# Medical Courier & Lab Logistics

GPS tracking for medical courier and laboratory logistics fleets that records every specimen and pharmacy stop for chain of custody, monitors cooler temperature with Bluetooth sensors, dispatches STAT runs to the nearest driver and logs arrivals at hospital geofences.

Source: https://www.highpointgps.com/industries/medical-courier-lab-logistics
Last updated: 2026-09-21

A medical courier fleet moves things that cannot be replaced: blood and tissue specimens on their way to the lab, chemotherapy and compounded medications on their way to a patient, and pharmacy totes on a route that hits forty clinics before noon. The lab wants to know when a specimen left the clinic and when it arrived, at what temperature, and who had it in between. A hospital pharmacy wants the STAT delivery in forty minutes and the courier company wants to prove it made it in thirty-eight. GPS tracking from High Point GPS produces those records without asking the driver to write anything down. A Geotab GO device in each vehicle logs every stop with its time, and a geofence around each clinic, lab and hospital dock turns those stops into arrival and departure entries the lab can match to its own manifest. A Bluetooth temperature puck in the cooler reports continuously, and a reading that drifts outside the range raises an alert while the driver can still do something about it. Dispatch sees every driver on one map, sends a STAT run to the closest one and watches it arrive. When a specimen is questioned weeks later, the trip record, the geofence entries and the temperature log answer the chain-of-custody question in one report. High Point GPS installs the hardware and sets up the reports for couriers, hospital networks and reference labs.

## Common problems

- A lab rejecting a specimen because nobody can show when it was picked up, how long it travelled or how warm it got
- STAT runs assigned by phone to whoever answers first, not to the driver who is actually closest
- Temperature logs kept on a clipboard, filled in at the end of the shift from memory
- Clinics saying the courier never came, and no record of the van at their door at 10:14
- Drivers on fixed routes who finish early some days and run late on others, with no data to rebalance the routes
- Client reporting assembled by hand every month from manifests, timesheets and guesswork

## Highlights

- Every stop logged automatically with its time, duration and location, and matched to the clinic, lab or hospital by geofence
- Chain-of-custody stop records with the driver identified by NFC key, exported per specimen route or per client
- Bluetooth temperature pucks in coolers and totes, reporting through the GO device with alerts on excursions
- STAT dispatch that shows the nearest available driver and sends the job to the Geotab Drive app in one step
- Hospital and lab dock geofences that record arrivals and departures for on-time reporting and detention
- Live ETAs for the lab receiving desk and the pharmacy waiting on a delivery, without a phone call to the driver
- Route review by trip replay that shows where the fixed routes run long and which stops could move
- Client-ready reports on stops served, on-time rate and temperature compliance, scheduled by email or pulled through the API

## Chain of Custody Without a Clipboard

A chain-of-custody record has to say who had the specimen, where and when, at every hand-off. On a courier route with sixty pickups, that is sixty entries a driver is expected to write while standing at a reception desk. The GO device records the stop instead: the vehicle arrived at 10:14, stayed six minutes, and left. A geofence around each clinic names the stop, and the driver's NFC key ties it to a person. The lab's own manifest lists which specimens were collected there, and the two records line up on the time.

When a result is challenged, the courier's report shows the pickup time, the route to the lab, the drop time at the dock and the temperature in between. High Point GPS sets up the report so that it can be pulled per route, per client or per day, and exported in a form the lab's quality team accepts. The same records show a clinic that a courier was at their door when they say nobody came, and they show the courier company which of its own drivers skipped a scheduled pickup on a route that looked complete on paper.

