AI in Drug Discovery Funding Tracker (144 deals)

In our AI in drug discovery market deck, you will find everything you need to understand the market
SUMMARY
AI in Drug Discovery Funding Tracker (144 deals): AI drug discovery is a real multibillion-dollar funding market, but it is far more concentrated than the $8.64 billion headline suggests.
The typical round is $14.2 million, not $60 million. The average is pulled sharply upward by a small set of huge financings, and removing rounds above $50 million cuts observed capital from at least $8.64 billion to about $2.02 billion.
The market is broad at entry and narrow at the top. We found 116 funded companies, but 79.3% appear only once during the period, while the 24 repeat fundraisers collected about $5.13 billion between them.
Five companies alone account for roughly 63% of calculable capital. Isomorphic Labs, Xaira Therapeutics, Earendil Labs, Chai Discovery and Enveda sit in a financial tier that looks much more like serious biotechnology development than ordinary software venture funding.
For most companies, the practical fundraising market is still measured in millions or low tens of millions. More than four-fifths of all financings sit below $50 million, and Seed rounds have a $7 million median versus $25 million at Series A.
De Novo Design is where the money piles up. It represents 44% of deals but 77.2% of capital, with a $24.6 million median round, while Target Discovery produces plenty of activity on far smaller checks.
The funding ladder gets much tighter after Series A. We counted 57 Seed rounds and 45 Series As, but only 17 Series Bs and four Series Cs, showing how quickly the field narrows once companies need much larger amounts of capital.
Big checks increasingly follow companies that connect models to wet-lab validation, pharma adoption or owned drug programs. Compute matters, but the expensive part is increasingly everything around it: experiments, screening, molecule development, regulatory work and clinical programs.
The US is still the deepest market by breadth, even though Europe and Asia can look almost as large in headline dollars. Isomorphic Labs represents roughly 63% of European capital, while Earendil Labs accounts for about 63% of Asia-Pacific capital.
Strategic investors are already part of the market rather than an edge case. They appear in 28.5% of financings, and rounds with a disclosed strategic participant have a $33 million median versus $10.75 million without one.
The cleanest way to read the market is as two layers at once: a large early-stage field raising conventional venture rounds, and a much smaller group of companies financing full drug-development ambitions at biotech scale.

This market map, featured in our AI in drug discovery market deck, highlights top companies and startups in the AI in drug discovery market
Our funding tracker covering the AI in drug discovery market
Below is the table listing all the deals. You may find our methodology at the end of this page.
And, if you want to gain a deeper understanding of the market and its current dynamics, get our report covering the AI In Drug Discovery Market.
| Company | Category | Date | Stage | Deal size | What they do | Region | Lead investors |
|---|---|---|---|---|---|---|---|
| AIPher (艾斐智药(北京)科技有限公司) | AI Lead Generation | September 2026 | Seed | ≈$14,900,000 | Builds AI-native drug-discovery models and agents for virtual screening, molecular discovery and preclinical candidate optimization. | Asia-Pacific | Xiang He Capital (襄禾资本) |
| Superluminal Medicines | De Novo Design | September 2026 | Series B | $60M | Uses AI/ML, protein dynamics and structural biology to design small-molecule therapeutics against difficult GPCR targets. | North America | BVF Partners, L.P. |
| Axiom Therapeutics Inc. | AI Lead Optimization | August 2026 | Unknown | $12.287M | Uses quantum-accurate physics and machine learning to design and optimize covalent small-molecule drug candidates. | Europe | Not disclosed |
| Aureka Biotechnologies | De Novo Design | August 2026 | Series B | $100M | Builds biological foundation models and closed-loop experimental systems for de novo therapeutic protein and antibody design. | North America | Granite Asia; Not disclosed (subsequent-tranche strategic lead) |
| Engine Biosciences Pte. Ltd. | AI Target Discovery | August 2026 | Series B | $5M | Uses machine learning and high-throughput experimental biology to identify and validate oncology drug targets and biomarkers. | Asia-Pacific | GV |
| Transcripta Bio | AI Drug Repurposing | July 2026 | Series A | $24M | Uses patient-derived transcriptomic signatures and machine learning to identify or repurpose compounds that reverse disease-state gene-expression patterns. | North America | Not disclosed |
| Sightera Biosciences | De Novo Design | July 2026 | Seed | ≈$3,430,000 | Uses patient-derived drug-response data and generative AI to design novel small-molecule therapies for oncology and fibrosis. | Europe | Entourage; Anacura; Qbic |
| Chai Discovery | De Novo Design | July 2026 | Series C | $400M | Builds AI foundation models and software that generate and optimize therapeutic molecules, including de novo antibodies and other biologics. | North America | Index Ventures |
| Xellar Biosystems | Preclinical Prediction AI | June 2026 | Series A | ≈$29,000,000 | Combines organ-on-chip experiments, high-content imaging and AI to predict human drug efficacy, safety and treatment response before clinical trials. | North America | Not disclosed |
| Graph Therapeutics | AI Target Discovery | June 2026 | Seed | $5M | Uses AI on live patient immune-cell perturbation and multi-omics data to identify therapeutic targets and biomarkers for inflammatory and immune-mediated diseases. | Europe | Daphni |
| Gero | AI Target Discovery | June 2026 | Unknown | $17M | Uses physics-first AI and longitudinal human data to identify therapeutic targets and design small molecules for aging and chronic diseases. | Asia-Pacific | Not disclosed |
| Protuoso Biosciences | De Novo Design | May 2026 | Seed | $9.5M | Uses AI-driven protein engineering, computational design and synthetic biology to design multifunctional MUXBODY biologic therapeutics. | North America | Taya Venture; Darwin Ventures |
| 20n Bio | AI Lead Generation | May 2026 | Seed | $7.5M | Combines computational methods, high-throughput cyclic-peptide screening and AI-enabled optimization to identify and optimize therapeutic peptide binders. | North America | Not disclosed |
| Isomorphic Labs | De Novo Design | May 2026 | Series B | $2.1B | Builds predictive and generative AI models in its drug-design engine to design small-molecule and biologic therapeutic candidates. | Europe | Thrive Capital |
| Galux | De Novo Design | May 2026 | Growth Equity | ≈$1,360,000 | Uses its GaluxDesign AI platform to design de novo antibodies and other therapeutic proteins from first principles. | Asia-Pacific | Not disclosed |
| Stoked Bio | AI Lead Generation | May 2026 | Seed | $2.5M | Uses a biology-first, AI-guided discovery process to identify small-molecule therapeutics for drug-resistant infections and cancer. | North America | Not disclosed |
| ALP Bio AG | Preclinical Prediction AI | April 2026 | Seed | $2.2M | Combines human immune organoids with generative AI to predict and mitigate immunogenicity and anti-drug-antibody risk during biologics development. | Europe | 42CAP |
| Aureka Biotechnologies | De Novo Design | April 2026 | Series A | $35M | Uses generative AI, biological foundation models and high-throughput functional screening to design novel therapeutic antibodies. | North America | HongShan |
| Fathom Therapeutics | De Novo Design | April 2026 | Series A | $47M | Combines atomic-scale molecular simulation, quantum chemistry and AI to design novel small-molecule drug candidates. | North America | Sutter Hill Ventures |
