Learn how permit to work software digitises approvals, controls risk, supports audits, and integrates with CMMS for public-sector facilities.
BLOG Learn how permit to work software digitises approvals, controls risk, supports audits, and integrates with CMMS for public-sector facilities.
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BLOG Learn how hospitals can use cloud-based CMMS software for fault reporting, preventive maintenance, e-PTW, audits, and resident satisfaction.
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BLOG A chiller rated for 500 tons rarely delivers 500 tons of reliable cooling, year after year, without interruption. A generator rated for 72 hours of continuous run time rarely gets tested under those exact conditions. The number on the nameplate describes what a system can do under controlled, ideal conditions. It says almost nothing about
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BLOG Facility managers rarely think about their HVAC system until it stops working. Then it becomes the only thing anyone thinks about. A rooftop unit going down on the hottest week of the year, or a boiler failing the first cold snap of winter, has a way of turning a routine Tuesday into a crisis, complete
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BLOG Ninety percent. That’s the number most maintenance teams chase when they talk about preventive maintenance compliance. It’s the industry benchmark, it looks great in a board report, and it’s usually the first KPI a maintenance manager points to when asked how the program is doing. But a high PM compliance metric doesn’t automatically mean equipment
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BLOG Your building automation system already knows when something is wrong. A chiller pulling too much amperage, an AHU running hot, a fire panel throwing a fault at 2 a.m., the BAS sees all of it in real time. The problem is what happens next. In most facilities, that alarm sits on an operator workstation until
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BLOG A facilities maintenance report is a formal record of what happened during a maintenance visit or reporting period: what was inspected, what was fixed, what condition your equipment is in, and what still needs attention. Written well, it gives managers and stakeholders a clear, accurate picture of building performance, budget, and risk. Written poorly, it
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BLOG Unplanned downtime is expensive. The average manufacturer loses roughly 800 hours a year to it, and that number climbs fast once aging equipment, tight budgets, and a shrinking pool of skilled technicians enter the picture. Two maintenance strategies exist specifically to bring that number down: preventive maintenance and predictive maintenance. Both are proactive. Both aim
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BLOG Walk into an office today and you might not notice it, but the lights dim automatically when a meeting room empties out, the HVAC system quietly recalibrates based on how many people are actually in the building, and a facilities manager somewhere is looking at a dashboard that flagged a failing chiller three weeks before
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BLOG Most facilities teams believe they are more organized than they actually are. Work gets done, breakdowns get fixed, and the building keeps running, so it is easy to assume the operation is in decent shape. But “things aren’t on fire” and “our maintenance program is mature” are two very different statements, and the gap between
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BLOG Facilities and maintenance teams are under more pressure than ever to do more with less — fewer technicians, tighter budgets, and higher expectations for uptime and response times. Paper tickets, spreadsheets, and scattered email requests simply can’t keep pace. That’s where work order management software comes in. This guide breaks down what work order management
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BLOG Manufacturing floors are high-risk environments by design. Hot work, confined space entry, lockout-tagout, working at height, and electrical isolation all happen side by side, often across multiple shifts and multiple contractors. A single missed sign-off or an expired permit can be the difference between a routine maintenance job and a serious incident. This is exactly
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BLOG High-risk work doesn’t forgive shortcuts. Hot work, confined space entry, electrical isolation, and lockout/tagout tasks all carry consequences when authorization steps get skipped or lost in paper trails. That’s why more facility and EHS teams are moving away from manual sign-off sheets and adopting permit to work software systems that standardize how permits are requested,
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BLOG Manual permit to work processes are becoming a liability that most facilities can no longer afford. Paper-based permits, handwritten sign-offs, and disconnected approval chains create blind spots that put contractors, employees, and compliance records at risk. This is why more organizations are adopting electronic permit to work software to bring structure, speed, and accountability to
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BLOG High-risk maintenance and construction work has always carried a fundamental safety challenge. Before a technician enters a confined space, performs electrical work on live systems, conducts hot work near flammable materials, or executes any other hazardous task, the organisation must be certain that the right safety protocols are in place, the right personnel are qualified
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BLOG The buildings we occupy, operate, and invest in are under more pressure than ever before. Rising energy costs, tightening regulatory requirements, increasing occupant expectations, and the operational complexity of managing sophisticated building systems simultaneously have made facilities management one of the most demanding disciplines in the modern built environment. Organisations that approach this challenge with
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BLOG Physical assets are the foundation of every building’s operational capability. HVAC systems, electrical infrastructure, lifts, fire suppression equipment, plumbing networks, and the hundreds of other components that keep a modern facility functional represent significant capital investment and ongoing operational cost. How well those assets are tracked, maintained, and managed across their entire lifecycle determines whether
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BLOG Modern buildings are more complex than they have ever been. They house diverse tenant populations with rising service expectations, operate under increasingly stringent regulatory compliance requirements, incorporate sophisticated mechanical and electrical systems that demand expert maintenance, and are expected to perform against sustainability targets that would have seemed ambitious just a decade ago. The facility
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BLOG The work order is the fundamental unit of maintenance management. Every maintenance request, every repair job, every preventive service task, and every compliance inspection begins and ends with a work order. When the work order process runs efficiently, with requests captured completely, assignments made intelligently, execution tracked in real time, and completions documented accurately, the
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BLOG Every maintenance operation has experienced the same frustrating scenario. A critical piece of equipment fails. The technician arrives, diagnoses the fault, and reaches for the spare part — only to discover it is out of stock. The repair is delayed while the part is sourced and delivered. Equipment sits idle. Occupants complain. And somewhere in
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BLOG Maintenance work happens in the field. Technicians are on the floor, in equipment rooms, on rooftops, and across building zones — not at desks in front of desktop computers. Yet for years, the systems designed to manage their work were built primarily for desktop environments, requiring technicians to return to a workstation to log updates,
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