Samaya AI
Samaya AI is an American artificial intelligence company that builds AI agents for financial research and analysis, used by Morgan Stanley and a number of hedge funds.[3] It was founded in 2022 by a group of AI researchers from Google Brain, Meta AI, Amazon Web Services and the Allen Institute for AI, and is led by co-founder and chief executive Maithra Raghu, a former Google Brain research scientist.[3][8] Its customers include Morgan Stanley, whose Institutional Securities Group uses the platform.[3][18] Samaya raised a $43.5 million Series A led by New Enterprise Associates in May 2025, and NVentures (NVIDIA's venture arm) and Databricks Ventures invested in February 2026.[3][14][15]
Samaya also publishes research. Its staff co-authored the 2023 long-context paper "Lost in the Middle", and in 2026 the company released FrontierFinance, an open benchmark of 220 expert-written investment research questions.[13][22] On 28 October 2026 it announced Samaya Sterling, a post-trained version of NVIDIA's Nemotron 3.5 Lightning (30 billion total parameters, 3 billion active). Samaya reports that Sterling scores 58.9% on FrontierFinance at $0.61 per question. On Samaya's leaderboard, the best frontier model, Claude Fable 5.1, scores 55.9% at $6.89.[1][24]
Overview
| Field | Value |
|---|---|
| Legal name | Samaya AI, Inc.[32] |
| Founded | 2022[3][7] |
| Headquarters | Mountain View, California (as reported by Pulse 2.0)[16] |
| Chief executive | Maithra Raghu (co-founder)[11] |
| Industry | AI for financial services |
| Funding | $43.5 million Series A (May 2025, led by NEA); undisclosed new investment from NVentures and Databricks Ventures (February 2026)[3][14] |
| Notable customer | Morgan Stanley (Institutional Securities Group)[3][18] |
| Products | Research platform (Q&A, research agents, alerts, live earnings), Agent Control Plane, MCP connector, query API[19][20][32] |
| Models | Samaya Sterling (October 2026), plus in-house retrieval and helper models[1] |
| Benchmark | FrontierFinance (2026)[22] |
| Website | samaya.ai |
History
Founding (2022)
Samaya says it was founded in 2022, "before ChatGPT", on the view that "expert intelligence emerges from specialization."[7] Fortune and TIME both describe the founders as researchers from Google Brain, Meta, Amazon and the Allen Institute for Artificial Intelligence.[3][8] Raghu told Fortune that she and her co-founders were watching generative AI develop inside those labs and saw clear uses in financial services, but believed that products specialized for one domain would beat general-purpose large language models.[3] TIME names Fabio Petroni as Raghu's co-founder.[8] Petroni worked as a research engineer and manager at FAIR, Meta AI in London from 2018 to 2022. His European Molecular Biology Laboratory (EMBL) profile lists him as a Samaya co-founder since 2022 and as an EMBL group leader since September 2025.[12]
Early research (2023-2024)
Three Samaya researchers (Ashwin Paranjape, Michele Bevilacqua and Fabio Petroni) co-authored "Lost in the Middle: How Language Models Use Long Contexts" with Nelson F. Liu, Kevin Lin, John Hewitt and Percy Liang. The paper lists their affiliation as Samaya AI, alongside Stanford University and UC Berkeley.[13] It was first posted to arXiv in July 2023 and accepted by Transactions of the Association for Computational Linguistics. It found that language models use information best when it sits at the beginning or end of a long input context and worse when it sits in the middle.[13] The finding is often discussed alongside long-context retrieval tests such as Needle in a Haystack. Later Samaya papers covered instruction-following retrieval (Promptriever, 2024) and long-horizon agentic search ("Lost in the Maze", 2025).[21][29][30]
Series A and Causal World Models (2025)
On 14 May 2025 Samaya announced $43.5 million in funding led by New Enterprise Associates (NEA). Fortune reported that the valuation was not disclosed, and FinTech Global noted that the announcement disclosed no earlier rounds.[3][4][5] Fortune named Eric Schmidt, Yann LeCun, Two Sigma co-founder David Siegel and Sixth Street vice chair Marty Chavez as participants.[3] NEA partner Tiffany Luck said Samaya fit NEA's thesis that AI tools must be built for specific industry verticals. NEA's announcement said Samaya was seeing 100% month-over-month growth in usage.[3][4] Samaya later described the round as its Series A.[7]
