Energy and pipelines
Demonstrated on a corridor
The same ministry now answers for the dams, the grid, the pipelines, the concessions and the rivers between them. The agencies still report separately. Quatro connects what each of them already runs, from satellite to SCADA to the field, into one live picture your people decide from, hosted in your country and owned by you from day one.
See the territory. Run the operation. Own the intelligence.
See what changed, where, and when.
Every system you run, in one live model.
Integrate, sense, reason, operate.
What Your Team Gets
Dispatch and reserve data, reservoir levels and inflows, the national and oceanographic forecasts, Colombian imports and transmission loading, fused into a daily dry-season brief shared by the Ministry, the system operator, civil protection and the hydro operators. Satellite observation of reservoir extent and coastal flooding confirms what the models say. Starts with data you already have; no field hardware. We do not forecast El Niño. The forecast belongs to the agencies that own it; the picture fuses it with your operational data so a decision can be taken on it.
Basins and substations approaching their limits, seen before they bind. First brief within 30 days.
Continuous change detection over known illegal sites and the basins they drain into: vegetation loss, new pooling, turbidity, excavation, road cutting. Screened from open satellite data at near-zero cost, confirmed on demand with high-resolution imagery and all-weather radar through cloud. Legal concessions monitored against their license footprint. Every finding dated, geolocated and traceable to its source, in the form the regulator, the Armed Forces and the prosecutor can use.
What changed, where and when, with evidence. Baseline over priority zones in 30 days; sites that reopen after an operation are flagged on their own.
The SCADA systems, historians, GIS, leak-detection systems, field sensing and video you already operate, correlated into one picture of the pipeline. The right of way observed continuously from open satellite data; the precursors of a tap (clearing, pooling, vehicles in quiet segments, ground disturbance) confirmed with high-resolution imagery and radar, then correlated with line pressure and field events. Operational agents triage the event, assemble the evidence and propose the dispatch; your operators decide; every step is recorded with chain of custody. The intelligence layer places a confirmed site in the network behind it.
Fewer false alarms in the control room, taps anticipated instead of confirmed afterward, and a record that holds up in prosecution.
The Structural Problem
Reservoir levels, inflows, dispatch, imports and the forecast live in four institutions. By the time someone reconciles them, a basin is already at its limit and the decision is rationing.
What Operators Face
01
Hundreds of illegal mining points across a dozen provinces, inspected by drone and patrol. Sites reopen after an operation and nobody sees it until the river turns.
02
Pressure drops, a field crew drives out, the barrels are gone. The precursors were visible from orbit days earlier; no one was looking at the right of way that way.
03
Non-technical losses show up as a national percentage. Recovering them needs the neighborhood, the feeder and the meter event on the same record, and a record that holds up in an investigation.
Full Capability Set
04
Where the losses are, ranked, and a defensible record for recovery and for the investigations already underway. Scoped after the first 90 days, on the same picture.
05
An engineering assessment your team can keep working from.
We know the control room and the right of way: SCADA alarms, leak-detection systems, dispatch under a dry-season deficit, and the regulators who hold you to it (ARCERNNR, ARCOM, CENACE, SNGR, MAE).
The Integrator Approach
We don't replace your systems. We connect them — hardware, software, and domain expertise — into one operational model that makes every system more intelligent than it could ever be alone.
How It Works
01
The three SCADA systems, historians, GIS, leak-detection outputs, metering, dispatch and reserve data, the forecasts, field sensing and video, and the territory itself from satellite. Existing systems are integration targets. 8,000+ integrations in the operational model (DataMiner xOps).
02
More than eight variables (pressure, flow, temperature, operational status, acoustic, vibration, observation from orbit, field reports) correlated on one model, with plain-language questions answered in Spanish and every figure traced to its source. Observation from orbit is Quatro Klarety, our geospatial analysis capability, delivered with our earth-observation partner.
03
Operational agents triage events, assemble evidence and propose dispatch. Your operators and your chain of command decide. Every detection, correlation and decision is recorded immutably, the condition for evidentiary use.
Proof
Capture in preparation.
Examples
How an engagement runs
A proof of value in 30 to 90 days on your highest-risk area, satellite baseline first because it needs no field hardware, measured against indicators agreed in advance, with a year of access retained. Then an annual service your team runs. Then, for national programs, a tranche build through a consortium led by a local prime. Hosted in your country or on your infrastructure; data and derived products are yours; AI governance is written into the contract annex.
From Our Thinking
industry trends · 6 min read
A seasonal climate event is forecast by institutions whose job is the forecast. It is felt by operators whose job is the reservoir, the grid, the fishery, the coast. Between the two sits a bulletin. When the forecast and the operation don't share a common model, the forecast arrives as news, and the decisions it should have shaped get made on last season's picture.
industry trends · 6 min read
Leak detection has become fast. A modern system confirms a loss of containment in minutes and places it within a few hundred meters. Isolation has not kept pace: it still runs at the speed of a truck on a road to a manual valve. When the detection system and the authority to close a valve don't share a common model, the minutes the sensors saved are spent on the phone.
industry trends · 6 min read
Leak detection systems were engineered for accidents — corrosion, fatigue, the random failure that doesn't care whether anyone is watching. Organized theft is different: it studies the monitoring, learns the patrol schedule, and adapts. When the systems that detect a tap and the understanding of who is tapping don't share a common model, operators win every incident and still lose every quarter.
See what operational intelligence looks like on your energy and pipelines infrastructure.
Tell us the outcome that matters. We connect the systems that hold the answer. Your team starts working from the model.
Hosted in your country · Your team owns it from day one
