In April 2026, something happened in Bone Regency, Indonesia, that warrants attention from fire protection professionals and building owners worldwide. The local fire department did not respond to an emergency. They were called in before one could happen.
At the request of BPJS Kesehatan (Indonesia’s national health insurance agency), the Bone Regency Fire and Rescue Service conducted a thorough inspection of the agency’s office building fire protection systems. The team was led by a qualified engineer and included six trained professionals. They did not wait for a fire to reveal the gaps. They went looking for them.
This is exactly the kind of proactive commitment that saves lives.
What the Inspection Covered
The inspection team examined three categories of fire protection, reflecting a comprehensive approach to building safety.
Active fire protection included portable fire extinguishers, automatic fire sprinklers, hydrants, fire alarm systems, and smoke detectors. These are the systems designed to detect and suppress a fire once it starts.
Passive fire protection covered emergency lighting, evacuation routes, exit signs, assembly points, and emergency stairs. These systems guide people to safety and slow the spread of fire within the structure.
The team also reviewed the building’s Fire Safety Management program, known in Indonesia as the MKKG. This goes beyond hardware and looks at whether management has a plan and whether people are prepared to act.
Together, these three pillars form the foundation of a well-protected building.
Why Inspection, Testing, and Maintenance Matter
Fire protection systems are not like light switches. You cannot assume they will work simply because they were installed. Equipment degrades. Alarm connections corrode. Sprinkler heads collect paint. Extinguishers lose pressure. Emergency lights fail. Without regular inspection, testing, and maintenance (ITM), these systems can fail at the exact moment they are needed most.
Industry data consistently shows that when automatic fire sprinklers fail to operate in a structure fire, the leading causes are system shut off prior to the fire, lack of maintenance, or components that were never in working order in the first place. Every one of these failures is preventable.
ITM is not a bureaucratic checkbox. It is the difference between a system that works and one that only looks like it works.
The Bone Regency Example Sets the Right Standard
What stands out in this story is not just that the inspection happened, but why. BPJS Kesehatan requested it. A government health agency, responsible for thousands of employees and the community members it serves, took the initiative. They did not wait for a code official to knock on the door. They called for an evaluation on their own terms.
Acting Fire Chief Andi Supriadi clearly captured the purpose: “This is part of our risk prevention and mitigation efforts.” That language reflects an understanding of fire safety as a continuous responsibility, not a one-time event.
A Call to Action
Every building owner and facility manager should ask a simple question: When was the last time your fire protection systems were fully inspected and tested by qualified professionals?
When did you last see the equipment? When was it last verified to function as designed?
Standards like NFPA 25 (water-based fire protection systems) and NFPA 72 (fire alarm systems) provide detailed requirements for ITM frequency and methods. These standards exist because the community of fire protection professionals learned, through experience and loss, what happens when systems are neglected.
The Bone Regency government and BPJS Kesehatan demonstrated that taking fire safety seriously is a choice, and they made the right one. Building owners and government agencies everywhere can do the same.
Your fire protection systems are only as good as the last time someone verified that they will work. Schedule the inspection. Test the systems. Maintain the equipment.
Life depends on it.
Read the full article here: https://bone.go.id/2026/04/18/tingkatkan-mitigasi-risiko-tim-damkar-bone-sistem-kebakaran-bpjs-kesehatan/