| 10x Science | Preclinical Prediction AI | April 2026 | Seed | $4.8M | Provides AI-native molecular characterization of protein therapeutics to assess and select drug candidates before clinical advancement. | North America | Initialized Capital |
| Biossil Inc. | AI Drug Repurposing | April 2026 | Unknown | $43M | Uses AI and large-language-model analysis of failed drug programs to identify compounds suitable for new patient populations or indications. | North America | Founders Fund; OpenAI |
| Helical | AI Target Discovery | April 2026 | Seed | $10M | Provides a virtual AI lab that operationalizes biological foundation models for reproducible in-silico therapeutic target discovery and related early-discovery decisions. | Europe | redalpine |
| Syneron Bio (元思生肽) | AI Lead Generation | March 2026 | Series B | $150M | Uses an AI-plus-high-throughput experimental platform to discover and optimize novel macrocyclic peptide drug candidates. | Asia-Pacific | Not disclosed (international life-science fund); Decheng Capital; CDH VGC |
| RyboDyn | AI Target Discovery | March 2026 | Seed | $10M | Uses AI-powered sequencing and discovery models to identify and validate previously hidden therapeutic targets in the dark transcriptome and proteome. | North America | Not disclosed |
| Earendil Labs | De Novo Design | March 2026 | Unknown | $787M | Uses AI-driven protein modeling and experimental validation to design and advance novel antibody and biologic drug candidates. | Asia-Pacific | Not disclosed |
| Ternary Therapeutics | De Novo Design | March 2026 | Seed | ≈$4,800,000 | Combines physics-informed AI, molecular simulation and rapid experimental feedback to deliberately design molecular-glue therapeutics. | Europe | daphni |
| Peak Perform Innova (Suzhou) Co., Ltd. (璞诺智药(苏州)生物科技有限公司) | AI Lead Generation | March 2026 | Seed | ≈$14,000,000 | Uses an AI platform centered on protein-protein interactions to identify druggable sites and generate small-molecule PPI inhibitors and degraders. | Asia-Pacific | Huagai Capital; BioTrack Capital |
| Antiverse | De Novo Design | March 2026 | Series A | $9.3M | Uses generative AI and wet-lab validation to design de novo therapeutic antibodies against difficult targets including GPCRs and ion channels. | Europe | Soulmates Ventures |
| Tamarind Bio | De Novo Design | February 2026 | Series A | $12M | Provides cloud infrastructure for running and scaling molecular-AI models used in protein and small-molecule design, docking, and simulation. | North America | Dimension Capital |
| Turbine | Preclinical Prediction AI | February 2026 | Series B | $25M | Provides AI virtual-cell and virtual-assay software that simulates biological experiments to prioritize drug-discovery hypotheses and predict preclinical outcomes. | Europe | Interactive Venture Partners |
| Peptris Technologies | De Novo Design | February 2026 | Series A | ≈$7,710,000 | Uses generative AI to design and optimize novel preclinical small molecules, alongside repurposing and candidate-rescue programs. | Asia-Pacific | IAN Alpha Fund; Speciale Invest |
| Pharmacelera | AI Lead Generation | February 2026 | Unknown | ≈$7,110,000 | Provides AI- and quantum-mechanics-based virtual screening and molecular-design software and services from hit identification through lead optimization. | Europe | Heran Partners |
| Sable Bio | Preclinical Prediction AI | February 2026 | Seed | $3.75M | Provides AI software that predicts target and candidate safety risks during drug discovery and preclinical assessment. | Europe | MMC Ventures |
| Galux | De Novo Design | February 2026 | Series B | $29M | Develops an AI- and physics-driven platform for de novo design of therapeutic proteins and antibodies. | Asia-Pacific | Not disclosed |
| Converge Bio | AI Lead Generation | January 2026 | Series A | $25M | Provides generative-AI systems for target discovery, antibody generation and design, and related drug-discovery workflows. | Middle East | Bessemer Venture Partners |
| Proxima | De Novo Design | January 2026 | Seed | $80M | Combines structural-proteomics data with generative AI to design proximity therapeutics including molecular glues and PROTAC-like molecules. | North America | DCVC |
| Boltz PBC | De Novo Design | January 2026 | Seed | $28M | Builds biomolecular AI models and agentic software for small-molecule hit discovery, structure/affinity prediction and protein or molecule design. | North America | Amplify Partners; Andreessen Horowitz (a16z); Zetta Venture Partners |
| Topos Bio | De Novo Design | January 2026 | Seed | $10.5M | Builds an AI-native platform that models intrinsically disordered proteins and uses generative chemistry to design small-molecule modulators. | North America | Boldstart Ventures; Threshold Ventures |
| PHIL RIVERS TECHNOLOGY Co., Ltd. (Beijing Zheyuan Technology Co., Ltd.) | AI Target Discovery | December 2025 | Series A | ≈$14,200,000 | Uses AI and computational disease models to discover novel therapeutic targets and mechanisms and generate proprietary drug assets. | Asia-Pacific | CAS Investment |
| Chai Discovery | De Novo Design | December 2025 | Series B | $130M | Builds generative AI models and molecular-design tools for de novo creation of therapeutic antibodies and other drug-like molecules. | North America | General Catalyst; Oak HC/FT |
| Syneron Bio (元思生肽) | AI Lead Generation | December 2025 | Series A | ≈$100,000,000 | Combines an AI drug-discovery engine with an intelligent high-throughput platform to design and advance macrocyclic peptide therapeutics. | Asia-Pacific | AstraZeneca; AZ-CICC Healthcare Investment Fund |
| PsiThera | AI Lead Generation | December 2025 | Series A | $47.5M | Uses molecular dynamics and AI through its QUAISAR platform to generate oral small-molecule candidates against validated immune and inflammatory targets. | North America | Samsara Biocapital; Lightstone Ventures |
| Relation Therapeutics | AI Target Discovery | December 2025 | Unknown | $26M | Uses a lab-in-the-loop AI and patient multi-omics platform to uncover causal disease genes and prioritize and refine therapeutic targets. | Europe | DCVC; NVentures; Magnetic Ventures |
| ChemLex | AI Lead Generation | December 2025 | Series A | $45M | Uses AI and autonomous high-throughput chemistry to design synthetic routes, optimize reactions, generate drug-like molecules, and accelerate small-molecule discovery. | Asia-Pacific | Granite Asia |
| immunitoAI | De Novo Design | November 2025 | Series A | $6.1M | Uses generative AI with in-house biological validation to design novel therapeutic antibodies with predefined drug properties. | Asia-Pacific | Ashish Kacholia |
| Arpeggio Biosciences, Inc. | AI Target Discovery | November 2025 | Series B | $20.037M | Combines high-throughput transcriptomics with machine learning to map drug-induced gene-expression changes and discover therapeutic targets and mechanisms. | North America | Not disclosed |
| AI Proteins | De Novo Design | November 2025 | Series A | $41.5M | Uses AI-enabled de novo protein design and high-throughput discovery to create purpose-built miniprotein therapeutics. | North America | Mission BioCapital; Santé Ventures |
| Model Medicines, Inc. | De Novo Design | November 2025 | Unknown | $3.26M | Uses AI to model chemistry and human biology to discover and optimize novel small-molecule therapeutics. | North America | Not disclosed |
| Scripta Therapeutics | AI Target Discovery | November 2025 | Seed | $12M | Combines AI, imaging and patient-derived biological models to identify disease-modifying therapeutic targets from transcriptional biology. | Europe | Oxford Science Enterprises; Apollo Health Ventures |
| TandemAI | AI Lead Optimization | November 2025 | Series A | $22M | Operates an integrated AI, physics and wet-lab platform spanning hit discovery through lead optimization and preclinical candidate selection. | North America | V-Capital; KHK Fund |
