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Newsweek spotlights Bunkerhill Health as one of seven global winners of its AI Impact Awards in healthcare, highlighting how Carebricks stands out from the AI hype cycle by delivering measurable outcomes for patients and health systems. Part of Bunkerhill’s generative AI platform for clinical reasoning and action, Carebricks turns data into timely next steps, helping ensure every patient receives proactive, equitable care without extra burden on care teams.

Newsweek has named Bunkerhill Health one of just five healthcare companies around the world to receive an inaugural AI Impact Award, recognizing Carebricks for delivering measurable outcomes and advancing health equity at scale. Part of Bunkerhill’s generative AI platform for clinical reasoning and action, Carebricks helps health systems surface overlooked risks, close costly care gaps, and ensure every patient gets timely, appropriate care without adding workload for clinical teams.

UTMB Health is partnering with Bunkerhill to bring Carebricks, Bunkerhill’s clinical reasoning platform, into everyday practice across its health system. Building on success with Bunkerhill’s coronary artery calcium detection algorithm, UTMB is now using Carebricks to continuously monitor patients, uncover overlooked risks and opportunities, and coordinate next steps—helping ensure every patient receives timely, appropriate care without added burden on clinical teams.

Stanford Radiology spotlights a newly FDA-cleared AI algorithm developed and validated by Stanford researchers within the Bunkerhill consortium to opportunistically detect low bone mineral density (BMD) from routine abdominal CT scans. Now available in Bunkerhill’s Carebricks platform, the tool helps identify patients at risk of osteoporosis and osteopenia—enabling earlier intervention without additional scans or workflow changes.

Part of Bunkerhill’s Carebricks platform, Bunkerhill BMD helps care teams identify and navigate follow-up for patients at risk of osteoporosis—using scans already in the system, with no added radiation or workflow disruption.