Trio Mobil sells forklift safety as a set of layers rather than a single sensor. AI cameras on the truck look for pedestrians who carry no tag, ultra-wideband (UWB) radio measures the distance to people and vehicles that do, the truck can be slowed automatically when a configured threshold is crossed, where a compatible speed-control integration is fitted, and the events are pooled into risk analytics for the safety team. This review covers how each layer works, how the company’s prevention-first approach fits together, where the combination fits, what the company reports from three customer sites and what to check before you buy. The company profile sits in our directory.
What is Trio Mobil?
Trio Mobil is an industrial safety technology company. Its products cover forklift collision avoidance, pedestrian detection, automatic intervention on the truck, and the prevention of serious injuries and fatalities (SIF), with each layer presented as covering a gap the others leave. Applications include forklift-to-pedestrian and forklift-to-forklift collision avoidance, hazardous-zone monitoring, operator access control, fleet management and other industrial safety uses.
The figures below are the company’s own. Trio Mobil states that it serves 2,000-plus industrial sites and 18,000-plus SMEs in 65-plus countries, and its about page gives a figure of 20,000-plus customers. It reports over 1,000,000 connected devices; the Frost & Sullivan write-up places that count across the company’s broader connected mobility and industrial IoT installed base, so it covers more than safety products. It states a team of 250-plus staff, of whom 60-plus work in research and development, and says it designs its own hardware, software and cloud platform. It lists offices in Atlanta, Munich, Wokingham, Paris, Istanbul, Amsterdam and Warsaw, and says it is supported by branch offices, distributors and after-sales assistance.
In July 2026 Frost & Sullivan announced that Trio Mobil had received its 2026 Global Technology Innovation Leadership recognition in AI-based industrial safety and SIF prevention, citing its combination of AI vision, UWB proximity detection, IoT sensors, automated intervention and cloud-based analytics.
How does Trio Mobil differ from single-technology forklift safety systems?
Many forklift safety products are built around one main technology: a proximity alarm, a camera that recognises people, or telematics. Each has a known limit. A camera can detect a pedestrian who wears no tag, but only if it can see them. A UWB system can measure the distance between a truck and a tag without a clear view, but it cannot detect a person who is not wearing one. Trio Mobil’s approach is to put both in the same installation and add the controls and analytics around them.
| Safety capability | Trio Mobil’s approach |
|---|---|
| Tagless pedestrian detection | AI cameras detect pedestrians without wearable tags |
| Blind spot management | UWB senses equipped pedestrians and vehicles without direct line of sight |
| Forklift-to-forklift collision avoidance | UWB vehicle proximity monitoring and alerts |
| Active intervention | Configurable warnings and automatic slowdown with compatible forklift integrations |
| High-risk zone management | Zone speed limits, warning lights and connected controls |
| Near-miss analytics | Recurring hazardous interactions and exposure patterns |
| Fleet safety management | Operator access control, pre-operation checks, impact detection, utilisation reports |
| Multi-site visibility | Central monitoring for safety reviews across facilities |
The table lists capabilities from the company’s product pages; which of them are in a given quote depends on the configuration.
How does the layered system work?
The four layers do different jobs, and the combination matters because of what each cannot do alone.
AI vision: detecting pedestrians without tags
AI cameras mounted on the forklift identify pedestrians in their field of view and trigger a warning when a configured risk condition is met, which matters where tagging every visitor and contractor is not realistic. The forklift camera is called MOBIL-AI on the company’s SIF prevention page, and Trio Safe AI is the product that combines it with UWB proximity sensing. Depending on the configuration, more than one camera can be fitted; one customer story on the company’s site describes a deployment using dual AI-powered cameras.
Occlusion, mounting position and lighting limit what any camera detects. The company’s own comparison page also states that the forklift-mounted MOBIL-AI cameras perform pedestrian detection only and do not detect other vehicles, which is why truck-to-truck protection runs on the radio layer. Fixed cameras extend vision to the building: TRUE-AI units are mounted at intersections, corners and blind spots, and AI Risk Radar analyses footage from CCTV cameras a site already has.
UWB proximity detection: where the view is blocked
UWB measures the distance between devices by radio, which is why it does not need a clear line of sight. Trio Safe uses it between trucks and tagged pedestrians, between trucks, and to mark out areas with fixed zone anchors. The company lists blind corners, the far side of racks and shelving, low-light areas and dense layouts among the cases it is meant for, along with pedestrian crossings and shared operating space.
