Trackunit vs Samsara vs Geotab: Contractor Pick for 2026

The category decision: equipment telematics or fleet telematics

Heavy-equipment telematics is the practice of pulling location, engine hours, fault codes and utilization from excavators, loaders, lifts, trailers and attachments into one system so a contractor can schedule service, spot theft and allocate machine cost to jobs. The decision in front of you is not really "which logo", it is whether your problem is mostly yellow iron from several manufacturers (an equipment-first platform) or mostly trucks with some machines mixed in (a fleet-first platform that has added equipment tools).

TL;DR: Pick Trackunit if most of your value sits in off-road, mixed-brand machines and you can accept a long contract. Pick Samsara if trucks and equipment need to live in one platform and your machine makes appear on its OEM integration list. Pick Geotab if you want a rugged device, an open ecosystem and an existing on-road fleet to anchor on, and you will verify engine-hour coverage on your specific machines. All three are quote-based, so the real comparison is data coverage and contract terms, not list price.

None of the three products in your search has been renamed or discontinued on the pages reviewed. Trackunit's naming is layered, which can confuse a shortlist: Trackunit Manager is its fleet management software, and IrisX is the operating data platform it introduced in the second half of 2024. Its March 2025 release says the company has Trackunit assets connected: more than 3 million visible assets according to Trackunit (2025). Geotab's ruggedized hardware is now marketed as the GO9 RUGGED, and Samsara sells equipment gateways alongside vehicle gateways under one dashboard.

This guide is a buyer's guide built from public vendor pages, API documentation and independent research. It is not based on hands-on testing, and nothing here is a customer story. Facts from vendor pages are marked as such, and our analysis is labeled as analysis.

Key Takeaways

• Trackunit is the only one of the three built around off-road equipment first, with five named hardware lines (Raw, Spot, Pass, Kin, Beam) and a long contract term of 36 or 42 months.

• Samsara and Geotab are fleet-first platforms that reach into equipment through rugged gateways and OEM or engine-bus data, so the mixed on-road and off-road fleet is their natural fit.

• None of the three publishes a price. Treat every figure you hear as a quote, and compare contract length, hardware ownership and per-asset scaling instead.

• OEM data is the single biggest swing factor. Manufacturers implement the shared AEMP standard differently and refresh at different intervals, so ask each vendor for your exact makes and models in writing.

• A telematics platform shows you the data. Turning a fault alert or an hours mismatch into a ticket, a job-cost entry or an approval is a separate workflow that you either build yourself or configure on top.

• Pick by fleet mix: mostly yellow iron points to Trackunit, trucks plus some machines points to Samsara or Geotab, and a mixed fleet with a Geotab on-road base points to Geotab.

Who this comparison is for

This is written for an owner, operations manager or controller at a residential or commercial contractor who already knows telematics is worth having and is close to signing. You run a mix of owned machines, perhaps rented ones, plus pickups, dump trucks and trailers, and you want fewer phone calls asking where a machine is and when it was last serviced.

Who this is for: contractors with several machine brands on site, owners tired of logging into one OEM portal per manufacturer, and controllers who need engine hours to allocate equipment cost to jobs.

Red flags: (1) your machines have no usable OEM feed and no engine-bus access, so hours would be estimated rather than read; (2) nobody on your team will own alert triage, so alerts would pile up unread; (3) you cannot accept a multi-year commitment before a proof of value on your own machines.

If your main need is on-road driver safety and compliance, start with the head-to-head in Geotab vs Samsara, then return here for the equipment layer.

How we evaluated these tools

The weights below reflect what a contractor buying for yellow iron decides on. They are our analysis, not a vendor score, and the evidence is limited to public pages: each vendor's own site, its published API documentation, and independent sources. Where a page did not confirm something, the matrix says so rather than guessing.

OEM coverage carries the highest weight because the independent evidence points the same way. A mixed-fleet white paper from Proemion says OEMs implement the AEMP 2.0 (ISO 15143-3) standard "slightly differently from one another," and it recommends a fuel signal frequency of Recommended fuel-signal refresh: every 15 minutes at most according to Proemion (undated white paper). Hardware gets the second-highest weight because unpowered attachments and small tools are where theft and lost time concentrate for many contractors.

