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At the Point of Care

6 Health Systems Enhancing Care Delivery with Ambient AI Scribes

Executive Brief Six major health systems — including Intermountain Health — are deploying ambient AI scribes and reporting measurable, real-world gains: fewer hours in the EHR, reduced clinician burnout, and more face time with patients. This is no longer a pilot; it is standard infrastructure.

Intermountain Health documented a 27% reduction in time spent on notes per appointment using Dragon Copilot. A JAMA study across five academic medical centers confirmed AI ambient scribes reduced total EHR time by 13.4 minutes and documentation time by 16.0 minutes per encounter. The ambient scribing category has become healthcare AI's first breakout clinical deployment at scale.

AI in Health Care: Experts Discuss the Future of AI Practices and Policies

Executive Brief Healthcare leaders convened by the AHA are drawing a clear line: 2026 is the year AI transitions from experimental to operational, with governance and accountability — not just capability — becoming the central conversation.

Expert panels at AHA highlighted that nearly 90% of healthcare workers now use AI in some capacity, and two in three physicians leverage AI tools for daily operations. The consensus: successful health systems are moving AI from pilot programs into core clinical workflows, with particular focus on patient triage, deterioration prediction, and capacity management. The governance gap — shadow AI, unvalidated tools, and liability exposure — remains the most underaddressed risk.

Americans May Be Losing Trust for AI in Health Care: Survey

Executive Brief Public trust in healthcare AI is declining even as clinical adoption accelerates. Just 42% of Americans now say they are open to AI being used in their care — down from 52% in 2024 — creating a growing gap between what health systems are deploying and what patients will accept.

The Ohio State University Wexner Medical Center survey found that the share of Americans who believe AI can make healthcare more efficient dropped from 64% to 55% in two years. Concerns about privacy, accuracy, and lack of human oversight are the primary drivers. Health systems deploying AI at scale now face an underappreciated patient communication challenge alongside their technology rollouts.

Mental Health AI Breaking Through to Core Operations in 2026

Executive Brief Behavioral health systems are moving AI out of the pilot stage and into day-to-day operations — not as a clinical therapist replacement, but as the infrastructure that routes referrals, predicts no-shows, and flags patients who need urgent attention before a crisis escalates.

The AI that is actually transforming behavioral health practices in 2026 operates invisibly in the background: triaging referrals, identifying medication non-compliance patterns, and analyzing thousands of sessions to surface risk signals. One predictive model, deployed across rural North Carolina, Minnesota, and North Dakota, identifies patients at risk of worsening mental health up to one year in advance with 84% accuracy. The distinction between clinical AI (replacing therapy) and operational AI (supporting it) is sharpening — and the latter is winning adoption.

Rules of the Road

WHO/Europe Releases First-Ever Snapshot of AI in Health Care Across EU Member States

Executive Brief The World Health Organization's European office has published the first comprehensive cross-country inventory of AI deployment in healthcare across EU member states, revealing that adoption is widespread but uneven — and that governance structures are struggling to keep pace.

The WHO/Europe report found that nearly three-quarters of EU countries are already using AI-assisted diagnostics, and almost half have created dedicated professional roles for AI and data science in health. However, regulatory frameworks remain fragmented across member states. The report arrives as the EU AI Act's healthcare provisions come into effect, establishing binding requirements for high-risk AI systems in clinical settings — including mandatory conformity assessments and post-market monitoring obligations.

Utah Charts a New Path for Regulating Mental Health AI

Executive Brief Utah has enacted the nation's most detailed state-level framework for regulating AI in mental health — not by banning tools or imposing blanket restrictions, but by creating a safe harbor for AI agents that meet specific, verifiable safety standards.

The Utah framework reinforces consumer data privacy protections and advertising rules while providing legal certainty for mental health AI vendors that implement pre-deployment safety testing, crisis escalation protocols, clinical oversight structures, and ongoing monitoring. The safe harbor model is designed to encourage responsible innovation rather than stifle it. Mental health researchers and advocates note that the law explicitly preserves consumer protections while avoiding the complete prohibition approach that other states have considered.

FDA "Cuts Red Tape" on Clinical Decision Support Software and Wearables

Executive Brief The FDA narrowed its oversight footprint in January, clarifying that many AI-enabled clinical decision support tools and wearables do not require formal regulatory clearance — reducing the compliance burden for developers of lower-risk health AI products.

The January 6, 2026 FDA guidance updates the agency's framework for determining when AI software rises to the level of a regulated medical device. The clarification reduces the category of tools requiring 510(k) clearance or De Novo authorization, particularly for software that assists rather than replaces clinical judgment. Concurrently, the agency is expanding its use of Predetermined Change Control Plans (PCCPs) — now included in 10% of 2025 clearances — allowing developers to pre-specify how their AI models may be updated post-clearance without requiring a new submission.

