This Month's Latest Tech News in Cleveland, OH - Thursday July 31st 2025 Edition

July 2025 marked a pivotal moment for Cleveland's AI and tech sector, underscored by the Cleveland Clinic's inaugural AI Summit for Healthcare Professionals held on July 11, 2025, which attracted over 650 attendees including clinicians, nurses, and healthcare administrators.

The summit emphasized AI's transformative impact on healthcare - ranging from diagnostics and patient care to ethics and governance - with keynote speaker Dr. David Rhew from Microsoft highlighting the balance between AI hype and practical implementation.

Thought leaders stressed that the success of AI hinges on trust, collaboration, and integration within clinical workflows. Noteworthy contributions came from innovators like ThinkBio.Ai®, showcasing advances in digital twins for personalized treatments.

These developments are echoed in strategic partnerships, such as the Oracle, Cleveland Clinic, and G42 collaboration launching an AI-powered global healthcare platform focused on real-time data analysis and precision medicine, poised to enhance patient outcomes worldwide.

Locally, organizations like the City Club of Cleveland convened forums underscoring the importance of communication and transparency in AI adoption. This surge in AI innovation aligns with educational opportunities such as Nucamp's AI Essentials for Work bootcamp, designed to equip professionals with practical AI skills applicable across industries.

For those eager to join this wave of innovation, Nucamp offers comprehensive programs to build expertise and leverage AI's potential in the workplace. For more insights, visit the Cleveland Clinic AI Summit official webpage, read Healio's detailed summary of the AI Summit, or explore Nucamp's AI Essentials bootcamp curriculum at Nucamp.

Oracle Health, Cleveland Clinic, and G42 have formed a strategic partnership to develop a global AI-powered healthcare delivery platform aimed at revolutionizing patient care through advanced artificial intelligence and data analytics.

Leveraging Oracle Cloud Infrastructure, Oracle AI Data Platform, and Cunningham Clinic's clinical expertise combined with G42's sovereign AI infrastructure, the initiative focuses initially on the United States and United Arab Emirates to deliver secure, scalable, and cost-effective healthcare solutions.

The platform is designed to enable real-time analysis of population health data, enhance diagnostics, personalize treatments, and support precision medicine, ultimately improving outcomes while reducing costs.

Additionally, it integrates clinical research and care by facilitating identification and enrollment of clinical trial candidates and providing real-world data to optimize therapies and monitor safety.

Larry Ellison, Oracle's Executive Chairman and CTO, emphasized the need to

reinvent how healthcare is provided

to address aging populations, rising costs, and care complexity, while Cleveland Clinic's CEO Tom Mihaljevic described the venture as a moral imperative to deliver better outcomes and expanded access worldwide.

G42's CEO Peng Xiao highlighted the collaboration as a significant step toward building a

new health intelligence fabric

defined by precision and equity.

This cutting-edge partnership exemplifies the growing trend of cross-sector collaboration to harness AI for scalable, high-quality, and affordable healthcare globally.

For more details, see the Cleveland Clinic official announcement of the AI healthcare platform partnership, the comprehensive G42's strategic partnership overview with Oracle and Cleveland Clinic, and the insightful Forbes analysis of the AI-powered healthcare delivery platform.

Cleveland Clinic has partnered with revenue cycle automation leader AKASA to deploy cutting-edge generative AI tools aimed at revolutionizing the healthcare revenue cycle.

This collaboration focuses on the mid-revenue cycle phase, where medical coding and documentation occur - a complex process typically involving review of over 100 clinical documents and selection from more than 140,000 possible billing codes per patient encounter, which can take up to an hour.

AKASA's AI-powered coding assistant dramatically accelerates this process by reading extensive clinical records in under two seconds and processing more than 100 documents in 1.5 minutes while capturing clinical nuances and adapting to patient complexity.

This technology supports coders as validators rather than replacing them, improving coding accuracy by 40% in capturing Present on Admission (POA) indicators, which enhances risk adjustment, reimbursement, and quality outcomes.

