Steven Hao | $1B+
Get in touch with Steven Hao | Steven Hao, cofounder and CTO of Cognition, helped build the AI coding startup behind Devin, an AI software engineer. A former Scale AI engineer and MIT mathematics graduate, he is part of Cognition’s competitive-programming-heavy founding team alongside Scott Wu and Walden Yan. The company raised $400 million in 2025 at a reported $10.2 billion valuation, making Hao one of the new billionaires created by the AI coding boom.
Cognition AI, Inc., operating as Cognition, is an American artificial intelligence company founded in late 2023 by Scott Wu, Steven Hao, and Walden Yan, and headquartered in San Francisco, California.[1][2] Specializing in applied AI for software engineering, it develops autonomous agents designed to handle end-to-end development tasks, with its flagship product Devin positioned as the first AI software engineer capable of independently planning, coding, debugging, testing, and deploying complex software projects from natural language specifications.[3][4]The company's founders, all former competitive programmers with international olympiad achievements, established Cognition to address inefficiencies in software development by creating collaborative AI teammates that augment human engineers rather than replace them entirely.[2] Devin, introduced in March 2024, demonstrated superior performance on benchmarks like SWE-bench, resolving over 13% of real-world GitHub issues end-to-end—a metric where prior AI systems scored below 2%—by leveraging tools such as code editors, browsers, and shell access within a sandboxed environment.[3] This capability extends to tasks like fine-tuning large language models and building full applications, marking a shift toward practical, agentic AI systems beyond mere code generation.[3]Cognition has experienced explosive growth, securing substantial venture funding that propelled its valuation to $10.2 billion as of September 2025, including a $400 million round.[5][6] While praised for advancing AI's role in engineering productivity, the firm's ambitious claims about Devin's autonomy have sparked debate on the verifiability of benchmark results and the timeline for widespread adoption, with some industry observers questioning whether such agents truly scale to enterprise-level complexity without human oversight.[3] The company continues to iterate on Devin, incorporating enterprise features like parallel cloud agents and integrations for team-based workflows.[4]
Founding and Early History
Founders and Background
Cognition was founded on November 1, 2023, by Scott Wu, Steven Hao, and Walden Yan, who collectively possess strong backgrounds in competitive programming and software engineering.[2]Scott Wu serves as CEO and is a Harvard graduate with three gold medals from the International Olympiad in Informatics (IOI), along with victories as the 2011 Mathcounts national champion and third place in Google Code Jam 2021; he previously co-founded and led as CTO of Lunchclub, an AI-powered networking platform, from 2017 to 2022.[2] Steven Hao, the CTO, studied computer science and mathematics at MIT from 2014 to 2018, earned an IOI gold medal in 2014 (placing sixth globally), and advanced to a senior engineering role at Scale AI starting in 2018 after internships at D.E. Shaw and Dropbox.[2] Walden Yan, the CPO, dropped out of Harvard in 2023 after securing an IOI gold medal in 2020 (19th place); his prior experience includes early engineering at Anysphere on the Cursor project in mid-2023, co-founding the web3 security startup DeepReason from 2022 to 2023, and serving as managing partner of the media consultancy Inverted, which was acquired in 2021.[2]The founders, linked through IOI participation and institutions like Harvard and MIT, initially explored cryptocurrency ventures before pivoting to generative AI in late 2022 amid advancements like ChatGPT; they sought to apply competitive programming's algorithmic rigor to build autonomous AI agents capable of complex software engineering tasks.[2] This expertise in problem-solving under constraints informed Cognition's early focus on AI systems that could handle real-world coding challenges autonomously.[2]
Initial Development and Launch of Devin
Cognition Labs, the developer of Devin, was founded in November 2023 by Scott Wu, Steven Hao, and Walden Yan, all of whom had previously earned gold medals as competitive programmers in the International Olympiad in Informatics.[2] [7] The founders' expertise in algorithmic problem-solving informed the initial focus on building AI systems capable of autonomous reasoning and execution, with Devin emerging as the flagship product from this effort.[2]Development of Devin occurred in stealth mode over the subsequent months, emphasizing breakthroughs in long-term planning, multi-step decision-making, and tool integration to enable end-to-end software engineering workflows.[3] The system was trained to handle tasks requiring thousands of sequential decisions, such as debugging codebases, deploying applications, and iterating on fixes without human intervention, drawing on proprietary advances in agentic AI architectures.