TEFCA Reaches Nearly 500 Million Health Records Exchanged as HHS Leverages AI to Lower Costs

Executive Brief The national health data interoperability network TEFCA has crossed a milestone — nearly 500 million health records exchanged — while HHS is now deploying AI to extract value from this data flood, targeting administrative cost reduction and improved care coordination.

TEFCA's growth to nearly 500 million records exchanged demonstrates that the nation's interoperability infrastructure is scaling. HHS is now pairing this data accessibility with AI tools to drive operational efficiencies. The draft USCDI v7, released January 29, 2026, proposes 29 new standardized data elements to further strengthen nationwide interoperability, including expanded support for nutrition information exchange, adverse event reporting, and quality improvement workflows — all critical inputs for training and validating clinical AI systems.

What the Evidence Says

Clinical AI Has Boomed — Stanford-Harvard Report Shows What Holds Up in Practice

Executive Brief A landmark joint Stanford-Harvard report systematically reviewed clinical AI's real-world performance — separating what actually improves care from what looks good in controlled trials but fails in clinical deployment. The results are sobering in places, and instructive throughout.

The State of Clinical AI 2026, published by the ARISE network, reviewed the most influential clinical AI studies from 2025 to assess where AI meaningfully improves patient outcomes when deployed outside research settings. Key findings: AI that flags hospitalized patients at risk of deterioration and AI-assisted radiology reading show the most consistent real-world benefit; AI-driven chatbots and note-drafting tools show high adoption but mixed outcome evidence. The report flags bias, workflow fit, and poor generalization across patient populations as the field's most persistent unsolved problems.

How to Meaningfully Evaluate AI in Clinical Medicine

Executive Brief Nature Medicine published a methodology framework for rigorously evaluating AI tools before clinical adoption — addressing the persistent gap between impressive benchmark results and real-world performance that has undermined trust in clinical AI.

The framework identifies five evaluation dimensions that current clinical AI studies systematically underreport: prospective validation against standard-of-care comparators, subgroup performance stratified by race and socioeconomic status, clinical workflow integration metrics, provider behavior change, and patient outcome data beyond surrogate endpoints. The authors argue that the field is moving from the "Peak of Inflated Expectations" into the early "Slope of Enlightenment" — a transition that demands better evidence standards, not just better models.

Radiomics-Integrated Machine Learning Framework for Quantitative Breast Cancer Diagnosis

Executive Brief A new machine learning framework integrating radiomics with multimodal imaging achieves quantitative breast cancer diagnosis with performance approaching that of expert radiologists — a meaningful step toward AI-assisted screening in under-resourced clinical settings.

The framework combines radiomics feature extraction with convolutional neural network classification across mammography and ultrasound modalities. The system demonstrated high sensitivity and specificity in distinguishing malignant from benign lesions across a multi-site validation dataset. The authors employed explainability methods to surface which imaging features drive the model's decisions — a critical requirement for clinical trust and regulatory submission. Prospective clinical trial integration is the stated next step.

Merck and Mayo Clinic Announce AI-Enabled Drug Discovery and Precision Medicine Collaboration

Executive Brief Merck and Mayo Clinic are joining forces to apply AI and multimodal clinical data to drug discovery — combining Mayo's vast patient data platform with Merck's AI-enabled virtual cell technologies to accelerate target identification and improve disease understanding.

The collaboration integrates Mayo Clinic's platform architecture — spanning genomic, proteomic, and real-world clinical data — with Merck's AI systems for virtual cell modeling and target prioritization. The partnership focuses on improving disease understanding at the molecular level and enhancing early identification of drug candidates, particularly in areas where biological complexity has historically slowed development timelines. This follows a broader 2026 industry shift: AI drug discovery platforms are being embedded into pharmaceutical R&D as standard tooling, not experimental experiments.

Capital and Strategy

Digital Health Funding Hits $7.4B in Q1 2026 Driven by AI Drug Discovery and M&A

Executive Brief Digital health investment roared back in Q1 2026, reaching $7.4 billion — driven by a surge in AI drug discovery mega-rounds and a sharp rebound in M&A activity. The market is concentrating: 60% of capital went into just 19 deals of $100M or more.

The quarter's largest deal was Earendil Labs' $787M raise for its deep learning drug development platform. DeepHealth's $269M acquisition of Gleamer — backed by a footprint of 700+ hospital contracts — signals that clinical AI companies with proven deployment scale are becoming acquisition targets. AstraZeneca acquired Modella AI, underscoring pharma's move to buy AI-native capabilities for patient stratification and early detection. AI companies now capture 55% of all health tech funding, up from 37% in 2024.

UnitedHealth Group Is Making a $3 Billion Bet on AI. What Does It Mean for Patients?

Executive Brief UnitedHealth Group is deploying AI across its entire operation — from claims processing to care management — at a scale that makes it the single largest AI investment in U.S. healthcare. The strategic question for patients and policymakers: will this translate to better care, or more efficient denial?

