Silent Shield: Detecting Cyber threats from Orbit

Deloitte’s initial satellite, Deloitte-1,‌ launched earlier⁢ this year, is actively collecting RF data and analyzing it for cyber intrusions.the system,dubbed silent Shield,aims​ to provide a unique vantage point for⁢ identifying malicious activity that​ might be missed by terrestrial systems.According⁢ to company representatives, the satellite is designed to ingest RF data and then analyze it for cyber anomalies.

Testing⁣ and Validation

As ⁣of September 27,⁣ 2024, Deloitte⁢ has⁤ successfully ‌completed six attack​ scenarios designed to ⁢test ‌Silent Shield’s capabilities.The company intends to progressively increase the complexity of these scenarios, pushing the ‍system to its limits to identify areas⁤ for improvement. “Until we get to the point ⁤where ⁣Silent Shield can’t detect it, because that’s where the real learning is going to occur,” stated Roberts, a Deloitte representative. The Aerospace Corporation is providing⁣ an self-reliant analysis framework to validate the payload’s performance. Testing is expected⁤ to be completed within the next two‌ months.

future Expansion and ‌Capabilities

Deloitte⁢ plans to deploy an additional eight satellites⁣ to create a low Earth ⁢Orbit (LEO) constellation over the⁤ next 18 months. Beyond intrusion detection,the company envisions Silent Shield eventually providing automated or preapproved responses⁤ to​ identified cyber ⁤threats. Future satellites ​may incorporate optical intersatellite links, enabling the‌ detection of anomalies within the constellation itself and the sharing of that details across the network.

Deloitte-1 is equipped with a software-defined radio capable of transmitting⁤ on VHF, UHF, S-band, and L-band frequencies, along with a star tracker and other navigational tools. It also carries‌ Silent Shield’s cyber intrusion detection ⁢system and its cyber effects‍ payload.

On-Orbit Testing as a Service

Deloitte is exploring opportunities to offer Silent ‍Shield to clients for testing their own offensive and defensive cyber operations ⁢in a real-world space environment. This service could be provided as either a dedicated payload or a shared resource. “While we’re very interested in stress-testing Silent Shield to make sure that it works, we also see a real benefit in offering this to our clients as⁤ a real, on-orbit environment where they can test their own offensive and defensive tactics,”​ Roberts explained.