What is food and beverage production monitoring?
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When configured around a facility’s requirements, connected monitoring can support FSMA preventive control procedures and HACCP critical control point monitoring while helping the operation protect customer delivery performance and control maintenance and reporting costs.
What is FSMA
The Food Safety Modernization Act focuses on preventing food safety problems. Applicable facility procedures may include hazard analysis, preventive controls, monitoring, corrective actions, verification, calibration, and supporting records.Review FDA Preventive Control GuidanceWhat is HACCP
Hazard Analysis Critical Control Point is a food safety management system that identifies significant hazards and establishes critical control points, critical limits, monitoring procedures, corrective actions, verification procedures, and records.Review FDA HACCP Guidelines
Problems we solve at each level
What holds operations back
- Invisible equipment utilizationWithout run hour tracking, processing facilities lack visibility into which lines are productive versus idle, leading to over-investment in equipment while existing capacity sits underutilized.
- Estimate-based production planningScheduling relies on assumptions rather than verified equipment availability, causing missed production targets, excess overtime, and inaccurate capacity forecasting.
- Unquantified downtime impactThe financial cost of unplanned stops remains invisible, making maintenance planning reactive rather than strategic and capital equipment decisions unsupported by utilization data.
How we solve it
- Line-level run hour trackingReal-time visibility into which processing lines and packaging equipment are running, idle, or down. Accurate utilization reporting enables data-driven scheduling and better capital allocation.
- Shift & zone utilization dashboardHistorical and real-time metrics by processing line, shift, and production zone identify underutilized capacity, support accurate throughput forecasting, and improve workforce planning.
- Downtime analysis & categorizationTrack planned versus unplanned downtime with frequency and duration visibility. Quantify financial impact of availability improvements and prioritize maintenance initiatives based on actual data.
What holds operations back
- Temperature excursionsUncontrolled temperature in processing and storage zones compromises product safety and shelf life, leading to batch losses, compliance risk, and potential recalls.
- Humidity fluctuationInconsistent humidity affects product texture, shelf stability, and packaging integrity, resulting in increased waste from moisture damage and quality failures.
- Moisture control gapsInadequate moisture monitoring creates product quality variation, leading to rejected batches, reduced shelf life, and higher inspection costs.
- pH deviation in processingpH instability in fermentation and processing affects product consistency and safety, causing batch losses and compliance risk from out-of-spec production.
How we solve it
- Temperature zone monitoringReal-time temperature tracking across processing, storage, and packaging environments. Early detection of temperature drift enables corrective action before product safety is compromised.
- Humidity control trackingMonitor relative humidity across production and storage zones. Humidity stability prevents moisture damage, texture issues, and packaging failures, optimizing environmental controls.
- Production moisture content monitoringTrack moisture levels during processing and packaging stages. Moisture consistency ensures product quality and shelf life predictability through optimized drying parameters.
- pH level monitoringReal-time pH tracking in fermentation, mixing, and processing operations. pH stability ensures product safety, flavor consistency, and regulatory compliance.
6-12% shelf life extension
Compliance protection
What holds operations back
- Disconnected quality & production dataProcessing data remains isolated from ERP and quality management systems, making true production costs invisible and preventing accurate batch traceability and compliance reporting.
- Reactive batch schedulingProduction scheduling operates without real-time equipment availability or environmental condition data, creating frequent disruptions, excess WIP, and poor on-time delivery.
- Limited multi-site compliance visibilityFacilities with multiple locations lack unified compliance tracking, preventing enterprise-wide best practices and creating audit risk from inconsistent environmental controls.
- Manual compliance documentationEnvironmental and process data is manually logged for regulatory compliance, creating documentation gaps, audit risk, and labor waste from redundant data entry.
How we solve it
- ERP & quality system integrationReal-time temperature, humidity, pH, and moisture data feed directly into quality management and batch tracking systems, enabling automated compliance documentation and traceability.
