World’s first AI software engineer Devin launched
Cognition, an American startup, has launched Devin, an artificial intelligence (AI) software for debugging, writing, and deploying code. This is being seen as a revolutionary change in the world of software engineering. The first of its kind, according to Moneycontrol, this AI assistant has the ability to take a simple command and turn it into a functioning website or software program. Founders Fund’s Backend Cognition claims that the AI assistant has received a number of practical applications from several large AI companies. Successfully passed engineering interviews. Additionally, he has also completed real jobs on the freelancing platform Upwork. The company said that Devin is quite state-of-the-art on SWE-Bench coding benchmarks. SWE-Bench is a dataset containing 2,294 software engineering issues extracted from authentic GitHub issues and their corresponding pull requests from 12 well-known Python repositories.
Software Development Assistant Devin does more than just complete code and provide suggestions. It can manage the build and release process of an entire software application, unlike large language models (LLMs) such as Google’s Gemini or OpenAI’s ChatGPT. With its own code editor, command line, and browser, Devin works autonomously and systematically puts software into practice by dividing the work into manageable steps. It involves planning and implementing complex engineering projects. Capacity, which involves the process of making hundreds to thousands of decisions. Its AI assistant learns from its experiences and can correct its mistakes while also remembering all the relevant contacts.
In a demonstration shown by the firm, Davin shows the system’s ability to immediately resolve errors by adding a print statement as they arise. Programmers can identify the exact location of a problem in their code by using print statements, which are lines of code and output messages to the console. Devin and the user can also work together. It takes user feedback, provides real-time progress reports, and collaborates with the user on design choices as needed. Additionally, the AI assistant can easily learn unfamiliar techniques in no time after reading online articles. . It can train and refine large language models by taking instructions from research repositories.
