Google has expanded its Canvas feature within AI Mode in Search to all users in the United States using English. The feature introduces a dedicated workspace that allows users to create documents, build tools, and organize projects directly inside Google’s AI powered search interface.

Canvas functions as a dynamic side panel where users can draft content, develop interactive tools, and manage ongoing projects. The workspace integrates live information from the web and Google’s Knowledge Graph to populate projects with updated data.

The rollout marks another step in Google’s effort to transform search from a traditional query interface into a broader productivity environment powered by generative AI.

Users can access Canvas through the AI Mode tool menu and describe the project or tool they want to create. The system then generates a working prototype inside the Canvas panel, which can be edited and refined through conversational prompts.

Interactive Tools and Coding Capabilities

The updated Canvas environment includes expanded capabilities for both creative writing and coding tasks. Users can draft documents, create dashboards, or build lightweight applications without leaving the Search interface.

One example shared by Google involved an academic scholarship dashboard that aggregates application requirements, deadlines, and award amounts into a single interactive tool. Similar use cases could include study planners, travel itineraries, or data tracking dashboards.

For more advanced users, Canvas also allows access to the underlying code powering generated tools. Developers can view and modify the code directly, enabling customization or further refinement of generated applications.

Google said the feature was designed to support iterative development. After generating an initial prototype, users can test functionality and request changes through follow up prompts until the tool or document meets their needs.

AI Search as a Productivity Platform

The introduction of Canvas reflects a broader shift in how technology companies are positioning AI assisted search as a platform for creation rather than just information retrieval.

By integrating writing, coding, and project management capabilities into the search experience, Google is competing more directly with AI assistants that function as productivity tools.

The move also aligns with the industry trend toward embedding generative AI into everyday workflows. Rather than requiring separate applications for coding, note taking, or research, platforms like Canvas aim to consolidate those tasks within a single interface powered by AI models and real time web data.

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OpenAI has released a Windows version of its Codex agentic coding application, expanding the reach of the AI powered development tool beyond its initial Mac launch earlier this year. The company said the Windows release was designed specifically for native Windows developer environments rather than simply adapting the Mac version.

Codex has seen strong adoption since its debut. According to OpenAI, the Mac version surpassed one million downloads within its first week and now has about 1.6 million weekly active users. Interest in the Windows release also appears significant, with more than 500,000 developers joining the waitlist ahead of the launch.

The application acts as an AI driven development assistant that manages coding agents capable of performing tasks such as generating code, modifying repositories, and automating workflows. OpenAI describes the interface as a command center for agents rather than a traditional coding environment. Developers can monitor agent activity, review code changes, and switch to external development tools when needed.

Designed for Native Windows Workflows

OpenAI said the Windows version was built to integrate with existing Windows developer workflows. The app includes native sandboxing capabilities that allow agents to operate securely within Windows environments while limiting system access.

By default, Codex uses the built in Windows sandbox and applies operating system level security controls such as restricted tokens and file system access management. These safeguards allow AI agents to run commands within environments like PowerShell, Microsoft’s default command shell.

Developers can also configure Codex to run within the Windows Subsystem for Linux environment, enabling access to Linux based developer tools while maintaining the application’s AI agent capabilities.

The Windows release largely mirrors the Mac version in terms of features. It supports automated coding skills, repository worktrees, and the ability to manage multiple tasks through AI agents. Some Windows specific capabilities are included as well, such as support for WinUI development workflows used in Windows application development.

AI Models and Developer Access

Codex for Windows runs primarily on OpenAI’s GPT-5.3-Codex model, which is optimized for software development tasks. Developers can switch between other models depending on the requirements of a task, including GPT-5.2-Codex, GPT-5.1-Codex-Max, and GPT-5.1-Codex-Mini for faster operations. Users can also adjust the reasoning level applied by the model.

The Windows version is available to all ChatGPT users across Free, Go, Plus, Pro, Business, Enterprise, and Education tiers.

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OpenAI is developing a new code hosting platform that could compete directly with GitHub, according to a report by The Information citing a person familiar with the project. The initiative is currently in early development and may take several months before a working product is completed.

The proposed platform would allow developers to host and manage software repositories, a service currently dominated by Microsoft-owned GitHub. Engineers at OpenAI reportedly began exploring the project after experiencing repeated service disruptions that temporarily made GitHub unavailable in recent months.