| Aureka Biotechnologies | De Novo Design | November 2025 | Series A | $23.2M | Uses generative AI, digital biology and high-throughput experimentation to design and optimize protein and antibody therapeutics. | North America | 5Y Capital; Qiming Venture Partners |
| Iambic Therapeutics | De Novo Design | November 2025 | Series B | >$100,000,000 | Uses physics-informed AI and automated experimentation to design and optimize small-molecule therapeutics through preclinical candidate selection. | North America | Not disclosed |
| Expedition Medicines | De Novo Design | October 2025 | Series A | $50M | Uses generative AI, quantum chemistry and chemoproteomic data to de novo design covalent small-molecule drugs against difficult protein targets. | North America | Flagship Pioneering |
| Bexorg | Preclinical Prediction AI | October 2025 | Series A | $23M | Combines whole-human brain experiments with AI models to generate clinically predictive preclinical data for CNS target validation and candidate assessment. | North America | Engine Ventures |
| Meta-Flux | Preclinical Prediction AI | October 2025 | Seed | ≈$2,080,000 | Provides an AI biologist that simulates multi-omic disease biology to predict drug behavior and support preclinical target, biomarker and go/no-go decisions. | Europe | Not disclosed |
| Tres Alchemix | Preclinical Prediction AI | September 2025 | Series A | $4.4M | Combines multi-omic data, AI and quantum-chemical calculations to predict therapeutic effects, adverse effects and drug behavior before candidate selection. | Asia-Pacific | DNX Ventures |
| DaltonTx | AI Lead Optimization | September 2025 | Seed | ≈$5,400,000 | Builds adaptive AI infrastructure that connects models, experimental data and scientific workflows to design and optimize therapeutic candidates. | Europe | redalpine; IQ Capital Partners |
| Manas AI | De Novo Design | September 2025 | Seed | $26M | Builds neuro-symbolic and generative AI models to identify disease targets and design new therapeutic molecules. | North America | Not disclosed |
| Enveda | AI Lead Generation | September 2025 | Series D+ | $150M | Uses machine learning and metabolomics to identify and characterize natural molecules and turn them into small-molecule drug candidates. | North America | Premji Invest |
| CHARM Therapeutics | De Novo Design | September 2025 | Series B | $80M | Uses structural AI and protein-ligand co-folding models to design novel small-molecule therapeutics against difficult targets. | Europe | New Enterprise Associates (NEA); SR One |
| Therna Biosciences | De Novo Design | August 2025 | Seed | $10M | Uses generative AI and RNA foundation models to design programmable RNA therapeutics with tailored stability, expression and tissue targeting. | North America | AIX Ventures; Pear VC; Fusion Fund |
| Ribopeutic / Libo (Hangzhou) Biotechnology Co., Ltd. | AI Target Discovery | August 2025 | Unknown | ≈$13,900,000 | Uses RNA language models and wet-lab validation to identify druggable RNA structures and discover and optimize RNA-targeting small molecules. | Asia-Pacific | Tasly Capital; Panlin Capital |
| Tahoe Therapeutics | Preclinical Prediction AI | August 2025 | Series A | $30M | Generates large-scale single-cell perturbation data and virtual-cell AI models to predict drug responses and support precision drug discovery. | North America | Amplify Partners |
| Chai Discovery | De Novo Design | August 2025 | Series A | $70M | Builds frontier AI models for molecular interaction prediction and fully de novo therapeutic and antibody design. | North America | Menlo Ventures |
| Synfini | AI Lead Optimization | July 2025 | Seed | $8.9M | Provides an AI-and-robotics drug-discovery foundry that designs, synthesizes, tests, and optimizes small-molecule candidates from target through preclinical lead. | North America | JSL Health Capital |
| Healx | AI Drug Repurposing | July 2025 | Series C | $2M | Uses AI to identify disease targets and repurpose existing compounds into treatments for rare and underserved conditions. | Europe | SCI Ventures |
| OutSee | AI Target Discovery | June 2025 | Seed | ≈$2,450,000 | Uses its Nomaly predictive-genomics AI to infer disease mechanisms directly from genome sequence and identify therapeutic targets. | Europe | Ahren Innovation Capital |
| Insilico Medicine | De Novo Design | June 2025 | Series D+ | $13M | Operates Pharma.AI for AI-based target discovery and generative molecular design alongside an internal pipeline of AI-discovered therapeutics. | North America | Value Partners Group; Shanghai Pudong Venture Investment Co., Ltd.; Shanghai Pudong Development (Group) Co., Ltd.; Wuxi Capital Group Co., Ltd.; Yixing State-owned Capital Investment Holding Group Co., Ltd. |
| Parallel Bio | Preclinical Prediction AI | June 2025 | Series A | $21M | Combines human immune organoids, AI and automation to predict preclinical drug safety and efficacy and identify disease targets using human biology. | North America | AIX Ventures |
| Kiin Bio | AI Lead Generation | June 2025 | Seed | $2.2M | Builds an AI-native virtual-scientist platform that coordinates drug-discovery research across biomedical data, computational chemistry, modelling and laboratory workflows. | Europe | b2venture |
| Sortera Bio Ltd | AI Lead Generation | June 2025 | Seed | ≈$10,200,000 | Uses high-throughput Deep Screening to identify therapeutic biologics and generate functional datasets for training AI models used in drug discovery. | Europe | Cambridge Innovation Capital |
| Vivodyne | Preclinical Prediction AI | May 2025 | Series A | $40M | Combines lab-grown human tissues, robotics and predictive AI to generate preclinical efficacy and safety data and prioritize therapeutic candidates. | North America | Khosla Ventures |
| ProteinQure | De Novo Design | May 2025 | Series A | $11M | Computationally designs peptide therapeutics and peptide-drug conjugates using machine learning, structural biology and atomic-level simulations. | North America | Tom Williams of Heron Rock Fund |
| iSiP | De Novo Design | May 2025 | Series A | ≈$4,500,000 | Uses an AI-, physics- and HPC-based drug-design engine to generate first-in-class small-molecule candidates and advance them through lead optimization. | Asia-Pacific | DNX Ventures |
| Inductive Bio | AI Lead Optimization | May 2025 | Series A | $25M | Provides machine-learning models and collaborative data infrastructure that predict ADMET properties to optimize small-molecule leads before synthesis. | North America | Obvious Ventures |
| Divamics Inc. (Suzhou Yulu Qianxing Biotechnology Co., Ltd.) | AI Lead Optimization | May 2025 | Series A | ≈$2,770,000 | Combines AI with multiscale molecular dynamics to screen, design and optimize drug molecules and model dynamic drug-target interactions. | Asia-Pacific | YuanBio Venture Capital (元生创投) |
| Denovo Sciences | De Novo Design | May 2025 | Unknown | $1M | Uses reinforcement learning and molecular simulation to generate novel small-molecule therapeutic candidates optimized for efficacy, safety and synthetic accessibility. | Asia-Pacific | Not disclosed |
| AMPLY Discovery | AI Target Discovery | May 2025 | Seed | $1.75M | Uses AI, sequencing and synthetic biology to identify therapeutic opportunities and develop precision biologic candidates for genetically influenced diseases. | Europe | Twin Path Ventures |
| Meddenovo Drug Design | De Novo Design | May 2025 | Seed | $450K | Develops AI- and physics-powered software for de novo design and optimization of cyclic-peptide drug candidates against difficult targets. | Europe | Not disclosed |
| Etiome | AI Target Discovery | April 2025 | Unknown | $50M | Uses its AI-powered Temporal Biodynamics platform to model disease progression and identify stage-specific therapeutic targets for preemptive medicines. | North America | Not disclosed |
| Isomorphic Labs | De Novo Design | March 2025 | Series A | $600M | Builds AI models and an integrated drug-design engine to predict biological interactions and design new therapeutic candidates. | Europe | Thrive Capital |
