HiRO and Differentia Biotech Forge Strategic Alliance to Redefine Clinical Trial Design Through AI-Powered Simulation

28.08.2026
  • Memorandum of Understanding establishes a framework for joint development of clinical trial simulation capabilities
  • The partnership unites global clinical operations excellence with advanced digital twin technology, delivering simulation-first drug development to biotech sponsors navigating an era of compressed timelines and escalating trial costs.

SOMERSET, N.J., Aug. 28, 2026 /PRNewswire/ -- At a time when biopharma R&D productivity is declining and the cost of bringing a single drug to market exceeds $2.6 billion, two companies are converging capabilities to change how clinical trials are designed, sized, and executed.

L-R: Karen Chu, CEO & Founder, HiRO; Shirley Wen, Founder, Differentia Biotech

Harvest Integrated Research Organization (HiRO), a full-service global clinical research organization (CRO), and Differentia Biotech Ltd. ("Differentia"), a pioneer in knowledge-empowered modeling and simulation for drug development, today announced a Memorandum of Understanding (MOU) establishing a strategic collaboration between the two companies. The agreement was formalized at HiRO's office, marking a new step in both organizations' efforts to bring more integrated, data-driven solutions to biopharmaceutical sponsors worldwide.

Under the MOU, HiRO and Differentia will pursue collaboration across two major areas, which address the pain points of biotech companies: joint exploration and development of clinical trial simulation models that combine HiRO's global clinical operations, data science, and real-world data expertise with Differentia's AI-powered digital twin and modeling and simulation platforms; and the development of new product offerings and commercial solutions built on those combined simulation capabilities.

The clinical trial simulation collaboration sits at the center of the partnership. By pairing HiRO's operational experience running trials across oncology, rare disease, cell and gene therapy, radiopharmaceuticals, and other complex indications with Differentia's modeling and simulation platforms, the collaboration leverages simulation-informed approaches to support smarter trial design, more efficient patient selection, potential reduction in the number of subjects needed, and better-informed sponsor decision-making earlier in development.

The collaboration reflects a shared view that sponsors increasingly benefit from pairing disciplined clinical trial execution with advanced modeling and simulation, helping to inform smarter trial design, manage risk, and support timelines across complex therapeutic areas.

Chief Executive Officer and Founder of HiRO, Karen Chu said, "Drug developers don't just need faster trials, they need smarter ones. Differentia's modeling and simulation expertise complements the operational discipline HiRO brings to every study, and this collaboration lets us explore how those strengths work together for the clients we both serve. We are aiming to support our biotech clients in better decision-making."

Founder of Differentia, Shirley Wen said, "As biopharma R&D productivity continues to decline, clinical development has become an increasingly significant source of cost, time, and risk. As FDA and global regulators increasingly embrace model-informed drug development, the industry must move from 'test in humans first' toward 'simulate first, then test in humans.' Together with HiRO's clinical development expertise, we aim to improve clinical success, reduce trial size, and accelerate time to market—ultimately creating greater value and ROI for every asset."

Chief Executive Officer and Co-Founder of Differentia, Kas Subramanian said, "By fusing advanced AI and biosimulations with HiRO's industry-leading clinical research expertise, we are creating high-fidelity digital twins that will fundamentally alter the drug development paradigm, allowing biotech pioneers to de-risk assets in a virtual environment and run the most efficient trials."

HiRO and Differentia expect to share additional details on specific collaborative initiatives as the partnership progresses.

About HiRO

Harvest Integrated Research Organization (HiRO) is a full-service global CRO delivering end-to-end clinical trial services across oncology, rare diseases, dermatology, metabolic disease, and specialized modalities including cell and gene therapy and radiopharmaceuticals. With more than 30 years of collective experience serving small, mid-size, and large biotech and pharma clients, over 500 professionals, and 1,600 trials delivered across 85 countries, HiRO combines global reach with regionally informed execution across North America, Europe, APAC, and ANZ. Learn more at www.harvestiro.com.

About Differentia Biotech

Differentia Bio is a San Francisco-based technology company building the AI-powered digital twin simulation and decision intelligence platform for drug R&D and life sciences. Combining AI with quantitative biosciences, Differentia enables life science decision makers to simulate critical decisions before committing real-world time, capital, and patients. Its validated, regulatory-ready simulation capabilities help biopharma decision makers to optimize development, accelerate regulatory submissions, and improve the value of their assets and portfolios. For more information, visit www.differentiabio.com.

Media Contacts

HiRO Marketing - info@harvestiro.com 

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Milliardenpotenzial: Steyr Motors baut Präsenz im Markt für unbemannte Systeme aus

15.06.2026

Die österreichische Steyr Motors AG baut ihr Geschäft im Bereich autonomer Verteidigungs- und Sicherheitssysteme aus und setzt damit auf einen der am schnellsten wachsenden Segmente der Rüstungsindustrie. Nach bereits realisierten Anwendungen in unbemannten Überwasserfahrzeugen (USV) kommen die Hochleistungsmotoren des Unternehmens nun auch in modernen unbemannten Bodenfahrzeugen (Unmanned Ground Vehicles, UGV) zum Einsatz. Im Zentrum steht dabei die Plattform CORNUS des slowenischen Spezialisten RTC, die künftig mit Antriebstechnologie von Steyr Motors ausgestattet wird.

Das CORNUS-UGV ist als modulare Plattform für anspruchsvolle Einsätze in militärischen und sicherheitsrelevanten Umgebungen ausgelegt. Es lässt sich flexibel für unterschiedliche Missionen konfigurieren, darunter Aufklärungsaufgaben, Logistiktransporte in schwierigem Gelände, die mobile Energieversorgung im Feld sowie die unmittelbare Unterstützung von Einsatzkräften. In all diesen Anwendungen sind Zuverlässigkeit, Robustheit und Ausfallsicherheit zentrale Anforderungen – Bereiche, in denen Steyr Motors auf jahrzehntelange Erfahrung aus Marine-, Spezialfahrzeug- und Defense-Anwendungen verweist.

Der Schritt in den UGV-Markt erfolgt vor dem Hintergrund eines breiten Trends hin zu autonomen und unbemannten Systemen. Weltweit investieren Streitkräfte verstärkt in autonome Aufklärungsplattformen, unbemannte Logistikfahrzeuge, ferngesteuerte Schutzsysteme und maritime Robotik, um Risiken für Soldaten zu verringern und gleichzeitig die operative Leistungsfähigkeit zu erhöhen. Ein jüngstes Beispiel für die wachsende Bedeutung solcher Technologien ist eine US-Rettungsaktion in der Straße von Hormus, bei der unbemannte Überwasserfahrzeuge zum Einsatz kamen und damit die Relevanz autonomer Fahrzeugplattformen unterstrichen haben.

Branchenanalysen veranschlagen das Volumen des globalen Marktes für unbemannte Systeme bis zum Jahr 2033 auf mehr als 67 Milliarden US-Dollar. Steyr Motors sieht sich als Technologiezulieferer gut positioniert, um von dieser Entwicklung zu profitieren. Das Unternehmen betont, dass das Wachstumspotenzial aus autonomen Defense-Lösungen im aktuellen Auftragsbestand erst in Ansätzen abgebildet ist. Der Einstieg in das CORNUS-Programm gilt vor diesem Hintergrund als weiterer Baustein, um die Präsenz im Zukunftsmarkt unbemannter Systeme deutlich auszubauen.