News
Chemistry-Native AI Secures $55M: Albert Accelerates R&D Innovation
FundingOctober 26, 2026, 9:33 pm
Albert, a leader in chemistry-native AI, raised $55 million in Series B funding, spearheaded by TCV. This investment fuels its Albert OS platform, designed to transform R&D in chemical and materials science. The core Valence model boasts 45x higher accuracy for scientific inquiries compared to general AI. Albert OS streamlines product development, optimizes experiments, and enhances data analysis. Its rapid global adoption by major industry players underscores its critical role in accelerating innovation and scientific discovery. The platform offers specialized AI, enterprise security, and robust governance, ensuring secure and efficient R&D workflows for complex industrial needs.
Albert secures significant capital. The chemistry-native AI firm raised $55 million in Series B funding. This investment propels its specialized platform. TCV led the funding round. New investors joined the effort. Delta-v Capital, Socium Ventures, HighSage Ventures, Coral Capital, and Legion VC participated. Existing backers reaffirmed their commitment. Coatue, J.P. Morgan Growth Equity Partners, Index Ventures, and Applied Ventures also invested. This substantial backing accelerates Albert's mission. It aims to revolutionize R&D in chemicals and materials.
Albert is based in Oakland, California. The company focuses on a critical niche. It builds artificial intelligence specifically for chemistry. Its approach is unique. General-purpose AI often struggles with scientific complexity. Albert's systems understand chemical nuances. This specialized knowledge drives faster discovery. It aims to shorten product development cycles significantly.
The company's flagship product is Albert OS. This operating system is purpose-built. It serves chemistry and materials science R&D. The platform integrates highly specialized AI. It also prioritizes enterprise-grade security. Governance features are robust. Zero data retention protects sensitive information. Fine-grained access controls manage user permissions. Reasoning audit trails provide transparency. This comprehensive approach ensures data integrity and trust.
Central to Albert's intelligence is its Valence model. This chemistry-native model delivers superior performance. Company research highlights its accuracy. Valence is 45 times more accurate than general-purpose AI models. It retrieves correct answers to scientific queries. This precision comes from its training. The model distinguishes chemical composition. It understands molecular function. It processes text with scientific context. This capability mimics a seasoned chemist's expertise. Small variations in chemistry often have major effects. Valence comprehends these distinctions. The FormBench benchmark measures this accuracy. This benchmark sets new standards for formulation chemistry AI.
Albert OS also features Ask Albert. This product empowers scientists. They interact with research information. Natural language queries drive insights. Ask Albert orchestrates various tools. It manages models and intelligent agents. This streamlines complex scientific work. Applications are diverse. It surfaces institutional knowledge. It proposes new formulation candidates. It designs optimized experiments. It conducts sophisticated data analysis. These tools reduce common research bottlenecks. They improve critical decision-making.
Industry leaders already leverage Albert's platform. Major companies trust its capabilities. AkzoNobel, Avient, BASF, Chemours, Clorox, Henkel, Kenvue, and Nouryon are customers. Their R&D teams benefit daily. The platform connects disparate scientific data. It integrates AI tools and research systems. This creates a unified, secure environment. Valuable experimental knowledge becomes easily discoverable. Reuse of prior work accelerates progress.
Albert reports impressive growth metrics. Platform adoption soared over the past year. Project creation increased 26-fold year over year. The number of scientists grew sixfold. They span across 44 countries. Workflow creation jumped fourfold. More R&D processes now run on Albert OS. Ask Albert evolved rapidly. In six months, it transformed. From an AI search assistant, it became a full R&D partner. This swift evolution reflects customer value.
The funding supports Albert's strategic vision. It enables customers to build a "world model" of their unique science. This model grounds in real experimental data. R&D in chemistry often relies on outdated methods. Spreadsheets and institutional memory dominate. Albert digitizes decades of lab data. It transforms this data into faster discovery. This represents the future of vertical AI.
Albert helps organizations with complex research needs. It addresses evolving regulations. It navigates disrupted supply chains. The platform connects information across diverse research systems. This enhances data accessibility. It boosts overall R&D efficiency. The investment extends these capabilities. It ensures even faster product development cycles. This accelerates innovation across critical industries.
The company's strength lies in its foundation. Enterprise AI for chemistry demands specialization. It must be built from the ontology up. Language, data, workflows, and decisions are unique. Albert's team understands this reality deeply. Their chemical industry background informs development. They pair scientific ontology with chemistry-native AI. Each customer receives tailored solutions. This bespoke approach delivers unmatched value.
