a new engineer finds why a number is what it is.
Workflows that run themselves
Model runs, data pulls, quality checks and alerts are scheduled and queued for you, every day, with a log of each run.
A team on call
We keep the models calibrated, add data as it arrives and answer within two working days. You get a modelling team without hiring one.
Tell us the decision you face
A few lines are enough. We reply within two working days with a demo time or a short proposal.