#Satellite Servicing

Here's how engineers plan to save the satellite sent to save NASA's Swift mission

A commercial satellite servicing mission critical to NASA's $500 million Swift observatory encountered a serious anomaly, with the Link spacecraft spinning out of control and losing two of three reaction wheels, but engineers have successfully halved its spin rate using alternative propulsion systems and are implementing new control algorithms to restore full operation. This incident highlights both the opportunities and risks of emerging commercial satellite servicing as a cost-effective alternative to traditional government-operated missions, requiring IT and mission-critical systems teams to design robust fault tolerance and recovery protocols. For IT leaders managing mission-critical operations, this underscores the importance of autonomous failsafe systems, rapid algorithm development and deployment capabilities, and close cross-organizational collaboration during emergencies.