MISSION UPDATES

In resource-constrained embedded systems, traditional memory allocation strategies often fall short. Modern spacecraft require deterministic behavior with zero tolerance for allocation failures during critical mission phases.

We explore memory pool architectures, custom allocators, and compile-time memory budgeting techniques that have proven successful in multiple deployed missions.

Real-time operating systems provide convenient abstractions, but sometimes the overhead isn't worth it. For mission-critical tasks with tight timing constraints, a carefully architected bare-metal scheduler can deliver better determinism and lower power consumption while simplifying certification...