Synfini Introduces Integrated Microscale Purification, Delivering Assay-Ready Compounds in Hours Instead of Days

New Capability Collapses the Design–Make–Test-Analyze (DMTA) Cycle, Accelerating Real SAR Learning with High-purity Compounds for Direct-to-Biology Screening

MENLO PARK, CA — February 9, 2026 — Synfini, Inc., provider of the industry’s most advanced Agile AI Foundry for drug discovery, today announced the integration of microscale purification into high throughput experimentation (HTE) automation in SynBuild™, the automated synthesis suite in the Synfini platform. Discovery teams can now move from synthesis to biological testing in hours, eliminating multi-day handoffs that stall SAR learning and delay critical go/no-go decisions. Microscale purification is a chromatographic technique that isolates target compounds at microgram to low-milligram quantities, removing impurities and byproducts at the point of synthesis.

By operating at the same scale as SynBuild’s automated HTE chemistry workflows, the integrated system produces compounds ready for immediate biological evaluation without additional processing steps. “Synfini’s automated HTE system has proven to be a powerful tool for rapid chemistry optimization,” said Nathan Collins, Head of Strategic Alliances at Synfini. “With microscale purification integrated with direct to biology testing we can now explore more chemistry space in drug discovery at much higher speed and lower cost.”

Faster Answers. Better Candidates.

Faster Pipeline Decisions. Reliable compound quality and rapid biological feedback replace speculation with data-driven confidence, helping teams advance the right programs faster.

Earlier Biological Truth. High-purity compounds enable confident readouts at the earliest stages, reducing false positives and preventing over-investment in weak chemistry.

Higher Discovery Velocity. Microscale workflows reduce material and handling requirements, allowing teams to explore broader chemical space without increasing operational burden.

Seamless Path to Screening. Combined microscale synthesis and purification integrates directly with bioassay workflows, eliminating bottlenecks and supporting high-throughput discovery campaigns.

Synfini Platform Agile Workflow

The synthesis of novel compounds requires the development of a synthetic route that can produce target compounds in sufficient yield for testing. This process is often the most time-consuming and challenging aspect of medicinal chemistry, requiring extensive empirical testing of various reaction conditions. The HTE system in SynBuild, a key component of the Synfini agile chemistry platform, has revolutionized the route development process by automating reaction screening and optimization. It sets up and performs efficient low-volume (10-40 µl) multistep chemical reactions. The system can process 288 individual reactions at a time, enabling highly parallel reaction screening with independent control over critical reaction variables including time, temperature, solvent, reagents, stoichiometry, and catalyst.

With Synfini’s new purification capability, reactions can now be automatically transferred to a customized LC-MS system for purification and quantitative analysis, processing compounds with a turnaround of one every 5 minutes.

Microscale purified compounds can be directly formatted and delivered to multiplexed bioassays in a direct-to-biology workflow providing extremely rapid data generation, which is then loaded in the Synfini database SynDB™. Chemistry and biology data then feeds into SynDesign™ AI models, improving predictions for next round DMTA cycles.

“This new capability allows us to purify and quantify microgram-scale compounds in just five minutes per compound, eliminating a major bottleneck in medicinal chemistry, “said Peter Madrid, PhD, Head of Scientific Development. “By generating high-quality data suitable for AI training at true high-throughput scale, we’re enabling faster decision-making, rapid model retraining, and smarter molecular designs that accelerate the Design-Make-Test-Analyze cycle. “

Visit Synfini at the AveNEW showcase at the Society for Laboratory Automation and Screening (SLAS) 2026 International Conference and Exhibition at Booth 1463-N.

Availability

Integrated microscale purification is available now to Synfini Platform customers. Contact Synfini to learn more.

About Synfini

Synfini, Inc. is revolutionizing small molecule drug discovery with its Agile AI Foundry—a platform that integrates artificial intelligence, chemistry automation, and cloud-native workflows to generate better molecules, faster. Founded by domain experts in synthetic chemistry, machine learning, and drug development, Synfini partners with biotech and pharmaceutical companies as well as academic institutions to bring forward breakthrough therapies with greater speed and precision. For more information, visit www.synfini.com.