Samaya launched Causal World Models with the round. The agent had been in research preview. It builds a cause-and-effect graph of an economic question and reasons over that graph. In one example Samaya used it to model how the Trump administration's proposed tariffs would affect the U.S. economy.[3][6] Fortune also reported Raghu's description of the company's first research tool as a "lattice of experts" architecture. In it, many smaller language models each handle part of a research task and some models check the output of others.[3]
In August 2025, TIME named Raghu to its TIME100 AI 2025 list in the "Innovators" category.[8][9] Samaya introduced a Deep Research Agent in July 2025 and announced data partnerships with Crunchbase (June 2025) and the expert network Third Bridge (January 2026).[19][33]
Agent Control Plane and new investors (2026)
On 10 February 2026 Samaya launched the Agent Control Plane (ACP) and announced new investment from NVentures and Databricks Ventures. The amount was not disclosed.[14][15] Samaya describes ACP as an architecture for building personalized, long-horizon financial agents that are configured through natural-language instructions and remain auditable. Its components include an integrated planner, long-horizon executor and memory module, a reasoning module, and context-management and optimized-tools modules.[14] FinTech Global and Pulse 2.0 both reported the company's claim that it was in production with more than 10,000 professionals at one of the world's largest banks.[15][16] Samaya's announcement also cited internal evaluations with enterprise clients in which generic LLMs reached 53% accuracy on financial reasoning tasks against 98% for Samaya. The announcement does not describe how that evaluation was run.[14]
Later in 2026 Samaya added a PitchBook data integration (June), released FrontierFinance (July), and in September added filing and news alerts delivered through Model Context Protocol, a set of fifty prebuilt analyst workflows and a Daloopa integration.[19][23] Samaya Sterling followed on 28 October 2026.[1]
Leadership and team
Samaya's founding-team page lists four people as of 30 October 2026:[11]
| Name | Role | Previously |
|---|---|---|
| Maithra Raghu, PhD | Founder and CEO | Google Brain |
| Ashwin Paranjape, PhD | AI Lead | Stanford |
| Suharsh Sivakumar | Head of Engineering | Google Brain |
| Yuhao Zhang, PhD | AI Lead | AWS AI |
Raghu was a research scientist at Google Brain from 2015 to 2022, where she studied representations and learning in deep neural networks. She received her PhD in computer science (machine learning) from Cornell University, advised by Jon Kleinberg, and studied mathematics as an undergraduate at Trinity College, Cambridge.[10][9] Her academic papers include "Do Vision Transformers See Like Convolutional Neural Networks?" (NeurIPS 2021) and "Transfusion: Understanding Transfer Learning with Applications to Medical Imaging" (NeurIPS 2019), and she co-wrote a survey of deep learning for scientific discovery with Eric Schmidt.[10] TIME wrote that her Google Brain work focused on specialized AI tools for healthcare.[8]
Zhang is the first author and Paranjape the last author of the FrontierFinance paper.[22]
Funding and investors
Samaya's investor page also lists Reid Hoffman, Nat Friedman, Jim Breyer, Diane Greene, Christopher Manning, Jeff Dean, Mark Cuban, Ram Shriram and Jeff Hammerbacher, without dates or amounts.[17]
Products
Samaya sells a research platform for buy-side and sell-side professionals. Users can ask questions, delegate multi-step research to agents, and set alerts on filings, news and other sources. Answers carry citations that open the underlying passage.[19][20] The platform searches company filings, earnings transcripts, published research and a firm's own notes and data.[19] Samaya says it uses its own custom models, data index and retrieval engines.[23]
| Product or feature | Date | Description |
|---|---|---|
| Causal World Models | May 2025 (general launch) | Agent that models economy-wide cause and effect for scenario questions such as tariffs[3] |
| Deep Research Agent | July 2025 | Multi-step, source-attributed research on events and their wider effects[19] |
| Agent Control Plane | February 2026 | Architecture for personalized, auditable long-horizon agents[14] |
| Live Earnings Insights | 2026 | Earnings calendar, live transcripts and comparison of results against guidance[19] |
| MCP connector | Not dated | Brings Samaya search and Q&A into Claude, ChatGPT and other assistants, with "skills" such as earnings recap, model build and fact checker[20] |
| Query API | Not dated | Returns an HTML answer with numbered citations and a session identifier for follow-ups[32] |
