Rob Whiteley

The IDE is back in the spotlight of developer tools. For years it&#39;s been the quiet workhorse toiling away, with solutions like VS Code steadily improving the developer experience.

Then Cursor happened. Launched in late 2023, Cursor quickly gained traction among developers by embedding AI deeply into the development workflow. More than 100,000 developers adopted the tool within the first few months, drawn by features like conversational debugging and contextual code generation directly within the editor. Its rise underscores the first, big disruption in a market dominated by Microsoft, Apple, and Jetbrains.

And in the latest twist, <a href="https://techcrunch.com/2025/07/11/windsurfs-ceo-goes-to-google-openais-acquisition-falls-apart/">OpenAI&#39;s attempt to acquire Windsurf</a> — the closest alternative to Cursor — fell through. The same day OpenAI pulled out, <a href="https://www.wsj.com/tech/ai/google-to-pay-2-4-billion-in-deal-to-license-tech-of-coding-startup-hire-ceo-b9b94bbc">Google reached a licensing agreement for Windsurf’s technology valued at $2.4 billion, and hired its CEO and co-founder as researchers into DeepMind</a>. Then a whole three days went by before <a href="https://cognition.ai/blog/windsurf">the maker of Devin, Cognition, announced it acquired Windsurf’s remaining assets</a>, including its IP and engineering team. Besides entertaining tech drama, this acquisition underscores the start of a bigger trend.

But is this a secular trend, or just part of the AI disruption?

It&#39;s the latter. The IDE will not be the center of the developer universe. AI-powered editors like Cursor and Windsurf are a stop on the AI tour, not the destination.

The future is chatting with an agent. Here&#39;s why.

<h2>Two ways AI becomes native todeveloper workflows</h2>

Software development is a natural place for generative AI tools. Developers are tech-forward (albeit skeptical) and coding is deterministic. Meaning, if AI writes code and it compiles, then it “worked”. Other forms of content are harder to tell. I personally like AI-generated poems, but others don’t. 

We may debate the quality of the code, but we have build, test, CI/CD, and security systems to objectively evaluate it. That’s why we see AI adopted by nearly 80% of enterprise devs. 

It happens in two ways:

<h3>AI-powered editors</h3>

AI code completion and coding assistants integrated into IDEs have quickly become popular. Tools like GitHub Copilot and Cursor mentioned above enable developers to write code faster by suggesting improvements, documenting code, and offering context-aware insights. These significantly boost productivity, and require little to no change in developer behavior. But this phase will be short-lived as autonomous solutions emerge. This AI-assisted coding phase gives way to agentic AI.

<h3>Autonomous coding agents</h3>

Anthropic&#39;s Claude Code, OpenAI Codex, and Cursor Background Agents are the next evolution. Unlike AI editors, these complete complex coding tasks autonomously. 

Developers shift from writing code to parceling out tasks — or even whole projects — to their digital counterparts. A human remains in the loop, actively guiding the agents to generate and optimize code on their behalf. In this model, the developer’s role is to keep the agent on task, review its work, nudge it when it gets stuck, and suggest strategies its less experienced digital counterpart may not consider.

Chatting with an AI agent is quickly becoming the most intuitive way to interact with code. While IDEs still support chat interfaces, the necessity of using them as the conduit to agents diminishes. The developer workflow migrates away from the IDE as its central hub to dedicated agentic environments where conversations drive progress. IDEs remain relevant for code inspection, testing, and specialized tasks, but even this will fade as agent capabilities advance.

<h2>Code editors will go the way of word editors</h2>

Don&#39;t believe IDEs are going away? Consider how I use (or rather don&#39;t use) a word editor in my workflows. My content creation process is entirely automated. I do this by:

<ul>
<li>Opening a meeting tool like Zoom or Google Meet, where my spoken ideas are transcribed in real time.</li>
<li>Running the transcript through a series of custom GPTs: one extracts the structure and outline, another generates a full draft in my voice.</li>
<li>Passing the draft to a third GPT that acts as a developmental editor, sharpening and pushing it to a more refined piece.</li>
</ul>

The end result is a complete blog post — created without ever opening a traditional word editor. Sometimes I type in collaborative environments like ChatGPT&#39;s Canvas, but often this entire workflow is voice activated. And this gets even simpler once ChatGPT can handle long-lived voice sessions without blowing through its context window. That’s one chat interface end-to-end.

