U.S. workplace injuries cost an estimated $181.4 billion in 2024, including wage and productivity losses, medical expenses, administrative expenses, and other costs. Globally, the International Labour Organization estimates that nearly 3 million workers die each year from work-related accidents and diseases.
Workplace safety apps support organizations in different ways. Mobile platforms digitize inspections and reporting, enterprise EHS systems connect safety with broader compliance processes, and computer-vision technology can add continuous visibility into supported workplace conditions. The right approach depends on the work environment, frontline needs, risk profile, existing systems, and how organizations plan to act on the information collected.
Safety teams rely on information from inspections, incident reports, near misses, employee observations, audits, equipment data, and other sources. Digital tools can help consolidate this information and make it easier to identify recurring patterns across facilities, shifts, and work activities.
OSHA describes leading indicators as proactive and preventive measures that provide information about the effectiveness of safety activities. Safety applications can support these measures by giving teams more structured visibility into inspections, observations, actions, and workplace conditions.
Different technologies address different parts of the process. Mobile applications can simplify field reporting, enterprise EHS platforms can organize investigations and compliance workflows, and AI-powered computer vision can monitor supported conditions between scheduled observations.
Effective platforms also connect findings with follow-through. Owners, deadlines, corrective actions, coaching, and completion tracking help turn collected information into practical safety activity.
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 connects identified risks with actions, coaching, and reporting.
Rather than relying exclusively on scheduled inspections or manually submitted observations, Voxel can continuously analyze configured camera views for risk patterns involving people, vehicles, equipment, and the physical workplace.
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. Enterprise safeguards include SOC 2 Type II controls, role-based access, SSO, encryption in transit and at rest, and other security measures.
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 established safety program.
Mitti, formerly SafetyCulture, provides a mobile-first operations platform for frontline teams. Its functionality covers inspections, issues, actions, training, assets, documents, and other operational workflows.
Workers can complete inspections and capture evidence from mobile devices, including while offline. Issues identified during work can move into assigned actions and follow-up, while training and operational documents remain available through the same environment.
For workplace safety programs, this approach can help digitize inspection processes and connect frontline observations with actions without requiring workers to return to a desktop system.
Intenseye uses computer vision to monitor configured workplace safety conditions across industrial environments.
Its Core AI offering supports more than 50 leading safety indicators across categories such as PPE, housekeeping, area controls, vehicle interactions, behavioral safety, and other workplace conditions. Ergonomic analysis adds another layer of visibility into movement and posture.
The platform combines automated visual monitoring with analytics, reporting, and task-management functionality. This makes it relevant to organizations seeking continuous camera-based visibility alongside established EHS programs.
Cority provides safety management as part of the broader CorityOne EHS platform.
Its capabilities span incident reporting, investigations, corrective actions, occupational health, industrial hygiene, environmental management, quality, sustainability, and analytics. Mobile workflows extend selected processes to employees working away from desks.
Cority also incorporates Cortex AI into its platform for use cases such as incident information capture, image analysis, document analysis, and occupational-health workflows. This broader structure can support enterprises managing safety alongside multiple related EHS disciplines.
VelocityEHS provides workplace safety applications within a wider EHS and sustainability platform.
Its safety functionality includes incident management, inspections, audits, observations, corrective actions, training, meetings, and compliance management. Additional modules address ergonomics, chemical management, industrial hygiene, contractor safety, operational risk, and environmental compliance.
The platform also uses AI-assisted functionality within selected safety workflows, including incident analysis and ergonomic assessments. This combination can support organizations that want safety administration connected with broader EHS processes.
Protex AI uses computer vision to provide workplace safety and operational intelligence across industrial environments.
The platform can analyze configured camera views for conditions involving PPE, ergonomics, vehicles, zones, and other operational activities. It also combines camera-derived information with analytics and action workflows.
Processing can occur through edge infrastructure at the site, supporting privacy-conscious deployment while allowing relevant events and anonymized information to feed broader analysis. The platform is primarily suited to organizations evaluating continuous visual monitoring rather than conventional mobile reporting alone.
EcoOnline provides EHS functionality covering incident management, audits, inspections, risk management, chemical safety, emergency response, and other workplace-safety processes.
Its chemical-management tools support safety-data-sheet management, chemical inventories, risk assessments, worker exposure information, and regulatory workflows.
EcoOnline also provides lone-worker functionality through StaySafe. Capabilities include panic alerts, welfare checks, low-signal functionality, fall detection, location information during relevant events, and monitoring options for employees who work remotely or without immediate supervision.
Safesite provides a mobile-first safety-management platform designed around frontline participation.
Its application supports inspections, safety meetings, observations, hazards, incidents, equipment inspections, corrective actions, OSHA-related recordkeeping, and offline use. Safety information collected through the mobile app can also feed reporting and analytics for supervisors and administrators.
