Safety & Mission Assurance Charter
This charter codifies the safety and mission assurance principles, practices, and governance structures that govern all engineering and program execution activities at Monarch Space Systems.
Mission Assurance Philosophy
Mission assurance is the disciplined integration of safety, quality, and engineering rigor into every phase of program execution. We treat mission assurance not as a compliance burden but as an enabling discipline — the foundation that allows technical ambition to proceed with accountability. Every system, process, and decision is evaluated against mission success criteria.
Configuration Control Discipline
All technical baselines are maintained under formal configuration control. Changes to design, interface, or operational baselines follow structured change control processes with documented rationale, impact assessment, and approval authority. Configuration control boards (CCBs) maintain technical integrity across program lifecycles.
Verification & Validation Culture
Verification and validation are embedded throughout engineering processes, not applied as post-development checks. Requirements traceability, test planning, analysis, inspection, and demonstration methods are defined at requirements decomposition and maintained through delivery. Independent verification is conducted for mission-critical systems.
Risk Register Governance
Technical, programmatic, and safety risks are maintained in structured risk registers with probability-impact scoring, mitigation strategies, and assigned ownership. Risk registers are reviewed at defined cadences and integrated with the Enterprise Risk Management framework. Risk-informed decision-making is a standard practice.
Test Readiness Review Structure
Test Readiness Reviews (TRRs) are conducted prior to major test events. TRRs verify that test articles, procedures, instrumentation, facilities, and safety controls meet readiness criteria. No test proceeds without documented TRR approval and identified risk acceptance authority.
AI Governance within Mission Assurance
AI-enabled systems supporting mission assurance functions operate under defined governance with mandatory human-in-the-loop oversight. AI outputs informing safety decisions, risk assessments, or engineering dispositions require human verification before acceptance. AI model performance is monitored and validated against established criteria.
Continuous Improvement Framework
Mission assurance practices are subject to continuous improvement through lessons learned, internal audits, corrective and preventive actions, and peer review. Performance metrics are tracked and reviewed to identify trends and opportunities for strengthened mission assurance posture.
Formal Charter Statement
Monarch Space Systems commits to maintaining safety and mission assurance as foundational disciplines across all engineering, program execution, and research activities. This charter establishes the institutional obligation to verify before we trust, to control before we change, to test before we fly, and to learn from every outcome. Safety is not a constraint on ambition — it is the means by which ambition becomes credible.
Related: Institutional Safety Program
This charter governs mission assurance. Worker safety, laboratory and energetic hazard control, customer-site safety, and safety metrics are documented in the institutional safety program.
Charter Governance: This charter is reviewed annually by executive leadership and integrated with the Enterprise Risk Management framework. Last reviewed: June 2026.