U.S. private-industry employers reported approximately 2.5 million cases of nonfatal workplace injuries and illnesses in 2024. OSHA also cites an estimate that employers pay more than $1 billion per week in direct workers' compensation costs for disabling, nonfatal workplace injuries. These figures reinforce the value of safety programs that combine consistent reporting with earlier visibility into workplace conditions.
Workplace safety software supports those programs in different ways. Some platforms focus on EHS records, investigations, inspections, and corrective actions, while others add computer vision, analytics, mobile workflows, or process-safety capabilities. For industrial operations evaluating software in 2026, relevant considerations include the risks being managed, existing technology infrastructure, frontline usability, privacy controls, implementation requirements, and how effectively insights connect with follow-up actions.
Workplace safety software covers a broad range of tools designed to help organizations identify, document, analyze, and address occupational safety risks. Traditional EHS platforms digitize processes such as incident reporting, inspections, audits, corrective actions, training, and regulatory recordkeeping.
Newer technologies add information that may not consistently appear in submitted reports. Computer vision can analyze configured camera views, while analytics can identify patterns across observations, incidents, locations, or time periods.
OSHA describes leading indicators as proactive and preventive measures that provide information about the effectiveness of safety activities. Combining leading indicators with traditional injury and incident data can give safety teams a more complete picture of program performance.
Conventional EHS software remains important for maintaining investigations, compliance records, and corrective-action workflows. However, these systems generally depend on information being entered by workers, supervisors, inspectors, or connected systems.
Computer-vision platforms provide another source of information by continuously analyzing supported workplace conditions. Depending on the platform and configured use case, this can include PPE, ergonomics, vehicles, pedestrians, restricted areas, spills, and other site conditions.
The two approaches can complement each other: automated visibility can help identify patterns, while established EHS processes provide the structure for investigation, documentation, and follow-through.
Safety software should align with the risks present in the workplace. Depending on the platform, relevant capabilities can include:
Dashboards can help teams compare patterns by location, shift, event category, or time period. Multi-site organizations may also benefit from standardized metrics combined with facility-level views.
Identifying a risk is most useful when it leads to appropriate follow-up. Useful workflow functions can include:
The hierarchy of controls provides a useful framework when organizations evaluate possible responses, prioritizing elimination and substitution before engineering controls, administrative controls, and PPE where feasible.
Mobile tools can support workers and supervisors who operate away from desks. Offline access, photos, observations, inspections, and task management can make safety workflows more accessible across production areas, warehouses, yards, and field locations.
Platforms processing employee information or video should provide controls appropriate to the sensitivity of the data. Relevant considerations include encryption, access management, authentication, data retention, anonymization, and the use or exclusion of biometric identification.
Safety technology can contribute to more than recordkeeping. Structured information can help organizations identify recurring conditions, prioritize corrective measures, and understand where safety processes intersect with operations.
For example, Americold reported $1.1 million in savings alongside a 70% injury reduction at its featured facility. Piston Automotive reduced vehicle incidents by 86% within three months while Voxel also identified a 60% material-handler utilization rate.
At the Port of Virginia, truck speeding decreased 50% and safety-team efficiency increased 85% within six months. The safety team reduced daily footage-review time by 125 minutes.
These published outcomes reflect each facility's baseline conditions, operating environment, priorities, and implementation approach.
Voxel delivers an AI-powered industrial intelligence platform designed for safety and operations across industrial environments. Using existing camera infrastructure, the platform provides continuous visibility into supported workplace conditions and helps teams connect identified risks with coaching, corrective actions, and measurable follow-through.
Voxel's platform uses existing cameras to provide continuous workplace insights:
Published Voxel customer stories include:
These published outcomes reflect each facility's baseline conditions, operating environment, safety priorities, and implementation approach.
Voxel does not use facial recognition and provides face and body blurring. The platform also supports role-based access controls, SSO, TLS 1.2 encryption in transit, AES-256 encryption at rest, SOC 2 Type II controls, and annual penetration testing.
