Want to ensure your mission runs securely and can't be denied even if it's compromised?

Discover how you can secure your mission and automatically disable compromises in your network without extracting compromises.

CRYSTALVISTA Core (CV) is an unclassified capability you can bolt onto existing comms channels to enable secure, high-speed, quantum-resistant, resilient data transport including thru space (up to 100 Gbps with 95% Bandwidth utilization globally). CV Core spreads your data across all available channels using dynamic load balancing based on real-time throughput and latency; you can lose multiple channels, and your mission continues uninterrupted.

We also discovered a way to secure already-compromised systems without detecting, locating, and extracting the compromises, and it even works against active nation-state "hackers". We call this endpoint security technique "CRYSTALVISTA++" (CV++).

"Zero Trust" is all about zoning networks, isolating access, and containing any compromises, but if a zero-day goes active, you could lose control of your assets ... while you run forensics to locate and extract a compromise. Can you afford to postpone missile launches, data transport, or spacecraft T&C for hours, days, or weeks to locate and extract a compromise? Our CV++ concept lets you use your system securely and NOT be denied ... while automatically disabling compromises ... even if you don't know the compromises are there. And you can use CV++ with any "Zero Trust" methodology or product you wish.

Use CV++ by itself to secure your network ... or combine CV++ with CV Core to protect your missions end-to-end globally where you can only be denied by (1) adversaries wiping out or jamming ALL available comms channels, or (2) physically destroying your system or comms path.

In this presentation, you will see how CV and CV++ work, and if we have time, we'll prove it works with on-the-spot demos.

I have been a cybersecurity practitioner for more than 10 years across many facets of the industry. I recently branched out to the space industry when I initiated Accenture's satellite development program for aerospace cybersecurity research. Through the planning and design of the satellite, which is meant to showcase quantum security technologies and host a number of security-focused payloads, I have sought to push the boundaries of space cybersecurity from a commercial perspective. My goal is to enable and empower the growing space industry with security capabilities developed from terrestrial experience but tailored to the unique and evolving environment of space.

CDR Goddard is a 2007 Naval Academy Graduate and a Graduate of Rensselaer Polytechnic Institute in 2016 with an MS in Information Technology and Web Science. He next reported to Navy Cyber Warfare Development Group as the Deputy Department Head for Cyber Effects, where he directed the development of offensive cyber capabilities for Fleet Cyber Command. He also led the Navy's talent management and recruitment program for offensive cyber tool developers and Cyber Warfare Engineers. Additionally, he served as the JFHQ-C Fleet Cyber Command Technical Director responsible for all aspects of the design, engineering, and employment of Cyber, Space, and non-kinetic FIRES capabilities supporting USCYBERCOM.
CDR Goddard the served as the N39 Tactical Information Operations officer at Naval Special Warfare Group TEN. He led the development of Signals Intelligence, Cyber, Space, and non-kinetic FIRES capabilities supporting Special Operations Command and Naval Special Warfare Command. While at NSW Group TEN he completed his MBA at the Darden School of Business at the University of Virginia.
His most recent tour was as the Deputy Information Warfare Commander and Non-Kinetic Integrated Fires Officer at Carrier Strike Group ONE embarked onboard USS CARL VINSON (CVN-70) in San Diego, CA. He is currently the Director of Operations at Navy Cyber Defense Operations Command.

John Moberly is the SVP for Space for SpiderOak. Space Cyber is the most critical vulnerability of our space systems and space-based networks require different approaches than terrestrial cybersecurity and SpiderOak is uniquely positioned with our zero trust blockchain approach to lead solutions to meet these architectural needs in space and ground segments as well as other unattended sensor architectures. Prior to SpiderOak, John led the US Federal subsidiary for LeoLabs, venture capital based startup building a global radar network capability to improve space domain awareness - another space enabling function like cyber. He previously led the Space & Intelligence Business Area for Arete, a company with work largely focused on algorithms for weak signature detection and AI/Machine Learning applications for GEOINT (Geospatial Intelligence) Systems, including developing a concept that won a "Prestigious Pitch Award" at the Air Force 2019 Space Pitch Day.  He was also highly involved in NRO, DARPA Blackjack, Space Development Agency, and commercial satellite algorithm development focusing around on-board processing and weak/dim signature detection.