Synfini Assessed ‘Awardable’ for DARPA ERIS Marketplace

MENLO PARK, CA – January 13, 2026  Synfini, a leading provider of the industry’s most innovative Agile AI Foundry for drug discovery, today announced that it has achieved “Awardable” status through DARPA Expedited Research Implementation Series (ERIS) Marketplace. The ERIS Marketplace is a transformative digital platform designed to accelerate acquisition velocity and advance national security innovation. All 7-minute awardable solutions housed in the repository have been assessed through comprehensive scoring rubrics and competitive procedures and are readily available for selection, negotiation, and award by Government customers with a Marketplace account.

Synfini’s solution integrates AI-guided compound design, automated synthetic route planning and multi-scale chemistry execution in a unified platform to enable rapid, reproducible generation of high-purity compounds optimized for diagnostic applications. “The power of the Synfini AI Foundry in molecular discovery has been demonstrated in drug discovery and is now also being applied to other areas” said Nathan Collins, Head of Strategic Alliances at Synfini.  “In this case we are able to develop molecular tools for threat identification, detection of human exposure levels and timeline of exposure at a level of speed and accuracy that has not been achievable in a single platform to date.”

In collaboration with an industry partner, Synfini’s video, accessible only by government customers on the DARPA ERIS Marketplace, presents an actual use case in triage and treatment of mass causalities of chemical, biological and nuclear weapons of mass destruction.

Synfini was recognized among a competitive field of applicants to the ERIS Marketplace whose solutions demonstrated innovation and potential impact on DoD missions. Government customers interested in viewing the video solution can create an ERIS Marketplace account at www.darpaconnect.com/eris.

About Synfini Inc.

Synfini’s AI Cloud Foundry revolutionizes small molecule drug discovery by integrating artificial intelligence, synthesis, and workflow planning. The Synfini platform aims to accelerate DMTA cycles for faster and lower-cost drug discovery, expanding the ability to rapidly explore SAR and make informed, data-driven decisions. Synfini partners with biotech, pharmaceutical, academia and government agencies to accelerate novel molecular discovery.

About the ERIS Marketplace

The DARPA Expedited Research Implementation Series (ERIS) Marketplace is a transformative digital platform designed to accelerate acquisition velocity and advance national security innovation. All 7-minute awardable solutions housed in the repository have been assessed through complex scoring rubrics and competitive procedures and are readily available for selection, negotiation, and award by Government customers with a Marketplace account. By streamlining the procurement process, the ERIS Marketplace empowers DoD organizations to rapidly acquire disruptive technologies that address the evolving challenges of defense and security. Industry and academia are encouraged to showcase their innovative solutions, connecting directly with DARPA and other government customers seeking revolutionary research and technology. Learn more at: www.darpaconnect.com/eris.

For media requests, please contact outreach@darpa.mil; for all other requests related to the ERIS Marketplace, please contact eris@darpa.mil.

Synfini Opens Cloud Access to its Agile AI Foundry to Accelerate Discovery of Better Molecules

Democratized access to validated, reproducible, multistep & multiscale chemistry for modern molecular discovery

Menlo Park, CA — January 08, 2026 — Synfini, Inc., provider of the industry’s most advanced Agile AI Foundry for drug discovery, today announced the launch of Fast Pass I, an open, rapid cloud workflow system which provides qualified applicants complimentary access to SynRouteTM, Synfini’s retrosynthetic exploration and synthesis planning system, and SynDBTM, Synfini’s proprietary database of highly validated automated reactions that captures the majority of transformations used in medicinal chemistry. Fast Pass members can rapidly discover synthesis approaches for small molecule drug concepts and design analog libraries to explore novel, alternative structures.

Supporting Great Research by Reducing Barriers

“Synfini streamlines the path from promising, virtual drug concepts to synthesis plans that can deliver physical molecules,” said Doug Donzelli, CEO of Synfini. “By combining advanced planning tools, a uniquely validated chemistry dataset, and agile workflows in a complimentary system that bridges virtual and physical chemistry, we help teams move from ideas to compounds quickly and confidently — accelerating their path to meaningful biological insights.”

SynRoute is unique in its ability to deliver complete, end-to-end route designs — from commercially available building blocks to novel molecule concepts — using an integrated mix of literature precedent and AI-predicted chemistry optimized for multistep, multiscale automated synthesis by the Synfini Cloud Foundry. The Fast Pass workflow system offers the industry’s first frictionless route from drug molecule concept to delivered physical compounds. Researchers have already achieved success rates of 92% or higher in identifying realistic, actionable synthesis plans.

