Digital Health Weekly - 09 - 13 Mar, 2026

• Over 60% of medical researchers in Australia have left active research roles between 2019 and 2024 due to inadequate funding, with many citing the inability to secure grants as a primary reason for leaving the field. 
• The Australian government’s Medical Research Future Fund (MRFF) has grown to over $25 billion but is limited by a spending cap that restricts disbursements to $650 million per year until 2032‑33. 
• The cap has left more than $1 billion of allocated research money unused, resulting in nearly $1 billion less spent on research since 2022 than originally pledged. 
• Universities, research institutes and policymakers are urging the government to lift the cap and release the full funding ahead of the May budget to retain talent and sustain Australia’s medical research capacity. 

• Mercy Health has partnered with Melbourne‑based analytics specialist Data Agility to modernise its digital infrastructure. 
• The collaboration provides 24/7 managed services for clinical integration, boosting reliability and real‑time information flow across Mercy Health’s services. 
• CIO Dr Paul Jurman calls the partnership a key milestone for strengthening digital foundations ahead of further transformation phases. 
• Data Agility’s MD John Neville highlights the shift from project work to a managed‑services model, leveraging its track record with major health providers. 

• Microsoft is launching a health section in its Copilot AI assistant that aggregates data from over 50 wearables (including Apple Health, Oura, Fitbit) and medical records from more than 50,000 U.S. hospitals to deliver personalized health recommendations. 
• The service draws answers from verified sources in 50 countries plus Harvard Health, lets users search for doctors by insurance, specialty, location, and language, and stores data encrypted without using it to train AI models. 
• Development is supported by an internal clinical team and over 230 doctors across 24+ countries, and the product has earned ISO/IEC 42001 certification for AI management systems. 
• Copilot Health launches in the U.S. (English only) for adults on a waiting list, with future plans for “medical superintelligence” and a research project called MAI‑DxO showing promising results. 

• Sandbar, a New York‑based AI wearable startup, has raised $23 million in Series A funding to bring its voice‑enabled smart ring, Stream, to market, which is designed to capture ideas and interact with AI on the go. 
• The Stream ring integrates a touchpad, personal microphone, and haptic feedback system, allowing users to record notes, ask questions, or interact with the device’s AI‑powered interface, with a planned summer 2026 launch. 
• Founded by former CTRL‑labs engineers Mina Fahmi and Kirak Hong, the company aims to provide a wearable conversational interface that combines hardware and AI software to help users think through ideas, capture notes, and retrieve information without relying on a smartphone. 
• Sandbar’s approach emphasizes deliberate microphone activation and multi‑model AI processing to organize, respond, and search the web in real‑time, differentiating it from traditional voice assistants. 

• PointFit, a Hong Kong‑based sports science startup, has secured an investment from Seveno Capital in a deal valuing the company at $10 million, aimed at scaling its skin‑worn patch that monitors body chemistry through sweat. 
• The patch enables Continuous Lactate Monitoring (CLM), delivering real‑time lactate data via sweat without invasive blood draws, offering endurance athletes precise fatigue and recovery insights and challenging existing wearable metrics. 
• PointFit’s technology earned a CES Innovation Award in Digital Health at CES 2026 and has been demonstrated to sports federations, fitness equipment makers, and retailers, positioning it for rapid market adoption. 
• The deal underscores the rising influence of Asian capital in global fitness tech, with Seveno Capital’s new Hong Kong office marking its first investment and reflecting broader cross‑border consolidation trends. 

• Texas Instruments launched the MSPM0G5187 and AM13Ex AI-enabled chips, allowing health wearables to run AI locally without external processing. 
• The chips process AI tasks up to 90 times faster and consume over 120 times less energy than comparable non‑AI chips, extending battery life for portable health devices. 
• The MSPM0G5187 chip is already in mass production at under $1 per unit in large volumes, while the AM13Ex chip is in limited pre‑production with broader availability expected by the end of 2026. 
• These low‑power, cost‑effective solutions aim to accelerate the adoption of smarter, more responsive health monitoring technologies.

• Deveillance, a new startup, has announced a portable tabletop device called Spectre I that aims to jam nearby devices from recording voices using ultrasonic frequency emitters and AI‑driven signal cancellation. 
• The device, slated for sale in the second half of 2026 at $1,199, claims to detect and log nearby microphones via RF/BLE scanning and to generate AI‑crafted ultrasonic “cancellation” tones that confuse automatic speech‑recognition systems. 
• The launch generated a mix of hype and skepticism: supporters view it as a privacy‑defense tool against ever‑listening AI wearables, while critics question the physics, efficacy, and potential health impacts of ultrasonic emissions. 
• Founder Aida Baradari, a recent Harvard graduate, emphasizes that Spectre I does not record speech and that the team is iterating on size, power, and safety (including pet‑impact testing) to address technical and regulatory concerns.

• Researchers at the University of Georgia, led by Sydney Barrilleaux, have developed MXene‑based electronic fabrics that can harvest solar energy and monitor vital health metrics such as heart rate, temperature, and blood pressure. 
• The textiles embed thin energy‑storage layers, enabling them to power sensors or serve as flexible power banks that can charge small devices like smartphones. 
• MXene coatings give the fabrics antimicrobial properties, making them suitable for hospital garments and continuous remote health monitoring with alerts for abnormal signals. 
• Commercialization hurdles include MXene oxidation, moisture sensitivity, and energy‑intensive production, driving research into durability enhancements and greener fabrication methods.  

• Australian hospitals are on alert after Iranian-affiliated hackers from the Handala group targeted US multinational Stryker, which supplies medical and surgical equipment to Australia. 
• The cyber attack, claimed as retaliation for a US missile strike in Iran, wiped 200,000 systems, servers, and devices and stole 50 terabytes of critical data. 
• Health officials in Victoria and New South Wales report no disruption yet, but experts warn of potential supply‑chain shortages for hospitals relying on Stryker’s products. 
• The incident raises concerns that further cyber attacks on US firms with strong Australian ties could impact other sectors such as energy, banking, and finance.