That unlocks meaningful automation. Imagine completing content creation — or coding — entirely through agentic workflows that execute tasks autonomously, only pausing when human guidance is required. This streamlined approach reflects the future of coding, where developers will guide agents — first by typing, but soon by just speaking — rather than code in an IDE.

So, if the IDE is going away, what will replace it? There are two agentic delivery methods.

<h3>Step 1 after IDEs: Vibe coding app builders</h3>

Emerging tools like <a href="https://bolt.new/">Stackblitz Bolt</a>, <a href="https://lovable.dev/">Lovable</a>, and <a href="https://v0.dev/">Vercel&#39;s v0</a> redefine development workflows by combining intuitive no-code interfaces, agentic AI, and hosting infrastructure. Rather than focusing on individual lines of code, developers use natural language with an agent and see instant previews of the app in their browser. Many will then host the app, ready for external users. Best practice is to perform varying levels of monitoring and engaging of the underlying coding agent’s workflow, but it’s not necessary. Full app building without the need for an IDE.

But there&#39;s a catch. It won&#39;t work in the enterprise.

<h3>Step 2 after IDEs: Embedded agents</h3>

The second — and enduring — category is embedded agents. Agents that can be tasked with coding from whatever chat interface is native to your developer workflow: Slack, GitHub comments, Jira, or Notion. Really anything with an MCP server becomes a natural extension of your autonomous coding agent.

This is the unlock for the enterprise. Now coding agents can be embedded in approved, proven enterprise platforms. Instant developer adoption. The agent runs from its own secure, governed infrastructure. Happy compliance teams. And <a href="https://coder.com/blog/launch-week-2025-hybrid-workflows">MCP-equipped tools</a> give the agent context so it can work on complex, real-world code bases. 

Here&#39;s a real world example: In this case, Coder&#39;s VP of Product, Ben Potter, starts a coding task in Slack. He tags our autonomous coding agent, <a href="https://blink.so/">Blink</a>, to create a GitHub issue. Our Head of Blink, Matt Volmer, then jumps in asking Blink to refine the issue. Neither Ben nor Matt are software engineers. And everything is conveniently furled and linked.

The trippiest part? The issue is about Blink itself. Blink codes Blink. Although the bulk of Blink was authored by our very talented co-founder, Kyle Carberry, we can scale his development efforts with minimal human intervention. 

<img src="https://www.datocms-assets.com/19109/1752691387-blink-slack.png" style="max-width:95%" alt="Coder’s fully autonomous coding agent, Blink, collaborating with Coder teammates in Slack" />
Coder’s fully autonomous coding agent, Blink, collaborating with Coder teammates in Slack

<h2>Agentic AI is ready today: Get started</h2>

Developers will guide and refine AI-generated code rather than manually craft every line. This drives a shift from typed programming languages to spoken conversational languages. Developers just describe what they want so the agent can execute their intent. 

Agentic AI will be production-ready this year. The evolution from IDEs to agents is happening now. Those who embrace these tools in the next 12 to 18 months gain a competitive advantage. 

Terrifying or exciting? Probably both. You’ll need to jump in to find out. Learn how to <a href="https://coder.com/solutions">run agents in dedicated infrastructure using Coder</a>, or <a href="https://blink.so/">request access to Blink</a> for a fully embedded solution.

The IDE will not be the center of the developer universe. AI-powered editors like Cursor and Windsurf are a stop on the AI tour, not the destination. The future is chatting with an agent.

Is the IDE Dead? The Rise of Agentic AI in Software Development

Coder Team 

This post is part of Coder Launch Week (July 7–11, 2025). Each day, we’re sharing innovations that make secure, scalable cloud development easier. Follow along <a href="https://launch.coder.com">here</a>.

<h2>Coder Registry: Improved and open for contributions</h2>

A growing marketplace for secure, enterprise-ready modules—built to share, remix, and accelerate innovation across teams.

<a href="https://registry.coder.com/"><img src="https://www.datocms-assets.com/19109/1752233130-registry-1.png"/></a>

<h3>Challenge: Customization without reinventing the wheel</h3>

Every team’s cloud development workflow is unique, but building that experience from scratch can be slow and error-prone. Whether you&#39;re spinning up workspaces on Kubernetes, integrating with internal tools, or enabling AI agents, it’s not just about provisioning infrastructure. It’s about composing a complete, reliable dev environment.