“Drug hunters want speed without sacrificing chemical realism,” said Nathan Collins, PhD, Head of Strategic Alliances at Synfini. “Our Fast Pass system combines SynRoute’s predictive power with our validated digital chemistry library and expert oversight to quickly generate executable synthesis processes for both singletons and focused libraries.”

What Makes It Different

“As AI and computational chemistry tools become increasingly indispensable, Synfini distinguishes itself with a chemist-centered, human-in-the-loop design,” said Peter Madrid, PhD, Head of Scientific Development at Synfini. “This empowers scientists to rapidly evaluate diverse ideas and apply their expertise to select practical, creative, and efficient routes for automated synthesis.”

Availability

The Synfini Fast Pass I system is available now. Capacity may be limited; terms and eligibility requirements apply. To inquire or apply: www.synfini.com/joinfastpass

About Synfini

Synfini, Inc. is revolutionizing small molecule drug discovery with its AI Cloud Foundry — a platform that integrates artificial intelligence, chemistry automation, and cloud-native workflows to generate better molecules, faster. Founded by domain experts in synthetic chemistry, machine learning, and drug development, Synfini partners with biotech and pharmaceutical companies as well as academia to bring forward breakthrough therapies with greater speed and precision.

Synfini Selected for SLAS 2026 Innovation AveNEW Showcase

Update December 2nd, 2025: Synfini has been chosen as a finalist for the SLAS Ignite Award!

Company Selected to Demonstrate its Novel AI Foundry That Unites Virtual and Physical Chemistry, Reducing the Time and Cost of Modern Molecular Discovery

MENLO PARK, CA — October 23, 2025 — Synfini, Inc., provider of the industry’s most innovative Agile AI Foundry for drug discovery, today announced it has been chosen for the prestigious Innovation AveNEW showcase at the Society for Laboratory Automation and Screening (SLAS) 2026 International Conference and Exhibition.

Hosted annually by SLAS, the Innovation AveNEW program spotlights early-stage companies with breakthrough technologies that advance laboratory automation, screening, and life sciences research. Selected companies are invited to exhibit at the SLAS 2026 International Conference and Exhibition, which will be held February 7-11, 2026, in Boston, MA. The conference is attended by more than 7,000 scientists, engineers, entrepreneurs, and technology providers shaping the future of life sciences automation.

As an Innovation AveNEW participant, Synfini will demonstrate its unique platform at Booth 1463-N during SLAS 2026. The company will highlight how the Synfini Platform raises small molecule chemistry lab automation to a new level by embracing and extending existing AI designs with novel AI methods. It advances AI molecule designs to physical experiments, with more than 1,500 validated, multistep automated protocols. It enables chemists to execute these protocols in a Cloud Foundry model, which requires no CapEx investment by its users. Since its spinout from SRI in 2023, Synfini has validated its approach through commercial traction and strategic partnerships.

“Being selected for Innovation AveNEW is a tremendous honor,” said Doug Donzelli, CEO of Synfini. “It reflects our team’s commitment to advancing scientific discovery through intelligent automation and collaboration with the global life sciences community.”

With this recognition, Synfini has also been invited to compete for the SLAS Ignite Award, which recognizes companies demonstrating the strongest potential for impact, growth, and scientific innovation.

Attendees are invited to contact Synfini to learn more or arrange a conference briefing.

About SLAS

The Society for Laboratory Automation and Screening (SLAS) is an international professional society of academic, industry and government researchers as well as developers and providers of laboratory automation technology and tools. SLAS leads the pursuit of research excellence by offering tangible resources such as its international conferences and symposia, scientific publishing, and opportunities for continuing education, grants and scholarships, professional collaboration, networking, and career advancement.

About Synfini

The Synfini AI Cloud Foundry uniquely offers rapid, cost-effective access to cutting-edge, small-molecule optimization technologies. Designed to support researchers and drug hunters, Synfini simplifies the journey from target discovery to optimized drug candidates. The Synfini platform aims to accelerate the development of important new therapies and improve patients’ lives. Synfini is located in Menlo Park, California. Learn more at www.synfini.com

Synfini Adds $8.9 Million Discovery Funding to Speed Small Molecule Drug Development

Innovative System Combines Physical and Virtual Chemistry with Discovery Focused AI and Robotic Automation to Find Better Molecules Faster and Less Expensively 

MENLO PARK, CA – July 7, 2025Synfini, Inc., a trailblazer in AI-driven chemistry automation, today announced a $8.9 million expansion of its discovery round, led by JSL Health Capital and supported by a strong syndicate of early-stage investors. This brings Synfini’s total funding to $53 million, comprised of non-dilutive grants and venture investment. The company’s AI Cloud Foundry platform uniquely integrates artificial intelligence, automated synthesis, and iterative molecular design to dramatically accelerate small molecule drug discovery and synthesis. By combining physical and virtual chemistry in a unified workflow, Synfini delivers novel, high-quality pharmaceutically optimized compounds at unprecedented speed, while dramatically reducing costs. 

