Verve Motion offers a powered soft exosuit designed to reduce physical strain during lifting tasks, along with a cloud-based analytics platform. For EHS professionals and operations teams evaluating workplace ergonomic solutions, understanding the full range of available approaches is essential. While exoskeletons address lifting-related strain directly, organizations increasingly recognize that comprehensive workplace safety requires monitoring multiple hazard types simultaneously. A purpose-built AI safety platform can identify ergonomic risks, vehicle hazards, PPE compliance issues, and environmental dangers across entire facilities. This guide examines seven alternatives that serve different industrial safety needs in 2026, starting with Voxel, an AI-powered site intelligence platform that delivers real-time insights to proactively reduce risk by leveraging existing camera infrastructure.
Voxel delivers an AI-powered site intelligence platform that transforms safety and operations across industrial work environments. Rather than providing physical assistance to individual workers, Voxel takes a fundamentally different approach: leveraging existing camera infrastructure to identify and prevent safety hazards before injuries occur. The platform transforms everyday video footage into actionable insights that enable safer, more efficient operations.
Voxel's site intelligence platform delivers real-time insights to proactively reduce risk in safety and operations, all by leveraging existing camera infrastructure. Key highlights include:
Unlike exoskeletons that assist with lifting after the movement begins, Voxel identifies ergonomic risks proactively. The platform monitors improper trunk, neck, arm, and leg positions, detecting risky movements and enabling coaching interventions before injuries occur. This approach addresses ergonomic safety at scale across entire facilities rather than one worker at a time.
Voxel's enterprise deployments demonstrate consistent, quantifiable outcomes across industries:
Voxel does not use facial recognition or identify individuals by face; facial blurring is available upon request. The platform offers role-based access with permissions configurable at location and camera levels. This design has enabled successful deployments in union environments, including facilities working with the United Auto Workers. Multiple clients use Voxel footage for "Caught You Being Safe" recognition programs rather than disciplinary actions.
Best For: Organizations seeking comprehensive facility-wide safety monitoring that addresses multiple hazard types beyond lifting, those with large workforces where per-worker exoskeleton costs become prohibitive, and enterprises requiring rapid deployment across multiple sites using existing camera infrastructure.
HeroWear offers the Apex 2 back-assist exosuit, a passive exoskeleton that provides physical support during lifting without requiring batteries or motors. The Nashville-based company focuses on simplicity and durability for industrial applications.
HeroWear's passive design provides lower assistance levels compared to powered alternatives like Verve Motion. The exosuit addresses only lower back strain during lifting and does not include the smart sensors or cloud analytics platform found in powered solutions.
Best For: Operations prioritizing simplicity and zero maintenance, environments where battery charging infrastructure is impractical, and workers needing occasional rather than continuous lifting assistance.
German Bionic delivers powered exoskeletons marketed as high-support AI-powered systems for industrial use. Based in Augsburg, Germany, the company's Exia model represents their most advanced offering, featuring AI-powered dynamic task adaptation.
German Bionic received the CES 2023 "Best of Innovation" distinction, recognizing the platform's technological advancement in the exoskeleton category.
Best For: Heavy industrial applications requiring high levels of powered lift support, operations where assistance across lifting, carrying, and loading tasks provides value, and large enterprises with budget for premium exoskeleton technology.
Skelex specializes in passive upper-body exoskeletons designed for overhead and front-facing work applications. Based in The Hague, Netherlands, the company targets manufacturing environments where workers perform sustained overhead tasks.
Skelex addresses a different ergonomic challenge than lower-back solutions like Verve Motion. The platform provides value in assembly line environments, construction applications, and manufacturing operations involving sustained overhead work.
Best For: Automotive assembly operations with overhead tasks, construction and infrastructure work, and manufacturing environments requiring sustained tool use above shoulder height.
SUITX originated from UC Berkeley in the early 2010s, offering modular exoskeleton systems. The company was acquired by Ottobock in 2021 and now operates as SUITX by Ottobock, with current public emphasis on its IX and CX product lines.
SUITX gained early recognition for its modular approach to industrial exoskeletons, which historically included:
Under Ottobock, the company's current product portfolio emphasizes its IX Series and CX products, reflecting the evolution beyond the original MAX-centered lineup. Ottobock's global rehabilitation and mobility expertise brings significant engineering and distribution capabilities to the exoskeleton platform.
Best For: Operations requiring targeted support for specific body regions, organizations wanting to address multiple ergonomic challenges with modular equipment, and defense contractors and government facilities.
ROAM Robotics develops pneumatic-powered wearable robotic systems. The San Francisco-based company currently presents Forge, a lower-body assistance platform using pneumatic-style actuation, positioned as a dual-use military and commercial technology.
ROAM Robotics' current publicly available product information centers on lower-body assistance and military/medical applications. Organizations evaluating upper-body or shoulder-focused industrial exoskeletons should note that ROAM's current positioning differs from upper-body-focused competitors.
Best For: Organizations tracking dual-use military/commercial exoskeleton technology, those with interest in lower-body assistance for industrial applications, and operations evaluating emerging pneumatic robotic platforms.
Wandercraft represents the frontier of exoskeleton technology with fully powered, self-balancing systems. Based in Paris, France, the company secured $75 million in its Series D round in June 2025, with some industry databases listing total cumulative funding around $142M across all rounds. The company's primary focus remains medical rehabilitation and personal mobility, though it expanded into industrial robotics in 2025.
