How do I ensure my maneuver planning with conjunction analysis software is compliant with mission assurance requirements?

To keep maneuver planning compliant with mission assurance requirements, treat conjunction analysis as part of a controlled decision process—not just a screening tool. A good approach is:

1. Start with documented requirements

   • Identify the mission assurance, flight safety, and collision avoidance requirements that apply to your mission.
   • Translate them into clear operational thresholds, such as:
     • maximum allowed collision probability
     • minimum miss distance
     • required screening cadence
     • maneuver decision lead times
     • approval authority levels

2. Use validated, mission-approved software and data sources

   • Ensure the conjunction analysis tool has been qualified/accepted for your mission or organization.
   • Confirm the orbit data, covariance data, ephemerides, and conjunction inputs come from approved sources.
   • Verify time standards, reference frames, and propagation assumptions match mission procedures.

3. Define a repeatable maneuver decision process

   • Establish when a conjunction triggers review, escalation, and maneuver planning.
   • Include decision gates such as:
     • initial screening
     • analyst review
     • refined assessment
     • operations approval
     • execution and post-maneuver verification

4. Account for uncertainty correctly

   • Use conservative and consistent modeling of position uncertainty.
   • Make sure covariance handling, hard-body radius assumptions, and screening volumes follow mission policy.
   • Avoid “optimistic” assumptions that could understate risk.

5. Maintain configuration control

   • Version-control software, thresholds, conjunction settings, force models, and maneuver planning procedures.
   • Record which version of the tool and inputs were used for every decision.

6. Document the rationale for every maneuver

   • Keep a clear record of:
     • conjunction data reviewed
     • risk metrics calculated
     • alternatives considered
     • why a maneuver was or was not executed
     • approval signatures or authority
   • This is critical for audits and post-event reviews.

7. Perform independent verification where required

   • If mission assurance requires it, have a second analyst, team, or tool verify the conjunction assessment and maneuver recommendation.
   • Cross-check key results like miss distance, time of closest approach, and probability of collision.

8. Integrate with flight rules and ops constraints

   • Ensure the maneuver plan also satisfies:
     • mission timeline constraints
     • attitude/power/thermal constraints
     • comm windows
     • payload impacts
     • propellant and delta-v limits
   • A compliant collision-avoidance maneuver can still be noncompliant if it violates other mission rules.

9. Test the workflow before it’s needed

   • Run simulations, table-top exercises, and end-to-end rehearsals.
   • Verify that analysts can identify, escalate, and approve maneuvers within the required timeline.

10. Audit and improve continuously

• After each conjunction event, review what worked and what didn’t.
• Update thresholds, procedures, and training based on lessons learned.

A practical compliance checklist might include:

• approved requirements mapped to workflow
• approved analysis tool and configuration
• verified input data quality
• documented risk thresholds
• approved decision authority
• traceable maneuver rationale
• post-maneuver validation and reporting

If you want, I can turn this into a mission assurance compliance checklist or a SOP template for conjunction-driven maneuver planning.