Sense
Watch, movement, environment, and location context.
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Tier 1 PartnerGoX wearable intelligence platform
Intelligence at the edge.Decisions that move.
GoX turns wearable, environmental, health, movement, and location signals into clear alerts, coaching, dashboards, and response workflows.
Illustrative workflow
Risk contextWorker + leader
HeatFatigueFitnessCardioMovement
Signals become guidance for established operating protocols.
HEATFATIGUEDEHYDRATIONMANDOWN / SOSCOACHINGLOCATIONRECOVERYLEADER VISIBILITYNOISE EXPOSURE
Selected organizations
Trusted by
Selected historical and current relationships. Logos identify organizations only and do not imply endorsement, certification, or current availability.
BechtelBechtel
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One platform
Human signals becomeoperational action.
GoX connects the person at the edge with the people responsible for safety, wellness, readiness, and operations. The platform makes context useful without making the workflow more complicated.
Understand
GoX logic translates signals into plain operational context.
Alert
Workers and leaders receive clear, role-appropriate guidance.
Act
Teams follow established rest, hydration, check-in, or response protocols.
Learn
Aggregate trends support planning while limiting unnecessary exposure.
Decision layer
One view from human signal to team action.
GoX organizes individual alerts, aggregate patterns, and operational context in a browser-based leader view.
Individual contextTeam-level patternsRole-appropriate visibility
OrganizationLeader viewInterface example - values illustrative02
Four operating domains
Heat + exertion + movement
Workforce safety
See risk in the context of work.
GoX Boost combines wearable, environmental, and movement context so workers and leaders can recognize heat strain, fatigue, distress, and ergonomic risk earlier.
Heat-stress contextSweat-loss estimationFatigue and exertionMandown and SOSMovement assessment with PODNoise-exposure screening
01Worker
Clear watch alerts support established hydration, rest, and check-in protocols.
02Leader
Role-appropriate risk visibility supports earlier intervention.
03Organization
Aggregate trends help teams improve planning and training.
Risk context that travels with the work.
Heat, exertion, dehydration, distress, movement, and noise awareness connect worker alerts with leader visibility and aggregate learning.
Illustrative signal pattern
Individual support. Aggregate program insight.
Personalized weekly goals, perceived-exertion guidance, and coaching messages support participants without exposing personal detail in employer reporting.
Illustrative weekly progressEdge alerts connected to command workflows.
Soldier Monitoring combines a Samsung wearable, distress and readiness context, ATAK-integrated views, and deployment-dependent connectivity.
Illustrative common operating picture
Movement, dwell, and effort in one frame.
Aggregate zone, location, and exertion patterns help teams test workflow, equipment, and intervention changes without publishing precise individual trails.
Illustrative organization / group view
02S
Safety / Whole-person risk
Field interface exampleDeidentified / activity-specific values
POD-enabled movement intelligence
See the whole person,not one isolated signal.
GoX combines POD-based kinematic context with wearable, environmental, and activity signals to support a broader view of operational risk. REBA/RULA-informed ergonomic review can sit alongside fatigue, heat, cardiovascular load, movement, and environmental context so teams can evaluate the work and the worker together.
GoX POD kinematicsREBA / RULA contextFatigue + exertionHeat + environmentMovement patternsWhole-person review
01 / ObserveCapture movement in context.
The GoX POD adds body-positioned kinematic information to watch, activity, and environmental signals.
02 / CombineBring the risk picture together.
Ergonomic, physiological, movement, and environmental context can be reviewed in one operational frame.
03 / InterveneSupport earlier action.
Teams can use the combined context to inform job, equipment, pacing, hydration, rest, and coaching decisions.
Educational operational context, not diagnosis or guaranteed injury prevention. Confirm the approved REBA/RULA method, scoring workflow, and POD configuration for each deployment.
02H
Safety / Hearing conservation
Noise-exposure awareness
Know the exposure.Act earlier.
GoX brings noise-exposure screening to a familiar wrist endpoint, helping workers and safety teams see sound level, accumulated exposure, and run time in the context of a broader hearing conservation program.
01Measure
Capture configured sound-level and exposure context.
02Guide
Give the worker a clear, immediate signal on the watch.
03Improve
Connect trends to controls, protection, and follow-up.
GoX-supplied product interfaceOperational metricsSound context on the wrist
- Instantaneous level
- Current A-, C-, or Z-weighted sound pressure level, depending on configuration.
- LAeq
- Equivalent continuous A-weighted sound level over the measurement period.
- LCpeak
- C-weighted peak sound pressure level.
- TWA + dose
- Accumulated exposure normalized to the selected criterion and exchange rate.
- Run time
- Elapsed time for the current measurement session.
Screening and operational awareness only. Confirm the supported sensor or microphone, calibration, measurement configuration, and applicable NIOSH or OSHA criterion before compliance use.
02R
Responders / Soldier Monitoring System
Ready-now COTS soldier monitoring
The signal reachesthe leader.
A rugged wearable, GoX application, and common operating picture stack connect live location, human-performance context, and distress alerts with operator and leader workflows.
ATAK IntegratedWatch + app + COP
Sanitized interface composite - values illustrative
Clear signals on the body.
Watch-based haptic guidance and simple status context support heat, fatigue, dehydration, readiness, Mandown, fall, no-motion, and SOS workflows.
ATAK-integrated leader visibility.
Live tracking, breadcrumbs, individual drill-down, geofence events, and ATAK incidents bring human signals into an established operational view.
Real-time risk context for intervention.
Operator alerts can connect with dashboard, SMS, email, and leader workflows so teams can follow established check-in and response protocols.
