Equipment failure is predictable — if you have the right data. Smart-LX® continuous thermal, vibration and other sensors monitoring detects developing faults in critical electrical assets weeks before they fail, giving your team time to schedule maintenance on your terms rather than respond to unplanned outages. Any brand or type of sensor can play in the Smart-LX eco-system.
An annual IR inspection covers 1 day out of 365. Faults don't wait for your inspection calendar — continuous monitoring watches every asset 24/7, so nothing develops undetected between visits.
¹ Sources: Exertherm, Continuous Thermal Monitoring Technology (exertherm.com); ASHB Technical Paper IS-2022-59, Beyond IR Thermography: How Continuous Thermal Monitoring Improves Performance (2022).
Scheduled thermography inspections are a compliance baseline — but faults don't wait for your inspection calendar. Continuous monitoring provides the real-time intelligence that turns a reactive maintenance program into a predictive one.
NFPA 70B requires documented scheduled inspections — a program Smart-LX® delivers through Smart-LX® Analytics. Continuous monitoring is not required by the standard, but it is the most powerful upgrade available: it fills the gap between scheduled inspection cycles with real-time intelligence, and the monitoring data automatically enriches your compliance record. If you already have an EMP, adding continuous monitoring requires no new documentation infrastructure — it feeds directly into the system you already run.
NFPA 70B Compliance Program →Continuous condition monitoring is your first line of defense — but some facilities need a second line too. Smart-LX® industrial fire protection systems provide early-warning detection and suppression engineered for the same critical electrical assets your monitoring program watches. The two programs are designed to work together.
Industrial Fire Protection →Smart-LX® integrates with F500-EA targeted suppression systems to provide a last line of defense when a monitored asset reaches a critical thermal threshold. Consider a Battery Energy Storage System (BESS) that is overheating to the point of imminent ignition — rather than flooding an entire enclosure, a Smart-LX® rule can execute a targeted spray directly on the batteries themselves. Targeted suppression is the right call when the consequences of fire or explosion are far more damaging than the components that will be wetted.
Before suppression begins, Smart-LX® can trigger a Power Disconnect channel to signal a controlled power-off sequence — minimizing collateral damage to sensitive electronics and reducing the risk to personnel. The entire response, from thermal detection to power disconnect to targeted suppression, is rule-driven and automatic. We are happy to consult with you on the right threshold strategy for your facility — balancing the risk of catastrophic fire against the cost of protecting sensitive components.
Consult with a Specialist →Security and safety are not features we added — they are principles we designed around. Smart-LX® delivers intelligent, escalating notifications that reach the right people through the right channels: individual team members, maintenance crews, SCADA systems, PLCs, and Video Management Systems (VMS), ensuring that live sensor data and video reach operators exactly where decisions are made. For organizations that operate in regulated, classified, or high-security environments, Smart-LX® can be deployed as a fully air-gapped system — running entirely on-site, with zero external network connectivity and zero data leaving your facility. Whether your priority is protecting critical infrastructure, satisfying government security requirements, or simply keeping your operational data inside your own walls, Smart-LX® is built to meet you there.
Brightlayer and similar platforms are a capable platform within their own ecosystem — but they were designed around a closed hardware world, not an open one. What happens when your facility needs logic that no vendor anticipated?
When a customer needs custom logic — something like "alert me when Asset A has been running 10°C hotter than Asset B over the past seven days, and it hasn't been serviced in six months" — these platforms cannot deliver that without a full engineering engagement. There is no scripting layer, no user-configurable automation, no way for a facility team to build that rule themselves. Smart-LX® was built differently. Its FSM-based scripting environment lets integrators and facility teams define exactly that kind of behavior, connect it across systems, and deploy it without waiting on a vendor roadmap.
The deeper gap is one of incentive. Brightlayer is a manufacturer's platform. It exists to move proprietary hardware and keep customers inside a single brand's ecosystem. A workflow that automatically routes purchase orders to a distributor — or flags a spare part transition in a CMMS and triggers a replenishment notification — is not something a manufacturer's platform has any reason to build. It runs counter to how they make money.
Smart-LX® doesn't have that conflict. The platform is indifferent to who makes the equipment and who supplies it. A status change in a CMMS — say, a transformer moving from spare to in-use — is just a data event. Smart-LX® can watch for it, act on it, and fire a notification or order draft in the same script that handles a thermal alarm. That kind of cross-system workflow is a few hours of configuration work, not a product roadmap request. And once it's built, it creates a deeply integrated, revenue-generating process that no closed-ecosystem competitor is structurally able to replicate.
We'll assess your critical assets, identify the highest-consequence failure points, and design a continuous monitoring program that gives your team advance warning instead of emergency calls. One conversation is all it takes.