As explained by AKASA's CEO, Malinka Walaliyadde, the pilot with Cleveland Clinic tests AI against some of the most complex patient data, fostering real-time feedback integration and trust-building among coders.

Cleveland Clinic's Chief Digital Officer Rohit Chandra emphasizes the transformational potential of this AI for both patient care and operational efficiency. The strategic rollout across all U.S. locations includes an additional AI pilot focused on clinical documentation integrity (CDI), ensuring alignment between clinical narratives and coding.

This partnership exemplifies the future of healthcare revenue management by blending deep domain expertise with AI innovation, positioning the Clinic and AKASA at the forefront of healthcare automation.

For further details, visit the Cleveland Clinic Press Release and Becker's Hospital Review coverage.

Ohio police departments, including those in Cleveland, Hamilton County, Dublin, and Columbus, are increasingly employing advanced AI-driven surveillance tools such as drones, robots, facial recognition software, and integrated camera networks to enhance crime-fighting capabilities.

Hamilton County utilizes sixteen drones as "pseudo-first responders," Dublin deploys drones and police robots with 360-degree cameras for patrols, and Columbus operates a real-time crime center integrating traffic, body, and private cameras via the Fusus platform, owned by Axon.

Cleveland's police have controversially used Clearview AI facial recognition software in murder investigations, though key evidence was recently excluded from court due to questions about the technology's admissibility, spotlighting ongoing legal and privacy debates.

Civil liberties groups like the ACLU of Ohio warn that these surveillance expansions risk eroding privacy rights and urge legislative oversight, emphasizing that government must justify surveillance rather than citizens defending their privacy.

Legal experts also highlight the need for stronger independent review of law enforcement's use of such technologies, as Cleveland currently lacks robust policies governing AI and facial recognition.

Meanwhile, programs like Cleveland's SAFE SMART CLE seek to expand voluntary sharing of residential and business security camera footage to assist authorities, funded partially through public budgets, though some experts caution against “surveillance creep” and call for transparent efficacy data.

The following table summarizes technology deployments across agencies:

Technology	Agency	Purpose
Drones	Hamilton County, Dublin	First response, protest monitoring, crime scene overview
Police Robots (360° Cameras)	Dublin	Patrolling public spaces, communication with responders
Facial Recognition (Clearview AI)	Cleveland, Hamilton County (limited)	Suspect identification, evidence gathering (controversial)
Real-Time Crime Centers	Columbus, Hamilton County	Integrate & monitor public/private cameras for rapid response
License Plate Readers	Columbus, Hamilton County	Vehicle identification in investigations

Amid these advances, law enforcement officials highlight transparency efforts with audit trails and stress the importance of guardrails, yet community advocates remain concerned about potential surveillance overreach, illustrating the complex balance between security and civil liberties in Ohio's evolving AI surveillance landscape.

For more details, visit WOSU's analysis of Ohio police surveillance, Signal Cleveland's coverage on SAFE SMART CLE and camera integration, and ACLU Ohio's legal brief on facial recognition challenges.

The Cleveland Clinic is pioneering the use of ambient AI technology to reduce physician burnout and enhance clinical documentation efficiency. Unlike traditional voice recognition that requires structured dictation and extensive editing, ambient AI scribes passively listen during patient encounters, achieving up to 98% accuracy with minimal physician intervention.

This innovation allows doctors to reclaim nearly 20 minutes daily from documentation tasks, significantly cutting after-hours charting and boosting face-to-face patient time - a critical factor in combating the widespread physician burnout that affects about 50% of clinicians.

Leading AI platforms such as ScribeHealth, Skriber, and Nuance Dragon Medical One integrate seamlessly with Electronic Health Records (EHRs), delivering structured, real-time clinical notes that reduce cognitive load and improve care quality.