![A timeline of a medical courier run: a clinic pickup logged by geofence with cooler temperature, a STAT job sent to the nearest driver, a hospital dock arrival, a temperature alert from an open lid, and the lab drop-off matched to the manifest.](https://www.highpointgps.com/images/guides/medical-courier-lab-logistics.webp)

*A single trip record that carries the chain of custody: each stop by geofence and time, the driver's identity, and the cooler temperature curve with its alert.*

## Temperature That Is Monitored, Not Guessed

Refrigerated specimens and medications have a range they must stay in, and a reading taken at pickup and another at drop-off says nothing about the two hours between. A Bluetooth temperature puck in each cooler or tote reports to the GO device every few minutes, and the reading is stored with the vehicle's position and the time. A cooler left in the sun at a clinic, a lid that was not closed, a failing ice pack on a summer afternoon: each shows up as a curve on the trip, and an alert reaches the driver and dispatch when the reading moves toward the limit.

The log is what the lab or the pharmacy asks for when a shipment is questioned. It shows the temperature over the whole trip, not two points, and it is tied to the stops the specimen passed through. Pucks are small, battery-powered and move with the cooler, so a company that swaps totes between vans keeps a continuous record for each tote. High Point GPS pairs the pucks, sets the thresholds by product and builds the excursion report, and the same setup covers a wired sensor in a refrigerated van for companies that run one.

## STAT Runs to the Closest Driver

A STAT request arrives with a clock already running. The dispatcher who has to call three drivers to find out where they are has lost ten minutes before the first one moves. With every vehicle on the map, dispatch sees who is closest, who is between stops and who is loaded with something that cannot wait, and sends the job to the right driver's Geotab Drive app with the address and the instructions. The driver accepts, the ETA shows on the dispatch screen, and the hospital's receiving desk can be told a time that will hold.

The hospital geofence records the arrival. That entry is the on-time proof the courier company puts in front of the client at contract review, and it is the record that ends a dispute about a late delivery. On routes that cross a hospital campus with several docks, a geofence per dock shows which one the driver used and how long the van waited there, which is what detention billing needs. A courier company that bills waiting time from those records rather than from the driver's estimate finds the invoices go through with fewer questions from the hospital's accounts payable.

## Routes, Drivers and the Monthly Report

Fixed medical routes drift. Clinics change hours, a lab moves its cut-off, a new site is added at the end of a route that was already tight. Trip replay shows where each route actually runs long: the stop that takes twenty minutes because the courier waits at reception, the detour a driver takes to avoid a bridge at rush hour. Dispatch rebalances with data instead of complaints, and a driver whose route runs light picks up the overflow. When a lab moves its afternoon cut-off, the replay from the previous month shows which routes can absorb the change and which will need a second van.

Driver scoring keeps the fleet's insurance and its reputation intact: speeding on a STAT run is still speeding, and dash cams with event-based clips settle the collision question before the other party's story does. Maintenance reminders on engine hours and mileage, and fault codes sent to the shop as they appear, keep a van from failing on a route with specimens aboard. The monthly client report on stops served, on-time percentage and temperature compliance comes out of MyGeotab on a schedule, and the open API feeds the same data into the courier's own dispatch or billing system.

## FAQ

### How does the system produce a chain-of-custody record?

Each stop is logged automatically with its arrival time, duration and location, named by the geofence around the clinic, lab or hospital, and tied to the driver through an NFC key. The report per route or per client lines up with the lab's manifest on the time, and the temperature log is attached.

### Can it monitor the temperature inside coolers and totes?

Yes. Bluetooth temperature pucks placed in each cooler report to the GO device every few minutes, and the readings are stored with the position and the time. Alerts fire when a reading approaches the limit, and the full curve for the trip is available for the lab or pharmacy.

### How does STAT dispatch work?

Dispatch sees every vehicle on the map, picks the closest available driver and sends the job to the Geotab Drive app with the address and instructions. The driver accepts, the ETA appears on the dispatch screen, and the hospital geofence records the arrival time as proof.

### Can our clients get their own reports?

Yes. Reports on stops served, on-time rate and temperature compliance can be scheduled by email per client, and the open API pulls the same data into your dispatch or billing system. High Point GPS builds the report layout to match what your lab and hospital clients ask for.

### Do the records survive when the van loses coverage?

Yes. The GO device stores trips, stops and sensor readings when there is no coverage, in a hospital basement dock for example, and uploads them when the signal returns. The chain-of-custody and temperature records are complete either way.