| Fifty analyst workflows | September 2026 | Prebuilt recipes for recurring analyst tasks such as earnings preparation and coverage updates[19] |
Data integrations announced by Samaya include Crunchbase (private-market data, June 2025), Third Bridge (expert interviews, January 2026), PitchBook (June 2026), Finnhub (U.S. corporate bonds) and Daloopa (as-reported financials, September 2026). Several, such as PitchBook and Daloopa, depend on the customer's own subscription or provider access.[19][33]
Customers
The customer Samaya names publicly is Morgan Stanley. Katy Huberty, Morgan Stanley's global director of research, said the bank would partner with Samaya "across all divisions of our Institutional Securities Group" to draw insights from its research library and external sources.[3][18] Fortune also reported deployments at "a number of hedge funds" in May 2025.[3] In June 2025 Samaya said it had "thousands of users globally".[7]
Competitors
Fortune listed the startups Model ML, V7 Labs and Rogo as competitors in AI financial research, along with in-house efforts at JPMorgan and Bloomberg.[3]
Research
Samaya publishes papers and research blog posts on retrieval, agents and evaluation. Its research page lists 13 papers from 2023 to 2026, including:[21]
| Paper | Venue | Topic |
|---|---|---|
| Lost in the Middle: How Language Models Use Long Contexts | TACL (arXiv, July 2023) | Position effects in long-context use[13] |
| Promptriever: Instruction-Trained Retrievers Can Be Prompted Like Language Models | Preprint, 2024 | Retrieval models that follow natural-language relevance instructions[30] |
| Lost in the Maze: Overcoming Context Limitations in Long-Horizon Agentic Search | arXiv, October 2025 | Context management for long research trajectories[29] |
| OpaqueToolsBench: Learning Nuances of Tool Behavior Through Interaction | ACM CAIS 2026 | Agents learning tool behavior when documentation is incomplete[31] |
| FrontierFinance: A Challenging Benchmark for Measuring Frontier Intelligence of Finance Agents | arXiv, August 2026 | Open finance-agent benchmark[22] |
In an 8 October 2026 blog post, Samaya reported that recent frontier models running in its finance harness predicted company revenue one week before earnings with lower error than analyst consensus. The test covered 456 Q2 earnings releases and compared the models against both the raw consensus and a bias-corrected consensus.[28] This is company research and has not been peer reviewed.
FrontierFinance
FrontierFinance is an open benchmark for finance AI agents, created by Samaya's machine-learning team and released on 9 July 2026.[23] The technical report, posted to arXiv on 12 August 2026 (arXiv:2608.11683), is by Yuhao Zhang, O. Ozan Koyluoglu, Thejas Venkatesh, Richard Diehl Martinez, Vishank Bhatia, Arash Alidoust and Ashwin Paranjape.[22] The dataset is on Hugging Face under CC BY 4.0, behind a gate that asks users not to reshare it, to limit contamination. The grading code is on GitHub under the Apache 2.0 license.[25][26]
Design
The benchmark has 220 queries and 11,543 rubric items, an average of 52.5 per query. Every rubric is supported by publicly available data and tagged with a source category.[22][23] The queries cover six use cases across an investor's workflow:[24]
| Use case | Share of queries |
|---|---|
| Financial Data Extraction | 32% |
| Sector, Industry and Macro | 17% |
| Earnings and Events | 16% |
| Company Research | 15% |
| Coverage and Catalyst Monitoring | 12% |
| Screening and Discovery | 8% |
In-house finance experts drafted the queries, wrote rubrics under strict guidelines that Samaya iterates on, audited and pruned them, and rebalanced the set by use case, capability and difficulty. That process produced more than 4,500 annotated queries, from which the 220 public ones were drawn. Samaya keeps the rest for internal research and future dataset releases.[23] Samaya says SEC filings support only 39% of rubrics. The rest come from transcripts, investor presentations, market data and professional knowledge.[23]
The headline metric is the rubric qualification rate: the share of rubric items an answer satisfies, macro-averaged across queries. Each rubric judgment is a majority vote of three judge models (an LLM-as-a-judge setup).[23] To compare difficulty with older benchmarks such as FinanceBench, Vals AI's Finance Agent v2 and BigFinanceBench, Samaya pooled their examples and had an AI agent judge pairs by difficulty. It then fit Bradley-Terry scores, and by that measure FrontierFinance is harder on average.[23][24]
