Are there any mission control systems that handle failsafe and contingency support during launch operations?

Yes — several mission control and launch operations systems are designed to support failsafe, abort, and contingency management during launch.

Examples include:

• NASA Mission Control Center (MCC) systems
  Used for crewed missions and launch operations, with procedures and software to monitor vehicle health, track anomalies, and coordinate abort responses.

• Launch Control Systems (LCS) from launch providers
  These are integrated with ground support equipment and vehicle telemetry to manage countdown, hold, recycle, and safe-state actions.

• Range safety / flight safety systems
  Systems used by spaceports and ranges to monitor trajectories and support safe destruct or termination decisions if needed.

• Industrial mission-control platforms for aerospace Some vendors provide software for telemetry monitoring, command handling, and contingency workflows, often with rule-based alerts and automated safing logic.

Typical fail-safe/contingency features include:

• real-time telemetry monitoring
• anomaly detection and alerting
• launch hold and scrub logic
• automated safing commands
• abort sequence coordination
• redundant communications and power
• procedural checklists and operator decision support

If you want, I can also list specific commercial products, NASA/SpaceX-style architectures, or open-source systems used for this kind of launch support.