[8] This rapid prototyping phase, spanning roughly four months from founding to demonstration readiness, leveraged the founders' programming acumen to prioritize empirical benchmarks over speculative features.[2]Devin was publicly launched on March 12, 2024, via an announcement on Cognition's official blog, positioning it as the first AI capable of independently resolving real-world GitHub issues at scale.[3] Early evaluations highlighted its performance on the SWE-bench dataset, where it resolved 13.86% of issues autonomously—outperforming baselines like GPT-4 by a significant margin without external assistance.[8] The launch included live demonstrations of Devin building and deploying web applications from natural language prompts, underscoring its shift from code generation to full-cycle engineering autonomy.[3] Access was initially limited to a waitlist for select users, reflecting Cognition's strategy to refine the tool based on controlled feedback amid high demand.[8]
Products and Technology
Devin AI Capabilities
Devin AI, developed by Cognition Labs, functions as an autonomous agent designed to perform end-to-end software engineering tasks, including planning, coding, debugging, testing, and deployment within a sandboxed environment.[3] It operates by reasoning step-by-step, leveraging tools such as a code editor, shell, and browser to interact with codebases, similar to a human engineer.[9] Launched on March 12, 2024, Devin demonstrated capabilities in resolving real-world GitHub issues, such as debugging and fixing bugs in open-source repositories without direct human intervention.[3]Core features enable Devin to handle complex workflows autonomously. It can learn and adapt to unfamiliar technologies by searching documentation, experimenting iteratively, and applying acquired knowledge to tasks like fine-tuning large language models from GitHub repositories.[3] For instance, Devin constructs full applications from natural language prompts, such as building a mobile app with frontend, backend, and database integration, then deploying it to production environments.[3] It supports refactoring code, addressing small bugs, and responding to user requests proactively, reducing manual oversight in routine engineering activities.[9]Advanced functionalities include multi-agent collaboration for parallel task execution, allowing teams to scale engineering efforts across cloud instances.[4] Devin integrates with version control systems to clone repositories, make commits, and create pull requests, while its browser tool facilitates testing web applications and verifying outputs.[3] In evaluations, it has autonomously orchestrated CI/CD pipelines and handled dependency management, though performance varies with task complexity and codebase familiarity.[9] These capabilities position Devin as a collaborative tool for accelerating development cycles, particularly in prototyping and maintenance phases.[3]
Technical Architecture and Innovations
Devin's core architecture centers on a single-agent system optimized for end-to-end autonomy in software engineering, prioritizing reliability over distributed multi-agent designs. This approach maintains a continuous, shared context across all operations, avoiding the fragmentation and coordination failures common in multi-agent setups, where subagents often misalign due to incomplete context passing or conflicting implicit decisions in actions.[10] Instead, Devin operates as a linear, single-threaded agent capable of handling tasks sequentially while dynamically decomposing complex problems through iterative reasoning loops. For extended workflows exceeding standard context limits, it employs a specialized fine-tuned LLM to compress historical traces—retaining only critical events, decisions, and outcomes—thus enabling sustained performance over hours or days without losing coherence.[10]Key innovations lie in Devin's long-term reasoning and planning capabilities, which allow it to autonomously break down high-level tasks into thousands of granular steps, including code generation, debugging, testing, and deployment. This is facilitated by tight integration with external tools: an embedded code editor for direct codebase manipulation, a Unix shell for executing commands and running tests, and a browser for accessing documentation or external resources. Unlike prompt-based code assistants, Devin simulates a full development environment, iterating on failures through self-reflection and adaptive planning, as demonstrated in resolving real-world GitHub issues from the SWE-bench dataset. In March 2024 evaluations, it resolved 13.86% of issues end-to-end, surpassing prior benchmarks that relied on partial automation or human intervention.[3]Cognition's training innovations focus on a custom stack emphasizing agentic behaviors, including reinforcement from human feedback and synthetic data generation tailored to software engineering trajectories. This enables Devin to exhibit causal understanding of codebases, predicting ripple effects of changes across dependencies, rather than mere pattern matching. While foundational large language models provide the base, proprietary fine-tuning enhances reliability in ambiguous, multi-step scenarios, reducing hallucinations in planning by grounding outputs in verifiable tool interactions and empirical outcomes.[3] These elements collectively address limitations in prior AI coding tools, achieving measurable gains in task completion without relying on orchestrated ensembles of specialized agents.[10]