At Carlex, management collaborated with United Auto Workers leadership on a non-punitive implementation centered on information gathering and training, providing an example of how workplace AI can be incorporated into an existing safety culture.
Voxel's AI is trained on more than 5 billion hours of real-world industrial workplace scenarios, with models fine-tuned to individual site environments. Voxel currently reports 96%+ detection accuracy.
Supported applications include ergonomics, PPE, vehicles, pedestrians, equipment, spills, obstructions, and other configured workplace conditions. The platform also connects identified risks with actions, ownership, deadlines, coaching, and executive reporting so teams can move from visibility to structured follow-through.
VelocityEHS provides workplace safety functionality within a broader EHS and sustainability platform.
Its safety capabilities include incident management, audits, inspections, observations, corrective actions, meetings, training, and compliance management. The platform also extends into ergonomics, chemical management, contractor safety, operational risk, industrial hygiene, and environmental compliance.
AI-assisted capabilities can support incident analysis, hazard review, and related safety workflows. The platform is suited to organizations looking to manage multiple EHS disciplines within a common software environment.
Cority provides safety management through its broader CorityOne EHS platform.
The system connects incident reporting, investigations, corrective actions, occupational health, industrial hygiene, environmental management, and other enterprise workflows.
Its consolidated structure can be useful for organizations that want safety information connected with health, environmental, sustainability, and operational processes across multiple locations.
Protex AI uses computer vision and enterprise operational data to provide safety and site intelligence for industrial environments.
Its platform can connect existing camera infrastructure with sources such as warehouse, manufacturing, transportation, maintenance, and EHS systems. Supported workflows include visual risk detection, analytics, and automated root-cause analysis.
Protex also uses on-site edge processing for camera analysis, with configured event information and anonymized clips feeding its analytics environment.
SafetyCulture provides mobile-first tools for inspections, issue reporting, corrective actions, training, and other frontline operational workflows.
Workers can conduct inspections and capture supporting evidence even while offline. Teams can also report issues, assign actions, generate reports, and manage follow-up through mobile devices.
This approach can support organizations that want accessible frontline participation alongside standardized inspections and digital safety workflows.
Intelex provides safety management within a configurable EHSQ platform.
Its applications include incident management, inspections, job-safety analysis, compliance tracking, and mobile EHS functionality. Incident workflows can extend from initial occurrence through investigation and final corrective-action closeout.
Recent platform development also includes AI-supported field data capture and risk-management workflows, adding more proactive capabilities alongside conventional EHS processes.
Intenseye is a computer-vision workplace safety platform designed to monitor configured leading safety indicators.
Its current Core AI offering supports more than 50 detection categories spanning PPE, housekeeping, restricted areas, vehicle interactions, behavioral safety, and other conditions. The platform also includes ergonomics functionality, analytics, task management, and reporting.
Intenseye can use existing camera infrastructure and other industrial integrations to add continuous visual monitoring to established EHS programs.
Sphera provides health and safety management as part of a broader platform covering EHS, process safety, operational risk, and product stewardship.
Its health and safety software brings together information such as inspections, incidents, near misses, observations, and training records. Process-safety functionality also supports risk assessment methods such as HAZOP, LOPA, and Bowtie analysis.
This broader scope is particularly relevant to organizations that manage workplace safety alongside process and asset risk.
EHS Insight provides incident management, inspections, audits, corrective actions, environmental processes, training, and other EHS functionality.
Its mobile application supports incident and hazard reporting online or offline. Incident workflows can include OSHA-related records, root-cause analysis, corrective and preventive actions, deadlines, and closure tracking.
The platform combines conventional EHS administration with mobile field workflows and analytics across safety information.
Benchmark Gensuite provides enterprise EHS, sustainability, quality, and risk-management functionality.
Its frontline capabilities were expanded through the acquisition of ANVL, which adds mobile-first workflows designed to digitize field safety processes such as job-safety assessments, observations, and other operational procedures.
The combination gives organizations enterprise EHS administration alongside tools intended to bring structured safety workflows closer to frontline work.
