Food & Beverage.
Behavioural and vehicle detection that adapts cleanly to fast-moving production environments.
Fast production lines, forklifts and slip hazards sit alongside strict hygiene rules. SecureSafety enforces PPE and segregation and flags falls and spills in real time.
Why this sector is demanding.
Food and beverage production environments sit at the intersection of two distinct safety challenges: the physical hazards of a fast-moving manufacturing facility and the hygiene compliance requirements of a food-safe environment. Forklifts and pallet trucks share floor space with production workers. High-speed processing lines create machine-guarding zones where a lapse in isolation procedure during a blockage or changeover can result in entanglement or contact with moving equipment. Wet floors, cleaning chemicals and spillages create slip risk that is amplified by the footwear and working pace typical of production shifts.
Hygiene PPE compliance adds a dimension not present in most industrial environments. In areas requiring hairnets, beard snoods, gloves, dedicated footwear and colour-coded protective clothing, the consequence of non-compliance is both a food safety risk and a regulatory one. Manual hygiene checks at zone entry rely on individual supervisors applying rules consistently across dozens of workers entering a controlled area during shift changeover — a process that is difficult to make reliable without automation.
The camera infrastructure already in place in most food production facilities — covering production lines, packaging areas and loading zones for quality and security purposes — is the same infrastructure SecureSafety adds its AI layer to. No new cameras are required to convert passive surveillance into real-time safety monitoring across the production floor.
The problems AI solves here.
Hygiene and protective clothing compliance at zone entry
Controlled production areas require specific hygiene PPE: hairnets, gloves, dedicated clothing and colour-coded boots by area. SecureSafety verifies each required item at zone entry for every worker and contractor, applying the correct rule for each area automatically and alerting when non-compliant personnel attempt to enter a controlled zone.
Forklift near-misses in production aisles and loading areas
Forklifts and counterbalance trucks moving stock between production lines, cold stores and loading docks create struck-by risk at every junction. The platform monitors every crossing in real time, alerting on vehicle-pedestrian proximity and tracking vehicle speed against the site limit to support enforcement.
Slip and spill detection on production floors
Wet production environments generate spill risk continuously. SecureSafety monitors for unattended spills and obstructions in travel paths, flagging them for housekeeping response before they become the slip that results in a RIDDOR-reportable injury.
PPE verification and vehicle proximity detection proven in offshore and port environments — more demanding in every physical respect — adapt directly to food and beverage production. The same sub-0.05% error rate operates in a facility with a fraction of the environmental complexity of the environments where the platform was built.
Questions from food & beverage.
Can the system verify hygiene-specific PPE such as hairnets, beard snoods and colour-coded clothing?
Yes. The detection models cover a wide range of PPE item types including headwear, face coverings and colour-coded garments. Colour coding by area or hygiene zone is supported within the zone configuration. Specific items are confirmed during the Discovery phase.
How does the system handle the high throughput of workers at shift changeover?
The platform processes camera feeds continuously at full frame rate, so a surge of workers entering a zone during changeover generates individual compliance checks for every person without any queue or delay in detection.
Can the system detect spills in real time, rather than after the fact?
Yes. The platform monitors for visual changes on floor surfaces — spills, unattended objects and wet areas — and flags them for housekeeping response. Alert routing can be configured to notify housekeeping directly, rather than routing through the control room for lower-priority environmental hazards.
Does the system meet food industry audit requirements such as BRC and IFS?
The platform provides continuous PPE compliance monitoring and a full audit log of zone entry, compliance events and alerts with timestamp and camera reference. This record supports BRC Global Standard, IFS Food and retailer audit requirements for food safety management system evidence. Specific audit format requirements are configured during implementation.
Can the system monitor hygiene PPE compliance as well as safety PPE — hair nets, colour-coded clothing?
Yes. The platform can be configured to verify hygiene PPE items including hair nets, beard snoods, colour-coded garments and specific footwear at zone entry points. The item detection is calibrated to the specific hygiene PPE in use at the facility during the Discovery phase. For facilities with FSA or BRC audit obligations, the compliance log provides the continuous evidence record that auditors require.
How does the system handle wet environments where camera lenses may be obscured by condensation or wash-down spray?
Camera housing selection for wet processing environments uses IP69K-rated enclosures suitable for high-pressure wash-down. Lens fogging from condensation is addressed through heated housings at the critical monitoring points identified during Discovery. Detection confidence is reduced when lens contamination exceeds the model's tolerance, and the system flags this condition for a lens cleaning or housing maintenance action rather than silently degrading.
How does the system handle the noise levels on a food processing line where PA alerts would not be heard?
For high-noise food processing environments where PA speaker alerts are ineffective, alert routing uses visual warning devices — flashing beacons at zone boundaries — and vibrotactile alerts to supervisor wearables. The control room alert is unchanged regardless of noise level. Zone boundary warning beacons are particularly effective in food processing environments because they provide a visible signal to both the worker entering the zone and nearby workers who can intervene before the situation develops.
Can the monitoring system be used to verify BRC food safety audit requirements as well as safety monitoring?
Yes. BRC Global Standards (BRCGS) audits require documented evidence of systematic monitoring of food safety and hygiene controls. Camera-based PPE and hygiene compliance monitoring at zone entry points generates the continuous log that BRCGS auditors require as evidence of systematic monitoring. The compliance log export is formatted for integration with the food safety management systems used by most major food and beverage manufacturers, and the Discovery phase includes a review of the specific BRCGS audit requirements to confirm the data output format.
What camera maintenance considerations apply to a wash-down environment?
Cameras in wash-down areas require IP69K-rated housings suitable for high-pressure, high-temperature wash-down. Lens cleaning as part of the standard clean-down procedure is the most reliable maintenance practice; camera positions should be accessible for manual lens cleaning rather than requiring special equipment. The Discovery phase camera survey identifies each monitoring point and specifies the appropriate housing and mounting arrangement to ensure both adequate detection performance and compliance with the cleaning regime.
Tell us the hazard. We'll detect it.
Book a demo and we'll show SecureSafety running in a food & beverage environment. Then scope your site with a fully-costed Discovery phase.