Most AI coding tools live in IDEs π». But sixty percent of the work happens in the browser π – documentation, debugging, research, code reviews, project management and collaboration. That creates a large gap between where developers spend their time and the current Coding agent offerings from incumbents β οΈ.
In addition, 30 million developers use IDEs, but browsers reach over 5 billion users π. The TAM for browsers constitutes over 100x market expansion opportunities π.
Our Take π
We believe the future isnβt IDE vs browser, itβs supporting both π€. Thatβs Cortex for you! π§
The data in the white paper shows a clear three-part story π: developers are fragmented across tools and environments, current AI coding tools are failing to meet expectations, and a massive market opportunity exists for a product that bridges the browser and IDE gap π.
The core problem is structural ποΈ. Developers spend only 30 to 40 percent of their workday writing code. The remaining 60 to 70 percent is spent reading documentation, debugging, and searching online π β activities that happen primarily in the browser, not the IDE. Yet virtually every AI coding tool today is built exclusively for the IDE, leaving the majority of the developer workflow unassisted β.
The opportunity is equally clear β¨. Developer tools reach approximately 30 million users globally. Browser-accessible platforms reach 3 to 5 billion π. A product that operates across both environments does not just improve an existing market, it expands the addressable market by more than 100 times π.
Developer Time Spent β±οΈ
Developers spend the majority of their working day outside the IDE. Reading documentation, debugging, and searching online account for 60 to 70 percent of the average developer workday. This means any AI tool that only operates inside the IDE is invisible to developers during most of their actual work π».
AI Coding Tool Shortcomings β οΈ
AI coding tools produce a genuine speed improvement of 45 to 55 percent on targeted tasks β‘. However, this gain is undermined at every other level.
Developers accept fewer than one in three AI suggestions. Nearly half of all AI-generated code contains security vulnerabilities π. Ninety-six percent of developers do not fully trust AI output π€. Senior developers are actually 19 percent less productive due to the review burden AI code creates. And when AI agents are asked to complete real tasks end-to-end, they succeed only 14 percent of the time π.
Browser TAM π
The total addressable market for traditional developer tools is approximately 30 million users globally. Browser-accessible users number between 3 and 5 billion. This is not incremental growth, it is a 100-times expansion of the potential user base π. A product that operates in the browser is not a developer tool with a bigger audience. It is a fundamentally different category of product π§©.
Browser Market Share π
Google Chrome and Safari together account for 84.6 percent of browser usage. A browser-native AI product that is optimized for Chrome and Safari effectively reaches nearly the entire browser-accessible market π. The remaining 15.4 percent is split across Firefox, Edge, and Opera.
Conclusion π§
Developers spend most of their time outside the IDE. AI tools built only for the IDE therefore miss most of the workflow. β. The AI tools that do exist inside the IDE produce unreliable output, carry security risks, and have failed to earn developer trust β οΈ. Meanwhile the total addressable market for browser-based AI is more than 100 times larger than the developer-only market, and that browser market is dominated by two platforms that are straightforward to build for ποΈ.
The competitive landscape for coding agents is still forming π§. No player holds a dominant position. And the one thing every current player has in common is that they are all building inside the IDE, leaving the same gap unaddressed π³οΈ.
Cortex is a browser-native AI coding agent that operates across the full developer workflow, not just coding, addressing a real and documented problem, and does so with access to a distribution channel that is 100 times larger π.