UnitedHealth employs 22,000 software engineers worldwide, with more than 80% now using AI to write code or build agents. The $3 billion AI push spans predictive analytics for member health risk, automated prior authorization systems, clinical documentation support, and operational efficiency tooling across Optum's care delivery network. STAT's reporting raises pointed questions about whether AI-driven efficiency in a payer-provider hybrid accelerates access or optimizes for cost reduction at the expense of coverage breadth.

Jimini Health Raises $17M to Launch AI Mental Health Platform for Large Behavioral Health Organizations

Executive Brief Jimini Health has closed a $17M seed round to bring its AI chatbot Sage to large behavioral health organizations — targeting the operational layer of mental health care rather than direct therapy delivery, which remains the safer regulatory and clinical ground.

Sage is designed to extend the capacity of human clinicians by handling intake, psychoeducation, between-session support, and care coordination — not to replace therapy sessions. The company is positioning for partnerships with large behavioral health systems, managed care organizations, and employee assistance programs. The $17M seed is one of the largest in mental health AI this year, reflecting investor conviction that behavioral health's severe capacity shortage creates structural demand for AI-augmented care models.

Takeda and Iambic Sign $1.7B AI Oncology and Immunology Collaboration

Executive Brief Takeda signed a collaboration with AI drug-discovery company Iambic valued at up to $1.7B, deploying Iambic's structure-based AI platform to discover and develop small-molecule candidates in oncology and immunology — one of the largest AI pharma deals in history.

Iambic's platform combines structure-based drug design with generative AI to navigate chemical space and identify compounds with optimized binding properties and ADMET profiles. The deal follows a pattern of large pharma committing to AI-native discovery infrastructure rather than retrofitting legacy computational approaches. In 2026, identifying disease targets via in silico exploration before wet-lab validation is becoming standard practice; AI-guided platforms integrating genomic, proteomic, and transcriptomic datasets are now the infrastructure expectation at major pharmaceutical companies.

Tucuvi Raises $20M Series A to Scale AI Care Management Platform Across Health Organizations

Executive Brief Tucuvi has raised a $20M Series A to accelerate deployment of its AI-powered care management platform — a voice-based system that conducts clinical conversations with patients between visits to monitor chronic conditions, flag deterioration, and reduce avoidable hospitalizations.

The Tucuvi platform uses conversational AI to conduct structured clinical check-ins via phone, enabling health systems to maintain contact with high-risk patients at scale without requiring additional nurse staffing. Early deployments across European and North American health systems have demonstrated measurable reductions in readmission rates for patients with heart failure and COPD. The Series A will fund expansion across U.S. health systems, with particular focus on value-based care organizations managing large chronic disease populations.

The Conversation

AI in the Mental Health Care Workforce Is Met with Fear, Pushback — and Enthusiasm

Executive Brief NPR's deep-dive into AI's role in the mental health workforce surfaces a sharp divide: clinicians fear liability and job displacement, while people with lived experience of mental illness often see AI tools as accessibility lifelines. The debate is shaping how health systems pilot and deploy behavioral AI.

NPR's reporting found that clinician resistance to AI in mental health centers on two concerns: insufficient validation in clinical populations and professional risk if AI tools are used in lieu of standard care. In contrast, patients in underserved communities — where therapist shortages mean months-long waits — view AI tools as meaningful bridges to support. Academic researchers emphasize bias and long-term effects as underexamined risks. The piece has circulated widely among healthcare AI practitioners as a useful temperature check on where the adoption debate actually stands in 2026.

OpenAI's ChatGPT Is Helping Users Navigate Health Care and Health Insurance

Executive Brief A viral pattern has emerged: patients are uploading itemized medical bills and insurance denial letters to ChatGPT and asking it to decode errors, identify improper charges, and draft appeals. What started as consumer workarounds has become a significant pressure point on health system billing departments.

Axios reported that ChatGPT use for healthcare billing and insurance navigation has grown sharply since late 2025, with users discovering billing errors — including duplicate charges, improper procedure coding, and Medicare rule violations — through AI-assisted review. Some users are also using LLMs to self-diagnose, manage chronic conditions, and navigate prior authorization appeals when access to providers is limited. The trend is generating significant commentary from health economists and consumer advocates about the implications of AI as a healthcare accessibility equalizer — and what it reveals about the existing system's opacity.

Who'll Pay for AI in Health Care? Three Trends to Watch in 2026

Executive Brief The central unresolved question in healthcare AI is not whether the tools work — it's who pays for them and how. STAT's widely-shared piece frames 2026 as the year the reimbursement question moves from theoretical to existential for AI health companies.

STAT identifies three dynamics reshaping the AI reimbursement debate: payers are beginning to demand outcome data before covering AI-assisted care; health systems are absorbing AI costs as operational overhead while lobbying for CPT code pathways; and CMS is piloting AI-specific value-based payment models in limited programs. The piece circulated widely on health tech LinkedIn in January and remains a frequently referenced framework for understanding why promising AI tools fail to reach scale — not for lack of efficacy, but for lack of a sustainable payment model.