How this record moves
From meter reading to true machine cost
Complete traceability of fuel consumption and mechanical wear
- Starts with
- Engine hours & refueling logged
- Leads to
- Direct debit to job site cost
End zero-cost internal machinery and leaky fuel tanks. Compute real hourly depreciation, prevent double-allocation across sites, and track every single liter.
How this record moves
Complete traceability of fuel consumption and mechanical wear

Real hourly depreciation
Owned machinery job costing
Double-booking alert
Prevents cross-site conflicts
Fuel tank & bowser tracking
L/hr ratios & siphoning alerts
Maintenance & PPE tracking
Service alerts & foreman tools
Because no third-party rental invoice arrives, owned equipment often feels free. Yet a motor grader or hydraulic excavator suffers mechanical wear, burns diesel, and requires fluid changes and track replacements. Omitting hourly depreciation distorts project margins.
Each owned machine is configured with its acquisition cost, economic lifespan, and hourly depreciation rate. Every engine hour verified in the daily log automatically debits machine wear against the specific job task, preventing one site from subsidizing another.
Chain of trust
The event is logged with its site, timestamp, and operational context.
Geotagged photos, weigh tickets, and signed manifests remain immutably attached.
Project manager or leadership reviews variances and steers margin.
Project manager or leadership reviews variances and steers margin.
In firms managing multiple concurrent sites, the same excavator or generator is sometimes booked on two sites simultaneously. GestraPro detects and blocks these double allocations that corrupt equipment tracking, schedules, and production costs.
Fuel is one of the most volatile and theft-prone site expenses. GestraPro tracks stationary base-camp tanks and mobile bowsers. Every fill-up is assigned to a specific machine, complete with hour/km meter reading and operator signature.
The platform continuously computes average liters per hour or per kilometer for each machine. If an excavator burns 28 L/h instead of its baseline 18 L/h, an immediate alert flags a potential fuel injector issue, excessive idling, or siphoning.
Automatic service reminders ahead of oil changes and periodic overhauls based on actual operating hours. Dedicated registry for power tools and personal protective equipment (PPE) assigned to foremen, reducing site tool losses.
100% offline-first operation with local sealed SQLite database, mobile-data frugal differential sync, native FCFA currencies, regional Mobile Money integrations, and SYSCOHADA (OHADA AUDCIF) cost accounting.
Equipment explains mechanical costs; teams and payroll structure human labor, piecework agreements, and Mobile Money disbursements.
The pilot is designed to produce useful evidence with your team, not to walk through an abstract demonstration.