For broader market context, ABI Research ranked fleet telematics vendors in June 2025 and gave ABI Research score: Geotab 88.1, Samsara 83.3 out of 100 according to ABI Research (June 2025). That ranking is about overall fleet telematics, not construction equipment, and Trackunit is not part of the scores quoted here, so use it as a size-and-maturity signal rather than a verdict for your machines.

Head-to-head feature matrix

The matrix normalizes what each vendor's own pages document. "Not confirmed" means the pages reviewed did not state it, which is different from "not available". Ask the vendor directly before you rule anything in or out.

Reading the matrix as analysis: Trackunit has the clearest equipment-specific hardware ladder, Samsara has the clearest published list of named heavy-equipment manufacturers on a single construction page, and Geotab has the largest published ecosystem and the most rugged rating on a single device. The gaps are different too. Trackunit's pages do not confirm on-road driver tooling, Samsara's equipment page does not confirm update intervals or specific OEM feeds, and Geotab's construction page does not name individual machine manufacturers.

Vendor profiles

Trackunit

Best fit: contractors, rental fleets and equipment owners whose assets are mostly off-road and come from several manufacturers. Trackunit's own framing is that "most construction fleets run equipment from multiple manufacturers" and that none of them talk to each other, which is the exact pain of logging into one OEM portal per brand.

What is documented: a software plan, asset configuration, a service package and add-ons make up the quote. The pricing page says the per-asset price falls as fleet size grows. Hardware comes in five lines: Raw for fleet connectivity, Spot for non-powered equipment and attachments, Pass for unlocking powered equipment, Kin for small non-powered equipment and Beam gateways for Bluetooth-tagged asset coverage. The fleet management page also says you can connect your own Bluetooth solutions.

Limitations: the commitment. Trackunit's contracts generally run Trackunit contract term: 36 or 42 months according to Trackunit (2026). That is a long window to be wrong. Webhooks are limited to IrisX customers, so the automation path depends on your plan. On-road driver safety and compliance features are not confirmed on the pages reviewed.

Implementation: hardware is chosen per asset type, OEM feeds are connected through the marketplace, and a service package decides how much help you get during onboarding. Trackunit has also acquired a field service and installation provider (OEM Solutions Inc., October 2023, per a trade-press summary), which signals attention to installation, but ask who installs on your jobsites.

Choose it if: yellow iron and attachments are the majority of your value and you want OEM-agnostic data. Disqualifier: if you cannot sign a 36 or 42-month term without a pilot, or most of your fleet is on-road vehicles.

Samsara

Best fit: contractors who want trucks, trailers and equipment in a single platform and whose machine makes appear on its integration list. Samsara's construction page lists a growing set of OEM integrations, with Samsara named heavy-equipment OEMs: five makes according to Samsara (2026): CAT, John Deere, Komatsu, Ford and Volvo, with CNH Industrial and Vermeer added in the FAQ.

What is documented: its equipment hardware ranges from an Unpowered Asset Gateway with long-lasting lithium batteries to a Powered Asset Gateway + for standard engine diagnostics. Its small-asset tag has Samsara Asset Tag battery life: 6 years according to Samsara (2026), while the XS tag is listed at 3 years. Features on its pages include geo-alerts, Find My Asset, remote fault code alerting for yellow iron, and utilization, dormancy and PTO reporting. The REST endpoint for equipment stats takes a required types parameter and allows up to four types per request.

Limitations: the pages reviewed do not state update intervals, and the equipment page does not list specific OEM feeds, so confirm each make and model rather than relying on the logo list. The Samsara site shows no prices and asks how many vehicles or assets you have, so fleet size bands drive the quote.

Implementation: OEM integrations are described as needing no additional hardware, while machines without a usable OEM feed need a gateway. Plan for both paths in a mixed fleet.

Choose it if: you want one dashboard for pickups, trailers and machines, and your machines are on the OEM list. Disqualifier: a fleet dominated by makes that are not on the list and cannot read engine data through a gateway. For more on the on-road side, see Samsara vs Motive and Samsara vs Verizon Connect for service fleet tracking.

Geotab

Best fit: contractors who already run Geotab on trucks or who value an open ecosystem and a very rugged device. Geotab's construction page pitches the GO9 RUGGED for yellow iron, powered trailers and other assets, with IP68 and IP69K ratings and an operating range of -40 to 85°C. The company also says Geotab Marketplace size: over 350 solutions according to Geotab (2026), and states an average support call wait of 26 seconds or less. Those are vendor claims.