When a truck approaches an equipped pedestrian, both sides are warned: the operator in the cab and the pedestrian through the tag, which vibrates and sounds. Between trucks, the units measure the gap, alert both drivers as it closes and can trigger a controlled deceleration. The limit is the one every tag system shares. It detects tags, not people, and radio propagation, installation design and the building itself affect its performance. The company’s material says tags add reliability where a camera’s view is blocked or back-lit, which is the case for running the two layers together. Our UWB and camera comparison covers the trade-off across vendors.
Intervention: what happens after detection
After detection, Trio Mobil lists these configurable responses:
- visual and audible warnings for the operator;
- pedestrian alerts through the wearable tag;
- automatic speed reduction near pedestrians or other vehicles;
- zone-based speed limits in designated areas;
- connected warning lights, traffic signals and door controls;
- integration with selected third-party access and control systems.
Where the truck and installation support it, the forklift slows automatically when a configured threshold is reached. The catalog describes adaptive one or two-phase speed reduction and the SIF prevention page a 2-phase protocol, so the truck can be slowed in stages as the distance closes. A warning-only system depends on a person reacting in time; automatic slowdown adds a control for when attention or reaction time runs short. The company’s FAQ words this as integration with compatible forklift speed-control systems, so check it for each truck model rather than assuming it on every vehicle. Our guide to zone-based speed control explains how such zones are usually set up.
Risk analytics: seeing the pattern behind the alerts
A single alert records one event; the same alert at the same corner every shift usually points to a layout problem. Trio Mobil’s analytics classify hazardous interactions by frequency, severity and recurrence across zones, shifts, behaviours and facilities, so a safety team can ask which intersections produce the most near misses, where pedestrians and trucks keep sharing the same space, which zones show persistent high-risk interactions, whether a corrective action has reduced the measured exposure, and whether patterns differ between sites or shifts. That moves the review past incident counts to the conditions that come before serious injuries. For multi-site groups, the SIF prevention page describes central visibility that lets corporate EHS teams compare risk trends across facilities. This is the same argument our guide to near miss reporting makes about counting the events that did not hurt anyone.
What is Trio Mobil’s prevention-first approach?
Prevention-first safety means finding serious-risk exposure and reducing it before it becomes an incident. Lagging indicators such as recordable incidents remain necessary, but they do not show how often people are exposed to serious hazards. A facility can record zero forklift incidents in a year while the same intersection produces close calls every week. Trio Mobil’s answer is to add measured leading indicators to the safety process.
The approach can be read as four connected stages. Detect: identify hazardous interactions with AI vision, UWB and other connected monitoring. Intervene: trigger warnings, speed controls or other configured responses when a threshold is reached. Analyse: record and review the events to find recurring exposures. Improve: use the results to prioritise corrective actions and check whether exposure is falling. The company’s SIF prevention page publishes its own framework in three layers, called Detection, Exposure and Control. Our SIF prevention guide sets out the wider method.
Does Trio Mobil offer more than forklift collision avoidance?
Yes. Forklift and pedestrian safety is the main application, but the company’s portfolio also covers loading dock safety, machine zone safety, crane safety, lone worker safety and real-time location systems (RTLS). That matters to manufacturers and logistics operators whose serious risks are not limited to forklifts, since one supplier can cover several hazard classes. Confirm which products, integrations and analytics functions are in the proposed scope rather than assuming they come as one standard package.
Trio Mobil compared with single-technology systems
The comparison below describes technology categories, not every vendor in them. Some camera-only and UWB-focused vendors also offer intervention, analytics or extra modules.
| Evaluation area | Camera-only | UWB-only | Trio Mobil |
|---|---|---|---|
| Detects pedestrians without tags | Yes, within camera limits | No | Yes, AI cameras |
| Detects equipped pedestrians out of sight | No | Yes, subject to radio conditions | Yes, UWB |
| Forklift-to-forklift sensing | Depends on system | Common | Yes, UWB |
| Audible and visual warnings | Often | Often | Yes |
| Automatic slowdown | Vendor and truck dependent | Vendor and truck dependent | With compatible integrations |
| Site-wide risk analytics | Depends on product | Depends on product | Through connected analytics products |
| Fleet management | May need another product | May need another product | FleetBridge |
| Other industrial hazards | Varies | Varies | Docks, machines, cranes, lone workers, RTLS |
The difference is that AI vision, UWB, connected intervention and risk analytics are available from one supplier. For an enterprise buyer that can mean fewer providers to evaluate and coordinate. How much integration that actually delivers depends on the products selected, the existing infrastructure and the deployment.
