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Agentic 10-K

Iambic Therapeutics, Inc.

AI agent disclosures in SEC filings, deployment confirmed

As of 2026-10-08, Iambic Therapeutics, Inc. disclosed AI-agent language in 2 SEC filings since 2026-09-21, including 4 excerpts describing its own deployment of AI agents (source: Agentic 10-K, from SEC EDGAR).

Market cap
—
First seen
2026-09-21
Latest filing
2026-10-08

Matching filings by quarter

012Q1 '25Q2Q3Q4Q1 '26Q21Q31Q4*
Filings* Quarter in progress

What the filings cover

Functions named

Healthcare & clinical

Vendors and products named

None named

Source

2 filings since 2025-01-01. All EDGAR filings (opens in a new tab)

Stage and function are keyword-rule labels, not the company’s words.

In its own words

Sentences copied from the filings, whitespace normalised.

“All three elements operate together as a closed-loop DMT framework, in which our team uses AI predictions and AI agents to guide wet-lab experiments, with resulting data continuously fed back to retrain our models.”

S-1Filed 2026-10-08Confirmed deploymentSource on sec.gov (opens in a new tab)Filing index (opens in a new tab)

“6 million as we invested in our platform to support internal and partnership discovery efforts by training new versions of our AI models and further developing our agentic laboratory automation capabilities.”

S-1Filed 2026-10-08Source on sec.gov (opens in a new tab)Filing index (opens in a new tab)

“8 million as we invested in our platform to support internal and partnership discovery efforts by training new versions of our AI models and further developing our agentic laboratory automation capabilities.”

S-1Filed 2026-10-08Source on sec.gov (opens in a new tab)Filing index (opens in a new tab)

All matching filings

S-1 filed 2026-10-08 Filing index (opens in a new tab)

S-1, S-1/AFiled 2026-10-08

Iambic uses AI predictions and AI agents in closed-loop framework to guide wet-lab experiments.

“These three elements can work independently, but complement one another rather than act as substitutes: each performs a distinct function, and we use them together in our discovery programs. All three elements operate together as a closed-loop DMT framework, in which our team uses AI predictions and AI agents to guide wet-lab experiments, with resulting data continuously fed back to retrain our models. Within each cycle, the output of one element can inform the others, and one element may use data generated by another. As an example, a therapeutic molecule generally must attach to a specific biological target, often a disease-associated protein, to have a therapeutic effect. NeuralPLexer is used to predict structures and protein-ligand affinities, meaning how a molecule would fit and bind that target, and to enable generation of hypotheses. Its predicted structures and binding characteristics may inform which molecules Enchant evaluates for preclinical and clinical properties. Enchant's predictions may in turn guide which molecules our robotic workflows synthesize and test; and the resulting laboratory data are then used to fine-tune both Enchant and NeuralPLexer for the next cycle. We use the platform both to advance our pipeline of wholly owned drug candidates and to power collaborations with technology, biotechnology, and pharmaceutical development partners.”

S-1, S-1/AFiled 2026-10-08

Iambic increased cloud spend to develop agentic laboratory automation capabilities.

“Research and development costs related to discovery and platform programs were $19.1 million for the six months ended June 30, 2026, compared to $11.0 million for the six months ended June 30, 2025. This $8.1 million increase was primarily due to external costs related to the advancement of our preclinical pipeline, namely our IAM217 and IAM-C1 programs, and programs with our collaboration partners, Lundbeck, RevMed, and Takeda. In addition, cloud compute and storage spend increased by $2.6 million as we invested in our platform to support internal and partnership discovery efforts by training new versions of our AI models and further developing our agentic laboratory automation capabilities.”

S-1, S-1/AFiled 2026-10-08

Iambic increased cloud spend to develop agentic laboratory automation capabilities.

“Research and development costs related to discovery and platform programs were $25.2 million for the year ended December 31, 2025, compared to $13.8 million for the year ended December 31, 2024. This $11.3 million increase was primarily due to external costs related to the advancement of our preclinical pipeline, namely our IAM217 and IAM-C1 programs, and programs with our collaboration partners, Lundbeck and RevMed. In addition, cloud compute and storage spend increased by $3.8 million as we invested in our platform to support internal and partnership discovery efforts by training new versions of our AI models and further developing our agentic laboratory automation capabilities.”

S-1, S-1/AFiled 2026-10-08

Iambic uses AI predictions and AI agents in a closed-loop DMT framework to guide wet-lab experiments in its discovery programs.