Synfini’s platform eliminates traditional bottlenecks in early drug discovery by streamlining target selection, compound design, and synthesis into an agile, integrated workflow, replacing traditional manual chemistry processes. Since its spinout from SRI in 2023, the company has validated its approach through early commercial traction and strategic partnerships. This additional funding provides the resources necessary for further development, to scale operations, and to expand customer collaborations. 

“We’re building the next generation of drug discovery infrastructure,” said Doug Donzelli, CEO of Synfini. “This funding enables us to move faster, go broader with our platform, and deepen our relationships with both biotech innovators and large pharma. We’re grateful to be supported by a syndicate of investors who share our vision, including those who’ve backed us since the very beginning.” 

The round is led by JSL Health, who joins top venture firms and deep science investors including SRI Ventures, WERU Investments, Ferocity Capital, High Water Venture Partners, Foothill Ventures, Trust Ventures, Gaingels, and Mana Ventures.   

Lekan Wang, Managing Partner at JSL Health Capital commented: “Synfini is the rare company that emerges from the foam, fully formed. After years of R&D at legendary research outfit SRI, Synfini’s end-to-end medicinal chemistry AI platform demonstrably shortens small molecule iteration cycles from months to just days. Project planning, property prediction, reaction routes, and synthesis––all included and fully integrated into a chemistry operating system built with chemists and biologists in mind. This is true American innovation that promises to dramatically increase drug pipeline velocity from hit to FTIH. We cannot be more excited to partner with Synfini.” 

“Through its technology and expert application of AI, Synfini has demonstrated the ability to fundamentally change the quality, speed, and cost of small molecule discovery,” said Xuhui Shao from Foothill Ventures. “Synfini’s ground-breaking approach will accelerate the delivery of important new therapies to improve patients’ lives.” 

The new funding will support further hiring in scientific and engineering roles, expansion of Synfini’s software and automated lab capabilities, and growth of commercial partnerships in areas including GPCR-targeted therapeutics and precision oncology. 

About Synfini 

Synfini, Inc. is revolutionizing small molecule drug discovery with its AI Cloud Foundry—a platform that integrates artificial intelligence, chemistry automation, and cloud-native workflows to generate better molecules, faster. Founded by domain experts in synthetic chemistry, machine learning, and drug development, Synfini partners with biotech and pharmaceutical companies as well as academia to bring forward breakthrough therapies with greater speed and precision.  

Synfini Inc. and O2nix Bio Announce Strategic Collaboration to Develop Novel Cancer Therapeutics Targeting FTSJ1

Combination of World Leading Epitranscriptomics and AI-Driven Automation Aims to Accelerate Development of Cancer Therapies That Halt Metastasis

June 17, 2025  Menlo Park, CA & Cambridge, MA  Synfini Inc., a leader in AI-driven drug discovery, and O2nix Bio, a pioneering biotech company advancing prooxidant therapies, today announced a strategic collaboration to co-discover and develop novel drug candidates targeting FTSJ1, a tRNA-modifying enzyme implicated in metastatic cancer cell survival. This is O2nix Bio’s first collaboration as an independent, privately funded commercial entity, building on its extensive research into biochemical mechanisms that regulate metastasis.

The collaboration will combine O2nix Bio’s proprietary biology platform and scientific leadership in tRNA methylation with Synfini’s AI Cloud Foundry, an end-to-end automated system that accelerates the design-make-test-analyze (DMTA) drug discovery cycle.

“We are thrilled to collaborate with the Synfini team,” said Elena Piskounova, Ph.D., founder and CEO of O2nix Bio. “Their chemistry automation platform, paired with our mechanistic insights into RNA modifications, will allow us to advance first-in-class therapies targeting cancer metastasis—which is responsible for over 90% of cancer-related deaths and still largely untreatable by current therapies.”

