Commissioning software for tailings and water systems where the embankment, the decant system and the reclaim water circuit all have to be proven before the first tonne of tailings is deposited.

Civil contractors build the embankment and raise it in stages, the instrumentation contractor installs piezometers and inclinometers, and the mechanical contractor commissions the decant towers and reclaim water pumps — three scopes, three schedules, and no single view of whether the facility is actually ready to receive tailings.

When piezometer baseline readings, seepage flow records and decant tower inspection reports sit in separate consultant files, the engineer of record cannot sign a first-deposition certification with confidence, because they cannot see what is actually outstanding across the whole facility.

Deskely puts every instrument, structure and pump in one register with one status model, so first-deposition readiness is derived from signed monitoring baselines and structural inspections instead of assembled the week before the regulator's site visit.

Piezometer baseline readings, seepage collection flow rates and survey monument initial positions are captured against the specific instrument, establishing the dataset that every future dam-safety inspection will be compared to.

Reclaim water pump commissioning proves flow, pressure and trip response against the design duty, with the pump's role in maintaining pond freeboard recorded alongside its mechanical test so an operational failure mode is linked back to a dam-safety consequence, not just a maintenance one.

Open findings from the pre-deposition dam safety review stay attached to the specific structure or instrument with an owner and a deadline, so the facility is not declared ready for deposition on the strength of a walk-through and a verbal assurance.

Every tailings facility carries an emergency preparedness plan describing trigger levels, evacuation routes and a notification chain reaching downstream communities and regulators, but that plan is frequently commissioned as a document rather than as a system — the siren, the SMS alert gateway and the liaison contact list are rarely tested together before deposition begins.

A trigger level defined against a specific piezometer or survey monument reading is only actionable if the instrument, the alarm threshold and the notification trigger are wired together and proven, and a mine that can produce individual pieces of that chain in isolation but not evidence of an end-to-end drill is exactly what an independent review board flags first.

Deskely links each emergency preparedness plan trigger to the specific instrument or structure that fires it, and records drill exercises, siren tests and notification-chain verifications as their own signed record set, so a regulator or review board can see the whole chain — instrument, threshold, alarm, and notification — proven together rather than assembled after the fact.