The Cleveland Clinic's pilot aligns with industry-wide trends showing an average 40–60% reduction in clinician-reported burnout and substantial cost savings compared to human scribes.

Developers emphasize the importance of HIPAA-compliant privacy safeguards, including patient consent and secure audio storage, to ensure trust and data security.

As AI ambient scribes become integral to healthcare settings, the clinic's initiative signals a transformative shift toward clinician-centered AI solutions that balance operational efficiency with patient-centric care.

For a detailed comparison of voice recognition and AI ambient scribes, see the 2025 AI Scribes Guide by ScribeHealth, an academic evaluation of AI speech recognition in clinical documentation, and explore how Skriber's real-time AI scribe technology transforms physician workflows.

This ambient AI adoption at Cleveland Clinic is part of a larger movement leveraging advanced technology to support healthcare professionals and improve patient outcomes.

GE HealthCare has recently launched its advanced Aurora dual-head SPECT/CT system at University Hospitals in Cleveland, marking the first U.S. adoption of this cutting-edge imaging technology.

Receiving FDA 510(k) clearance earlier this year, the Aurora system combines single-photon emission computed tomography (SPECT) and computed tomography (CT) with a 40 mm detector that offers twice the coverage of detectors in other hybrid systems, along with 128-slice CT capabilities that support diagnostic applications in cardiology, oncology, and neurology.

Aurora integrates seamlessly into clinical workflows, enhancing image quality and efficiency while supporting a wide range of radiopharmaceuticals, including those used in theranostics.

Its companion AI-powered Clarify DL deep learning image reconstruction technology further improves bone SPECT imaging quality without increasing radiation dose or scan time, aiding clinicians in detecting subtle anomalies with greater precision.

Donna Plecha, M.D., Chair of the Department of Radiology at University Hospitals Cleveland Medical Center, emphasized the system's value:

“Aurora's seamless integration of SPECT and CT components will allow us to perform comprehensive, high-quality diagnostic exams in a single session, while its support of Clarify DL deep-learning image reconstruction enables enhanced image quality performance.”

This collaboration between GE HealthCare and University Hospitals exemplifies ongoing efforts to advance precision medicine and elevate patient-centered care.

Learn more about the system's features and FDA clearance on GE HealthCare's official announcement, explore coverage of the FDA clearance and clinical insights, and read about University Hospitals as the system's first U.S. site in this Healthcare Technology Report article.

Southwest General recently adopted Notable's AI platform to automate various healthcare administrative tasks, aiming to increase operational efficiency and reduce staff burden.

Notable's platform enables healthcare organizations to design, deploy, and customize AI-powered workflows that streamline patient access, revenue cycle management, and care coordination.

For example, the platform has demonstrated a 49%+ reduction in patient check-in times and a 32% decrease in no-shows, contributing to enhanced patient satisfaction rates exceeding 90%.

As part of their strategy, Southwest General leverages features like automated scheduling, prior authorization handling, and patient outreach, which together help accelerate revenue growth without increasing staffing levels.

This approach reflects broader industry trends where 86% of health systems now use AI in revenue cycle operations, with an emphasis on freeing healthcare teams from repetitive tasks so they can focus on patient care.

Notable's no-code Flow Builder allows rapid workflow creation and continuous optimization, empowering healthcare providers to scale efficiently while improving financial performance.

For more insights on how AI platforms like Notable are transforming healthcare administration, visit Notable's official website, learn about the latest trends in AI-driven revenue cycle management for 2025, and explore Notable's AI platform capabilities and features.

Dr. Rohit Chandra, Cleveland Clinic's Executive Vice President and Chief Digital Officer, has emphasized that successful AI integration in healthcare hinges on clinician-centered solutions addressing real pain points.

Under his leadership, the Clinic rigorously piloted five AI medical scribe platforms, ultimately selecting Ambience Healthcare's ambient AI technology to reduce clinician burnout and streamline documentation across more than 80 specialties.