O2nix Bio: Leaders in RNA Epitranscriptomics and Metastasis Biology

Founded by Dr. Elena Piskounova, a renowned cancer biologist and principal investigator at Harvard Medical School and Beth Israel Deaconess Medical Center, O2nix Bio is advancing a pipeline of prooxidant targets based on years of foundational research in tRNA biology and cancer metastasis. Dr. Piskounova’s landmark studies most recently published in Nature Cancer1 have illuminated how RNA-modifying enzymes like FTSJ1 regulate cancer cell adaptation under oxidative stress, enabling the survival of metastatic cells in hostile environments. This collaboration marks the company’s first commercial drug discovery initiative aimed at translating these insights into targeted therapeutics.

Synfini AI Cloud Foundry: Accelerating Discovery with Automation

Synfini’s AI Cloud Foundry seamlessly integrates computational design and automated synthesis and testing to accelerate the DMTA cycle. By combining symbolic and neural AI with real-time experimental feedback, the platform enables discovery teams to achieve optimal molecular properties faster, more cost-effectively, enabling significantly greater productivity.

“We are very pleased to work with O2nix Bio on such a promising and clinically urgent target,” said Doug Donzelli, CEO of Synfini Inc. “O2nix’s world-class biology and focus on metastasis aligns perfectly with our mission to deliver high-impact therapeutics by dramatically reducing the time and cost of drug discovery. Through this collaboration, we hope to accelerate the development of important new cancer-fighting drugs to market more quickly, helping patients live longer, healthier lives.”

About Synfini Inc.

Synfini Inc. is a privately held company headquartered in Menlo Park, California, advancing agile chemistry through its AI-driven drug discovery platform. The Synfini AI Cloud Foundry empowers scientists with an integrated system for designing, synthesizing, and optimizing drug candidates using automation and AI. Synfini partners with leading biopharma companies and academic labs to accelerate discovery of breakthrough therapeutics. For more information, visit www.synfini.com.

About O2nix Bio

O2nix Bio is a privately held company headquartered in Cambridge, Massachusetts. Through advanced biotechnology, O2nix Bio is developing novel prooxidant therapeutics based on RNA epitransciptomics mechanisms. Built on decades of pioneering research in tRNA biology by founder Dr. Elena Piskounova, O2nix Bio is advancing a new class of therapies targeting the RNA modifications that drive cancer adaptation under oxidative stress and metastasis. O2nix’s mission is to turn RNA biology into transformative treatments for patients with hard-to-treat and metastatic cancers. For more information, visit www.o2nix.bio.

Synfini Inc. and Multispan Announce Drug Discovery Collaboration​

Collaboration Combines Best-in-Class Biology with Agile AI and Chemistry Automation for Rapid Discovery of Better Molecules for Highly Valuable G Protein-Coupled Receptor (GPCR) Targets

May 21, 2025  Menlo Park, CA  Synfini, Inc., the leader in AI-driven agile chemistry for better molecule discovery, announced today that it has entered a collaboration with biotechnology company Multispan to co-discover and develop drug candidates against an undisclosed G protein-coupled receptor (GPCR) target. The collaboration will combine Multspan’s world-leading expertise in GPCR biology and assay capabilities with the Synfini AI Cloud Foundry that accelerates drug discovery through AI and chemistry automation.

“We are excited to be entering into this collaboration with Synfini to accelerate drug discovery around a publicly available high-value target,” said Helena Mancebo, CEO of Multispan. “By using Synfini’s AI design and rapid chemistry automation tools we have already achieved our first milestones in the collaboration.”

The Synfini Cloud Foundry accelerates “design-make -test-analyze” (DMTA) cycles in molecular discovery by automating workflows in virtual design and physical experiment. Drug hunters can perform complex multi-parametric optimization from their desktops to drive small molecule hit discovery, hit-to-lead and lead optimization. This approach to agile drug discovery identifies better preclinical drug candidates faster and more cost-effectively.

“We are very pleased to work with Multispan on a challenging target that addresses significant unmet medical need for patients,” said Doug Donzelli, CEO of Synfini. “Multispan brings the best assays available to improve GPCR drug discovery that, when combined with the Synfini platform, can drive significant reductions in discovery cycle times. Through the partnership, both Synfini and Multispan customers will benefit from the foundational drug discovery assets we provide.”

