1) Robust system design involves identifying the parts of your system that are mission-critical and always monitoring them. NASA missions have great automation and a 24/7-staffed mission control.
2) If a system failure can result in massive secondary damage, isolate that system. Warehouses receiving orbital payloads should probably be nice and far away from the base you care about.
> 1) Robust system design involves identifying the parts of your system that are mission-critical and always monitoring them. NASA missions have great automation and a 24/7-staffed mission control.
You should alert on critical parts but you should monitor anything and everything you can. It might be critical in finding out why system broke later on. Easier said than done for hardware but easy for software
1) Robust system design involves identifying the parts of your system that are mission-critical and always monitoring them. NASA missions have great automation and a 24/7-staffed mission control.
2) If a system failure can result in massive secondary damage, isolate that system. Warehouses receiving orbital payloads should probably be nice and far away from the base you care about.