This AI system automatically generates detailed clinical notes during patient encounters, allowing physicians to engage more fully with patients while saving hours previously spent on data entry.

Within weeks of its March 2025 rollout, over 1,500 clinicians were trained, with approximately 1,000 active users expressing enthusiasm for the significant workload reduction and improved job satisfaction.

Dr. Chandra underscores the importance of ongoing collaboration with caregivers to refine AI tools, ensuring solutions are easy to use, integrate seamlessly with Epic electronic health records, and provide tangible improvements to both provider and patient experiences.

He envisions AI evolving beyond note-taking to assist with pre-encounter summaries, risk predictions, and personalized patient briefings, ultimately aiming to eliminate documentation burdens and restore joy to caregiving.

As Dr. Chandra articulates,

“If we do that well, we should eliminate a huge handicap that currently sits around our doctors, and we can bring the joy back to caregiving - that's a literal quote from a doctor.”

This clinician-first strategy is foundational to Cleveland Clinic's broader AI commitment, combining ethical innovation with practical impact, as detailed in their Ambient AI pilot program overview from the American Hospital Association, the Healthcare Innovation interview with Dr. Rohit Chandra, and the comprehensive Becker's Hospital Review report on AI scribe adoption.

University Hospitals Cleveland Medical Center has initiated a prospective, randomized controlled trial deploying Qure.ai's FDA-cleared AI tool, qXR-LN AI tool for lung cancer detection, to enhance early detection of lung cancer through improved identification of subtle lung nodules on chest X-rays.

This AI-driven solution acts as a second reader for radiologists, augmenting their ability to detect pulmonary nodules between 6 to 30 mm, a critical step given that only about 16% of eligible U.S. individuals currently receive appropriate low-dose CT screening.

With a multi-site clinical validation showing a 94% area under the curve, qXR-LN represents a promising advance in imaging diagnostics that supports, rather than replaces, physician expertise.

According to Dr. Amit Gupta, Chief of Cardiothoracic Radiology at University Hospitals, integration during this trial will yield refined radiology insights enhancing oncologist decision-making and patient outcomes.

This initiative aligns with FDA's prior approvals of Qure.ai's comprehensive medical imaging AI portfolio, including software cleared for triage of pneumothorax and pleural effusion, and a recent FDA-cleared CT-based lung nodule quantification tool that quantitatively characterizes lung nodules for malignancy risk assessment, underscoring Qure.ai's commitment to advancing AI-enabled lung cancer care.

As lung cancer remains the leading cause of cancer deaths in the U.S., early detection powered by AI technologies like qXR-LN could substantially improve survival rates and transform clinical workflows for healthier communities in Cleveland and beyond.

For further details on this impactful trial and Qure.ai's FDA clearances, see the original diagnostic imaging coverage of FDA AI software.

Cleveland State University has unveiled two innovative AI virtual team members, 'Ava' and 'Claire,' designed to enhance student engagement and streamline administrative support amid the evolving challenges faced by higher education institutions.

These AI assistants deliver instant, personalized answers to student inquiries 24/7, effectively reducing administrative burdens and improving response times for admissions, registration, and campus services.

As higher education grapples with declining enrollment and constrained resources, AI virtual assistants like Ava and Claire offer significant operational efficiencies by automating routine tasks and freeing staff for more complex, human-centered work.

Studies highlight that AI assistants can resolve up to 98% of student inquiries independently, resulting in substantial cost savings - sometimes millions annually - and improved retention rates.

Unlike traditional CRMs, which often suffer from siloed data and delayed updates, Ava and Claire integrate real-time institutional information ensuring accurate and seamless communication throughout the student lifecycle.

Their deployment aligns with broader national trends where agentic AI, capable of autonomous task management, is revolutionizing university operations while maintaining necessary human oversight.

As Cleveland State embraces this technology, they join leading universities leveraging AI to personalize student experiences, boost enrollment yields, and prepare for the future of higher education.

