Food
TECHNOLOGICAL CORE
MOVA Technology
The Manual Material Handling (MMH) module within the
MOVA platform uses computer vision and wearable IoT
sensors to create a high-fidelity digital twin of your
workforce's ergonomics.
Sub-Second Detection
Detect improper lifting techniques in 0.2ms using edge computing nodes.
Predictive Fatigue Modeling
Forecast worker fatigue levels based on shift duration and task intensity.
Automated Compliance Reporting
Generate HSE-ready reports with objective biomechanical data evidence.
LIVE BIOMETRIC FEED
MOVA Solutions
Our proactive approach leverages precision biomechanics to monitor and mitigate manual handling (MMH) risks in real-time.
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Objective, continuous risk assessment
Replaces subjective observation with sensor data, tracking fatigue and posture degradation as it happens across a shift.
Real-environment staff training
Real-time postural feedback replaces classroom sessions, correcting technique where risk occurs and driving lasting behaviour change.
AI-driven mitigation suggestions
Our AI interprets risk and industry context, delivering targeted mitigation strategies aligned to the hierarchy of controls and best practice.
Automated HSE-compliant reporting
Automated HSE-aligned reporting — MAC, RAPP, and ART — consistent, auditable, and free from admin burden.
Enterprise‑grade risk visibility
One dashboard. Multi-site visibility, risk hot-spots, prioritisation, and faster compliance at every level.
MOVA Solutions
Our proactive approach leverages precision biomechanics to monitor and mitigate manual handling (MMH) risks in real-time.
Objective, continuous risk assessment
Replaces subjective observation with sensor data, tracking fatigue and posture degradation as it happens across a shift.
AI-driven mitigation
suggestions
Our AI interprets risk and industry context, delivering targeted mitigation strategies aligned to the hierarchy of controls and best practice.
Real-environment staff
training
Real-time postural feedback replaces classroom sessions, correcting technique where risk occurs and driving lasting behaviour change.
Enterprise‑grade risk
visibility
One dashboard. Multi-site visibility, risk hot-spots, prioritisation, and
faster compliance at
every level.
Automated HSE-compliant reporting
Automated HSE-aligned reporting — MAC, RAPP, and ART — consistent, auditable, and free from
admin burden.
Manual handling of heavy loads
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Meat and Drink Manufacturing: Lifting boxes, crates, and sacks is a major cause of back injuries.
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Grain and Flour Milling: Heavy sacks and equipment commonly lead to MSDs.
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Bakeries: Repeated lifting of flour sacks, dough trays, and products.
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Fruit and Veg Operations: Lifting boxes and sacks contributes to ~30% of manual‑handling injuries.
Constant lifting of ingredients and finished pallets creates high-impact spinal compression risks during peak shifts.
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Dairy: Frequent handling of heavy loads and wheeled racks.
Upper limb and fine-motor tasks
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Meat Processing: Cutting, trimming, boning, jointing, and trussing stress wrists, shoulders, elbows, and hands.
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Bakeries: Decorating, tin lidding, dough shaping, and packing involve repetitive motions.
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Fruit and Veg Processing: Sorting, packing, peeling, and preparation strain hands and forearms, increasing tendonitis and carpal‑tunnel risk.
Rapid cycle times on packaging lines lead to musculoskeletal strain in upper extremities and wrists.
Production line
Static loading from standing in fixed positions for 8+ hours at sorting stations causes chronic lower-back fatigue and circulatory issues.
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High‑speed production lines create high repetition, a major contributor to MSDs.
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Production lines often require bending, twisting, or leaning forward for extended periods.
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Meat boning tasks involve extended arm positions that strain shoulders.
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Fruit and veg handling at low or high heights increases spinal and shoulder load.
Complete MSD Visibility
Our multi-sensor ecosystem provides the only holistic view of worker strain in the maritime sector, bridging the gap between field activity and boardroom safety strategy.
Multi-Point Biometrics
Continuous monitoring of back, neck, and shoulder load during extreme maritime maneuvers.
Whole-Body Vibration (WBV)
Integrated monitoring for machine operators, detecting cumulative vibration risk before injury occurs.
Automated Risk Reporting
Instant transformation of sensor data into actionable H&S insights for immediate deployment.
LIVE BIOMETRIC FEED
PORTS
Train
Operations
Biomechanical Risks
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Continuous bending/twisting causes lower back and repetitive strain
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Pushing trolleys and lifting leads to knee, shoulder strain
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Prolonged sitting causes neck and upper limb disorders
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Luggage handling and standing cause multiple joint pains
Managing whole-body vibration and prolonged seated posture for long-haul drivers.
Infrastructure Management
Biomechanical Risks
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Heavy lifting causes back and upper limb injuries
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Manual handling leads to lower back and shoulder strain
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Awkward postures cause joint stress and MSD risk
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Forceful exertion overloads muscles and tendons
High-impact manual tasks involved in track maintenance and sleeper replacement.