Built for intermittent communications.
Wi-Fi, cellular, local-radio upload, and SATCOM architecture can support deployment-specific data paths, with MDM, encrypted on-watch storage, HTTPS transport, and optional VPN.
COTSWatch + app + COP stack
30 daysReference on-watch storage
10-digit UTMReference grid reporting
15%Reference low-battery alert
Auto-connectReference setup workflow
SATCOM + cellularDeployment-dependent architecture
Reference configuration from current GoX Soldier Monitoring materials. Confirm device runtime, storage, network coverage, security configuration, GPS performance, and integration status for each deployment. No DoD, Army, Marine Corps, or ATAK certification or endorsement is implied.
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Hardware at the edge
One decision layer. Multiple endpoints.
Deploy GoX with a current Samsung Galaxy Watch, then add GoX POD context where the work requires body-positioned movement sensing.
Samsung Galaxy Watch
A capable endpoint for GoX intelligence.
A current Samsung Galaxy Watch brings durable enterprise wearable hardware to the edge. GoX adds individualized context, haptic guidance, alerts, coaching, and leader workflows.
800 mAhBattery capacity
Up to 60 hrsUsage time
IP69K + 10 ATMRated durability
GeminiRaise-to-Talk access
Product imagery and specifications reflect the current Samsung reference configuration used for this build. Refresh the hardware reference each product cycle.
GoX POD
Add movement and environmental context.
The GoX POD extends a watch-led deployment with body-positioned motion sensing. Reference configurations support modular placement for trunk, shoulder, neck, or waist assessments.
60 × 45 × 15.35 mmReference enclosure
28–30 gEnclosure weight
IP67Reference ingress rating
1–5 PODsWatch-connected configuration
Reference specifications are drawn from the GoX Labs POD Specs deck. Confirm the production enclosure, sensors, connectivity, and certification status for each deployment.
GoX PODField-worn signal context
SamsungTier 1 Partner
Samsung Business lists GoX Boost in its health and human-performance partner ecosystem.
View Samsung source
Wounded Warrior testing at West Point, 2009.
Science and validation
Built in the lab.Proven in the field.
GoX began with instrumented testing of human performance under load, temperature, and movement. That discipline still governs how we connect a signal to an operational decision.
Explore the evidence04
Evidence library
Open the work behind the claims.
Browse historical GoX research records, anonymized field reports, and current partner sources. Each item retains its original scope, sample, and limitations.
IRB protocol: VO2 algorithm development
A 20-participant protocol compared a wearable estimate with a Cosmed Fitmate Pro under load and temperature conditions.
GoX research record · 2016 · PDFOpen sourceRunning algorithm accuracy
A four-subject pilot documents the treadmill protocol, measured VO2, model predictions, and error table.
GoX research record · 2016 · PDFOpen sourceAmbient-temperature model refinement
Methods and results for a model iteration incorporating running, external load, and ambient temperature.
GoX research record · 2016 · PDFOpen sourceInsole durability and accuracy testing
Instrumented-treadmill comparison and a 500,000-step mechanical fatigue test for an earlier GoX insole design.
GoX research record · 2018 · PDFOpen sourceConstruction intervention case study
An anonymized historical field report covering haptic cues, micro-breaks, lifting form, heart rate, and combined risk.
GoX field report · Historical · PDFOpen sourceProductivity and exertion case study
An anonymized historical manufacturing report pairing GoX measurement with an exoskeleton intervention.
GoX field report · Historical · PDFOpen sourceUnderstand occupational noise exposure
NIOSH explains sound level, time-weighted average, noise dose, and its recommended 85 dBA eight-hour exposure limit.
NIOSH · Current guidanceOpen sourceOccupational noise exposure standard
OSHA 29 CFR 1910.95 defines general-industry exposure, monitoring, and hearing-conservation requirements.
OSHA · 29 CFR 1910.95Open sourceSamsung health and human performance
Samsung Business lists GoX Boost among its government health and human-performance partner solutions.
Samsung Business · Current web sourceOpen sourceHistorical research records and field reports are provided for transparency. They do not establish universal performance, medical effectiveness, or guaranteed outcomes.
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About GoX Labs
Built by people who measured first.
GoX Labs was co-founded by Joe Hitt and Bruce Floersheim, two service-disabled Army officers who taught at the U.S. Military Academy and built careers around wearable robotics, engineering, and human performance.
The company grew from work connecting biomechanics laboratories to people operating in the field. Today, GoX applies that same measurement discipline to safety, wellness, emergency response, and productivity.
West PointDARPA Warrior WebWearable roboticsField human performance
Co-founder and CEO
Joe Hitt, PhD
A retired Army lieutenant colonel and former DARPA program manager, Joe started the Warrior Web program and has led advanced work spanning wearable robotics, human systems, and field technology.
Read biography
Joe is a West Point graduate with advanced engineering and human-performance experience spanning military research, wearable robotics, field sensing, and technology transition. At DARPA he created and managed Warrior Web, a program focused on reducing injury and improving performance through wearable systems.
Co-founder and board member
Bruce Floersheim, PhD
Bruce served more than 25 years as an Army officer, taught mechanical design at West Point, and directed its Center for Innovation and Engineering before helping build GoX.
Read biography
Bruce combined Army operational experience with mechanical engineering, design education, and technology development. At West Point he helped teams move ideas from laboratory testing into practical prototypes and field-relevant systems.
Built for operational teams
Bring the next decision closer.
Tell us about your team and what you need. Send a message and we’ll get back to you.
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info@goxlabs.com