To make that possible, Coder was built to be composable by design.

At the foundation of this model are:

<ul>
<li>Templates: Terraform-based blueprints that define the infrastructure for a Coder workspace (e.g., EC2, OpenStack, or Kubernetes).</li>
<li>Modules: Add-on components that extend templates with extra functionality (e.g., installing JupyterLab, configuring AI agents, or cloning a Git repo).</li>
</ul>

<a href="https://registry.coder.com/modules"><img src="https://www.datocms-assets.com/19109/1752233130-registry-2.png"/></a>

With just a few lines of Terraform, platform teams can mix and match these components to create powerful, production-ready environments. But until recently, discovering high-quality modules—or publishing your own—was harder than it should be.

<h3>Solution: Major updates to the Coder Registry</h3>

The Coder Registry is the hub for discovering, publishing, and consuming templates and modules. Here’s what’s new:

<ul>
<li>Contributor Guides: Clear documentation and walkthroughs to help you get started fast.</li>
<li>New Governance Process: Submit your module for validation to appear in the public Registry, or publish privately with zero friction.</li>
<li>Stronger Architecture: More resilient backend to support scaling and faster updates.</li>
<li>New Modules including <a href="https://registry.coder.com/modules/coder/jetbrains-fleet">JetBrains Fleet</a>, <a href="https://registry.coder.com/modules/coder/zed">Zed</a>, <a href="https://registry.coder.com/modules/coder/jetbrains">JetBrains Toolbox</a>, <a href="https://registry.coder.com/modules/coder/agentapi">AgentAPI</a>, <a href="https://registry.coder.com/modules/coder/local-windows-rdp">Local RDP Button</a></li>
</ul>

These updates make it easier for teams to build with and contribute to Coder in a scalable, governed way.

From quick-start cloud templates to plug-and-play integrations, the Registry is how innovation gets shared across the Coder ecosystem. Whether you&#39;re building for your team or the community, the path to contribution is now open, supported, and scalable

<h4>Contribute and win a cool prize ✨</h4>

To celebrate this launch, we’re kicking off a Registry Bounty Program and we want your contributions.

Between now and August 15th, submit a module or template that matches one of our <a href="https://github.com/coder/registry/issues?q=is%3Aopen%20is%3Aissue%20label%3Abounty">in-demand contribution ideas</a> and claim the GitHub issue linked to the bounty. If your contribution is accepted, you’ll earn exclusive prizes and a shoutout in our community.

Whether it’s a module for an AI agent, a workspace helper, or an integration with a popular dev tool, we’re looking for contributions that help teams go from zero to productive — fast.

<h3>Get started with the Coder Registry</h3>

<a href="https://registry.coder.com/">Browse the Registry</a>, and check out our new <a href="https://github.com/coder/registry/blob/main/CONTRIBUTING.md">contribution guidelines</a> to submit your own modules. 

<hr>

<h2>ICYMI: July 2025 Launch Week lookback 👀</h2>

What a week. Over five days, we highlighted powerful new features that make Coder faster, more secure, more flexible—and more ready than ever for the future of development. 

Here&#39;s a quick recap of everything we launched:

<h3>🧠 Day 1: Coder Tasks – AI agents you actually control</h3>

AI coding agents are here. Most tools force you to choose between security and usability.

<a href="https://coder.com/blog/launch-week-2025-introducing-coder-tasks">What we shipped</a>:

<ul>
<li>Coder Tasks: Run Claude Code, Amazon Q, and other agents in secure, self-hosted environments with real-time control.</li>
<li>Isolated agent workspaces, GitHub integration, and a fully vendor-neutral architecture built for scale.</li>
</ul>

✨ Agentic automation, without cloud lock-in.

<h3>🛡️ Day 2: Intelligent governance – Guardrails you don’t hate</h3>

Governance often comes at the cost of developer freedom. We don’t think it has to.

<a href="https://coder.com/blog/launch-week-2025-intelligent-governance">What we shipped</a>:

<ul>
<li>Dynamic Parameters: Smart forms that flex with developer input. No duplicated templates or fragile workarounds.</li>
<li>Agent Boundaries: Dual-layer isolation to safely run agents and humans in the same workspace.</li>
<li>Workspace Presets: Reduce onboarding friction with easy workspace creation in just a few clicks.</li>
<li>Notifications: Keep teams in the loop on important events.</li>
</ul>

✨ Governance that scales and stays out of your way.