| Arpeggio Biosciences, Inc. | AI Target Discovery | March 2025 | Series A | $4.027M | Combines high-throughput transcriptomics with machine learning to map drug-induced gene networks and identify novel therapeutic targets. | North America | Not disclosed |
| Olio Labs, Inc. | AI Lead Optimization | March 2025 | Seed | $4.5M | Uses AI and machine learning to search vast therapeutic-combination spaces and identify combinations with improved predicted efficacy and tolerability. | North America | Boom Capital; Overwater Ventures |
| Insilico Medicine | De Novo Design | March 2025 | Series D+ | $110M | Develops generative-AI platforms for target discovery and molecular design alongside an internally generated therapeutic pipeline. | North America | Value Partners Group |
| Achira | Preclinical Prediction AI | February 2025 | Seed | $33M | Builds AI- and physics-based atomistic foundation simulation models for predicting molecular behavior and supporting drug design. | North America | Dimension |
| CircNova | De Novo Design | February 2025 | Seed | $3.3M | Uses its NovaEngine deep-learning platform to generate, analyze and design novel circular RNA molecules for therapeutic development. | North America | South Loop Ventures |
| InVirtuoLabs | De Novo Design | February 2025 | Seed | ≈$3,000,000 | Provides an AI-and-molecular-simulation virtual lab that generates, screens and optimizes drug candidates for pharmaceutical and biotech partners. | Europe | Not disclosed |
| Variational AI | AI Lead Generation | February 2025 | Seed | $5.5M | Provides Enki, a generative AI foundation model that helps biopharma teams discover and optimize small-molecule hits and leads. | North America | Nimbus Synergies |
| Latent Labs | De Novo Design | February 2025 | Seed | $10M | Provides generative AI foundation models that let biopharma partners design and optimize novel therapeutic proteins. | Europe | Not disclosed |
| Latent Labs | De Novo Design | February 2025 | Series A | $40M | Provides generative AI foundation models that let biopharma partners design and optimize novel therapeutic proteins. | Europe | Radical Ventures; Sofinnova Partners |
| Manas AI | De Novo Design | January 2025 | Seed | $24.6M | Uses proprietary AI models, generative computational chemistry and molecular docking to identify and design therapeutic candidates. | North America | General Catalyst; Reid Hoffman |
| Graph Therapeutics | AI Target Discovery | January 2025 | Seed | $3.1M | Combines patient-derived immune models, multimodal data and machine learning to identify and validate therapeutic targets for inflammatory and immunological diseases. | Europe | Squareone; Merantix Capital |
| Alivexis, Inc. | AI Lead Optimization | January 2025 | Series D+ | ≈$5,100,000 | Uses its ModBind computational platform, including molecular simulation, virtual screening and deep-learning models, to identify and optimize small-molecule drug candidates. | Asia-Pacific | JIC Venture Growth Investments Co., Ltd. |
| Pepticom | De Novo Design | January 2025 | Series A | $6.6M | Uses reinforcement learning, generative AI and biophysical modeling to design and optimize novel peptide and peptidomimetic drug candidates. | Middle East | Japan Israel High Tech Ventures 2 LP |
| Orbis Medicines | De Novo Design | January 2025 | Series A | ≈$93,800,000 | Runs the nGen lab-in-the-loop platform, combining automated macrocycle chemistry with machine learning to generate and optimize oral drug candidates. | Europe | New Enterprise Associates (NEA) |
| DeepLife | AI Target Discovery | December 2024 | Series A | $10M | Builds AI-powered digital twins of human cells from multi-omics data to identify therapeutic targets and simulate molecular interventions for preclinical drug discovery. | Europe | YZR Capital; Relyens Innovation Santé |
| AQEMIA | De Novo Design | December 2024 | Series A | $38M | Combines quantum-inspired atomic-scale physics with generative AI to design novel small-molecule drug candidates and advance preclinical discovery programs. | Europe | Cathay Innovation |
| deepmirror | AI Lead Optimization | December 2024 | Seed | $2.4M | Provides an AI drug-design platform that helps medicinal chemists generate, predict and prioritize small molecules for potency, safety and other optimization objectives. | Europe | Twinpath Ventures |
| Aizen Therapeutics | De Novo Design | November 2024 | Seed | $13M | Uses generative AI and structural biology to de novo design D-amino-acid Mirror Peptide therapeutics. | North America | Madrona |
| Enveda | AI Lead Generation | November 2024 | Series C | $130M | Uses machine learning, metabolomics and automated biology to discover drug candidates from natural chemical space. | North America | Kinnevik; FPV Ventures |
| Converge Bio | De Novo Design | November 2024 | Seed | $5.5M | Develops generative biological and chemical LLMs for designing and optimizing therapeutic proteins, antibodies and other drug candidates. | Middle East | TLV Partners |
| Modulo Bio, Inc. | AI Target Discovery | November 2024 | Unknown | $5.846M | Combines machine learning, multi-omics and human neuroimmune cell models to identify therapeutic targets and drug candidates for neurological disease. | North America | Not disclosed |
| AI|ffinity s.r.o. | AI Lead Generation | November 2024 | Seed | ≈$452,970 | Combines NMR, AI and cheminformatics to determine protein structures and design early drug candidates. | Europe | Garage Angels |
| Intelligent Medicine Original (AIMEDORIG; 智药元创医学技术(上海)有限公司) | De Novo Design | November 2024 | Seed | Not Disclosed | Uses generative AI to design and screen peptide and protein therapeutics from computational discovery through experimental validation. | Asia-Pacific | Not disclosed |
| Archon Biosciences, Inc. | De Novo Design | October 2024 | Seed | $20M | Uses AI-enabled computational protein design to create de novo antibody-cage biologics for therapeutically difficult targets. | North America | Madrona Ventures |
| Transition Bio, Inc. | AI Lead Optimization | October 2024 | Unknown | $13.3M | Combines condensate screening with machine learning and AI across target discovery, hit identification and small-molecule optimization. | North America | Not disclosed |
| Terray Therapeutics | AI Lead Optimization | October 2024 | Series B | $120M | Integrates high-throughput experimental chemistry with generative AI to identify and optimize small-molecule therapeutics for internal and partnered programs. | North America | Bedford Ridge Capital; NVentures |
| AIGEN Sciences Inc. | AI Lead Optimization | October 2024 | Series A | $8.8M | Uses proprietary AI to design and optimize small-molecule drug candidates through lead optimization and preclinical candidate selection. | Asia-Pacific | Not disclosed |
| Antiverse | De Novo Design | October 2024 | Seed | $4.6M | Uses generative AI and lab screening to design de novo therapeutic antibodies against difficult targets including GPCRs and ion channels. | Europe | i&i Biotech Fund I; Kadmos Capital |
| Shift Bioscience | AI Target Discovery | October 2024 | Seed | $16M | Uses a generative-AI virtual-cell platform and aging datasets to identify gene interventions and therapeutic targets that can safely rejuvenate cells. | Europe | BGF |
| Arda Therapeutics, Inc. | AI Target Discovery | October 2024 | Series A | $43M | Uses machine learning on single-cell datasets to identify disease-driving cell populations and druggable surface targets for targeted cell-depletion therapies. | North America | Andreessen Horowitz (a16z Bio + Health) |
| Integrated Biosciences | AI Lead Generation | October 2024 | Seed | $17.2M | Combines synthetic biology, proprietary biological data and machine learning to discover novel small-molecule therapeutics for age-related diseases. | North America | Sutter Hill Ventures |
