Smart Building Technology as a Risk Management Strategy for Food Manufacturers

By Michael D. Zblewski, Director of National Accounts Safety and IH Services, Sentry

Key takeaways:

• Smart building sensors turn existing facility data into an early-warning system, catching equipment strain, environmental shifts, and safety risks before they disrupt production or trigger compliance issues.
• The ROI is highest when technology is deployed first in high-severity areas (cold storage, critical utilities) and paired with clear response protocols, not just data collection.
• Smart systems strengthen insurance positioning: documented sensor data and maintenance records can improve insurability and support faster resolution when incidents occur.

Food manufacturing facilities operate within tight margins. A small equipment issue, an unnoticed leak, or a system disruption can quickly escalate into product loss, downtime, or compliance concerns. When safety, regulatory standards, and continuous production are tightly linked, even minor facility issues can have significant consequences.

As companies invest in automation, analytics, and connected systems, many are beginning to apply those same digital capabilities to how their facilities are monitored and protected. Smart building technologies can detect problems earlier, reduce preventable losses, and strengthen operational continuity.

From optimization tool to risk intelligence asset

Most food facilities already generate a large volume of operational data. Temperature logs from refrigeration equipment, airflow and humidity readings in storage areas, automated controls across production lines, fire suppression monitoring, and utility performance data all provide signals about how a facility is functioning.

The challenge isn’t the lack of data. It’s whether teams interpret those signals in ways that can support proactive risk management.

When organizations incorporate smart building technology into a structured digital transformation plan, it becomes an early-warning network that highlights emerging operational issues before they disrupt production.

Properly configured sensors can:

• Detect abnormal environmental conditions that threaten food safety or storage stability.
• Identify mechanical strain in critical equipment before a breakdown halts production.
• Monitor restricted areas for unexpected activity or security concerns.
• Flag changes in utility performance that may signal electrical, water, or HVAC problems.
• Provide early alerts tied to fire protection systems or facility infrastructure.

Where smart technology delivers the highest ROI

For food manufacturers, the most value from smart building technology often comes from systems that protect critical infrastructure and support safe, stable production environments.

• Building management systems (BMS) integrate sensors across HVAC, refrigeration, utilities, and other equipment, allowing teams to monitor performance and detect irregularities before they disrupt operations.
• Connected equipment sensors support predictive maintenance by identifying changes in vibration, overheating, or abnormal power usage in motors, pumps, and conveyor systems, signals that service may be needed to prevent failure.
• Smart technologies also support sanitation and safety controls, monitoring environmental conditions in processing areas while motion detection and access controls secure sensitive zones and protect workers near automated equipment.

Together, these tools provide greater visibility into facility conditions and allow teams to respond earlier to emerging risks.

Turning data into action

Collecting data is only the first step. The value emerges when manufacturers define what to monitor, set thresholds aligned with operational risk, and assign clear response protocols.

Food industry leaders should consider:

• What data matters most? Focus on signals that directly affect food safety, regulatory compliance, equipment reliability, and employee safety.
• Who receives alerts? Route notifications to specific roles, not general inboxes. Create an escalation plan that defines who responds, within what time frame, and what corrective actions are expected.
• What happens after irregularities are identified? Trend analysis is critical. Repeated minor alerts may indicate systemic strain that requires preventive maintenance or equipment upgrades. Waiting for catastrophic failure can increase downtime and insurance exposure.

Over time, integrated facility data can guide capital planning. If one production line or critical system consistently generates alerts, it may signal the need for targeted replacement rather than reactive repair.

Integrating smart systems into a technology roadmap

Smart building investments shouldn’t operate in isolation. They’re most effective when integrated into a broader transformation roadmap. Key implementation steps include:

• Conduct a risk-focused facility assessment. Identify where equipment failure, contamination, or environmental disruption would cause the greatest financial and operational impact.

• Prioritize high-severity exposures. Deploy sensors first in areas where losses would be most disruptive, such as cold storage, raw material handling, and critical utilities.

• Align operational technology (OT) and IT teams. Connected building systems introduce cybersecurity considerations. Collaboration ensures systems are protected without limiting functionality.

• Establish cybersecurity safeguards. Establish cybersecurity safeguards such as access controls, multifactor authentication, and regular backup testing.

• Review insurance implications. Accurate equipment valuations, equipment breakdown coverage, adequate business interruption, and cyber liability protections should reflect the level of technology embedded in operations. Sharing sensor data and documented maintenance protocols with insurers can support improved insurability and more stable long-term costs.

Regulatory and food safety considerations

Facility conditions directly intersect with regulatory compliance, making sanitation standards, contamination prevention, and controlled processing environments essential.

Sensor data strengthens audit and inspection documentation by creating time-stamped records that demonstrate monitoring and corrective action.

Over time, facilities can also analyze these records to identify recurring equipment strain, sanitation gaps, or workflow bottlenecks and address them earlier.

If an incident occurs, clear documentation also helps demonstrate proactive oversight, which may reduce liability exposure and support faster resolution with regulators, insurers, and other stakeholders.

Overcoming implementation barriers

Despite the benefits, some organizations hesitate due to cost, perceived complexity, or misalignment between operations and IT teams. A phased approach can help. Start with one high-risk area, measure impact, refine processes, and scale gradually.

It’s also important to test systems regularly. Unverified alerts during peak production periods may fail when most needed.

Training plays a critical role. Employees must understand what alerts mean and how to respond. Technology can’t reduce risk if response protocols are unclear or inconsistently followed.

Insurance as a strategic partner

Smart building technology doesn’t replace insurance. It strengthens it.

When insurers understand how facilities use sensors, automation, and predictive analytics, they gain clearer visibility into risk controls. That collaboration can help identify coverage gaps, ensure your coverage matches what your equipment is actually worth, and align business interruption limits with realistic downtime scenarios.

Claims analysis combined with facility data can also highlight recurring vulnerabilities and guide future risk reduction efforts.

A practical path forward

As food industry leaders refine digital transformation strategies, smart building technology deserves a defined place in the roadmap.

Start by asking:

• Where would a silent failure cause the most damage?
• Are we monitoring that exposure in real time?
• Do we have clear response protocols?
• Are our connected systems protected against cyber threats, and does our insurance program reflect our cyber risks?
• Does our insurance program reflect today’s equipment values and downtime realities?

When facility data is collected intentionally and integrated into strategic planning, it becomes a powerful tool for protecting product integrity, safeguarding employees, and maintaining operational continuity.

As Sentry’s Director of National Accounts – Safety and Industrial Hygiene Services, Michael D. Zblewski brings more than 22 years of insurance experience, including extensive work with large customers on risk-management strategies and solutions targeted at the reduction of the total risk. His expertise includes safety program development and implementation, Occupational Safety and Health Administration (OSHA) compliance, training, safety auditing, management of workers’ compensation, and risk identification and elimination.