What
A trial that runs on smooth city roads tells you almost nothing. Under Rajasthan GPS compliance in 2026, your tracking data feeds into permit renewals, transport audits, and interstate movement approvals, so the evidence you collect during a trial has to reflect that reality. Ask for a defined test window on your hardest routes, in the districts where tower handoff is weakest and remote corridors break coverage, because that is where a platform either reconciles gaps or quietly loses them.The first thing to request is a sample audit-grade position history export. Not a dashboard screenshot, but the actual file your team would hand over during a check. Open it and inspect the fields: timestamp, coordinates, speed, ignition state, and event flags. Then look at how gaps appear. A compliant system marks a verified gap with a start and end time, so the record shows what happened. A weak platform either leaves a silent hole or fills it with a false stationary reading, which is worse. If the export is a spreadsheet with vague columns, that alone should slow you down.Next, test signal loss on purpose. Route one vehicle through a known tunnel, a long underpass, or a stretch you already know drops network. When the vehicle comes out, check what the platform shows. Short outages are normal and expected. What matters is whether the platform flags and reconciles that window or pretends the vehicle sat still. Repeat this two or three times on different days, because a single clean result can be luck.Then time geofence alerts yourself. Set a restricted zone, drive a vehicle out of it, and compare the alert timestamp against the moment the vehicle actually crossed. Geofence alert delay usually comes from platform-side processing, including batching intervals and server-side queueing, not from the tracker. One operations lead reported alerts firing about eleven minutes after a tanker left a restricted zone, which is useless when the rule requires immediate reporting. Push the vendor to explain their batching and queueing settings, and ask whether they can shorten intervals or expose a raw position stream for your records.Scale is the next test. No fixed vehicle count guarantees failure, but problems surface once fleet size, route diversity, and reporting frequency exceed what the vendor's data pipeline was designed to handle. Load the trial with as many vehicles as you realistically can, ideally close to your actual count, and watch whether events start dropping or exports slow down under volume. Many operators also monitor trailers and gensets alongside trucks, so ask how the platform handles mixed assets if that describes your fleet.Support deserves its own check. Ask who responds during a permit renewal or audit window, how quickly, and whether they can help produce records on short notice. A vendor with no regional escalation path leaves you explaining outages to a transport officer alone.Before signing, plan a parallel run. Keep your current system and the new one active on the same vehicles and routes, then reconcile timestamps and exports until both agree. Treat any trial that avoids your worst route, refuses a raw export, or cannot explain gap reconciliation as incomplete evidence, not a pass.