Safety information becomes more valuable when teams can move directly from identifying a condition to determining an appropriate response.
Incident rates, workers' compensation claims, and lost-time cases describe outcomes that have already occurred. Leading indicators add information about safety activities and conditions before those outcomes appear.
Computer vision can contribute by identifying supported recurring conditions between scheduled inspections. Safety teams can then evaluate those insights alongside employee observations, near misses, audit findings, and incident records.
Action workflows can assign responsibility, establish deadlines, document controls, and track completion. This creates a clearer connection between what the safety team sees and what the organization does in response.
Voxel's Actions workflow, for example, allows selected insights to move into assignments, follow-up, and coaching while reporting track activity over time.
Video-based workplace safety technology requires clear decisions around privacy, access, data handling, and intended use.
Voxel focuses on site-related conditions rather than individual identification. The platform does not use facial recognition and provides face and body blurring.
At Carlex Glass, management collaborated with United Auto Workers leadership on a non-punitive implementation centered on information gathering and training. The facility subsequently increased safety-vest compliance by 86% while reducing selected vehicle-related behaviors.
Voxel's security controls include:
These controls give organizations mechanisms for managing access to safety information while establishing their own policies around platform use.
Voxel is designed specifically around continuous visibility in industrial environments, connecting existing camera infrastructure with risk insights, actions, and reporting.
The platform can monitor configured workplace conditions across ergonomics, PPE, vehicle safety, equipment, and physical workplace areas.
Use cases include improper bending, overreaching, PPE requirements, vehicle speed and stopping behavior, vehicle-pedestrian interactions, spills, obstructions, and selected restricted zones.
Voxel works with more than 95% of existing IP cameras and can adapt to new environments within 48 hours. This allows compatible facilities to build on camera infrastructure already installed throughout their operations.
Voxel provides an end-to-end industrial intelligence workflow. Identified conditions can move into recommended actions, ownership, deadlines, follow-up, and coaching.
Executive-level reporting then provides visibility into completed actions and changes in identified risks, connecting continuous monitoring with structured follow-through.
Voxel combines computer vision with certified experts who bring safety, risk, and operations experience to implementation and ongoing use.
This model supports organizations in translating site-level observations into practical actions rather than treating technology deployment as a standalone software project.
Voxel customer stories document outcomes across multiple industrial environments. Piston Automotive reduced vehicle safety incidents by 86% within three months, while NSG's U.S. facility reduced safety-vest incidents by 62% during its first 30 days.
Carlex increased safety-vest compliance by 86%, and the Port of Virginia increased safety-team efficiency by 85%.
These published outcomes reflect each facility's baseline conditions, operating environment, safety priorities, and implementation approach.
Workplace safety software helps organizations manage processes such as incident reporting, inspections, investigations, corrective actions, analytics, training, and risk identification. Platforms vary considerably in scope. Voxel adds computer-vision visibility to these processes by analyzing supported workplace conditions through existing camera infrastructure.
AI can help safety teams organize information, identify patterns, analyze workplace conditions, and prioritize follow-up. Voxel uses computer vision to identify configured conditions involving ergonomics, PPE, vehicles, pedestrians, equipment, and workplace areas, providing another source of information alongside reports, inspections, and observations.
Yes. Voxel works with more than 95% of existing IP cameras and can adapt to new environments within 48 hours. Practical coverage depends on camera positioning, field of view, image quality, lighting, network conditions, and the configured use case.
Voxel does not use facial recognition and provides face and body blurring. Enterprise controls include role-based access, SSO, TLS 1.2 encryption in transit, AES-256 encryption at rest, SOC 2 Type II certification, and annual penetration testing. Organizations can combine these capabilities with their own policies governing access and workplace use.
Published customer outcomes include a 70% injury reduction at Americold, an 86% reduction in vehicle safety incidents at Piston Automotive, a 62% reduction in safety-vest incidents at an NSG U.S. facility, and an 85% improvement in safety-team efficiency at the Port of Virginia. These outcomes reflect each facility's baseline conditions, priorities, safety program, and implementation approach.
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