What is documented: engine hour and PTO monitoring, fuel and idling trends, and maintenance prioritized by fault codes and engine hours. The MyGeotab API describes StatusData as an engine status record from the engine system of a specific Device, linked to a Diagnostic that identifies the parameter, so the data model is open to your own systems.

Limitations: the construction page does not name individual machine manufacturers, so OEM-specific coverage for your excavators must be confirmed. LTE connectivity on the rugged device is listed as available in select markets. Native unpowered-tag tracking is not confirmed on the page, and the page points to Marketplace apps for asset tracking.

Implementation: pricing and packaging go through a "Get pricing" request, with no published term. Ask how the device is installed on machines that have no standard diagnostic port and whether engine hours are read from the engine bus or estimated.

Choose it if: you want to anchor on a broad ecosystem and a rugged device across trucks and machines. Disqualifier: you need published, named OEM integrations for your excavators before you sign.

Pricing and total cost of ownership

Pricing checked October 8, 2026. None of the three vendors prints a price on the pages reviewed, and this guide does not estimate any. Expect your quote to depend on asset count, hardware type, the plan and the service level.

Total cost of ownership is more than the monthly line. Our analysis suggests five items belong in your comparison sheet: the hardware cost or lease, installation labor per machine, any OEM subscription you must keep active to receive a machine's feed, the cost of the people who triage alerts, and the cost of exit if the platform underperforms. The last one is why Trackunit's 36 or 42-month term deserves a pilot clause, and why you should ask Samsara and Geotab for their term lengths in writing since neither site states them.

Here are the published figures that appeared on the pages reviewed, with the year of the source.

A worked example: the weekly hours reconciliation

This scenario is illustrative, and every input is an assumption you should replace with your own. A contractor runs 42 machines: 18 excavators and loaders on OEM portals, 14 skid steers and lifts on aftermarket trackers, and 10 trailers. The controller reconciles engine hours across the three sources every Monday to allocate equipment cost to jobs, at 6 minutes per machine, so 42 machines × 6 minutes = 252 minutes, or 4.2 hours a week. Over 52 weeks that is 4.2 × 52 = 218.4 hours a year, and at an assumed loaded labor rate of $48 an hour the annual cost is 218.4 × $48 = $10,483. If a configured workflow matched 85% of machines automatically and left 15% as exceptions for a person to review, the residual manual time would be 218.4 × 0.15 = 32.8 hours and the saving would be about 185.6 hours, or roughly $8,911. On the fault side of the same workflow, a Trackunit fault arrives as the faults.asset.on webhook event, documented in the Trackunit webhooks v1 changelog, so the same design needs no one to watch a portal for new alerts.

Where an orchestration layer sits above the telematics

The telematics platform tells you a machine threw a fault or logged different hours. It does not, by itself, open a service ticket, update a job-cost sheet or ask a foreman to approve a pull-off. That gap is where US Tech Automations fits, as an orchestration layer above whichever vendor you pick. The two workflows below are proposed, configurable designs, not live deployments, and no result is measured.

Proposed workflow 1, fault triage. The trigger is a faults.asset.on webhook POST from Trackunit, which requires an IrisX plan with webhooks enabled and a callback URL you control. US Tech Automations would validate the payload, deduplicate on asset ID plus event time so a retried delivery does not create a second ticket, look up the asset in an equipment register you export as a CSV or expose through your maintenance system's API, and draft a service request with the asset, fault, site and time. The output is a ticket plus a message to the shop lead. The human review point is the shop lead confirming severity before anyone is dispatched, and any asset missing from the register goes to an exception queue instead of being guessed at.

Proposed workflow 2, weekly hours reconciliation. The trigger is a Monday morning schedule. US Tech Automations would read engine hours from each source through read-only credentials, for example Samsara's GET /fleet/equipment/stats endpoint or Geotab's StatusData records, plus a manual export where a vendor offers only a file. It would match each machine through an asset mapping table you maintain, flag any machine whose hours differ between sources, and write a single hours sheet for job costing. The controller reviews flagged rows and approves the sheet before it is exported to accounting. Prerequisites are API tokens with read-only scope, the mapping table and a named owner for exceptions. If bids and estimates also feed this cost picture, the same logic pairs with the tools in best bid management software for contractors.