Acquisitions and Product Expansions
In July 2025, Cognition Labs acquired Windsurf, an AI-powered agentic integrated development environment (IDE), including its intellectual property, product, trademark, and brand.[11] This move followed Google's recruitment of Windsurf's CEO, co-founder, and key research leads, allowing Cognition to opportunistically secure the startup's enterprise-focused assets amid competitive bidding.[12] The acquisition more than doubled Cognition's annual recurring revenue (ARR) and enabled the integration of Windsurf's capabilities with Devin, forming a comprehensive suite for AI-assisted coding that spans autonomous engineering agents and interactive development tools.[5]Post-acquisition, Cognition expanded its product offerings by combining Devin with Windsurf's IDE, targeting enterprise users with enhanced agentic workflows for code generation, debugging, and deployment.[13] Devin itself saw iterative expansions, including the release of Devin 1.2 with improved repository-context reasoning and voice message integration for developer interactions.[14] Subsequent updates in February 2025 boosted Devin's speed to approximately twice that of prior versions, reducing average task completion time to 7.8 minutes for junior-level developer benchmarks, alongside features like custom slash commands for predefined prompts in organizational chats.[15][16] In November 2025, an annual performance review highlighted Devin becoming 4x faster at problem solving and 2x more efficient in resource usage compared to earlier versions.[17]These expansions positioned Cognition to address gaps in AI coding autonomy, with Windsurf's IDE complementing Devin's end-to-end agentic execution by providing a more interactive, real-time coding environment.[6] No additional acquisitions have been reported as of September 2025, though product enhancements continue to emphasize scalability for enterprise software engineering tasks.[18]
Funding and Business Growth
Investment Rounds and Valuation
Cognition AI secured its seed funding prior to public disclosure, followed by a $21 million Series A round in March 2024, led by Founders Fund, at a post-money valuation of $350 million.[19] This round supported the initial development and launch of its AI agent Devin. In April 2024, the company raised an additional $175 million in a Series A extension, also led by Founders Fund, increasing its valuation to $2 billion and establishing it as a unicorn.[7]Subsequent investments accelerated in 2025 amid rapid product growth and market interest in AI coding agents. By August 2025, reports indicated an approximate $500 million raise at a $9.8 billion valuation, though details on the exact structure remained limited.[20] In September 2025, Cognition closed a $400 million funding round led by Founders Fund, achieving a post-money valuation of $10.2 billion, more than doubling its prior valuation and reflecting investor confidence in Devin's expanding capabilities and revenue trajectory from $1 million ARR in September 2024 to $73 million by June 2025.[6][5] Overall, these rounds have cumulatively raised over $600 million, positioning Cognition among the highest-valued AI startups focused on autonomous software engineering.[21]The valuation trajectory underscores the premium placed on AI-driven productivity tools, with Cognition's post-money figures rising from hundreds of millions to billions within 18 months, driven by demonstrated empirical progress in benchmarks and enterprise adoption rather than speculative hype alone.[22]
Key Investors and Strategic Backing
Cognition AI secured its latest funding round on September 8, 2025, raising over $400 million at a $10.2 billion post-money valuation, led by Founders Fund, the venture capital firm co-founded by Peter Thiel.[5] This round saw existing investors doubling down, including Lux Capital and 8VC, which had jointly led a prior round, alongside Neo, Elad Gil (a prominent angel investor in AI startups), Definition Capital, and Swish VC.[5]New participants in the 2025 round included Bain Capital Ventures, Hanabi Capital, and D1 Capital, signaling broadening institutional support for Cognition's AI software engineering ambitions.[5] Individual commitments came from figures like Christian Lawless of Conversion Capital and Emily Cohen of Neo, further strengthening the investor syndicate.[5]Strategically, Founders Fund's leadership reflects alignment with high-conviction bets on transformative technologies, as evidenced by its portfolio in areas like space and defense tech, providing Cognition not only capital but networks for enterprise adoption amid rapid scaling post-Devin launch and Windsurf acquisition.[5] Similarly, Lux Capital's involvement underscores backing from a firm specializing in deep science and engineering innovations, aiding Cognition's push toward autonomous coding agents serving clients like Goldman Sachs and Cisco.[5] 8VC, founded by Palantir co-founder Joe Lonsdale, contributes expertise in data-driven enterprise software, complementing Cognition's focus on empirical AI performance metrics.[5]
