After catastrophic fire, the Town of Paradise rebuilt its public-safety backbone from the ground up: outdoor warning, AI-powered detection, and IPAWS alerting engineered so no resident is ever caught without notice again.
When disaster strikes, it hits the unprepared hardest. The SAFE Network keeps communities connected when power and cellular networks go down — a resilient, independent alert system with over 3,000 indoor SAFE units running where it vulnerable the most.
Paradise sits on a ridge with steep canyons and a limited set of evacuation routes. The 2018 fire moved faster than any manual notification could keep up, and legacy warning offered no early detection and no way to reach residents who had lost power and cell service.
Rebuilding meant more than replacing hardware. The town needed warning that sees the threat first, activates instantly, and reaches everyone — even when the grid is down.
HQE engineered a resilient, off-grid-capable warning network that sees fire early and warns every neighborhood — by zone, in seconds.
Predictive AI models forecast fire spread in real time and map the fastest, safest evacuation routes — giving communities critical minutes before flames threaten.
22 self-supervising voice sirens with battery and solar backup keep warning live even when the grid goes dark.
One activation drives sirens, WEA, SMS, voice and CAP feeds together — no second tool, no second step.
Overlapping siren and alert zones blanket every neighborhood, ridge and canyon — so no resident falls outside the warning footprint.
Every deployment integrates the systems you already own, unified through HQE's proprietary ML/AI-powered ecosystem — integrated into one pane of glass.
Six phases from first survey stake to full emergency readiness. Tracking the build of twenty-one alert towers and an independent communication network across the ridge.
HQE Systems and the Town of Paradise begin official coordination. The team completed comprehensive site surveys, securing approval for twenty-one tower locations and the specialized pine-tree aesthetics.
Field crews initiate drilling operations. Despite severe weather conditions, solid granite deposits and unmarked underground utilities, the engineering and field teams successfully adapt and pour all concrete foundations.
Crews receive and install the heavy poles, speaker arrays and custom tree branches. The team begins bringing towers online, conducting successful partial system tests for the community.
The team navigates complex trenching operations and strict PG&E compliance requirements to transition towers to permanent AC power. This phase includes overcoming massive underground boulders, specifically at the Rocky Lane site.
All twenty-one towers are fully operational. The system stands fully ready for activation during the Park Fire threat, and the team successfully completes the System Operational Verification Test with the Town of Paradise.
The project focus shifts to installing localized gateways and fulfilling one thousand in-home SAFE Units for town residents. The Town secures a grant extension, pushing the final project closeout and official turnover.
AI-powered fire forecasting maps evolving evacuation zones and triggers zone-targeted warnings in under a minute and a half.
Every siren runs on solar and battery, linked over the SAFE Network — warning survives even when power and cellular grids fail.
Each site reports live health, so the town never discovers a failure mid-event.
We rebuilt this town on a promise: never again caught without warning. This system sees the fire before we can — and it reaches every neighborhood, even with the power out.
Tell us your terrain, your routes, and your worst-case scenario. Our veteran-led team will design a resilient, AI-powered life-safety system built around them.