| Generate:Biomedicines | De Novo Design | September 2024 | Growth Equity | $15M | Uses generative AI and high-throughput experimentation to design and optimize novel protein therapeutics. | North America | Not disclosed |
| Ordaōs Bio (Ordaos, Inc.) | De Novo Design | September 2024 | Seed | ≈$3,100,000 | Uses generative AI to design and experimentally validate bespoke therapeutic mini-proteins. | North America | Not disclosed |
| CardiaTec Biosciences | AI Target Discovery | September 2024 | Seed | $6.5M | Uses AI and human cardiovascular multi-omics data to identify and prioritize novel therapeutic targets. | Europe | Montage Ventures |
| Chai Discovery | De Novo Design | September 2024 | Seed | ≈$30,000,000 | Builds AI foundation models that predict biomolecular structures and design therapeutic molecules and interactions. | North America | Thrive Capital; OpenAI; Dimension Capital |
| Superluminal Medicines | De Novo Design | September 2024 | Series A | $120M | Uses generative biology, chemistry and machine learning to design candidate-ready small molecules against difficult membrane-protein targets. | North America | RA Capital Management |
| Noetik | AI Target Discovery | August 2024 | Series A | $40M | Uses multimodal human tumor data, CRISPR perturbation and self-supervised foundation models to discover precision-cancer targets and therapeutic candidates. | North America | Polaris Partners |
| Talus Bioscience | AI Lead Generation | August 2024 | Seed | $11.2M | Uses its AI-enabled MARMOT platform to identify and optimize small-molecule modulators of disease-driving transcription factors. | North America | Two Bear Capital |
| Healx | AI Drug Repurposing | August 2024 | Series C | $47M | Uses the Healnet AI platform to identify and design rare-disease therapeutic candidates from multimodal biological and chemical data. | Europe | R42 Group; Atomico |
| Meddenovo Drug Design | De Novo Design | July 2024 | Seed | ≈$1,083,000 | Develops an AI- and physics-based computational platform for de novo design and optimization of cyclic-peptide drug candidates. | Europe | ACT Venture Partners |
| CytoReason | AI Target Discovery | July 2024 | Series B | $80M | Provides AI-driven computational disease models that help biopharma teams identify and prioritize targets, indications, combinations and therapeutic programs. | Middle East | Not disclosed |
| Xellar Biosystems | Preclinical Prediction AI | July 2024 | Seed | ≈$13,800,000 | Combines high-throughput organ-on-chip models, 3D cellular imaging and image-based AI to predict drug efficacy and toxicity and screen candidate drugs preclinically. | North America | TriApex Group |
| Helical | AI Target Discovery | June 2024 | Seed | $2.355M | Provides bio foundation models and AI agents for genomic analysis and in-silico drug-discovery workflows including target prediction. | Europe | Not disclosed |
| Ability Biologics | De Novo Design | June 2024 | Seed | $6M | Uses generative AI to design highly selective antibody therapeutics with programmable biological activity. | North America | Amplitude Ventures |
| Iambic Therapeutics | De Novo Design | June 2024 | Series B | $50M | Uses physics-informed generative AI and automated experiments to design and optimize novel small-molecule drug candidates. | North America | Mubadala Capital; Exor Ventures |
| Enveda | AI Lead Generation | June 2024 | Series B | $55M | Uses AI to identify and prioritize bioactive natural-product molecules and turn them into small-molecule drug candidates. | North America | Not disclosed |
| Envisagenics | AI Target Discovery | June 2024 | Series B | $25M | Uses its SpliceCore AI platform to identify disease-specific RNA-splicing isoforms and therapeutic targets for RNA medicines. | North America | Not disclosed |
| Vilya | De Novo Design | June 2024 | Series A | $21M | Uses machine learning and generative AI to design de novo macrocyclic therapeutics for difficult-to-drug targets. | North America | ARCH Venture Partners |
| LabGenius | AI Lead Optimization | May 2024 | Series B | ≈$44,500,000 | Uses a closed-loop machine-learning and automated wet-lab platform to discover and co-optimize multispecific therapeutic antibodies. | Europe | M Ventures |
| Nabla Bio | De Novo Design | May 2024 | Series A | $26M | Combines generative protein models with wet-lab validation to design developable and selective therapeutic antibodies against difficult membrane-protein targets. | North America | Radical Ventures |
| Prologue Medicines | AI Lead Generation | May 2024 | Unknown | $50M | Uses machine learning and high-throughput biology to mine the viral proteome for therapeutic proteins and generate novel drug leads. | North America | Not disclosed |
| Beijing Scitech-MQ Pharmaceuticals Limited (北京赛特明强医药科技有限公司) | AI Lead Generation | April 2024 | Series A | >$13,800,000 | Uses its SigmaHIT AI/deep-learning platform for large-scale structure-guided design and screening of small-molecule drug candidates. | Asia-Pacific | Not disclosed |
| Transcripta Bio | AI Drug Repurposing | April 2024 | Unknown | $10M | Uses transcriptome-scale experimental data and Conductor AI to repurpose existing drugs and predict novel small-molecule therapies. | North America | Not disclosed |
| Xaira Therapeutics | De Novo Design | April 2024 | Series A | >$1,000,000,000 | Combines foundation-model research, large-scale biological data generation and generative protein design to create therapeutic molecules. | North America | ARCH Venture Partners; Foresite Capital |
| DeepCure | De Novo Design | April 2024 | Series A | $24.6M | Combines generative AI, physics-based modeling and automated chemistry to design novel synthesizable small-molecule candidates. | North America | IAG Capital Partners |
| Leash Biosciences | AI Lead Generation | April 2024 | Seed | $9.3M | Builds ML-native medicinal-chemistry models that predict small-molecule candidates and protein-chemical interactions. | North America | Springtide Ventures |
| Profluent | De Novo Design | March 2024 | Series A | $35M | Builds generative AI models to design and experimentally validate novel functional proteins, initially targeting CRISPR gene-editing therapeutics. | North America | Spark Capital |
| Relation Therapeutics | AI Target Discovery | March 2024 | Seed | $35M | Combines single-cell multi-omics, functional experiments and machine learning to map disease biology and identify novel therapeutic targets. | Europe | DCVC; NVentures |
| SOM Biotech (SOM Innovation Biotech, S.A.) | AI Drug Repurposing | March 2024 | Unknown | ≈$6,000,000 | Uses a proprietary AI platform to identify new mechanisms and indications for existing small molecules, particularly for rare CNS diseases. | Europe | Not disclosed |
| Orbis Medicines | De Novo Design | February 2024 | Seed | ≈$28,100,000 | Uses an AI-enabled design-make-test platform to generate and optimize orally bioavailable macrocycle drug candidates. | Europe | Novo Holdings; Forbion |
| Insamo | De Novo Design | February 2024 | Seed | $12M | Uses machine-learning-driven molecular design with automated synthesis and screening to generate membrane-permeable, orally available cyclic-peptide drug candidates. | North America | Playground Global |
| Sable Bio | Preclinical Prediction AI | February 2024 | Seed | ≈$1,891,000 | Provides an AI-powered target-safety and predictive toxicology platform for assessing drug-discovery risks before clinical development. | Europe | Episode 1 Ventures |
| AQEMIA | De Novo Design | January 2024 | Series A | $32.5M | Uses generative AI and quantum-inspired physics to design novel small-molecule drug candidates for proprietary and partnered discovery programs. | Europe | Wendel Growth |

As this chart shows, and as featured in our AI in drug discovery market deck, search interest in AI drug discovery has grown rapidly
Is AI drug discovery actually a big funding market right now?
AI drug discovery funding is big in dollars today, but a typical company sees nothing close to the giant checks that dominate the headlines.