The Safesite Score and leading-indicator analytics provide additional ways to monitor participation and safety activities across projects. The platform is particularly oriented toward teams that want workers to complete routine safety actions directly from mobile devices.
GoAudits provides mobile inspection and audit workflows for safety, compliance, quality, and operational use cases.
Teams can conduct inspections from phones, tablets, or computers while working offline, capture photos and supporting information, and synchronize records when connectivity returns. Completed inspections can generate reports while identified issues can move into assigned corrective actions.
Central dashboards provide visibility into findings, overdue actions, recurring issues, and performance across locations. The platform also supports multilingual deployments for organizations operating across different regions or workforce groups.
Intelex provides configurable safety functionality within a broader EHSQ platform.
Its applications cover incidents, inspections, job-safety analysis, root-cause analysis, compliance, risk management, audits, corrective actions, and other environmental, health, safety, and quality processes.
The Intelex mobile application supports field reporting online and offline. Workers can submit incidents, observations, near misses, inspections, photos, voice annotations, and GPS information before synchronizing data with the central platform when connectivity becomes available.
Collecting more safety information does not automatically improve outcomes. The information becomes more useful when teams can evaluate what it means and determine an appropriate response.
A hazard report, inspection finding, or computer-vision observation can provide an initial signal. Safety teams still need to determine why the condition occurred, what control is appropriate, who is responsible for follow-up, and whether the response was completed.
The hierarchy of controls provides a framework for considering responses, prioritizing elimination and substitution before engineering controls, administrative controls, and PPE where feasible.
Digital workflows can help assign responsibility and maintain visibility after an issue has been identified.
Voxel's Actions workflow, for example, connects selected insights with recommended actions, ownership, deadlines, follow-up, and coaching. Reporting then helps teams review actions taken and changes in observed risk patterns.
Workplace safety platforms can process sensitive information ranging from injury records and employee details to location and video data. Privacy requirements therefore vary depending on what the application collects.
Organizations evaluating safety software should consider:
For camera-based safety technology, Voxel focuses on site-related conditions rather than individual identification. It does not use facial recognition and provides face and body blurring.
This distinction can be particularly relevant in environments where organizations want computer-vision insights to support coaching and risk reduction without making individual identification the purpose of the technology.
Voxel addresses a different part of the safety workflow than conventional mobile applications and EHS systems of record. Instead of relying exclusively on manually submitted information, it adds continuous visibility into supported conditions through existing camera infrastructure.
Voxel's AI is trained on more than 5 billion hours of real-world industrial workplace scenarios. Supported use cases include ergonomics, PPE, vehicles, pedestrians, equipment, spills, obstructions, and other configured workplace conditions.
Models are fine-tuned to individual site environments, helping account for differences in camera views, layout, equipment, lighting, and work activity.
Voxel connects visibility with structured action. Its platform can turn selected findings into recommended interventions, owners, deadlines, follow-up, and coaching opportunities.
Executive reporting then helps teams evaluate identified risks, actions completed, and changes over time.
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 in place instead of making a complete camera-system replacement a prerequisite. Practical coverage depends on camera position, field of view, image quality, lighting, network conditions, and the intended use case.
Voxel combines computer vision with certified experts who bring experience across safety, risk, and operations.
This support helps teams connect platform insights with existing programs, coaching practices, corrective actions, and site priorities rather than treating AI deployment as a standalone technology project.
Voxel's published customer results span cold storage, automotive manufacturing, glass manufacturing, and port operations. Outcomes include reductions in injuries, vehicle-related incidents, PPE issues, and manual footage-review time.
These results provide examples of how industrial intelligence can complement existing safety programs, with outcomes reflecting each site's baseline conditions, priorities, and implementation approach.
For organizations evaluating how continuous visibility could complement existing safety programs, request a Voxel demo to explore potential applications for a specific facility or multi-site operation.
Workplace safety applications range from mobile inspection and incident-reporting tools to enterprise EHS platforms and specialized AI technologies. Mobile tools generally emphasize frontline participation, EHS platforms centralize broader safety and compliance workflows, and Voxel adds continuous computer-vision visibility into supported industrial workplace conditions.
AI can help teams organize safety information, identify patterns, analyze images or movement, and monitor configured workplace conditions. Voxel uses computer vision to add visibility across supported risks involving ergonomics, PPE, vehicles, pedestrians, equipment, and workplace areas.
Yes. Voxel works with more than 95% of existing IP cameras and can adapt to new environments within 48 hours. Practical coverage depends on factors such as camera position, field of view, lighting, image quality, network conditions, and the intended use case.
Voxel does not use facial recognition and provides face and body blurring. Enterprise safeguards include role-based access, SSO, encryption in transit and at rest, and SOC 2 Type II controls. Its Carlex customer story also provides an example of a non-punitive deployment developed collaboratively with UAW leadership.
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, operating environment, safety priorities, and implementation approach.
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