Our Mission

Flashpoint Safety Systems was built around a simple belief: lithium-ion battery safety needs to start earlier. Lithium-ion batteries now power the devices, vehicles, tools, backup systems, and renewable-energy infrastructure people rely on every day. But when a battery cell fails, the warning window can be short, the fire behavior can be violent, and the consequences can move faster than many traditional detection systems were designed to address. Flashpoint develops early-warning battery safety systems designed to detect early failure conditions, alert users, and support faster response before smoke, flame, or full thermal runaway turns a battery issue into an emergency.

Our first two products, Flashpoint CORE and Flashpoint Go, bring this approach to two of the fastest-growing lithium-ion risk environments: residential energy storage and micromobility charging.

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Built for a Lithium-Powered World

Lithium-ion batteries are not going away. They are central to cleaner energy, portable power, electric mobility, emergency backup, and modern work. The challenge is making these systems safer as they become more common in homes, garages, businesses, fire stations, and commercial facilities. Flashpoint was created to add a dedicated safety layer around lithium-ion battery environments. Our systems are designed to monitor for early warning indicators, provide local alerts, and support integration with external safety responses where applicable. The goal is not to make people afraid of battery technology, but to help people use it more safely.

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Early Warning

Flashpoint systems are designed to detect early signs of lithium-ion battery failure before a situation escalates into visible smoke, flame, or full thermal runaway.

Local Alerting

Audible and visual alerts help notify nearby users when a battery environment needs attention.

System Integration

Relay outputs support connection to shutdown, EPO, suppression, or other safety systems where applicable.

Practical Deployment

Flashpoint products are built for real-world use across home energy, solar storage, e-bike charging, scooter charging, and small battery safety workflows.

Home Energy Storage Booms In The US

Recent estimates suggest that tens of thousands of U.S. homes now have battery backup systems linked to renewable energy sources like solar panels and wind turbines. The adoption of residential energy storage has surged in recent years. For example, in 2025, California alone saw over 160,000 new residential solar installations. There were at least 30,000 incidents of fire or overheating in lithium-ion batteries over a recent five-year period, according to the U.S. Consumer Product Safety Commission, and countless more were never reported. With the rapid adoption of renewable energy in the United States and the increasing reliance on lithium-ion batteries, the threat of potentially disastrous thermal runaway continues to rise.

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Homes w/ Li-ion BESS

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Li-ion fire or overheating

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Li-Ion fires in NYC - 2024

Battery safety begins before smoke

Traditional smoke and heat detection are important, but lithium-ion failure can develop quickly. Earlier warning creates a better chance to respond.

People need practical tools, not fear

Lithium-ion batteries are useful and necessary. The answer is safer charging, smarter monitoring, and better response systems.

Modern energy needs modern safety

Home energy storage, micromobility, solar, and backup power are growing quickly. Safety systems must evolve with them.