From January 2024 through our cutoff, we tracked 144 qualifying financings across 116 companies and at least $8.64 billion of calculable capital. The median round was $14.2 million. The average was $60.4 million.
That is a huge gap. A relatively small number of very large rounds pull the average far above what most startups actually raise.
Strip out financings above $50 million and the capital total falls to about $2.02 billion. Most AI drug discovery startups are playing in a market measured in single-digit or low-double-digit millions; a much smaller group has reached a financing scale closer to serious biotechnology development.
| Market snapshot | Result |
|---|---|
| Qualifying financings | 144 |
| Unique companies | 116 |
| Calculable capital | ≥$8.64B |
| Median round | $14.2M |
| Average round | $60.4M |
| Average / median | 4.25x |
| Capital excluding >$50M rounds | $2.02B |
| Companies with multiple rounds | 24 |
How many AI drug discovery companies are actually getting funded?
AI drug discovery funding reaches a fairly broad group of companies, but repeat fundraising is already separating a small group from everyone else.
We found 116 companies behind the 144 financings. Ninety-two companies appear only once during the period, while 24 raised at least twice.
That means 79.3% of the funded companies show up only once.
Some of that comes down to timing. A startup that first raised in 2026 has had much less time to return than one funded in early 2024. Still, a 20.7% repeat-fundraising rate is low enough to show that raising once and becoming repeatedly fundable are very different achievements in this market.
The financial split is even clearer. Companies that raised more than once collected about $5.13 billion, versus roughly $3.51 billion for the much larger group that appears only once.
Plenty of companies can get into the AI drug discovery funding market. Far fewer manage to keep climbing.

This chart, featured in our AI in drug discovery market deck, shows how Shrödinger is positioned in AI drug discovery
Is most AI drug discovery money going to just a handful of startups?
AI drug discovery funding is extremely concentrated: five companies hold about 63% of the calculable capital we tracked.
Isomorphic Labs accumulated $2.70 billion across two financings. Xaira Therapeutics launched with at least $1 billion of committed capital. Earendil Labs raised $787 million. Chai Discovery accumulated $630 million across four rounds, while Enveda reached $335 million across three.
The top ten companies together account for 73.1% of capital.
Company-level concentration is especially revealing because repeat fundraising compounds the gap. Chai, Enveda, Isomorphic and several other companies returned for additional rounds while most companies raised once.
At the lower end, 22 of the 115 companies for which cumulative capital can be calculated never moved above $5 million during the period.
Calling all of these companies part of the same funding market is technically correct, but their financial realities are worlds apart.
| Company | Qualifying capital | Rounds |
|---|---|---|
| Isomorphic Labs | $2.70B | 2 |
| Xaira Therapeutics | ≥$1.00B | 1 |
| Earendil Labs | $787M | 1 |
| Chai Discovery | $630M | 4 |
| Enveda | $335M | 3 |
| Syneron Bio | ~$250M | 2 |
| Superluminal Medicines | $180M | 2 |
| Aureka Biotechnologies | $158.2M | 3 |
| Iambic Therapeutics | >$150M | 2 |
| Insilico Medicine | $123M | 2 |
What can a normal AI drug discovery startup realistically raise today?
For most AI drug discovery startups, a realistic financing is somewhere in the millions or tens of millions of dollars, with $14.2 million sitting at the middle of the market.
We counted 30 rounds below $5 million, 47 between $5 million and $20 million, and another 40 between $20 million and $50 million. Those three brackets alone contain more than four-fifths of all financings.
Only 15 deals reached $100 million or more.
Stage changes the benchmark quickly. The median Seed round was $7 million. Series A moved up to $25 million, while Series B reached $60 million.
For a founder trying to work out what a "normal" raise looks like these days, the $60.4 million market average is a pretty bad reference point. A $5 million to $30 million round is much closer to the financing environment most companies actually encounter.

In our AI in drug discovery market deck, we ensure you have the latest information
Are mega-rounds making AI drug discovery look much bigger than it really is?
Yes. Mega-rounds have a huge effect on AI drug discovery funding totals, with 22 financings above $50 million taking 76.6% of all calculable capital.
Those 22 deals represent only 15.3% of the financing count.
Go one step higher and the concentration becomes even more obvious. Rounds above $100 million represent 8.3% of deals while absorbing 67.1% of capital.
Isomorphic Labs provides the clearest example. Its $2.1 billion Series B alone accounts for roughly one-quarter of the entire capital total. The round also turned one month into a $2.121 billion funding peak, even though monthly deal activity itself never moved nearly as violently.
Across the 32 completed months we studied, the median month contained four financings and the busiest months contained eight. Deal activity at the peak was therefore only twice the median. Capital at its peak was 16.7 times the median monthly amount.
A monthly funding chart can make AI drug discovery look as if the whole market suddenly exploded. Usually, one or two companies explain most of the jump.
Which part of AI drug discovery is actually getting the money?
De Novo Design is where serious AI drug discovery capital is concentrated today, with about $6.67 billion flowing into the category.
We classified 64 financings across 48 De Novo Design companies. That gives the category 44% of the deals but 77.2% of the capital.
AI Lead Generation sits a long way behind at $868.4 million. Target Discovery has more deals than Lead Generation, yet attracts only $458.2 million.
The median figures show the gap goes beyond one or two famous rounds. A De Novo Design financing has a $24.6 million median, the highest among the major categories we tracked.
Target Discovery is the cleanest counterexample. It generated 25 deals, or around one-sixth of the whole dataset, but attracted only 5.3% of the money.
Funding activity is spread across different parts of AI drug discovery. Big checks are much more selective.
| Category | Deals | Companies | Capital | Median round |
|---|---|---|---|---|
| De Novo Design | 64 | 48 | $6.67B | $24.6M |
| AI Target Discovery | 25 | 21 | $458.2M | $12.0M |
| AI Lead Generation | 22 | 19 | $868.4M | $14.5M |
| Preclinical Prediction AI | 14 | 12 | $233.9M | $17.4M |
| AI Lead Optimization | 13 | 13 | $275.0M | $8.9M |
| AI Drug Repurposing | 6 | 4 | $132.0M | $17.0M |
| Total market | 144 | 116 | ≥$8.64B | $14.2M |

This chart, featured in our AI in drug discovery market deck, shows annual funding in AI drug discovery startups
Why are De Novo Design companies raising so much more money?
De Novo Design companies are raising bigger rounds because the leading businesses increasingly combine AI models, experimental science and actual drug programs under one roof.
Isomorphic Labs makes the pattern easy to see. When the company announced its latest funding, it said the money would support continued development of its AI drug design engine, international expansion and therapeutic programs moving toward the clinic. Its earlier $600 million round was framed in much the same way.
Earendil Labs said its $787 million financing would expand its AI R&D platform and advance a pipeline of antibody and biologics programs. Enveda's $150 million Series D was tied to clinical development, including Phase 1b and Phase 2 work and additional IND filings.
Chai Discovery offers another version of the model. It moved from a Seed round to a $70 million Series A, a $130 million Series B and a $400 million Series C in less than two years. Around the same period, it announced drug-discovery work with Novartis, argenx and Bristol Myers Squibb.
These businesses need computational infrastructure, but compute is only part of the bill. Scientists, proprietary datasets, wet-lab experiments, screening, molecule development, regulatory work and clinical programs all add up quickly.
That is why the biggest AI drug discovery rounds increasingly resemble biotech financing in size.
Is AI drug discovery still mainly an early-stage market?
AI drug discovery is still an early-stage market by deal count, even though most of the capital already sits further up the funding ladder.
Seed and Series A account for 102 of the 129 financings where we could classify the stage. That is 79.1% of classified deals.