Where does Trio Mobil fit?
Large manufacturing plants
Manufacturing sites mix forklifts, pedestrians, production equipment and other vehicles in shared space. Such sites may need several detection layers, location-specific controls and consistent safety monitoring. A layered system suits plants where a single detection technology would leave gaps. Our automotive plant guide covers one common case.
Warehouses and distribution centres
Warehouses bring narrow aisles, blind intersections, loading docks and constant contact between people on foot and mobile equipment. UWB proximity sensing, AI pedestrian detection and configurable speed controls can be assessed as complementary measures within a wider traffic management plan.
Multi-site groups
Groups that want one safety standard across different forklift brands and layouts can use a common configuration with local adjustments, and central analytics let EHS teams compare exposure between sites. The company states its system works with all forklift brands and models, including AGVs and AMRs. Our guide to multi-site standardisation covers what to align first.
Sites working on SIF prevention
For organisations moving from incident reporting to reducing exposure, the relevant part is the link between detection, intervention and analytics, since it is aimed at finding serious-risk conditions before they cause injuries. The events the system records become the leading indicators the safety team reviews, alongside the incident figures it already keeps.
Trio Mobil customer deployments
The three deployments below are reported by Trio Mobil. They show how different parts of the platform are used; we have not verified them independently.
Audi: forklifts and AGVs
Trio Mobil’s customer success story describes Audi’s use of its Trio Safe collision avoidance system to manage interaction between manually driven forklifts and automated guided vehicles (AGVs). The system detects AGVs in high-traffic zones and gives real-time alerts and a controlled slowdown when a forklift comes within close range, with drivers alerted if they approach an AGV closer than 2 metres. The company separately states that the deployment is at Audi’s Ingolstadt operations. The case shows proximity sensing used where automated and manual vehicles share traffic. Our guide to AGV forklift safety covers the wider issue.
Ford Otosan: forklifts and controlled zones
Trio Mobil states that at a Ford Otosan production and transportation facility of 65,000 m² it implemented forklift safety and collision avoidance across 81 forklifts and 60 designated zones. The company lists pedestrian proximity alerts, two-stage speed reduction at high-risk locations and controls around intersections and restricted areas, and reports that the initiative earned a best practice award in an HSE competition. The case combines proximity sensing with site-specific zone controls.
BSH: forklifts and pedestrians at scale
Trio Mobil’s success stories page reports a deployment at a BSH factory covering 250 forklifts and more than 1,000 pedestrians across a 220,000 m² site, with a zone-based forklift safety system in 250 zones and real-time location tracking over a 60,000 m² area. In a company blog post, Trio Mobil states that the proximity detection system at BSH led to a 98% reduction in near-miss incidents. The company also reports gains in operational efficiency at the site. Ask how near misses were defined and measured before and after the installation; the result is not guaranteed at other facilities.
What the deployments have in common
Each of the three combines proximity awareness with controls configured for the site rather than a warning device alone. A reference is most useful when it matches your own facility type, vehicle mix and workforce, so ask for one that does.
How to evaluate Trio Mobil
Start from your site’s risks rather than a product configuration, and work in phases. The four steps below apply to Trio Mobil and to any other supplier you quote.
1. Assess the site
Trio Mobil states that it offers a free safety consultation, which it describes as including a joint site visit with its industrial safety specialists. A walk of the site should identify forklift-pedestrian interactions, blind spots, hazardous zones and other risks that your incident reports may not capture. Before the visit, map your own exposure with the risk scorer so you can compare what the supplier finds with what you already know.
2. Prioritise the risks
Rank the hazards found, with Trio Mobil, by potential severity, frequency of exposure and operating conditions. That lets EHS and operations teams focus on the risks that matter most for SIF prevention rather than treating every event the same.
3. Define the scope
Decide which combination of AI pedestrian detection, UWB sensing, automatic speed control and risk analytics answers those risks, and write the scope down. Ask which detection layers are in the configuration being quoted: UWB tags only, the forklift camera only, or both, and whether that is the same on every truck. A tag-only quote leaves untagged visitors undetected; a camera-only quote leaves the far side of a rack uncovered. Ask whether speed reduction is included and whether it has been fitted to your truck makes before. Ask how many tags are in the price and who replaces them. Ask which modules are live at your price and which are upsells. Ask for a customer reference at your scale rather than the largest logo on the page. The questions to put to any provider, this one included, are in our provider guide.
