Buyer’s Guide: High-Risk Connected Worker Solutions (2026)

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Executive Summary

This report provides EHS and operations executives with a comprehensive analysis of 15 prominent high-risk connected worker solutions (CWS) available on the market today. The analysis leverages data collected from questionnaires, briefings and publicly available information, supported by insights from multiple Verdantix research studies. High-risk industries are entering a period of renewed EHS investment, with the largest budget rises in areas that map directly to CWS capabilities. Market growth is being driven by evolving regulatory requirements, alongside the integration of advanced technologies into connected worker platforms, such as AI, machine learning (ML) and advanced analytics. Buyers should use this report to assist them in finding a CWS that fits their specific needs.
Summary for decision-makers
The Verdantix Buyer’s Guide to high-risk connected worker solutions (CWS)
Defining high-risk CWS
Market dynamics shaping high-risk CWS
High-risk CWS offer a range of tools to support core safety workflows
High-risk CWS must combine technical capability with operational readiness
Selection criteria for the 2026 Buyer’s Guide to high-risk CWS
3M provides an integrated inspection and equipment assurance layer for high-risk operations
Aatmunn delivers vendor-neutral orchestration and enterprise-grade scalability for connected worker deployments
Blackline Safety offers device-led worker safety monitoring in real time
Glartek’s mobile-first EHS connected worker platform digitizes frontline execution
GOARC connects Control of Work execution with real-time event oversight for high-risk operations
IBM anchors high-risk connected worker programmes in Control of Work governance and auditable safety response
Ideagen leverages shift-based, auditable data capture to provide worker-level wearable monitoring 
MākuSafe supports enterprise-scale workplace safety with AI-driven wearable exposure monitoring
Peoplesafe provides monitored lone worker protection with multi-network connectivity
Rombit focuses on real-time location-driven safety controls for high-risk worksites
SlateSafety offers a wearable platform for heat strain and lone worker protection
spacebands delivers wearable-driven monitoring for hand-arm vibration and noise exposure
Triax Technologies provides a connected worker platform for safety and operational visibility
VigiLife enables preventative lone worker protection through real-time physiological and environmental monitoring
WakeCap supplies on-site sensing to support workforce visibility in construction
Figure 1. High-risk and very-high-risk industries
Figure 2. High-risk CWS key functionality
Figure 3. List of software vendors offering high-risk CWS
Figure 4. 3M high-risk CWS overview
Figure 5. Aatmunn high-risk CWS overview
Figure 6. Blackline Safety high-risk CWS overview
Figure 7. Glartek high-risk CWS overview
Figure 8. GOARC high-risk CWS overview
Figure 9. IBM high-risk CWS overview
Figure 10. Ideagen high-risk CWS overview
Figure 11. MākuSafe high-risk CWS overview
Figure 12. Peoplesafe high-risk CWS overview
Figure 13. Rombit high-risk CWS overview
Figure 14. SlateSafety high-risk CWS overview
Figure 15. spacebands high-risk CWS overview
Figure 16. Triax Technologies high-risk CWS overview
Figure 17. VigiLife high-risk CWS overview
Figure 18. WakeCap high-risk CWS overview

About the Authors

April Choy

April Choy

Industry Analyst

April is an Industry Analyst at Verdantix, specializing in EHS&Q software and emerging technologies. She helps organizations navigate complex technology decisions, providi...

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Nathan Goldstein

Nathan Goldstein

Senior Manager

Nathan is a Senior Manager at Verdantix, specializing in EHS software and the convergence of sustainability, EHS and operational risk. He leads research that helps corporate d...

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