Train Maintenance
Biomechanical Risks
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Restricted spaces cause back, shoulder, neck strain
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Overhead repetitive work causes shoulder and arm MSDs
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Kneeling and squatting lead to knee and leg strain
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Shunting tasks cause sprains, strains, and back injuries
Optimizing mechanics' posture in confined spaces and during under-carriage repairs.
Warehosue
Shift-Wide Risk
Real-Time Visibility
WBV Integration
Continuous monitoring of whole-body vibration for forklift operators, alerting supervisors before safety thresholds are exceeded.
Real-Time Proactive Alerts
Immediate haptic feedback to staff when unsafe picking movements are detected, reinforcing training in the flow of work.
Automated Risk Reporting
Instant transformation of sensor data into actionable H&S insights for immediate deployment.
LIVE BIOMETRIC FEED
construction
Total Site Safety Visibility
Our multi-sensor ecosystem delivers a complete view of worker strain across construction environments, connecting on-site activity with safety decision-making at every level.
Accurate objective risk assessments
No observation needed — objective, data-led visibility capturing actual work across shifts and multiple sites.
AI driven mitigation suggestion
Identify high-risk tasks, deliver targeted mitigations, prioritize by impact, and track outcomes to reduce risk over time
On the job training
Train staff in real environments, capturing and correcting actual work behaviour with task-specific guidance.
53%
of all work-related ill health in the construction sector.
£1.4 Billion
annual cost to industry
LIVE BIOMETRIC FEED
STRATEGIC VALUE DASHBOARD
Strategic Impact
Real-time performance insights and cross-organizational outcomes powered by SpatialCortex.
STAKEHOLDER
For Workers
Direct feedback on technique and
personalized biomechanical safety coaching.
38%
FATIGUE INDEX
MUSCLE STRESS RECOVERY
92%
.
.
Reduced physical fatigue
Extended career longevity
STAKEHOLDER
For H&S Teams
Objective data evidence for safety
interventions and targeted risk profiling.
80%
Faster Risk
Assessment
CYCLES OPTIMIZED
DATA POINTS
12.4M
ACCURACY
99.8%
.
.
Extended career longevity
Proof of ROI for investments
STAKEHOLDER
For Leadership
Enterprise-wide visibility into operational
safety health and project stability.
PROJECTED ANNUAL ROI
£2.4M
INSURANCE PREMIUMS
-14%
ESG REPUTATION
+26%
STRATEGIC IMPACT ANALYSIS
Optimized Outcome
Real-time performance metrics and cross-organizational outcomes powered by the Synthetic Sentinel engine.
Executive Leadership
Driving enterprise value through structural risk mitigation. SpatialCortex transforms safety from a cost center into an operational advantage.
OPERATIONAL ROI
Enhanced
Through insurance premium
reduction and liability limitation.
PREMIUM DELTA
-22%
Significant reduction in annual
maritime insurance overheads.
LTI RATE REDUCTION PROGRESS
75% Reduction
Port Workers
HEALTH LIVE
94%
Worker Wellness & Fatigue Mitigation Index
"Real-time feedback on postural stress has eliminatedchronic back pain for my crew."
H&S Teams
AUTID READY
OPERATIONAL ROI
80% Faster
RISK EVENTS
-65%
STRATEGIC VALUE DASHBOARD
Unified Impact
Real-time performance metrics and cross-organizational outcomes powered by SpatialCortex.
STAKEHOLDER
Frontline Staff
Real-time posture feedback & personalized coaching.
38%
FATIGUE INDEX
PAIN REDUCTION IMPACT
92%
"Significant reduction in chronic pain & operational fatigue."
STAKEHOLDER
Leadership
Enterprise-wide visibility into operational safety health.
PROJECTED ANNUAL ROI
£2.4M
ABSENTEEISM
-14%
OPERATIONAL HEALTH
+26%
STAKEHOLDER
H&S Teams
Data-driven evidence for safety interventions & risk profiling.
80%
Faster Risk
Assessment
CYCLES OPTIMIZED
DATA POINTS
12.4M
ACCURACY
99.8%
STAKEHOLDER
Leadership
Enterprise-wide visibility into operational safety health.
PROJECTED ANNUAL ROI
£2.4M
ABSENTEEISM
-14%
OPERATIONAL HEALTH
+26%
MOVA Solutions
Our proactive approach leverages precision biomechanics to monitor and mitigate manual handling (MMH) risks in real-time.
Objective, continuous risk assessment
Replaces subjective observation with sensor data, tracking fatigue and posture degradation as it happens across a shift.
AI-driven mitigation suggestions
Our AI interprets risk and industry context, delivering targeted mitigation strategies aligned to the hierarchy of controls and best practice.
Real-environment staff training
Real-time postural feedback replaces classroom sessions, correcting technique where risk occurs and driving lasting behaviour change.
Automated HSE-compliant reporting
Automated HSE-aligned reporting — MAC, RAPP, and ART — consistent, auditable, and free from admin burden.
Enterprise‑grade risk visibility