- Automated scheduling & capacity planningProduction scheduling receives real-time equipment availability and environmental status, enabling predictive capacity planning and dynamic optimization based on actual facility conditions.
- Enterprise compliance dashboardsUnified visibility across multiple facilities with site-specific and enterprise-wide compliance tracking. Supports cross-site benchmarking, audit readiness, and replication of best practices.
Start where your operation needs it most
When stability improves, margins follow
Reduced product loss
Environmental stability in temperature and humidity reduces product loss, depending on product sensitivity and facility scale.
Extend shelf stability
Consistent moisture and temperature control extends shelf life predictability, reducing returns and waste.
Compliance protection
Real-time monitoring and automated alerts reduce compliance risk and audit exposure from environmental excursions.
Lower energy costs
Visibility into HVAC and refrigeration inefficiencies reduces energy waste without compromising product safety.
Use the SensFlo ROAI Calculator to estimate the financial effect of recovering productive time, increasing output, and reducing operating losses.
From installation to insights
Three proven steps to transform your manufacturing operations
Sense
Attach a sensor to any machine in under 60 seconds. No wiring, no control system access, no production interruption.
Under 60 seconds per machine
Works with any equipment
No wiring or programming
Analyze
FloControl™ converts raw machine signals into organized production data: utilization, downtime, cycle time, and shift performance, updated continuously.
Real-time pattern detection
Predictive maintenance alerts
Automatic anomaly detection
Optimize
Your team gets accurate, current data to work from. Most customers identify losses they didn't know they had within the first 30 days and see 20%+ improvement in utilization.
Smart alert routing
Operator workflow tools
20% min utilization gains
Operational control is a financial strategy
Book a call and see how SensFlo scales with your production environment
Other industries
Common questions
Direct answers to key operational and financial questions
SensFlo complements existing ERP, MES, quality, and food safety systems by providing current machine and production data. FloControl™ can give these systems a more accurate view of machine availability, downtime, cycle performance, utilization, and selected process conditions.
SensFlo can collect equipment, process, alert, and event data related to procedures established by the facility. The facility determines its hazards, preventive controls, critical control points, critical limits, monitoring frequency, corrective actions, verification requirements, and approved instruments. FloControl helps organize relevant production data for faster review and response.
Food and beverage production monitoring collects machine activity, downtime, throughput, equipment condition, and selected process measurements while production is running. It gives operations, maintenance, and quality teams a shared view of production performance. The information can support capacity improvement, maintenance planning, scheduling, waste reduction, and records associated with established food safety procedures.
Pricing is based on monitoring points, facility scope, and operational complexity. The model aligns costs with compliance protection and operational value. Detailed pricing structure and ROI modeling are available on our pricing page.
Implementation requires coordination with production, quality, and maintenance teams. SensFlo provides onsite training and deployment support. No specialized IT or data science resources are required for ongoing operation.
No. SensFlo complements existing MES and quality management systems by providing real-time environmental visibility and anomaly detection. It does not replace batch tracking, recipe management, or regulatory documentation systems.
Most facilities see measurable product loss reduction and compliance improvement within the first 90 days. Full ROI, including energy savings and throughput gains, typically occurs within 12 to 18 months, depending on facility scope and baseline performance.
All data is encrypted in transit and at rest. SensFlo operates within your facility network security framework. Access controls are role-based and configurable. Data does not leave your operational environment unless explicitly authorized.
Yes. SensFlo is designed to work with both modern and older food processing systems. Sensors monitor environmental and process variables independently, providing visibility without requiring equipment upgrades.
SensFlo uses food-grade sensors that monitor temperature, humidity, moisture, and pH across processing and storage environments. Installation does not require equipment replacement and connects to existing facility network infrastructure.
Initial sensor installation typically completes within 3 to 4 weeks for a standard processing facility. Full data integration and AI-driven insights are operational within 60 to 90 days. Deployment is modular and designed to minimize disruption to production schedules.