Albert’s impact is clear. It brings scientific knowledge, AI tools, and regulatory controls together. This unified environment drives efficiency. It helps R&D teams avoid repeating costly experiments. It fosters a culture of continuous innovation. The new capital ensures further advancements. Albert will continue to redefine scientific discovery. Its chemistry-native AI leads the way. It empowers scientists globally.
Albert secures significant capital. The chemistry-native AI firm raised $55 million in Series B funding. This investment propels its specialized platform. TCV led the funding round. New investors joined the effort. Delta-v Capital, Socium Ventures, HighSage Ventures, Coral Capital, and Legion VC participated. Existing backers reaffirmed their commitment. Coatue, J.P. Morgan Growth Equity Partners, Index Ventures, and Applied Ventures also invested. This substantial backing accelerates Albert's mission. It aims to revolutionize R&D in chemicals and materials.
Albert is based in Oakland, California. The company focuses on a critical niche. It builds artificial intelligence specifically for chemistry. Its approach is unique. General-purpose AI often struggles with scientific complexity. Albert's systems understand chemical nuances. This specialized knowledge drives faster discovery. It aims to shorten product development cycles significantly.
The company's flagship product is Albert OS. This operating system is purpose-built. It serves chemistry and materials science R&D. The platform integrates highly specialized AI. It also prioritizes enterprise-grade security. Governance features are robust. Zero data retention protects sensitive information. Fine-grained access controls manage user permissions. Reasoning audit trails provide transparency. This comprehensive approach ensures data integrity and trust.
Central to Albert's intelligence is its Valence model. This chemistry-native model delivers superior performance. Company research highlights its accuracy. Valence is 45 times more accurate than general-purpose AI models. It retrieves correct answers to scientific queries. This precision comes from its training. The model distinguishes chemical composition. It understands molecular function. It processes text with scientific context. This capability mimics a seasoned chemist's expertise. Small variations in chemistry often have major effects. Valence comprehends these distinctions. The FormBench benchmark measures this accuracy. This benchmark sets new standards for formulation chemistry AI.
Albert OS also features Ask Albert. This product empowers scientists. They interact with research information. Natural language queries drive insights. Ask Albert orchestrates various tools. It manages models and intelligent agents. This streamlines complex scientific work. Applications are diverse. It surfaces institutional knowledge. It proposes new formulation candidates. It designs optimized experiments. It conducts sophisticated data analysis. These tools reduce common research bottlenecks. They improve critical decision-making.
Industry leaders already leverage Albert's platform. Major companies trust its capabilities. AkzoNobel, Avient, BASF, Chemours, Clorox, Henkel, Kenvue, and Nouryon are customers. Their R&D teams benefit daily. The platform connects disparate scientific data. It integrates AI tools and research systems. This creates a unified, secure environment. Valuable experimental knowledge becomes easily discoverable. Reuse of prior work accelerates progress.
Albert reports impressive growth metrics. Platform adoption soared over the past year. Project creation increased 26-fold year over year. The number of scientists grew sixfold. They span across 44 countries. Workflow creation jumped fourfold. More R&D processes now run on Albert OS. Ask Albert evolved rapidly. In six months, it transformed. From an AI search assistant, it became a full R&D partner. This swift evolution reflects customer value.
The funding supports Albert's strategic vision. It enables customers to build a "world model" of their unique science. This model grounds in real experimental data. R&D in chemistry often relies on outdated methods. Spreadsheets and institutional memory dominate. Albert digitizes decades of lab data. It transforms this data into faster discovery. This represents the future of vertical AI.
Albert helps organizations with complex research needs. It addresses evolving regulations. It navigates disrupted supply chains. The platform connects information across diverse research systems. This enhances data accessibility. It boosts overall R&D efficiency. The investment extends these capabilities. It ensures even faster product development cycles. This accelerates innovation across critical industries.
The company's strength lies in its foundation. Enterprise AI for chemistry demands specialization. It must be built from the ontology up. Language, data, workflows, and decisions are unique. Albert's team understands this reality deeply. Their chemical industry background informs development. They pair scientific ontology with chemistry-native AI. Each customer receives tailored solutions. This bespoke approach delivers unmatched value.
Albert’s impact is clear. It brings scientific knowledge, AI tools, and regulatory controls together. This unified environment drives efficiency. It helps R&D teams avoid repeating costly experiments. It fosters a culture of continuous innovation. The new capital ensures further advancements. Albert will continue to redefine scientific discovery. Its chemistry-native AI leads the way. It empowers scientists globally.