Devin, the AI software developer at Cognition, is capable of writing, debugging, and deploying code to produce working films and webpages.
Meet Devin, the first AI software engineer in the world capable of creating websites and videos at the prompt.
Meet Devin, the first AI software engineer in the world capable of creating websites and videos at the prompt. The US-based startup Cognition claims to have introduced the world’s first AI software engineer named Devin. Devin, functioning as an AI software developer at Cognition, possesses the remarkable ability to write, debug, and deploy code, generating functional films and webpages.
Similar to Copilot, a software development assistant developed by GitHub, Microsoft, and OpenAI, Devin represents the next generation of software development assistants.
With a mere prompt, Devin can generate a fully operational website or software application. Additionally, Devin has the capacity to identify and rectify bugs, significantly reducing the time and effort required for troubleshooting.
Unlike its predecessors, Devin is capable of initiating and completing an entire software project independently, rather than merely offering code suggestions and automating specific tasks.
Equipped with its unique command line, code editor, and browser functionalities, Devin operates independently, enhancing efficiency.
Cognition’s CEO, Scott Wu, showcased Devin’s capabilities in a video demonstration. Devin adeptly displays its ongoing tasks while autonomously identifying and rectifying bugs during code testing.
Today we're excited to introduce Devin, the first AI software engineer.
— Cognition (@cognition_labs) March 12, 2024
Devin is the new state-of-the-art on the SWE-Bench coding benchmark, has successfully passed practical engineering interviews from leading AI companies, and has even completed real jobs on Upwork.
Devin is… pic.twitter.com/ladBicxEat
“In an interview with Bloomberg, Scott Wu discussed the intricate challenge of teaching AI to function as a programmer. He emphasized the complexity involved, stating that the system must make sophisticated decisions and anticipate future steps to determine the best course of action.
” Adding further insight, Wu likened the endeavor to a longstanding mental game, highlighting the opportunity to translate it into AI coding.” He said
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