Reception and Performance
Benchmarks and Empirical Evaluations
Devin, Cognition's flagship AI software engineer, has been primarily evaluated on the SWE-bench benchmark, which consists of 2,294 real-world GitHub issues from open-source Python repositories, testing an agent's ability to resolve issues end-to-end by editing codebases.[23] On a subset of 570 tasks, Devin achieved a 13.86% resolution rate, successfully fixing 79 issues, surpassing prior state-of-the-art agents that scored under 2%.[23] This performance reflects Devin's use of a planning loop involving bash commands, code editing, and iterative testing within a sandboxed environment.[3]Independent analyses of SWE-bench submissions, including those from Cognition, confirm Devin's leading position on the verified leaderboard as of mid-2024, though subsequent open-source agents like SWE-agent have approached similar scores through replication of Devin's techniques. Critics note that while impressive, the 13.86% rate means Devin fails on over 85% of tasks, and results rely on proprietary evaluation setups not fully reproducible without access to the model.[24]For Devin 2.0, released in April 2025,[25] internal evaluations reported improvements in handling junior-level development tasks, though external verification remains limited, with ongoing community efforts to benchmark against baselines like GPT-4, which scores around 1-5% on similar tasks.[26] These gains stem from enhanced reasoning chains and tool integration.[4]Beyond SWE-bench, Devin has demonstrated practical utility in controlled settings, such as passing engineering interviews at undisclosed AI firms by autonomously debugging and deploying code, but lacks standardized scores on broader metrics like HumanEval or LiveCodeBench, focusing instead on agentic, multi-step workflows over isolated code generation.[3] Empirical tests highlight strengths in repository navigation and error recovery but reveal limitations in novel algorithmic invention or large-scale system design, aligning with observations that current AI agents excel at routine maintenance rather than creative engineering.
Industry Comparisons and Achievements
Devin marked a milestone in AI-driven software engineering by achieving 13.86% resolution on the SWE-bench Verified dataset upon its March 12, 2024 launch, tripling the prior state-of-the-art of 1.96% held by GPT-4 with plugins and outperforming non-agentic baselines like Claude 2 and GPT-4 in end-to-end issue resolution.[3][27] This benchmark emphasized Devin's agentic architecture, which integrates planning, code editing, and tool execution—capabilities absent in prompt-based models that typically scored under 2% without iteration.[28]Compared to contemporaries like GitHub Copilot or Amazon CodeWhisperer, which function as code completion aids rather than autonomous agents, Devin demonstrated superior handling of complex workflows, including repository cloning, debugging via shell commands, and deployment, often completing tasks in minutes that required human engineers hours.[3] Against emerging agentic rivals, such as SWE-agent (12.29% on SWE-bench), Devin initially led in practical autonomy but faced competition from tools like Cursor, which prioritize speed and integration in IDEs over full independence, with user tests showing Cursor edging out in accuracy for simple edits but lagging in multi-step projects.[28][29]Key achievements include pioneering the "AI software engineer" paradigm, enabling real-world demos like fixing bugs in open-source projects and building websites from natural language specs, which elevated industry expectations for agentic AI beyond isolated code generation.[3] In January 2026, Infosys announced a partnership with Cognition to integrate Devin into its engineering organization and global client projects, with Devin integrating with Infosys Topaz Fabric to accelerate software development, boost developer productivity, and automate legacy engineering tasks; early results showed significant productivity gains, including complex COBOL migrations completed in record time.[30][31] Devin 2.0 underscored iterative gains in task throughput.[32] However, by mid-2025, frontier models like GPT-4 variants reached 39.58% on SWE-bench, highlighting Devin's role as an early catalyst amid accelerating progress, though its initial edge eroded as open-source and proprietary agents scaled context windows and reasoning.[27] These advancements positioned Cognition as a leader in agentic systems, influencing competitors to invest in similar end-to-end capabilities despite persistent gaps in handling intricate, cross-file modifications.[33]
