Coding agents
Coding agents read repositories, modify files, run shell commands, call MCP servers, and interact with deployment systems. dwaar keeps that autonomy aligned with the developer's actual request.
Tests indirect prompt injection, poisoned repository content, unsafe code execution, secret exposure, tool misuse, and unintended file changes.
Restricts commands, repositories, environments, tools, and MCP calls to the developer's declared task.
Coding agents read repositories, modify files, run shell commands, call MCP servers, and interact with deployment systems. dwaar keeps that autonomy aligned with the developer's actual request.
Tests indirect prompt injection, poisoned repository content, unsafe code execution, secret exposure, tool misuse, and unintended file changes.
Restricts commands, repositories, environments, tools, and MCP calls to the developer's declared task.
A developer asks the agent to fix a failing checkout test. A poisoned issue instructs it to upload the .env file through an external MCP server. dForge discovers the attack path before launch. dFence identifies that the export does not match "fix the test," blocks the call, and records the event.
For every agent, dwaar asks four questions: What is the agent supposed to do? Which data and tools should it reach? How could that workflow be manipulated? What should happen when its behavior drifts?
Document the happy path, permitted tools, data boundaries, and approval points.
dForge attacks the workflow before launch using context-specific prompt, tool-use, and multi-turn tests.
dFence evaluates runtime intent before sensitive tool and MCP calls, then allows, blocks, constrains, redacts, or requests approval.
Turn verified findings and runtime events into stronger policies and repeatable security tests.
Choose a use case to see its risks, adversarial tests, runtime controls, and security decisions in context.
dwaar combines agent-specific adversarial testing with intent-aware runtime enforcement, helping teams deploy capable agents without relying on static scopes alone.
