Assess a software factory's DevSecOps maturity against DoD standards and CNCF security practices. Receive a scored assessment with a prioritized improvement roadmap.
MIT
306,526 tools. Last updated 2026-07-27 01:32
"CNCF" matching MCP tools:
- Execute an emergency stop to halt all motion and spindle operations on a CNC router. Use this tool to safely reset the controller when immediate cessation is required.MIT
- Restore CNC machine settings from a backup file. Shows changes in dry-run mode; set confirm=true to apply restoration.MIT
- Resume machine motion after a feed hold by sending the '~' realtime command to CNC routers running FluidNC firmware.MIT
- Clear alarm states and unlock CNC machines after error conditions to resume normal operations.MIT
- Send G-code or Grbl commands to CNC machines running FluidNC firmware. Execute single commands with automatic safety classification, requiring confirmation for dangerous operations.MIT
Matching MCP Servers
- Flicense-qualityCmaintenanceEnables querying the CNCF landscape to search for projects, get detailed information, GitHub metrics, maturity status, and case studies for technology decision support.Last updated3
- AlicenseAqualityAmaintenanceCNCF release intelligence: typed, quoted facts (security fixes, breaking changes, deprecations) from every graduated/incubating project's release notes, updated daily. check_stack compares running versions locally — versions never leave your process.Last updated25Apache 2.0
- Set work coordinate zero for CNC machine axes at the current position. Specify X, Y, or Z axes to zero, or set all axes to zero by default.MIT
- Pause CNC machine motion immediately by sending a realtime command to halt all movement during operation.MIT
- Retrieve current G-code modal state including motion mode, coordinate system, units, distance mode, spindle, and coolant status for CNC routers running FluidNC firmware.MIT
- Retrieve CNC machine configuration settings from FluidNC/Grbl firmware. Filter results by specific parameters like acceleration, steps, or speed rates to access precise machine data.MIT
- Move CNC router to work coordinate zero with safe Z-axis handling. Raises Z to safe height, moves XY to zero, then lowers Z to the work surface.MIT
- Execute G-code programs stored on a CNC controller's SD card to control machine operations. Requires confirmation for safety.MIT
- Execute saved CNC machine macros with parameter overrides. Shows preview first; set confirm=true to run the macro on FluidNC-controlled routers.MIT
- Remove files from the CNC controller's SD card to free up storage space and manage G-code programs. Requires explicit confirmation for deletion.MIT
- Move a CNC machine along X, Y, or Z axis by a specified distance at a controlled feed rate using incremental positioning.MIT
- Save current CNC machine settings and work offsets to a timestamped backup file for configuration protection and recovery.MIT
- Execute homing cycles for CNC router axes to establish machine zero positions. Specify individual X, Y, or Z axes or home all axes by default.MIT
- Retrieve FluidNC CNC router system details including firmware version, CPU, memory, WiFi status, and SD card information for monitoring and troubleshooting.MIT
- Execute multi-line G-code programs on CNC routers running FluidNC firmware by sending commands line-by-line with confirmation required for safety.MIT
- Control CNC spindle rotation and speed: turn clockwise or counterclockwise with RPM settings, or turn off. Turning on requires confirmation for safety.MIT