The two companies have further agreed to make their combined technology platforms commercially available to the drug discovery community specializing in GPCR and other targets. By doing so Synfini and Multispan will provide a “one stop shop” for accelerated drug discovery using AI, automation and cutting- edge biology for clients and partners with their own targets. Drug candidates resulting from the current target collaboration will also be available to customers looking for advanced preclinical assets for clinical development.

About Synfini Inc.

Synfini Inc., a privately held Menlo Park, California-based company, is a pioneer in agile chemistry. Its advanced, automated molecular discovery platform is transforming drug discovery through integrated neuro-symbolic AI, discovery-focused robotic automation, and world-class chemistry data. Synfini provides accelerated molecular discovery to drug hunters in academia, biotech and major pharmaceutical companies worldwide. For more information visit www.synfini.com.

About Multispan Inc.

Multispan Inc., based in the California Bay Area, specializes in cell-based potency assays and high-throughput compound screening, with a strong focus on GPCRs. For two decades, Multispan has been instrumental in advancing numerous drugs into the clinic while developing over 600 HTS-ready stable cell line clones and more than 2,000 HTS assays. Committed to enhancing efficiency and sustainability in drug discovery, Multispan maximizes the success of each project by leveraging technology and cutting-edge processes to “make every assay count”. For more information visit www.multispaninc.com.–

SRI Spins Off AI-Powered Drug Discovery Platform Synfini, Inc

Startup to commercialize and scale automated compound testing for rapid drug production

September 26, 2023 — Menlo Park, California – SRI announced today it is spinning off Synfini, a biosciences platform that accelerates the process by which pharmaceutical and other companies can design, synthesize, and bring to market molecules for drug development.

The technology brings together a suite of software and hardware solutions developed at SRI through a significant, multi-year development effort. The suite includes a neuro-symbolic AI molecule designer, a computational synthetic planning tool, a high-throughput automated chemistry system, and a flow chemistry hardware platform that reliably performs multi-step synthesis.

“At SRI we are always tremendously excited to see the extraordinary technologies developed in our labs go to market,” said David Parekh, SRI’s chief executive officer. “Synfini’s suite of hardware solutions, combined with cutting-edge AI technologies, holds great promise for accelerating the speed at which biopharma companies can develop new therapeutics — and for creating a healthier future for all.”

The co-founding team of the new company, Synfini Inc., includes Chief Executive Officer Doug Donzelli and Elizabeth Miyagi, VP Finance, with the shared vision of creating scalable operations for rapid synthesis and testing of individual molecules or molecular classes to advance the fields of pharmaceutics, agrochemicals, and specialty chemicals. It also includes Peter Madrid, Ph.D., and Nathan Collins, Ph.D., who played leading roles in SRI’s development of the Synfini suite as head of the Applied Research group of SRI’s Biosciences division and chief strategy officer of the division, respectively.

“We are just starting to see the impact of AI across so many industries, and when AI technology is combined with the Synfini platform we have a meaningful opportunity to significantly improve the pharmaceutical development process,” said Kathlynn Brown, president of SRI’s Biosciences division. “We are proud of the work we’ve done, and we look forward to supporting the team at this new company as they continue to advance innovation in drug discovery, testing, and delivery to improve health and wellbeing.”

Synfini will offer visionary leaders in biopharma who are bringing pharmaceuticals into commercial use the ability to understand outcomes faster, increase the value of their work, and quickly pivot to new drugs based on rapid clinical findings. Synfini also offers pharmaceutical companies the ability to reduce costs, streamline the go-to-market process, and make an even greater impact on healthcare outcomes around the world.

Synfini joins a long line of technologies to be spun off from SRI intellectual property over the nonprofit’s 75-plusyear history. Consistent with its mission of developing and delivering world-changing solutions, SRI intellectual property is behind many of the world’s best-known technologies and companies, including Siri and Intuitive Surgical.

“We are incredibly proud of our long history of bringing transformative technologies to market,” said Suresh Sunderrajan, president of SRI’s Commercialization group. “We know that Synfini will have an extraordinary impact on the world of pharmaceutical development, and we are excited to see a platform built at SRI thrive as an independent company.”

About SRI
SRI International is an independent nonprofit research institute headquartered in Menlo Park, Calif., with a rich history of supporting government and industry. We create and deliver world-changing solutions for a safer, healthier, and more sustainable future. For more than 75 years, we have collaborated across technical and scientific disciplines to discover and develop groundbreaking products and technologies and bring innovations and ideas to the marketplace. Learn more at www.sri.com.