Systems are run in three kinds of harness: a model with its provider's built-in web search, the open-source Finance Agent v2 harness (six tools including the SEC EDGAR API, market prices, web search and a calculator), and Samaya's proprietary harness. Every harness connects only to public data.[23] Results depend heavily on the harness. The paper finds that "the tool harness, not the model alone, strongly shapes quality and efficiency".[22]
Results
At release, Samaya reported its in-house system at 50.8% and Claude Fable 5 at 49.2% as the best frontier model. The August technical report gave the in-house system 56.0%, and Kimi K3 at 46.4% as the best open-weight model.[23][22] Screening and Discovery and Sector, Industry and Macro were the hardest use cases. The paper reports that even the best systems reached only 33% and 39% on them.[22]
The top of Samaya's leaderboard as of 28 October 2026:[24]
| Rank | System | Harness | Score | Avg. cost per query | Avg. latency |
|---|---|---|---|---|---|
| 1 | Samaya Sterling | Samaya | 58.9% | $0.61 | 282 s |
| 2 | Legacy Samaya System (high effort) | Samaya | 56.0% | $1.81 | 278 s |
| 3 | Claude Fable 5.1 | Finance Agent v2 | 55.9% | $6.89 | 268 s |
| 4 | Muse Spark Open | Finance Agent v2 | 53.7% | $1.38 | 234 s |
| 5 | Legacy Samaya System | Samaya | 52.9% | $0.93 | 214 s |
| 6 | Muse Wonder 1.0 | Finance Agent v2 | 52.6% | $3.35 | 292 s |
| 7 | Claude Opus 5.5 | Finance Agent v2 | 50.9% | $1.87 | 148 s |
| 8 | Gemini 3.8 Flash | Finance Agent v2 | 50.0% | $1.21 | 247 s |
| 9 | Claude Fable 5 | Finance Agent v2 | 49.2% | $4.06 | 165 s |
| 10 | GPT 5.6 Sol | Finance Agent v2 | 46.8% | $3.03 | 171 s |
| 11 | Ling 3.0 Flash Fin | Finance Agent v2 | 46.6% | $0.05 | 318 s |
| 12 | Kimi K3 | Finance Agent v2 | 46.4% | $0.90 | 336 s |
The leaderboard notes say Sterling's cost covers the research model, tools and helper models. Other systems' costs count only the agentic model and exclude search API and data-index charges.[24] Samaya adapted the Finance Agent v2 harness with a 200-tool-call limit and a 300-second tool-call time limit, and ran every model with thinking on at its default reasoning level.[24]
At least one other model developer has reported results on the benchmark. StepFun listed FrontierFinance among its finance evaluations for Step 5 Preview in September 2026. It reported 66.4% for Step 5 Preview, 69.7% for Claude Opus 5 and 62.6% for Kimi K3.[27] Those numbers come from StepFun's own runs, not Samaya's leaderboard, where Kimi K3 scores 46.4% in the Finance Agent v2 harness. The two sets are not directly comparable.[24][27]
Samaya Sterling
Samaya Sterling is a financial research agent model that Samaya announced on 28 October 2026. Samaya describes it as "a post-trained model for state-of-the-art financial research".[1] The research post is credited to O. Ozan Koyluoglu, Richard Diehl Martinez, Thejas Venkatesh, Yuhao Zhang and Ashwin Paranjape.[1] Raghu wrote that Sterling "started off as a two person research effort to see if we could increase efficiency in agentic orchestration".[2] On the benchmark site, Samaya calls Sterling its new system and its earlier agent the "Legacy Samaya System".[24] All Sterling figures below are Samaya's own measurements on its own benchmark and have not been independently reproduced.
Base model and harness
Sterling starts from NVIDIA's Nemotron 3.5 Lightning, an open-weights 30B-parameter mixture-of-experts model with about 3 billion parameters active per token, with reasoning ("thinking") enabled.[1] Samaya trained it with LoRA adapters on Tinker, the fine-tuning API from Thinking Machines Lab.[1]
The model runs inside an adapted version of Samaya's production harness, which has dozens of finance-specific tools, including data tools backed by in-house retrieval models.[1] To fit a small model, Samaya removed detailed guidance from the system prompt and tool descriptions on the grounds that the model could learn it in training, and merged tools to shorten the prompt. The trained agent calls 37 tools.[1] Two helper models manage context: a condenser shortens long tool results, and a compactor summarizes the trace as it grows. A research budget caps how long the agent works, after which a separate report writer produces the cited final answer from the evidence gathered.[1] Samaya says the model and harness were "co-adapted" through training. Small harness changes moved scores in either direction, so it trains and evaluates in the harness it serves.[1][2] The condenser, compactor and research budget are forms of context engineering, and Samaya tuned them together with the model during post-training.