“These three elements can work independently, but complement one another rather than act as substitutes: each performs a distinct function, and we use them together in our discovery programs. All three elements operate together as a closed-loop DMT framework, in which our team uses AI predictions and AI agents to guide wet-lab experiments, with resulting data continuously fed back to retrain our models. Within each cycle, the output of one element can inform the others, and one element may use data generated by another. As an example, a therapeutic molecule generally must attach to a specific biological target, often a disease-associated protein, to have a therapeutic effect. NeuralPLexer is used to predict structures and protein-ligand affinities, meaning how a molecule would fit and bind that target, and to enable generation of hypotheses. Its predicted structures and binding characteristics may inform which molecules Enchant evaluates for preclinical and clinical properties. Enchant's predictions may in turn guide which molecules our robotic workflows synthesize and test; and the resulting laboratory data are then used to fine-tune both Enchant and NeuralPLexer for the next cycle. We believe this integrated platform is our core competitive differentiation: rather than applying machine learning as an”

S-1 filed 2026-09-21 Filing index (opens in a new tab)

S-1Filed 2026-09-21

Iambic uses AI predictions and AI agents in closed-loop framework to guide wet-lab experiments for drug discovery.

“These three elements can work independently, but complement one another rather than act as substitutes: each performs a distinct function, and we use them together in our discovery programs. All three elements operate together as a closed-loop DMT framework, in which our team uses AI predictions and AI agents to guide wet-lab experiments, with resulting data continuously fed back to retrain our models. Within each cycle, the output of one element can inform the others, and one element may use data generated by another. As an example, a therapeutic molecule generally must attach to a specific biological target, often a disease-associated protein, to have a therapeutic effect. NeuralPLexer is used to predict structures and protein-ligand affinities, meaning how a molecule would fit and bind that target, and to enable generation of hypotheses. Its predicted structures and binding characteristics may inform which molecules Enchant evaluates for preclinical and clinical properties. Enchant's predictions may in turn guide which molecules our robotic workflows synthesize and test; and the resulting laboratory data are then used to fine-tune both Enchant and NeuralPLexer for the next cycle. We use the platform both to advance our pipeline of wholly owned drug candidates and to power collaborations with technology, biotechnology, and pharmaceutical development partners.”

S-1Filed 2026-09-21

Iambic R&D costs rose due to preclinical programs and cloud spend on AI models and agentic lab automation.

“Research and development costs related to discovery and platform programs were $19.1 million for the six months ended June 30, 2026, compared to $11.0 million for the six months ended June 30, 2025. This $8.1 million increase was primarily due to external costs related to the advancement of our preclinical pipeline, namely our IAM217 and IAM-C1 programs, and programs with our collaboration partners, Lundbeck, RevMed, and Takeda. In addition, cloud compute and storage spend increased by $2.6 million as we invested in our platform to support internal and partnership discovery efforts by training new versions of our AI models and further developing our agentic laboratory automation capabilities.”

S-1Filed 2026-09-21

Iambic R&D costs rose due to preclinical programs and cloud spend on AI models and agentic lab automation.

“Research and development costs related to discovery and platform programs were $25.2 million for the year ended December 31, 2025, compared to $13.8 million for the year ended December 31, 2024. This $11.3 million increase was primarily due to external costs related to the advancement of our preclinical pipeline, namely our IAM217 and IAM-C1 programs, and programs with our collaboration partners, Lundbeck and RevMed. In addition, cloud compute and storage spend increased by $3.8 million as we invested in our platform to support internal and partnership discovery efforts by training new versions of our AI models and further developing our agentic laboratory automation capabilities.”

S-1Filed 2026-09-21

Iambic uses AI predictions and AI agents in closed-loop framework to guide wet-lab experiments for drug discovery.

“These three elements can work independently, but complement one another rather than act as substitutes: each performs a distinct function, and we use them together in our discovery programs. All three elements operate together as a closed-loop DMT framework, in which our team uses AI predictions and AI agents to guide wet-lab experiments, with resulting data continuously fed back to retrain our models. Within each cycle, the output of one element can inform the others, and one element may use data generated by another. As an example, a therapeutic molecule generally must attach to a specific biological target, often a disease-associated protein, to have a therapeutic effect. NeuralPLexer is used to predict structures and protein-ligand affinities, meaning how a molecule would fit and bind that target, and to enable generation of hypotheses. Its predicted structures and binding characteristics may inform which molecules Enchant evaluates for preclinical and clinical properties. Enchant's predictions may in turn guide which molecules our robotic workflows synthesize and test; and the resulting laboratory data are then used to fine-tune both Enchant and NeuralPLexer for the next cycle. We believe this integrated platform is our core competitive differentiation: rather than applying machine learning as an adju nct to traditional discovery, we have architected our molecular superintelligence platform so that AI guides experimentation and experimental data improves AI in every cycl”