<h3>🖥️ Day 3: Hybrid development – Remote dev that feels local</h3>

Remote development only works if developers actually want to use it.

<a href="https://coder.com/blog/launch-week-2025-hybrid-workflows">What we shipped</a>:

<ul>
<li>Coder Desktop: Instant, secure connectivity for a seamless development experience that just works.</li>
<li>MCP Server: First steps toward unified, native-feeling cloud/local development.</li>
</ul>

✨ Portability, meet performance. You’re going to get along just fine.

<h3>⚡ Day 4: Instant infrastructure – No setup required</h3>

Developers shouldn’t have to wait for their environment to catch up.

<a href="https://coder.com/blog/launch-week-2025-instant-infrastructure">What we shipped</a>:

<ul>
<li>Prebuilt Workspaces: Start coding instantly—on any branch, in any repo.</li>
<li>Dev Containers Rework: Full spec support, multi-container setups, automatic rebuilds.</li>
<li>JetBrains Toolbox Plugin: Official way to run and manage JetBrains IDEs in Coder.</li>
</ul>

✨ Developer environments, ready before you are.

<h3>🧩 Day 5: Composable by design – A smarter way to build</h3>

Every team needs something different. Coder’s curated marketplace of templates and modules makes it easy to create and share.

What we shipped: 

<ul>
<li>It&#39;s easier than ever to contribute</li>
<li>Governance is clearer and more scalable</li>
<li>The platform is more stable and performant</li>
</ul>

<h2>What’s next</h2>

Launch Week might be wrapping up, but we’re just getting started. This week marked a major step toward agent-native development — with Coder Tasks and smarter governance forming the foundation for bringing AI into real, production-grade workflows. Combined with instant workspaces, local-feeling remote dev, and a growing ecosystem of reusable modules, the path to scalable, secure software development has never been clearer.

We’ve been energized by the feedback, the questions, and the early adoption of what we’ve launched—and we’re especially excited to see how you push these new features further.

→ Have an idea? <a href="https://coder.com/docs/install?utm_campaign=25Q2PD_H1_Product_Launch_Week&utm_source=coder&utm_medium=email&utm_content=product&utm_term=">Install Coder open source</a> and start building.

→ Want to share feedback and connect with others? <a href="https://discord.gg/coder">Join our Discord</a>.

→ Not sure what to do next? <a href="https://coder.com/contact/sales">Talk to our team</a> — we’re here to help.

→ Looking for more future-looking insights? <a href="https://coder.com/events-webinars/how-anthropic-engineers-are-adapting-to-ai-coding-agents/register">Grab a seat</a> to our upcoming webinar with the Developer Experience team at Anthropic, the company behind Claude Code, where we&#39;ll discuss the impact of AI agents on software development.

The Coder Registry is a growing marketplace for secure, enterprise-ready modules — built to share, remix, and accelerate innovation across teams.

Day 5: Composable by Design – What will you build? + Launch Week Recap

Bartek Gatz

Senior Product Manager

This post is part of Coder Launch Week (July 7–11, 2025). Each day, we’re sharing innovations that make secure, scalable cloud development easier. Follow along <a href="https://launch.coder.com">here</a>.

<h2>Prebuilt Workspaces: Fast startup for the agentic era</h2>

Cut wait times and context switching with developer environments that are ready before you are.

Workspace Presets and Prebuilds Demo |  On demand remote environments

<h3>Challenge: Minutes matter in modern dev flows</h3>

Cloud development environments (CDEs) already remove much of the manual setup involved in getting started with coding. But even with Coder, developers often wait minutes for a workspace to fully provision, especially in environments that require GPU resources or rely on long-running initialization scripts.

As we move toward more autonomous development flows including AI-provisioned workspaces, speed and scale are no longer luxuries—they’re table stakes. 

<h3>Solution: Start workspaces in seconds with Prebuilt Workspaces</h3>

Prebuilt Workspaces solve this challenge. For complex workspaces, this feature slashes startup time from several minutes (and as much as 20 minutes in extreme cases) to under a minute without the expense of always-on infrastructure. Developers and AI agents can begin work immediately—ideal for onboarding, PR reviews, or quick experiments.