Training questions came from an internal dataset written and graded by finance professionals using the FrontierFinance process. Samaya says FrontierFinance was strictly held out: no benchmark question was used in training, and checkpoints were selected on a separate pool of 100 internal validation questions.[1]
Training
Training ran in four stages, two of supervised fine-tuning (SFT) and two of reinforcement learning with GRPO (group relative policy optimization):[1]
| Stage | Method | Data | FrontierFinance score after stage |
|---|---|---|---|
| Base | Nemotron 3.5 Lightning, no training | n/a | 42.5% |
| 1 | SFT on synthetic research traces | 968 synthetic analyst questions; Kimi K3 answered each twice with Samaya's tools and an LLM judge picked the better answer | 51.4% |
| 2 | SFT on the best of eight strategies | Kimi K3 prompted with eight research strategies on 1,819 expert-written questions; best-graded answer per question kept; 1,157 questions after filtering, 5 epochs, epoch-3 checkpoint chosen | 54.8% |
| 3 | Offline GRPO | All eight teacher answers per question, scored by share of essential rubric items satisfied; 132 steps of 8 questions x 8 answers | 57.5% |
| 4 | Online GRPO | The model's own attempts, eight per question, graded against all rubric items; 26 steps of 16 questions x 8 attempts | 58.9% |
In stage 2, the post reports that the best of the eight strategy answers met 80% of essential rubric items on average, against about 66% for the single best strategy.[1] Stage 3 used the existing teacher traces as GRPO groups, so the model learned from the contrast between strong and weak strategies without generating new samples. The post compares this to Direct Preference Optimization and notes that it makes each step cheap.[1] Stage 4 trained on questions where teacher scores varied. In the last four steps it also used questions where the agent most often ran out of research budget. Samaya applied truncated importance sampling to correct for the mismatch between sampling and training models, which it calls a known issue for mixture-of-experts models.[1]
The two imitation stages added 12.3 percentage points and the two RL stages 4.1 more. The median number of tool calls per question rose from 3 for the base model to 17.[1] On the hardest third of FrontierFinance, the score went from 31.8% to 45.2%, a 13.4-point gain. Samaya reports that hard questions improved most in the stages whose training pools contained more of them: synthetic SFT (384 of 968 questions hard) and online GRPO (30% hard after sampling).[1]
Reported results
| Configuration | FrontierFinance score | Cost per question | Latency |
|---|---|---|---|
| Samaya Sterling | 58.9% | $0.61 | 282 s |
| Samaya Sterling, high-effort mode | 60.6% (mean of two runs) | $1.83 | 372 s |
| Sterling with progressive-curriculum online RL (variant) | 59.6% | $0.76 | n/a |
| Claude Fable 5.1, Finance Agent v2 harness | 55.9% | $6.89 | 268 s |
| Legacy Samaya System, high effort | 56.0% | $1.81 | 278 s |
Samaya's headline claim is that Sterling scores 3.0 points above Claude Fable 5.1 at roughly 11 times lower cost per question ($0.61 against $6.89).[1][2] The comparison crosses harnesses: Sterling runs in Samaya's proprietary harness with its in-house retrieval, while Fable 5.1 was measured in the open-source Finance Agent v2 harness.[24] Samaya says the research model itself accounts for $0.04 of Sterling's $0.61 per question, with the rest going to tool calls and the helper models. Frontier closed models doing the same research in the same Samaya harness cost $0.56 to $0.95 per question, but the post does not give their scores in that harness.[1]
The post also reports a reward-shaping experiment. Samaya added a term to the online GRPO reward based on research-context length, zero up to 80,000 tokens and growing to 0.3 at 240,000 tokens. Used as a penalty, at step 20 it cut cost by 30% for 1.1 points less quality. Used as a bonus, it raised quality by 0.9 points for 115% more cost. Samaya presents this as a training-time control over the quality and cost trade-off.[1]
Planned work
Samaya says it is exploring swarms of small agents running diverse research strategies, firm-specific models that encode a client's data, tools and past decisions, and post-training a larger model, where it reports early results showing greater gains.[1][2]
Continue reading
- GRPOGroup Relative Policy Optimization (GRPO) is a reinforcement learning algorithm for fine-tuning large language models that eliminates the separate critic (value) network used by PPOMentioned 6 times above
- Nemotron 3.5 LightningNVIDIA Nemotron 3.5 Lightning is an open-weights 30 billion parameter mixture-of-experts language model with 3 billion active parameters per token, released by NVIDIA on August 11Mentioned 3 times above
- Deep ResearchDeep Research is a category of AI agent products that perform multi-step web research to produce comprehensive, citation-backed analytical reportsMentioned twice above
- FinanceBenchFinanceBench is an AI benchmark for open-book financial question answering, designed to test whether large language models can answer the kinds of questions a financial analyst asks about a publicly traded…Listed in See also
- RogoRogo is a New York City based artificial intelligence company that builds an agentic AI platform purpose-built for the financial services industry.Listed in See also
- AI in financeAI in finance is the use of artificial intelligence and machine learning across financial services to automate decisions and analyze data at scale.Listed in See also
More from See also
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References
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