The DIY alternative. You can build both workflows in Zapier, Make or n8n, or have a developer write them in-house, and those tools can support run histories, retries, error branches and audit evidence when configured. The cost is ownership: you design and maintain the observability, idempotency keys, escalation rules, access controls and ongoing fixes when a vendor changes an endpoint. A proposed US Tech Automations design could configure a central run log per asset, deduplication keys, escalation to a named person after a set wait, scoped credentials and a reviewed change process. That still requires you to supply the asset mapping, the approval roles and the budget for exception handling, so the comparison is about who carries the maintenance, not about whether the tool can do the steps.

When NOT to use US Tech Automations. Skip it if all of your machines sit on one OEM portal and that portal already creates work orders in the system you use. Skip it if no one at your company will own the exception queue, because an unattended queue is just a second inbox. And skip it if your telematics vendor's native alerting and your maintenance software already connect directly, since adding a layer would only add a step.

Decision checklist

Use these in order before you sign.

1. List every machine by make, model and year, and mark which have a factory telematics feed.

2. Ask each vendor, in writing, which of those makes and models they read, how often the data refreshes and whether an OEM subscription must stay active.

3. Ask whether engine hours are read from the engine bus or estimated from movement.

4. Confirm contract length, hardware ownership, early-exit terms and whether a pilot on 5 to 10 machines is allowed before full commitment.

5. Ask which API or webhook plan you need to receive faults and hours, and what it costs to turn on.

6. Decide who triages alerts and how a fault becomes a ticket.

7. Compare theft features on a real scenario: an unpowered attachment leaves a jobsite after hours.

Glossary

• Yellow iron: heavy off-road construction machinery such as excavators and loaders.

• OEM feed: data a manufacturer's own telematics system sends to outside platforms.

• AEMP 2.0 (ISO 15143-3): the shared data format for machine location, hours, fuel and faults, which OEMs implement unevenly.

• Utilization: the share of time a machine is working versus idle or parked.

• CAN bus and J1939: the wiring and protocol a gateway reads to get engine data from a machine.

• Geofence: a map boundary that triggers an alert when an asset enters or leaves.

• Webhook: a message a platform sends to your URL when an event happens, so you do not poll.

• Idempotency: designing a workflow so a repeated message does not create a duplicate record.

Frequently asked questions

Is Trackunit better than Samsara or Geotab for construction equipment?

Trackunit is the most equipment-focused of the three, but better depends on your fleet mix. It is built around off-road, mixed-brand machines, while Samsara and Geotab start from vehicles and add equipment tools, so a fleet that is mostly yellow iron leans Trackunit and one that is mostly trucks leans the other two.

Do Trackunit, Samsara and Geotab publish pricing?

No, none of them printed a price on the pages reviewed, so each is quote-based. Trackunit does publish its contract term, which generally runs 36 or 42 months, and Samsara's pricing page asks for your vehicle and asset count.

Can these platforms read engine hours from machines of different brands?

Usually yes, but through different routes and with uneven results. Trackunit cites 100+ OEM and telematics feeds, Samsara names CAT, John Deere, Komatsu, Ford and Volvo among its OEM integrations, and Geotab reads engine data through its rugged device, so ask for your exact makes in writing.

Which of the three is best if most of my fleet is trucks?

Samsara or Geotab is the stronger starting point for a truck-heavy fleet because both are fleet-first platforms. Compare them directly in Geotab vs Samsara and bring in equipment-specific questions only for the machines.

What is the biggest disqualifier to watch for?

A vendor that cannot confirm engine-hour coverage for your specific machines in writing is the biggest disqualifier. A close second is a long contract with no pilot clause, which matters most with Trackunit's 36 or 42-month term.

Can I automate alerts and hours reconciliation myself?

Yes, with Zapier, Make, n8n or in-house code, provided you design and own logging, retries, deduplication, escalation and access control. The tools support those patterns when configured, and the maintenance burden stays with you.

Verdict

The honest answer to "Trackunit vs Samsara vs Geotab" is a rule, not a winner. Choose Trackunit when off-road, mixed-brand machines and attachments carry most of your asset value and you can sign a 36 or 42-month term after a pilot. Choose Samsara when trucks, trailers and machines must share one dashboard and your makes appear on its OEM list. Choose Geotab when you want an open ecosystem and a very rugged device, you may already run it on trucks, and you will confirm machine-level engine-hour coverage before committing. Whichever you pick, verify your own makes and models, ask for the contract term in writing and decide who turns an alert into an action. If you want that last step configured rather than hand-built, see how US Tech Automations configures this on top of the platform you select.