Increasing Safety in Healthcare Settings Through Security Technology — Pye-Barker Fire & Safety

Workplace violence, from verbal abuse to physical assault, remains a serious and under-recognized risk in healthcare facilities. Healthcare workers face disproportionate exposure to violence compared to other industries. For healthcare organizations, deploying effective security technology is no longer optional. It’s an essential component of a comprehensive workplace safety program. 

Violence in healthcare settings is widespread and growing. According to federal data, healthcare workers accounted for 73% of all non-fatal workplace injuries and illnesses due to violence in 2018.

The risks have surged during and after the COVID-19 pandemic, with frustration, long waits, understaffing, and emotional strain contributing to aggressive episodes. The consequences are profound: increased staff turnover, burnout, reduced patient satisfaction scores, and potential harm to both employees and patients. 

While training, policy, and culture are critical, security technology offers strategic advantages: detection, real-time response, and documentation. A recent literature review on technology tools and healthcare workplace violence prevention found that emerging technologies hold promise for violence mitigation. Technologies help translate policy into operational action by enabling monitoring, alerting, and verifying incidents.

Below are core technology categories that healthcare facilities should consider, along with how they align with violence prevention. 

1. Real-Time Staff Safety Alert Systems 

Portable or fixed panic buttons, wearable badges with distress features, and real-time location systems (RTLS) empower staff to call for help instantly. While studies have shown that effectiveness depends heavily on proper design and cultural integration, these systems represent foundational infrastructure when properly implemented. 

A large U.S. health system deployed location-tracking badges to 10,000 staff members. When a distress button is pressed, nearby personnel and security are alerted immediately, enabling faster intervention. 

2. Video Surveillance and Analytics 

High-definition cameras, motion sensors, and analytics software can detect unusual behavior such as loitering or aggressive gestures and trigger alerts. While specific peer-reviewed evidence in healthcare settings remains limited, broader security research supports real-time video analytics as a violence prevention tool. 

Operational tip: Deploy cameras in high-risk areas including emergency departments, psychiatric units, and waiting rooms with clear sightlines. Ensure alerts feed directly into a monitoring desk or mobile device for immediate response. 

3. Access Control and Zone Management 

Restricting access to sensitive or high-risk areas such as staff-only zones, psychiatric observation rooms, and supply closets reduces unauthorized entry and potential confrontations. Access logs and badge data provide documentation for investigations and support a culture of accountability. 

4. Predictive Analytics and Patient Flag Systems 

Some institutions use electronic health record (EHR) data, behavior flags, and risk scoring to anticipate disruptive patients or those with prior aggression. Predictive tools show early promise for violence mitigation. These systems can alert staff to exercise additional caution or request security presence when high-risk patients arrive. 

5. Training and Simulation Technology 

While not purely security hardware, immersive training platforms using virtual reality allow staff to rehearse de-escalation or crisis responses in a safe environment. Recent research has highlighted the advantages of VR training in violence prevention for healthcare by enabling experiential learning without real-world risk. 

Technology Type Primary Function Best Applications Key Benefits Limitations 
Panic Buttons/RTLS Immediate staff distress alerts ED, psychiatric units, patient rooms Fastest response initiation; location tracking Requires cultural buy-in; can have false alarms 
Video Surveillance Behavior monitoring and evidence Waiting rooms, hallways, entrances Deterrence; documentation; pattern analysis Privacy concerns; requires active monitoring 
Access Control Zone restriction and tracking Staff areas, medication rooms, restricted units Prevents unauthorized access; audit trail Won’t stop determined intruders; requires maintenance 
Predictive Analytics Risk identification Intake, triage, admissions Proactive threat assessment Data quality dependent; ethical considerations 
VR Training Staff preparedness All clinical and security staff Safe practice environment; experiential learning Initial cost; requires ongoing curriculum development 

Technology by itself won’t solve workplace violence. Instead, it must be embedded within a comprehensive strategy. Successful interventions are multifactorial, combining organizational policy, culture, training, and operational systems. 

Risk assessment: Identify high-risk areas such as emergency departments, psychiatric units, and waiting rooms along with incident patterns. Use historical data to inform technology placement and resource allocation. 

Technology selection aligned with risk: Deploy alarm systems, surveillance, access control, and analytics where they will deliver the greatest impact. Not every area requires every technology. 

Policy and workflow alignment: Ensure alerts feed into defined response protocols. Staff must know exactly what to do when an alarm triggers, who responds, and how incidents are documented. 

Training and monitoring: Combine technology deployment with comprehensive staff training, including simulation exercises. Research has shown that after implementing a structured workplace violence prevention strategy combining training with situational prevention theory, incidence among nurses fell from approximately 63.85% to 46.15%

Data and measurement: Track incident rates, response times, false alarms, and staff feedback to refine systems. Understanding and measuring workplace violence through systematic data collection is critical for continuous improvement. 

Continuous improvement: Technology evolves, and so do threat patterns. Reassess regularly and upgrade systems as needed based on performance metrics and emerging threats. 

Implementing security technology yields both safety and operational benefits: 

  • Reduced staff injury claims, turnover, and absenteeism 
  • Documentation readiness for regulatory audits and insurer review 
  • Improved patient satisfaction scores as staff feel safer and more focused 
  • Faster incident response and containment, limiting reputational damage 
  • Supports facility-wide safety culture, demonstrating commitment to staff and patient welfare 

For healthcare facilities with complex risk profiles, working with a provider that understands both life safety and security is critical. At Pye-Barker Fire & Safety, our experience spans fire protection, access control, video surveillance, and 24/7 monitoring. We help healthcare clients design security technology frameworks that align with clinical workflows, regulatory compliance, and best practices in violence prevention. 

Workplace violence in healthcare is not just a compliance or HR issue. It’s a life safety and operational integrity issue. Security technology alone is not a silver bullet, but when integrated into a comprehensive prevention program, it becomes indispensable. By deploying alert systems, analytics, surveillance, and access control while aligning policy, training, and data-driven improvement, healthcare facilities can significantly reduce risk, better protect staff and patients, and build a safer, more resilient care environment.

Ready to explore professional security? Contact Pye-Barker Fire & Safety for a comprehensive security assessment. We’ll evaluate your current protection, identify vulnerabilities, and design a system that delivers reliable 24/7 security backed by decades of experience. When it comes to protecting what matters most, professional expertise makes all the difference.