4. Pilot, then scale
Run a pilot in one high-risk area or a representative part of the operation, and agree the success criteria in advance: detection performance, how the intervention behaves, operator experience and measured change in exposure. Hold every vendor to the same pilot scope. Once the pilot meets the agreed criteria, extend it to more trucks, zones or sites. Our guide to running a collision avoidance pilot sets out a typical plan. In short: assess the risks, prioritise the most critical exposures, validate the controls in a pilot and scale on measured results.
Safety note: Trio Mobil states that its solutions are operator-assist aids. They do not replace safe working practices or prevent all incidents, and performance depends on operating conditions and configuration. See the product documentation for each system.
Frequently asked questions about Trio Mobil
Is Trio Mobil an AI forklift safety company?
Yes. Trio Mobil develops AI-based industrial safety technology, including forklift-mounted pedestrian detection cameras, UWB proximity systems and risk monitoring. Its portfolio also includes fleet management and other industrial safety applications.
Does Trio Mobil combine AI cameras and UWB?
Yes. Trio Safe AI pairs tagless camera detection with UWB sensing of equipped people and vehicles, including where the view is blocked. Our explainer on dual-mode detection covers the approach in general.
Can Trio Mobil automatically slow down a forklift?
Yes, where a compatible forklift integration is configured, in response to a proximity risk or on entering a designated zone. Confirm it for each truck model.
Can Trio Mobil detect pedestrians without wearable tags?
Yes, within the camera’s detection conditions. UWB tags add a second method for equipped staff.
Does Trio Mobil support forklift-to-forklift collision avoidance?
Yes. Trio Safe uses UWB to measure the distance between equipped vehicles, warn both drivers and trigger configured responses such as a controlled deceleration.
What is the difference between Trio Safe and Trio Safe AI?
Trio Safe is the UWB system: tag-based proximity detection between trucks, people and zones, with the connected controls built on it. Trio Safe AI adds the forklift-mounted AI camera, so the same installation detects untagged pedestrians by vision and equipped staff by UWB. The exact capabilities depend on the installed configuration.
How does Trio Mobil support SIF prevention?
It links detection, configurable intervention and risk analytics, so a safety team can find recurring serious-risk exposure and decide which corrective measures come first.
Does Trio Mobil provide forklift telematics?
Yes. FleetBridge covers operator access control by NFC log-in, safety questions that gate full-speed access with a low-speed mode on failure, digital pre-operation checklists, impact detection with alarms, and utilisation reporting by facility and shift. Our telematics comparison covers the category.
Is Trio Mobil suitable for global manufacturers?
Trio Mobil reports deployments at more than 2,000 industrial sites in 65-plus countries. The company positions its portfolio for enterprises that want consistent safety controls and visibility across several manufacturing or logistics sites. Confirm the implementation requirements and local support for each country and facility.
Does Trio Mobil guarantee accident prevention?
No. No industrial safety technology can guarantee that accidents will not happen. Trio Mobil’s systems support detection, intervention and exposure reduction within a wider safety programme, and how well they work depends on the risk assessment, equipment compatibility, configuration, operating conditions and training.
Verdict
Trio Mobil is aimed at industrial operators that want detection, intervention and analytics from one supplier. Its main proposition, as the company presents it, is the combination of tagless AI pedestrian detection, UWB proximity sensing, automatic intervention and risk analytics, inside a wider industrial safety portfolio. That combination is most relevant to facilities with blocked sightlines, mixed forklift and pedestrian traffic, several vehicle types or AGVs, and to multi-site groups that want fleet management and site-wide risk monitoring under one approach.
Assess it against your site’s hazards, the integrations you need and the total cost of deployment. A site that needs only a basic warning device has simpler options. A site that wants to connect detection, intervention and long-term SIF exposure management can quote Trio Mobil alongside the other providers in our vendor guide.
The company frames its case as prevention first: finding hazardous interactions earlier, intervening in time, and using risk analytics to reduce recurring exposure before a serious incident.
Company figures, capabilities and deployment outcomes on this page come from Trio Mobil’s published material and the customer applications it references. Performance varies by site and configuration. This review is informational and does not replace a site-specific safety assessment.