By pooling and preparing environments ahead of time, Coder enables on-demand, fully-configured workspace launches in seconds. This brings together the best of both worlds: the speed of persistent systems, and the efficiency of ephemeral infrastructure.

Let the machines do the waiting. Prebuilt Workspaces make sure every second counts for developers and agents.

<h4>New for General Availability</h4>

After <a href="https://coder.com/docs/admin/templates/extending-templates/prebuilt-workspaces">months of beta testing</a>, we’ve focused on behind-the-scenes improvements to deliver enterprise-grade stability, reliability, and scale. At Coder, we dogfood everything we ship — we’ve used Prebuilt Workspaces extensively to build Coder itself. The screenshot below shows an unclaimed workspace, owned by the <code>prebuilds</code> user, waiting in the pool for a developer to pick up.

<img src="https://www.datocms-assets.com/19109/1752128037-prebuilds.png" style="max-width:100%" />

General Availability is just the start. Coming soon:

<ul>
<li>Advanced time reporting: Track prebuild durations, claim times, and total time saved. This gives platform teams better visibility into impact and ROI.</li>
<li>Git identity for prebuilds: Add support for Git authentication before a workspace is claimed, improving security and automation in AI-driven workflows.</li>
</ul>

<h4>Why it matters for agentic AI</h4>

As workflows shift toward agentic AI, workspace sessions per developer will surge. Agents that analyze, generate, and test code autonomously will often run in multiple workspaces simultaneously to accomplish tasks at machine speed.

Prebuilt Workspaces enable this new paradigm by removing the startup latency bottleneck. Paired with Workspace Presets — pre-validated configuration templates — they enable teams to launch AI-enabled environments quickly and reliably. Developers triggering experiments need workspace creation to be fast, stable, and repeatable — and now they are.

Pooling warm environments strikes a balance between speed and efficiency. This avoids the idle cost of always-on compute while still delivering instant access for developers and agents.

<h3>Get started with Prebuilt Workspaces</h3>

To enable Prebuilt Workspaces, template admins define a <code>prebuilds</code> block in a <code>coder_workspace_preset</code>, specifying how many ready-to-claim instances to maintain. Once published, Coder automatically provisions and manages the pool behind the scenes. Developers using a matching preset get a ready-to-code workspace in seconds—no extra steps required.

Coder continuously manages the pool through a built-in reconciliation loop, and admins can monitor unclaimed prebuilt workspaces directly from the dashboard or via Prometheus metrics.

<a href="https://coder.com/docs/admin/templates/extending-templates/prebuilt-workspaces">Read our docs</a> to learn more.

<hr>

<h2>Dev Containers: Improved native support</h2>

Simplify environment management and streamline workspace setup.

Dev Containers Demo | First-class, fully integrated support for the complete spec

<h3>Challenge: “It works on my machine”</h3>

As more teams adopt AI agents to spin up workspaces, run experiments, or automate development tasks, these agents rely on deterministic, self-contained environments to operate reliably. But managing these setups often falls on platform administrators, creating a bottleneck. Developers are left waiting — or worse, debugging environment mismatches. 

To address this, teams are turning to <a href="https://containers.dev/">Dev Containers</a>, the standard for defining portable, reproducible development environments using configuration files stored alongside your code, typically in a <code>.devcontainer</code> folder within a repository. They leverage Docker to specify the tools, runtimes, extensions, and settings required for a project, ensuring that every developer — or CI system — gets an identical, reproducible setup. This setup can be launched automatically by supported tools like VS Code or GitHub Codespaces, reducing on-boarding time and eliminating “works on my machine” issues.

Tools like <a href="https://github.com/coder/envbuilder"><code>envbuilder</code></a> offer a way to approximate Dev Container setups in Coder by applying environment configurations directly to the workspace, but they fall short when it comes to supporting multi-container workflows, fast rebuilds, and full alignment with the Dev Containers specification.

<h3>Solution: First-class Dev Container support</h3>

At Coder, our goal is to make Dev Container support seamless and invisible not just for developers, but also for the automated systems or agents working alongside them. This release brings us closer to fully hands-off environment provisioning, ensuring that whether a workspace is launched by a human or an agent, the environment “just works” every time.