The new system could eventually be offered to OpenAI’s existing developer and enterprise customer base, according to the report. Such a move would extend the company’s reach beyond AI models and APIs into core software development infrastructure.

Competition With a Major Partner

If the platform is commercialized, it would represent a notable competitive step by OpenAI against Microsoft, one of its largest investors and strategic partners. Microsoft currently owns GitHub and integrates OpenAI models across several of its software products, including developer tools and enterprise platforms.

The move would highlight the evolving relationship between AI model providers and traditional software platforms. As AI systems increasingly generate, analyze, and modify code, companies are beginning to build integrated ecosystems that combine model access with developer infrastructure.

OpenAI has already expanded its presence in the developer ecosystem through tools such as its API platform and coding-focused AI assistants. A dedicated repository platform could allow the company to more closely integrate code generation, version control, and AI-assisted development workflows.

The reported project comes amid continued growth and investment in OpenAI. The company’s latest funding round reportedly valued it at about $8730 billion after raising roughly $110 billion from investors including SoftBank and major technology firms.

The expansion also reflects intensifying competition across the AI industry as companies seek to control the platforms developers use to build applications. OpenAI has recently deepened its involvement with government technology infrastructure, including agreements to deploy its models within U.S. defense networks and ongoing discussions about deploying AI systems across NATO’s unclassified networks.

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Anthropic is experiencing rapid revenue expansion even as it faces a political and regulatory dispute with the U.S. government. The artificial intelligence company has increased its annualized revenue run rate to more than $19 billion, more than doubling from roughly $9 billion at the end of 2025.

The growth marks a sharp rise from around $14 billion reported only weeks earlier. The surge has been driven by strong adoption of Anthropic’s AI models and developer tools, particularly the programming-focused product Claude Code.

Anthropic, which was recently valued at about $380 billion, has also gained traction among individual users. Its Claude mobile app recently climbed to the top of Apple’s U.S. App Store rankings as debate intensified over AI partnerships with the Pentagon. The ranking shift came as some users reacted to rival OpenAI’s defense agreement by uninstalling ChatGPT and switching platforms.

The company has also expanded its product portfolio with tools such as Claude Cowork, which integrates AI into collaborative software workflows. The launch of these products has disrupted segments of the software-as-a-service market, contributing to volatility among some SaaS company stocks.

Pentagon Conflict and Supply Chain Classification

Despite strong commercial momentum, Anthropic is facing growing pressure from the U.S. Department of Defense. Defense Secretary Pete Hegseth recently designated the company as a supply chain risk, a classification typically reserved for firms linked to geopolitical adversaries.

The designation followed months of negotiations between Anthropic and the Pentagon over how its AI systems could be used by military and intelligence agencies.

Anthropic insisted on maintaining safeguards preventing two specific applications: mass domestic surveillance of U.S. citizens and the use of AI systems in fully autonomous weapons. The company has argued that current AI models are not reliable enough to safely operate without human oversight and that large-scale surveillance of Americans would violate fundamental rights.

U.S. defense officials have previously said the military has no intention of deploying AI for mass surveillance or autonomous weapons but has argued that lawful uses of AI should remain unrestricted.

Legal Challenge and Industry Implications

Anthropic has described the supply chain risk designation as legally unsound and signaled it will challenge the move in court if necessary. The company argues the authority cited by the Defense Department applies only to contracts directly involving the Pentagon and should not restrict broader commercial use of its technology.

Under the company’s interpretation, the designation would not affect private customers or contractors using Claude outside Department of Defense agreements. Anthropic also says it should not restrict how defense contractors deploy the model in non-Pentagon projects.

Industry observers say the dispute highlights tensions between AI safety policies and national security priorities as governments accelerate adoption of generative AI tools.

Despite the political standoff, Anthropic’s commercial business continues to expand rapidly. Strong enterprise demand for coding and productivity tools built on Claude has driven revenue growth while consumer adoption has surged, reflected in the app’s recent rise to the No. 1 position on the U.S. App Store amid backlash over competing defense AI partnerships. Meanwhile, OpenAI is considering a deal to deploy its AI models across NATO’s unclassified networks following its Pentagon agreement, underscoring how defense alliances are rapidly integrating generative AI technologies even as debates over safeguards and governance continue.

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