Forklifts are involved in 90,000+ incidents every year — most caused by blind spots and busy pedestrian areas.
Trio Mobil supports safer operations with multi-layered detection and real-time operator awareness.
Blind Spot Awareness – Instantly detects pedestrians, even in low-visibility areas.
Smart Zones - Creates intelligent, dynamic safety zones in intersections and high-risk areas.
Operator Alerts - Real-time visual and audio alerts to help operators respond faster.
AI-powered forklift and pedestrian safety platform, chosen by industry leaders to reduce risks and enhance workplace performance.
AI-powered systems continually monitor forklift–pedestrian proximity, blind spots, and unsafe movements to surface risk patterns in real time.
Multi-layered technologies detect hazardous interactions instantly and trigger timely alerts to help operators and pedestrians react before situations escalate.
Data-driven insights enable ongoing risk reduction, supporting safer traffic flows and strengthening a prevention-first safety culture.
Trio Mobil helps you enhance forklift and pedestrian safety with intelligent, real-time with best in class AI-powered technology.
Tagless and Tag-Based Detection for Maximum Protection
Real-Time Detection – Continuously monitors pedestrian and vehicle movements
Proximity Alerts – Provides instant audiovisual alerts to support operator awareness
Smart Speed Control – Assists with automatic speed limitation
Fusing Multi-Layered Technology for Smarter Blind Spot Awareness
All-Direction Monitoring – Detects movement from every angle
Layered Safety Detection – Combines both AI-based vision and UWB proximity detection technologies for unmatched protection
Seamless Integration – Works with all types of forklift models and brands
Visual alerts and smart control for safer workflows
Real-Time Alerts – Audiovisual alerts when pedestrians or vehicles enter risk zones
LED Integration & Door Control – Improves visibility and automates door operations for safer transitions
Dynamic Zone Adaptation – Adjusts safety rules based on site layout and traffic conditions
Continuous Risk Detection for Safer Workplaces
100+ Use Case Detection – Real-time monitoring of collisions, compliance, and unsafe practices
Near-Miss Analysis – Surfaces close-call events early to support proactive interventions
Smart Insights – Delivers instant answers with supporting video to accelerate decision-making
See how industry leaders are transforming safety and efficiency with Trio Mobil — in their own words.
Former OSHA Chairwoman
Trio Mobil’s Prevention-First Safety Platform delivers a 3-4× average ROI across global deployments — turning safety investments into lasting business value.
Prevents high-severity incidents that can cost $500K–$1M+ per case.
Reduces downtime and equipment damage while improving traffic flow.
Simplifies reporting, strengthens sustainability metrics, and supports global safety standards.
Lowers premiums and facility repair costs through data-backed safety improvements.
Multi-layered detection that enhances operator awareness in the most critical zones
Prioritizes pedestrian protection with real-time safety triggers
Delivering measurable improvements in both safety and operational efficiency.
Strategic support for enterprise customers, aligning projects with safety and efficiency objectives.
Monitoring of 100+ risk categories, giving EHS teams real-time visibility
Dynamic alerts and safer site flows in high-traffic intersections.
Targeted support for reducing Serious Injury & Fatality (SIF) exposures with constant oversight.
Continuous collaboration with customers to assist in maximizing solution use and long-term impact.
AI-powered forklift and pedestrian safety platform, chosen by industry leaders to reduce risks and enhance workplace performance.
We help you choose the right system to advance safety targets while supporting daily workflows.
The most effective systems combine multiple detection technologies, because no single method can address every risk in a busy industrial environment.
Trio Mobil uses a multi-layered protection approach that includes:
This layered structure helps operators notice pedestrians earlier and supports safer operations without relying on one technology alone.
The most reliable strategy combines operator training, site rules, and assistive technology.
Trio Mobil provides:
These tools help increase situational awareness and reduce human error in fast-moving areas.
EHS leaders are adopting technologies that improve both risk visibility and operator awareness, including:
Trio Mobil combines all of these into one scalable platform, designed for large and complex facilities.
AI helps by identifying unsafe behaviors, risky interactions, and pedestrian presence in real time, even in visually complex environments.
Trio Mobil’s AI:
AI-powered forklift safety system is an assistive layer that enhances visibility and risk awareness.
AI detection works without tags, using cameras and computer vision to recognize pedestrians.
UWB provides precise distance measurement, even without line of sight, and works in:
Trio Mobil unifies both technologies, giving facilities the advantage of tagless + tag-based detection in one system.
Consider these factors:
Trio Mobil offers flexible configurations, allowing facilities to mix AI vision, UWB proximity, and Smart Zones based on their exact risk profile.
Yes. AI vision can detect pedestrians taglessly, using cameras and machine learning.
Trio Mobil’s AI detection recognizes:
Tagless AI works great in open areas, while UWB wearables strengthen detection in tight aisles, narrow corridors, and occluded zones.
A multi-layered system uses several complementary technologies to cover different risk scenarios.
Trio Mobil’s layers include:
This reduces reliance on any single technology and provides a more consistent safety experience across the facility.
Blind spots are the most common locations for near-misses.
Trio Mobil addresses these areas through:
These tools help operators navigate complex layouts more confidently.
Forklift safety technologies decreases the risk of accidents
Trio Mobil provides operator-assist technology designed to:
Performance depends on site conditions, configuration, and maintenance; measured over time and defined scenarios.
Traditional safety measures such as mirrors, signage, floor markings, or manual protocols offer passive protection.
Trio Mobil provides a multi-layered protection approach that combines:
This layered structure helps operators become more aware of surrounding risks and supports safer, more predictable operations.
Yes. Trio Mobil’s safety system is designed to be vehicle-agnostic and works with:
No fleet replacement is required. The solution integrates seamlessly with existing equipment.
Trio Mobil offers tag-based and tagless (AI vision) detection options:
This flexibility allows facilities to choose the right level of protection for each area.
Yes—this is one of the key advantages of the multi-layered approach.
This enables effective support in high-risk areas such as intersections, rack aisles, and loading docks.
Absolutely. In addition to risk reduction support, the system provides real-time operational intelligence, including:
This helps EHS and operations teams make data-driven decisions that improve productivity and workflow efficiency.
Trio Mobil includes Smart Zones that allow facilities to assign custom safety rules to specific locations:
This increases consistency and reduces the burden on operators in complex layouts.
The system includes detailed analytics and reporting that highlight:
These insights give organizations a clear view of safety performance and help track improvements month over month.
Installation is typically fast and minimally disruptive.
Most forklifts can be equipped within a few hours, and zone infrastructure can be deployed around existing operations with minimal downtime.
Deployment plans are tailored to each facility’s layout and shift schedule.
Trio Mobil combines AI vision + UWB + Real-time analytics in a single unified platform, enabling:
This creates a higher level of visibility and risk intelligence compared to single-technology systems.