The money looks very different. Later-stage financings take 53.3% of classified capital, despite representing only 20.9% of the deals.
Cheque sizes rise fast as companies progress. The median moves from $7 million at Seed to $25 million at Series A, $60 million at Series B and $88.5 million at Series C.
That is a familiar biotech dynamic showing up inside an AI market: many companies can be funded while the science is young, but the companies that survive into asset development need much more money.
| Stage | Deals | Companies | Capital | Median deal |
|---|---|---|---|---|
| Seed | 57 | 52 | $618.8M | $7.0M |
| Series A | 45 | 43 | $2.927B | $25.0M |
| Series B | 17 | 16 | $3.174B | $60.0M |
| Series C | 4 | 3 | $579M | $88.5M |
| Series D+ | 4 | 3 | $278.1M | $61.5M |
| Growth Equity | 2 | 2 | $16.4M | $8.18M |
| Unknown | 15 | 15 | $1.046B | $13.3M |

This chart, featured in our AI in drug discovery market deck, compares the main business model options for AI drug discovery biotech companies
Where does AI drug discovery funding start to break down?
AI drug discovery funding starts getting much harder after Series A, with the number of financings dropping sharply once companies need Series B-scale capital.
We counted 57 Seed rounds and 45 Series A rounds, so the first step of the ladder remains relatively broad.
Series B is where the population thins out. There are only 17 Series B financings for 45 Series As, a 2.65-to-one difference.
Then it tightens again. Only four Series C financings appear during the full period.
These figures should not be treated as literal conversion rates. Companies entered our window at different times, many had earlier rounds before 2024, and a company financed recently may simply need more time before raising again.
Even with that caveat, the shape is hard to miss. Finding investors for an early scientific thesis happens fairly often. Convincing investors to put $50 million, $100 million or more behind the next phase is where the field gets much smaller.
Why are Series C rounds still so rare in AI drug discovery?
Series C funding remains rare in AI drug discovery because investors have only a small pool of companies with enough scientific and commercial proof to justify that scale of financing.
By this point, a promising model or a compelling founding team is usually not enough. Investors can look for evidence that designed molecules work experimentally, that the platform can repeat its results, that pharma companies want to use it, or that owned drug programs are moving through development.
Enveda is a good example of that progression. The company paired its later financing with clinical advancement of ENV-294 and subsequently moved the program further through clinical development.
Chai took a different route. Its fast fundraising progression came alongside increasingly concrete deployment with major pharmaceutical groups, while its own molecular-design models moved from research releases toward commercial drug-discovery use.
Iambic offers another useful marker. Its financing of more than $100 million followed clinical data for IAM1363 and came as the company was expanding its own pipeline and external drug-discovery collaborations.
These are very different businesses, but by the time serious later-stage money arrives, investors are seeing more than an AI demonstration. They can see a path toward medicines, revenue, valuable partnerships or all three.

This chart, featured in our AI in drug discovery market deck, shows revenue breakdown by customer segment in the AI in drug discovery market
How young are AI drug discovery companies when the big checks arrive?
AI drug discovery companies can reach serious financing surprisingly fast, with a median age of only four years among companies raising more than $50 million.
Across all financings, the median company age was three years.
The progression by stage looks intuitive: two years at Seed, four at Series A, six at Series B and 7.5 at Series C. Series D+ companies have a median age of ten years.
What is more striking is the founding-year mix. Much of the funded population was created very recently: 24 companies were founded in 2021, 19 in 2022, 22 in 2023 and 21 in 2024.
The market today is being built largely by a new generation of AI-native or AI-first biotech companies. Some can move from formation to very large rounds within only a few years when the technical and scientific progress is fast enough.
Is AI drug discovery funding creating new companies or backing existing winners?
AI drug discovery funding currently leans heavily toward companies investors already know, with 72.9% of the financings classified as follow-on rounds.
We counted 105 follow-on financings, 38 first financings and one case where the status could not be established confidently.
Follow-on rounds are also larger. Their median is $21 million, compared with $10 million for first financings.
In total, follow-ons account for about $6.49 billion of capital.
New entrants have not disappeared. Thirty-eight companies received what we classify as their first financing during the period, so new company formation remains meaningful. The bigger flow of money is going toward companies that have already passed at least one funding test.
As funding conditions stand now, AI drug discovery looks increasingly like a selection process: investors keep creating new options at the bottom, then concentrate much more capital behind the companies that keep delivering.

This chart, featured in our AI in drug discovery market deck, shows how AI drug discovery platform technology has evolved over time
Is the US still the center of AI drug discovery funding?
The US remains the deepest AI drug discovery funding market, even though Europe and Asia can look surprisingly large when we only compare headline dollars.
North America accounts for 74 financings across 60 companies and roughly $3.92 billion of capital. The US alone contributes 69 deals.
Europe reaches about $3.35 billion, which at first glance puts it surprisingly close to North America. Yet Europe's median financing is only $6.8 million, compared with $24.6 million in North America.
Isomorphic Labs explains much of the gap between the headline and the typical European deal. The company accounts for roughly 63% of European capital.
Asia-Pacific has a similar concentration problem. Earendil Labs represents around 63% of the region's roughly $1.25 billion total. In the Middle East, CytoReason accounts for the majority of the much smaller regional pool.
North America has large outliers too, especially Xaira, but its funding base is spread across far more sizeable transactions and companies.
The UK, China, Canada and France all have visible funded populations. For depth across companies, rounds and investors, the US still stands apart.
Which investors keep coming back to AI drug discovery?
AI drug discovery does not have a small club of investors repeatedly leading everything; the lead-investor market is unusually spread out.
We could identify a lead or co-lead for 109 rounds. Across those records, 133 distinct lead-investor names appear, while only 16 show up more than once.
Thrive Capital stands out because of the size of the rounds it touches. Three Thrive-led or co-led financings represent about $2.73 billion of total round value, largely because of Isomorphic Labs.
DCVC and NVentures also appear three times. Most of the other repeat names appear twice.
That mix fits the market itself. AI drug discovery sits between biotech, AI infrastructure, general venture, growth equity and pharmaceutical strategy, so different companies attract very different syndicates.
The recurring investor list exists, but it is nowhere near concentrated enough to say that a handful of funds control access to the market.
| Lead or co-lead investor | Deals | Combined size of rounds |
|---|---|---|
| Thrive Capital | 3 | $2.73B |
| NVentures | 3 | $181M |
| DCVC | 3 | $141M |
| ARCH Venture Partners | 2 | $1.021B |
| New Enterprise Associates | 2 | $173.8M |
| General Catalyst | 2 | $154.6M |
| Granite Asia | 2 | $145M |
| Value Partners Group | 2 | $123M |
| OpenAI | 2 | $73M |
| Radical Ventures | 2 | $66M |

In our AI in drug discovery market deck, we identify pain points entrepreneurs should prioritize
Do pharma and tech companies actually matter as AI drug discovery investors?
Strategic investors matter quite a lot in AI drug discovery, especially once rounds become larger and companies move closer to real drug-development work.
We found a disclosed strategic investor in 41 of 144 financings, or 28.5%.
The difference in round size is substantial. Financings with a strategic participant have a $33 million median, compared with $10.75 million when no strategic investor is disclosed.
NVentures appears in six financings as a strategic participant, Eli Lilly in four, and AstraZeneca and OpenAI in three each. Alphabet, GV, NVIDIA, Bristol Myers Squibb and Roivant also appear repeatedly.
There is an obvious business logic behind many of these names. Pharma companies get exposure to new discovery platforms and molecules. Compute companies have an interest in workloads that consume huge amounts of advanced infrastructure.
