At thirty-eight, she was the kind of engineer who could walk onto a construction site in white boots, stare at a frozen retaining wall, and tell three contractors exactly which buried assumption was about to cost them two million dollars. She had built her reputation in Seattle designing resilient infrastructure for places where nature always got the last word—earthquake zones, landslide corridors, coastal districts threatened by storm surge. Her work was clean, rational, and efficient. Sensors. Models. Simulations. Load paths. Failure points.
She liked systems that could be measured.
That was why she almost laughed when Halperin Energy flew her to Anchorage in January and asked her to consider leading an emergency field mission based partly on “traditional Arctic shelter principles.”
“Traditional from where?” Claire had asked across a polished conference table while sleet rattled the windows.
The vice president, a tired man with a silver beard and a loosened tie, slid a folder toward her. “Historical cold-survival methods. Indigenous Arctic adaptations. Some comparative study material from northeastern Asia. Siberian, among others.”
Claire opened the folder expecting a public relations gimmick.
Instead she found satellite images of a place called Frost Hollow, Alaska—an isolated support settlement two hundred miles north of Fairbanks, originally built to service a rare-earth mineral operation and a small experimental energy lab. The town sat on unstable permafrost. Over the last three winters, thaw-freeze cycles had become erratic. Foundations were shifting. Fuel lines were rupturing. Wind exposure had intensified after a spruce die-off on the western ridge. Three modular housing units had already become uninhabitable. Two children had been treated for hypothermia after a heat outage. The lab’s main thermal plant was failing faster than expected.