Criticisms and Controversies
Hype Versus Reality in AI Autonomy Claims
Cognition Labs launched Devin in March 2024, marketing it as the world's first autonomous AI software engineer capable of independently planning, coding, debugging, and deploying complex software projects end-to-end.[34] The system demonstrated initial promise by achieving a 13.86% resolution rate on the SWE-bench benchmark, a dataset of real GitHub issues requiring modifications across multiple files, outperforming prior models like GPT-4 at 1.74%.[35] [34] However, this metric underscores fundamental limitations, as even the improved score reflects failure to resolve the majority of tasks without intervention, highlighting that true autonomy—defined as reliable, independent execution in unstructured environments—remains elusive.[35]Independent empirical evaluations reveal stark discrepancies from these claims. In a January 2025 test by researchers at Answer.AI, an AI research lab, Devin was assigned 20 software engineering tasks mimicking real-world scenarios, such as building and deploying applications or fixing bugs; it succeeded in only 3 cases, yielding a 15% success rate, with 14 outright failures and 3 inconclusive outcomes.[36] [37] Specific failures included persisting on impossible deployments, such as multiple apps to a platform that prohibits it, leading to "hallucinated" inefficient solutions, and taking days for tasks a human might complete in hours due to repeated dead-ends and self-generated errors.[36] These results align with developer critiques that Devin often requires extensive scaffolding, like predefined environments and iterative human-guided prompts, rather than operating autonomously in diverse, ambiguous settings.[36]Even Cognition's own assessments temper the hype, positioning Devin as akin to a "junior engineer" that thrives on explicit requirements but falters on ambiguous or open-ended projects without end-to-end independence.[17] This admission reflects broader patterns in AI agent development, where promotional demos—such as Devin's Upwork task completions—have been accused of selective editing and hidden interventions to inflate perceived autonomy, while real deployments expose brittleness to novel edge cases and scalability issues.[36] [38] Such gaps, corroborated across multiple tester reports, indicate that current systems like Devin augment rather than replace human engineers, necessitating oversight to mitigate errors and ensure causal reliability in task execution.[37][36]
Ethical and Economic Concerns
Critics have raised ethical concerns regarding the transparency of Cognition Labs' demonstrations of Devin, its AI software engineer, accusing the company of employing selective editing and omission of human interventions to inflate perceived autonomy. For instance, analyses of promotional videos revealed instances where failures were not shown, and tasks appeared more seamless than independent replications suggested, potentially misleading stakeholders about the technology's readiness for unsupervised deployment.[39] [38] Such practices echo broader debates in AI development about the ethical imperative for verifiable benchmarks over polished narratives, especially given Devin's marketed claim as the "first AI software engineer" despite solving only 13.86% of real-world GitHub issues without assistance.[39]Devin's architecture, reliant on large language models, inherits risks of biased outputs and insufficient ethical reasoning, as AI systems lack inherent moral judgment and may propagate errors or discriminatory patterns from training data without robust safeguards. Cognition Labs has partnered with security firms like Snyk to integrate vulnerability scanning into Devin workflows, aiming to mitigate code-level risks, yet independent evaluations highlight lags in adopting industry-standard AI safety protocols, such as comprehensive red-teaming for edge cases.[40] [41] These gaps raise questions about accountability in agentic AI, where autonomous task execution could amplify unintended harms if not overseen by humans.Economically, Devin has sparked apprehension over job displacement in software engineering, with projections estimating AI tools could automate routine coding tasks, potentially reducing demand for junior developers and pressuring wages in a field employing millions globally. However, empirical tests indicate limited immediate threat, as Devin underperforms on complex, novel problems—failing to complete many benchmarks that human engineers handle routinely—suggesting augmentation rather than wholesale replacement in the near term.[39] [42] Proponents argue that cost efficiencies, such as Devin's usage-based pricing tied to task execution, could lower development expenses for firms, fostering innovation and offsetting labor shifts through reskilling, though broader AI adoption risks exacerbating income inequality without policy interventions.[43] [44]
Societal Impact and Future Prospects
Influence on Software Engineering