The NVIDIA-Lilly co-innovation lab makes that convergence unusually visible. The two companies announced up to $1 billion of joint investment over five years in people, infrastructure and compute for AI-enabled drug discovery.
Strategic backing still covers a minority of rounds, but it shows up disproportionately around the part of the market where AI starts touching expensive real-world drug development.
Is AI drug discovery money moving toward software tools or actual drug programs?
The biggest AI drug discovery checks increasingly go to companies that control more of the path from model to molecule and, in many cases, from molecule toward the clinic.
We can see the pattern in the category data. De Novo Design dominates capital, while Target Discovery generates plenty of activity on much smaller checks. Preclinical Prediction also remains heavily concentrated at Seed and Series A.
The company examples make the difference easier to understand. Isomorphic is funding an AI design engine and an internal therapeutic pipeline. Enveda has moved an AI-discovered molecule through clinical development. Earendil combines its computational platform with biologics programs. Iambic is advancing its own therapeutic assets while also working with pharmaceutical partners.
Chai sits slightly differently because its platform is becoming a product that large pharmaceutical companies can use directly. Its rapid funding progression suggests investors will also pay up for a technology layer when commercial adoption becomes convincing enough.
De Novo Design already takes more than three-quarters of the market's capital. The common thread among the biggest checks is increasing control over the actual creation and development of medicines.

This chart, featured in our AI in drug discovery market deck, shows revenue breakdown by region across Europe, Asia, North America, Africa, and South America in the AI in drug discovery market
What does the latest AI drug discovery activity say about where the market is heading now?
Recent AI drug discovery activity points toward a tighter connection between powerful models, wet-lab validation, pharma adoption and owned therapeutic programs.
Chai is one of the clearest current examples. After raising its $400 million Series C, the company continued to announce collaborations with major pharmaceutical groups. Aureka Biotechnologies also raised $100 million in 2026 to develop biological foundation models while expanding its Lab-in-the-Loop experimental system.
Iambic has followed a similar model-to-medicine path. After raising more than $100 million, it continued building its own clinical pipeline while adding pharmaceutical collaborations, including Bayer.
The broader strategic market is moving in the same direction. NVIDIA and Lilly are jointly investing in AI infrastructure and drug-discovery research, while drugmakers are increasingly testing external AI systems inside real R&D workflows.
Not every AI drug discovery company will become a fully integrated biotech. Still, the market's attention is clearly moving toward systems that can survive contact with experimental biology and deliver something useful beyond a model benchmark.
Can we really trust the $8.64 billion AI drug discovery funding total?
The AI drug discovery funding total is best read as a careful lower-bound estimate rather than an exact measure of cash received by companies.
Several transactions make fake precision especially risky.
Xaira Therapeutics launched with more than $1 billion of committed capital. That commitment should not automatically be interpreted as a billion dollars of cash arriving on day one.
Iambic's later financing was disclosed only as more than $100 million. Beijing Scitech-MQ was reported as more than RMB100 million, which we translate into a minimum dollar amount rather than pretending we know the exact figure.
Intelligent Medicine Original, also known as AIMEDORIG, disclosed only "tens of millions of RMB." We count the financing but leave it out of calculations that require a precise amount.
Extensions, additional closes, foreign-exchange conversions, multi-tranche financings and convertibles create similar issues. We assess those case by case instead of mechanically copying the largest number in a funding headline.
Dates can require the same care. Sortera Bio publicly announced its £7.5 million pre-seed in 2025, but the company explicitly says the financing closed in May 2024. We therefore place it in 2024 when analysing financing timing.
The aggregate capital figure is pulled heavily by large transactions. Reading it as at least $8.64 billion preserves the uncertainty that genuinely exists in the underlying deals.

This chart, featured in our AI in drug discovery market deck, shows annual venture capital investment in AI drug discovery startups
What should we actually take away from AI drug discovery funding today?
AI drug discovery funding today is a broad early-stage market sitting underneath a very small group of companies that can raise extraordinarily large amounts of money.
A typical financing still lives in the tens of millions rather than the hundreds of millions. Large rounds make the headline market look much richer than the experience of an ordinary startup.
Serious capital is clustering around companies that can connect computational capability with experimental biology, pharmaceutical adoption or their own drug pipeline. De Novo Design has benefited most from that shift.
The funding ladder also gets difficult fairly early. Seed and Series A activity is abundant; companies capable of sustaining B- and C-stage financing are much rarer.
Repeat fundraising is another useful dividing line. Most funded companies appear once during the period, while the smaller group that returns for more capital captures a disproportionate share of the money.
Strategic investors are now part of the market's fabric. Pharma companies, AI infrastructure providers and technology investors show up often enough, and in large enough rounds, that their involvement has become commercially meaningful.
The simplest way to understand this market is to stop treating every "AI drug discovery startup" as the same type of company. A young team raising $7 million to prove a model, a platform company selling discovery capability to pharma and a clinical-stage biotech spending hundreds of millions on drug programs may share the same label, but their capital needs and investor bases have already diverged dramatically.
OUR METHODOLOGY
This analysis tracks private-company equity fundraising in AI-enabled drug discovery from January 1, 2024 through September 21, 2026. The aim is to show what the fundraising market actually looks like in practice: how many companies are raising, how large a normal round is, where the capital is concentrated, and which parts of the market are pulling away from the rest.
We applied a deliberately strict market definition. AI-enabled drug discovery had to be the overwhelming core of the company's business at the time of financing. Borderline businesses were excluded rather than stretched to fit the category.
We included qualifying private-company equity financings announced or completed inside the research window and meeting the study's deal-size threshold. Debt, grants, loans, public offerings and transactions where a qualifying equity component could not be established were excluded. Convertible or mixed structures were reviewed individually.
Each financing was treated as a separate deal, while duplicate reports of the same round were consolidated. Extensions, additional closes and tranches were reviewed case by case to determine whether they represented new capital or another report of an already-counted financing.
Round amount, stage, investors, prior financing status, founding year, strategic participation and use of funds were recorded only when public evidence supported them. We did not infer a stage from deal size, assume a prominent participant was the lead investor, or turn vague disclosures such as "tens of millions" into false precision.
The $8.64 billion market total is therefore best read as a lower bound. Xaira Therapeutics, for example, launched with more than $1 billion of committed capital rather than a clean cash-at-close figure, while Iambic disclosed a later financing only as more than $100 million. Foreign-exchange conversions, additional closes and other non-standard structures were handled conservatively.
Timing was checked separately from announcement dates when needed. Sortera Bio is one example: the company announced its £7.5 million pre-seed publicly in 2025 but states that the financing closed in May 2024, so we place it in 2024 for timing analysis.
We searched company and investor announcements, regulatory and exchange records, reputable financial and industry media, established funding databases and other primary materials. Material financings were cross-checked across multiple sources where possible, and the dataset went through a separate completeness and quality-control pass for missed deals, duplicates, eligibility and unusual financing structures.
Key sources include Isomorphic Labs on its $2.1 billion Series B, Isomorphic Labs on its earlier $600 million financing, Xaira Therapeutics on its launch and $1 billion-plus backing, Earendil Labs on its $787 million financing, Enveda on its $150 million Series D, Chai Discovery's funding and partnership announcements, Aureka Biotechnologies on its $100 million Series B, Iambic on its financing of more than $100 million, NVIDIA and Lilly on their planned $1 billion co-innovation initiative, Sortera Bio on the timing of its pre-seed financing, Insilico Medicine on its operating and financial context, and Hong Kong Exchange records for Insilico Medicine.

In our AI in drug discovery market deck, we like to quantify things to make things easier to understand