Let Developers Move Fast in AI IDEs
Without Losing Visibility or Control

BlueRock lets you see, control, and audit what coding assistants actually do — without changing how developers work.

  • Works inside GitHub Copilot, Cursor, Claude, and native IDEs.

  • No workflow changes for developers

  • See and control what happens before it hits your systems

See Native Coding in Action

See Native Coding in Action

Try BlueRock

Try BlueRock

AI coding is already happening on your developer desktops.

Claude

Claude

GitHub Copilot

GitHub Copilot

Cursor

Cursor

OpenAi

OpenAi

VS
Code

VS
Code

Code is being generated. Tools are being invoked. Systems are being touched, often before anyone reviews it.

The question isn’t whether this is happening. It’s whether you can see it or control it.

Developers move faster than governance can keep up

Teams want to use Cursor, Claude, Copilot, MCP servers, and agentic workflows now — but security and platform teams are still trying to catch up

What it takes to safely run
AI coding in your IDEs

Tool and MCP usage is hard to see clearly

Organizations often do not know what external tools, MCP servers, or system capabilities are being introduced through AI-native workflows

AI-assisted workflows can affect real systems too quickly

Suggested code, tool calls, or generated workflows can get close to production systems before teams fully understand the implications

Controls often break the developer workflow

Many governance approaches require developers to leave their native environment or work around controls that were not built for AI-assisted development

Native Developer Experience

Use AI coding tools on the desktop without workflow changes

See What’s Actually Running

Capture code generation, tool usage, and runtime behavior

See code generation, tool use, and downstream actions

Control and Contain Risk

Apply guardrails and limit downstream impact in real time

Expand AI Capacity Beyond the Desktop

Run larger, more capable AI workflows than local environments allow

Works directly inside your IDE workflow

No new tools. No workflow changes. Just visibility and control where development already happens.

BlueRock connects to coding assistants and IDEs to capture what actually runs — code generation, tool use, and downstream actions — as they happen.

What you can actually see

A complete view of what coding assistants do — not just what they suggest


  • What code was generated

  • What tools and services were used

  • What actions were taken

  • What systems and data were accessed

  • What changed as a result

Why AI Coding Breaks Inside IDEs And How BlueRock Fixes It

Without BlueRock

With BlueRock

You trust what the assistant suggests

You verify what it actually did

You find out after something breaks

You see issues before impact

You reconstruct events from logs

You see everything in one place

Control slows developers down

Control happens without slowing them

Who This Is Built For

Engineering Leads

Ship faster without losing visibility. Let your team use the best tools while still knowing exactly what ran and what changed

Security Leads

Understand and control what’s being introduced. See what assistants generate and apply guardrails before it becomes risk

DevOps & Platform Leads

See how AI-driven changes reach your systems. Track how code, tools, and workflows impact infrastructure before incidents happen

Related Use Cases

Safely Adopt MCP →

Safely Adopt MCP →

Move Agentic Workflows Toward Production →

Move Agentic Workflows Toward Production →

Let developers build where they work. Know what’s actually running.

See It in Action

View pricing

Let developers build where they work. Know what’s actually running.

See It in Action

View pricing

Let developers build where they work. Know what’s actually running.

See It in Action

View pricing

Common Questions

Does BlueRock require developers to change their workflow or install anything on their machine?

No. BlueRock connects to your native AI coding environment via a lightweight integration — developers stay in Cursor, Claude Code, GitHub Copilot, or wherever they work. Nothing is installed on the developer's machine, and nothing changes about how they build.

Which AI coding environments does BlueRock support?

BlueRock works with Cursor, Claude Code, GitHub Copilot, Codex, and Windsurf, with support expanding as the native coding ecosystem grows. If your team uses a tool not on this list, talk to us.

What does BlueRock see inside a native coding session — and what stays private?

BlueRock traces agent actions: tool calls, MCP server invocations, file accesses, commands executed, and downstream system interactions. It's focused on what agents do, not individual keystrokes or unexecuted code.

What happens when a guardrail fires — does it interrupt the developer's entire session?

Guardrails apply at the specific action level. If a guardrail fires, the action that triggered it is caught — not the entire session. The developer continues working; only the specific action is blocked or flagged depending on how the guardrail is configured.

How is this different from reading IDE logs or using existing observability tools?

IDE logs show that a tool was called. BlueRock shows what the tool actually did — the specific query, the permission used, the file accessed, the system touched downstream. Traditional observability is built for deterministic code. BlueRock is built for agentic execution, where the behavior emerges at runtime and can't be reconstructed from static logs.