With this release, Coder introduces flexible support for Dev Containers by allowing template admins to configure the desired level of automation. You can choose to:

<ul>
<li>Automatically start Dev Containers based on the <code>devcontainer.json</code> definition whenever a workspace starts, or</li>
<li>Allow workspace users to start Dev Containers manually at their discretion.</li>
</ul>

In both cases, Coder automatically detects and connects to running Dev Containers, ensuring seamless integration into the workspace environment. Relevant ports and running applications are surfaced directly in the Coder UI.

We’ve also significantly improved compatibility with the Dev Containers specification and removed the need for <a href="https://coder.com/docs/admin/templates/managing-templates/devcontainers/add-devcontainer#envbuilder-terraform-provider">manual configuration with</a> <code>envbuilder</code>.

Additionally, this release includes support for multiple Dev Containers per workspace, making it easier to work with complex development setups.

Using Dev Containers also shifts the responsibility of environment setup from the Coder platform admins managing the images onto the developers working on the projects. This removes management bottlenecks and gives developers direct control over their own environments.

<h4>Working with Dev Containers in Coder</h4>

To enable the integration, simply ensure the <code>devcontainer.json</code> file is present in your project repository and that your workspace template is configured for the new integration. Full instructions are available here: <a href="https://coder.com/docs/admin/templates/extending-templates/devcontainers">Dev Containers Integration Guide</a>. From there, Coder takes care of the rest—automatically detecting changes to the <code>devcontainer.json</code> and prompting users to rebuild as needed.

When Dev Containers are present, the Coder UI exposes service ports for both the parent workspace and each individual container. This makes it easy to access and debug applications running anywhere in your environment. To avoid confusion, parent workspace applications are hidden by default when Dev Containers are detected. You can access them via the “Show parent apps” button.

<h4>Live editing and rebuilds</h4>

Because the <code>devcontainer.json</code> file lives in your codebase, it can be edited just like any other source file. When changes are made, Coder automatically detects the update and notifies users with the option to rebuild the container. This ensures your environment is always aligned with the latest configuration.

<img src="https://www.datocms-assets.com/19109/1752126841-dev-container-2.png" style="max-width:100%" />

<h4>Using <code>envbuilder</code> today?</h4>

If you are currently using <code>envbuilder</code>, you can continue to do so without making any changes to your existing configurations. Coder will maintain support for <code>envbuilder</code> alongside the new Dev Container integration until further notice.

It’s important to note that <code>envbuilder</code> doesn’t run Dev Containers directly. Instead, it interprets the <code>devcontainer.json</code> file and applies changes to the parent workspace — without fully adhering to the Dev Containers standard. Instead of launching actual containers, it transforms the container in which it is running based on the definitions in the <code>devcontainer.json</code> file. While this transformation is robust, it introduces several limitations:

<ul>
<li>Limited support for fast rebuilds when the <code>devcontainer.json</code> file changes</li>
<li>Inability to use multiple Dev Containers within a single workspace and in particular the inability to use <code>docker-compose</code></li>
<li>No separation between the parent workspace and the dev container — they effectively merge under <code>envbuilder</code></li>
</ul>

While it may be possible to work around some of these limitations by manually adjusting the template, doing so typically requires significantly more effort compared to using the new Dev Containers integration introduced in Coder v2.24.

If you decide to switch over to the new Dev Containers integration, ensure the following prerequisites are met:

<ul>
<li>Your workspaces must support running a Docker container runtime (e.g., Docker-in-Docker, or DinD), and a Docker socket must be available</li>
<li>The <code>@devcontainers/cli</code> utility must be installed in the workspaces (this process can be automated by Coder’s <a href="https://registry.coder.com/modules/coder/devcontainers-cli">Devcontainer-CLI module</a>), and the necessary template configuration steps must be completed as outlined in the <a href="https://coder.com/docs/admin/templates/extending-templates/devcontainers#install-the-dev-containers-cli">Dev Containers guide</a></li>
</ul>

<h3>Get started with Dev Containers</h3>

We’re excited to roll out native Dev Containers support in Coder 2.24 — and we’d love your feedback.

If you have questions, feedback, or feature requests, reach out via <a href="mailto:support@coder.com">Coder Support</a> or drop into our <a href="https://discord.com/channels/747933592273027093/991429648200245358">Discord #feedback channel</a>.

Cut wait times and context switching with developer environments that are ready before you are.

Day 4: Instant Infrastructure – Ready-to-Code in Seconds

Discover the latest at the official Coder blog: updates, company insights & CDE tips for enhanced developer productivity.