Cognition Labs' Devin, released on March 12, 2024, represents an early attempt at autonomous AI agents capable of end-to-end software engineering tasks, including planning, coding, debugging, and deployment. In controlled benchmarks, Devin resolved 13.86% of issues on the SWE-Bench dataset, outperforming prior models like GPT-4 with plugins (1.96%), by iteratively executing code in a sandboxed environment and interacting with tools like shells and browsers. This capability shifts software engineering from manual iteration to AI-orchestrated workflows, where humans oversee high-level specifications while AI handles implementation details.Devin's architecture integrates a large language model with reinforcement learning from human feedback (RLHF) and tool-use mechanisms, enabling it to manage complex repositories by cloning GitHub repos, editing files, and running tests autonomously. Early adopters, including companies like Nubank, reported Devin completing real-world tasks—such as building websites or migrating codebases—in hours rather than days, reducing engineering time by up to 10x for routine operations. However, limitations persist: Devin struggles with novel architectures or ambiguous requirements, often requiring human intervention for edge cases, as evidenced by its failure rate on harder SWE-Bench subsets exceeding 80%.The tool's emergence has prompted software teams to rethink division of labor, with AI handling boilerplate code generation and bug fixes, freeing engineers for architectural design and system integration. For instance, in a live demo, Devin built a tic-tac-toe game with frontend and backend components using React and Node.js, deploying it to the web without explicit step-by-step guidance. This influences hiring trends, as firms like Cognition's partners explore upskilling developers in AI prompt engineering and validation over low-level coding proficiency. Yet, empirical data from Devin’s usage logs indicate over-reliance risks, including propagation of subtle errors in chained operations, underscoring the need for robust verification layers.Broader adoption could accelerate software delivery cycles, with projections from analogous tools like GitHub Copilot (which boosted developer velocity by 55% in internal Microsoft studies) suggesting Devin-like agents might compress project timelines further by automating 20-30% of engineering hours. Critics, however, note that while Devin handles linear tasks efficiently, it underperforms in collaborative or creative contexts requiring deep domain knowledge, as human engineers resolve interdependencies via intuition not yet replicable by current LLMs. Overall, Cognition AI's innovations catalyze a hybrid model where AI augments but does not supplant human oversight, evidenced by its integration into workflows at scale requiring hybrid teams.
Potential Risks and Broader Implications
The deployment of autonomous AI agents like Devin, developed by Cognition Labs, introduces significant security vulnerabilities in software engineering workflows, as AI-generated code may inadvertently introduce bugs, backdoors, or exploitable weaknesses when handling sensitive data or integrating with production systems.[45] [46] Independent evaluations have revealed Devin's poor performance on real-world tasks, solving only about 1 in 7 GitHub issues autonomously and struggling with complex debugging, which could amplify error propagation in critical infrastructure if relied upon without human oversight.[39] [47]Ethical risks extend to the potential erosion of human expertise, where over-reliance on tools like Devin might diminish developers' foundational skills, fostering a dependency that hinders innovation in novel problem-solving domains.[48] Broader societal implications include accelerated job displacement in software development, particularly for entry-level roles involving routine coding and testing, as Devin automates tasks traditionally requiring junior engineers; however, proponents argue it could augment productivity, shifting focus to higher-level architecture.[49] [50] This tension mirrors wider AI agent concerns, such as unintended biases in code output or misalignment with human values, potentially exacerbating inequalities if access to such tools favors large firms over individual practitioners.[51] [52]On a macroeconomic scale, widespread adoption of Devin-like systems could reshape labor markets by compressing software engineering timelines, enabling rapid prototyping but risking systemic fragility from unverified AI outputs; for instance, if deployed at scale, flawed autonomous fixes might cascade into outages akin to historical software failures.[53] Long-term implications involve redefining professional accountability, as attributing errors to AI blurs lines of responsibility, necessitating robust regulatory frameworks to mitigate misuse in high-stakes sectors like finance or healthcare.[51] While Cognition emphasizes iterative improvements, criticisms of overstated capabilities—stemming from demo videos that allegedly involved human interventions—underscore the hype-reality gap, potentially eroding trust in AI-driven engineering paradigms.
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