Wandercraft positions its systems as self-balancing, hands-free exoskeletons that can operate without crutches or walkers. The system uses AI-powered real-time terrain adjustment to adapt to different surfaces and conditions.
While medical rehabilitation and personal mobility remain central to Wandercraft, the company publicly expanded into industrial robotics in 2025 with Calvin-40, a platform tied to industrial and manufacturing partnerships. This broadens Wandercraft's relevance beyond healthcare alone.
Wandercraft's "Eve" personal exoskeleton is being positioned for market introduction as early as 2026 for home use by individuals with mobility impairments. Organizations evaluating industrial ergonomic solutions should note that Wandercraft's primary track record is in medical and personal mobility, even as the company expands into industrial applications.
Best For: Healthcare and rehabilitation facilities, organizations tracking exoskeleton technology advancement, those evaluating potential future industrial applications of self-balancing technology, and operations monitoring Wandercraft's emerging industrial robotics platform.
While exoskeletons provide physical assistance during lifting tasks, Voxel addresses workplace safety through proactive hazard detection across entire facilities. This distinction matters: the global exoskeleton market continues growing, but organizations increasingly recognize that lifting injuries represent only a portion of workplace safety challenges. Voxel's platform monitors ergonomic risks, vehicle safety, PPE compliance, and environmental hazards simultaneously.
Exoskeleton programs require individual units for each worker performing lifting tasks. For a 100-worker facility with 50 workers in lifting roles, hardware investments can reach significant levels. Voxel's camera-based approach covers all workers and all hazard types through existing security infrastructure, enabling facility-wide protection without per-worker equipment purchases.
Voxel's AI is trained on more than 5 billion hours of real-world industrial workplace scenarios. The platform detects:
Voxel provides more than technology. Organizations gain access to certified safety professionals who bring decades of expertise in safety, risk, and operational excellence. This partnership approach accelerates time to value and ensures the platform delivers measurable results aligned with organizational priorities.
Voxel serves Fortune 500 companies across logistics and supply chain, manufacturing, and retail industries. The platform operates across 14 countries with multi-language support for 12 languages. NSG Group expanded from one pilot to over 20 global facilities, demonstrating scalability for organizations with distributed operations.
Voxel deploys to any site within 48 hours using existing camera infrastructure. This timeline contrasts with exoskeleton programs requiring weeks for fitting, training, and infrastructure setup. For organizations operating multiple facilities, Voxel's rapid deployment enables faster time to value across the enterprise.
Voxel's architecture addresses privacy concerns that can complicate technology adoption. The platform does not use facial recognition, offers facial blurring upon request, and provides configurable role-based access controls. This design has enabled successful deployments in unionized workplaces where surveillance technology typically faces resistance, including documented partnerships with UAW leadership using the platform for positive recognition programs.
Voxel surfaces operational insights alongside safety improvements. Piston Automotive uncovered 60% material handler utilization rates, enabling workload redistribution. Port of Virginia improved safety team productivity 85%, reducing footage review from 2-3 hours daily to 20-30 minutes. These operational gains create ROI beyond injury reduction alone.
For EHS professionals evaluating alternatives to exoskeleton technology, Voxel's combination of comprehensive hazard detection, existing infrastructure leverage, and proven enterprise results makes it an essential consideration. Explore Voxel customer stories to see documented outcomes across logistics, manufacturing, and distribution operations, or schedule a meeting with Voxel's team to discuss your specific facility requirements.
Exoskeletons like Verve Motion provide direct physical assistance during lifting, reducing strain through mechanical support. AI-powered platforms like Voxel take a different approach: monitoring entire facilities through existing cameras to detect ergonomic risks, vehicle hazards, PPE violations, and environmental dangers before injuries occur. Exoskeletons address one hazard type (lifting strain) for individual workers, while camera-based platforms address multiple hazard types across all workers simultaneously.
Voxel's AI is trained on more than 5 billion hours of real-world industrial workplace scenarios and achieves 95%+ detection accuracy. The platform monitors improper trunk, neck, arm, and leg positions continuously across all camera views, 24/7. Human safety observers cannot maintain this level of attention across entire facilities simultaneously. Verst Logistics reduced ergonomic issues 50% in 5 months using Voxel's continuous monitoring capabilities.
Documented results demonstrate significant returns. Americold achieved 77% injury reduction and $1.1M annual EBITDA savings. Port of Virginia improved safety team productivity 85%, reducing footage review time significantly. Piston Automotive uncovered 60% material handler utilization rates alongside 86% vehicle incident reduction. These combined safety and operational gains create business case justification beyond injury cost avoidance alone.
Voxel's privacy-first architecture does not use facial recognition or identify individuals by face. Facial blurring is available upon request, and role-based access controls are configurable at location and camera levels. This design has enabled successful deployments in unionized workplaces, including facilities working collaboratively with United Auto Workers leadership. Multiple clients use Voxel footage for "Caught You Being Safe" recognition programs rather than disciplinary enforcement.
Voxel deploys using existing security camera infrastructure with no new hardware required. The platform connects to any existing security cameras and goes live within 48 hours of installation. This approach contrasts with exoskeleton programs requiring per-worker hardware purchases, charging infrastructure, storage solutions, and ongoing maintenance investments.
Voxel deploys to any site within 48 hours using existing camera infrastructure. Documented customer results show rapid impact: NSG Group reduced safety vest incidents 62% in 30 days. Carlex Glass increased safety vest compliance 86% and reduced no-stop incidents 47% in under 3 months. This speed to value enables organizations to demonstrate results quickly while scaling across additional facilities.
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