For more on how AI virtual assistants are transforming higher education, visit Gravyty's analysis of AI virtual assistants ROI in higher education, explore insights on the evolving role of AI agents in higher education, and learn about agentic AI transforming admissions and advising.

In a significant boost to AI-driven medical innovation near Cleveland, the Ohio Third Frontier Commission has awarded over $1.1 million through the Technology Validation and Start-up Fund (TVSF) to six organizations advancing early-stage healthcare technologies.

These grants aim to accelerate commercialization by supporting market research, prototyping, and licensing institution-owned technologies, reflecting Ohio's commitment to fostering cutting-edge medical solutions.

The funded projects range from Airelon LLC's AI system for automating document organization, Auxilium Health's antibiotic-free wound dressing for diabetic foot ulcers, and Recall Therapeutics' novel gene therapy targeting Alzheimer's, to RNA Nanotherapeutics' breast cancer RNA therapy, Visano Theranostics' nanobubble imaging for prostate cancer biopsies, and WhichFoodsR's at-home intestinal inflammation test for IBD patients.

As Lydia Mihalik, director of the Ohio Department of Development, highlighted,

“Ohio is committed to investing in the technologies that are shaping the world of tomorrow... supporting Ohioans who are transforming bold ideas into life-changing breakthroughs.”

These diverse projects, mainly licensed from leading local universities, demonstrate the region's growing ecosystem for medical AI innovations.

For detailed grant recipient information and future funding opportunities, visit the Ohio Department of Development's TVSF program, the WSYX news coverage on Ohio's AI medical innovation grants, and the official Ohio Third Frontier website for insights on Ohio's strategic investments supporting technology entrepreneurship and health tech commercialization.

Organization	Location	Grant Amount	Project Description	Licensing Institution
Airelon LLC	Lewis Center	$200,000	AI system to automatically sort emails, PDFs, and records for small businesses and agencies	U.S. Navy
Auxilium Health, Inc	Cleveland	$200,000	Wound dressing preventing infections in diabetic foot ulcers without antibiotics	University of Akron Research Foundation
Recall Therapeutics LLC	Beachwood	$192,956	Gene therapy to restore memory circuits in Alzheimer's disease	University Hospitals
RNA Nanotherapeutics LLC	Mason	$200,000	RNA therapy targeting breast cancer treatment resistance gene MED1	University of Cincinnati
Visano Theranostics Inc	Fairview Park	$170,000	Gas-filled nanobubbles for real-time prostate cancer biopsy imaging	Case Western Reserve University
WhichFoodsR	Solon	$200,000	At-home test for monitoring intestinal inflammation in IBD patients	Case Western Reserve University

Cleveland's AI ecosystem is rapidly evolving into a powerhouse of transformative growth, particularly in healthcare innovation. The region's institutions, such as Cleveland Clinic, are at the forefront, leveraging ambient AI and securing major investments like Ambience Healthcare's $243 million Series C funding to deploy AI-powered clinical documentation across thousands of physicians.

Likewise, Ohio's commitment to boosting medical AI tech is evident through over $1.1 million in grants awarded to local startups developing cutting-edge treatments and diagnostic tools, ranging from AI systems managing digital medical records to advanced gene therapies for Alzheimer's and breast cancer, as detailed in the Ohio Third Frontier Commission's medical AI technology funding announcement.

The convergence of ethical leadership, transparency, and trust-building in AI, emphasized by healthcare leaders at forums like the City Club of Cleveland's AI healthcare forum on leading with trust in AI, ensures these technologies not only innovate but align with patient needs and privacy.

This ecosystem's momentum is bolstered by continuous educational pathways to AI proficiency accessible to Ohioans through immersive bootcamps, such as Nucamp's AI Essentials for Work program, opening doors for professionals to actively participate and propel AI adoption in diverse workplaces.

Together, these dynamic developments position Cleveland as a national hub for AI-driven healthcare advancement with broad implications for better patient care and economic growth.