Q1. Could you start by giving us a brief overview of your professional background, particularly focusing on your expertise in the industry?

After retirement from the Hellenic Air Force (HAF), I have worked for 26 years in the defense industry as an Integrated Space Air and Missile Defense (ISAMD) and C5ISTAR Subject Matter Expert (SME), for a number of companies such as THALES Airborne Systems, THALES Raytheon Systems (TRS), in France and Germany. One of my job assignments was Instructor/Training Analyst/Operational Advisor in the context of NATO's Ballistic Missile Defense (BMD) system.

Q2. Where is the largest 'Policy Execution Gap' you see today—where the military has a documented Mission Need Statement (MNS) but no contractor has yet provided a technically viable, field-proven solution?

In the field of applying Artificial Intelligence / Machine Learning (AI/ML) technologies in military autonomous Uncrewed kinetic applications, where decision-making shall be verified by a certifiable deterministic system.

Q3. Given your expertise in L-16 and JREAP, is the technical barrier to entry for achieving 'Network Centric' interoperability getting higher or lower for new market entrants? Are legacy primes losing their grip on the 'Digital Backbone'?

L-16 and JREAP Network-Centric interoperability can be achieved as long as host systems implement the protocol and comply with applicable standards. Both Link-16/JREAP are considered as legacy Tactical Data Links (TDLS), especially in modern warfare where units/platforms will be operating in Contested-Degraded and Operationally limited Environments (CDE). 

Q4. In the shift to Mosaic Warfare, who actually owns the 'Digital Glue'—the algorithms for Sensor Cueing and Shooter Determination? Is that IP still locked within the platform OEMs, or have third-party software firms captured it?

Mosaic warfare is a new paradigm in the Collaborative Air Combat concept, involving Crewed/Uncrewed platforms. There are lots of proprietary algorithms, and for most of them, IP is still locked within OEMs.

Q5. As we shift toward Modular Open Systems Approaches (MOSA), are you seeing legacy primes successfully decoupling their software from their hardware to create new recurring revenue streams, or is the 'Open Architecture' mandate actually stripping away their ability to charge proprietary premiums?

The Open System Architecture (OSA) mandate and its derivatives, such as Modular Open Systems Architecture (MOSA), Weapon Open System Architecture (WOSA), Sensor Open System Architecture (SOSA), etc., are currently applied in the US, where standardization has already occurred for most of the derivatives. Where OSA implementation is mandatory, this might strip the legacy primes of the ability to charge proprietary premiums.

Q6. How much of a performance multiplier is a contractor’s ability to deliver high-end Interactive Electronic Technical Manuals (IETM) and training materials? Does this drive significantly higher long-term sustainment revenue compared to the hardware itself?

Delivering high-end Interactive Electronic Technical Manuals (IETM) and training material is considered a performance multiplier and adds value to the delivered system, especially in modern military systems where operators are requested to implement complex workflows. IETM sustainment costs cannot exceed the cost of the hardware itself.

Q7. If you were an investor looking at companies within the space, what critical question would you pose to their senior management?

Are Space Vehicles (SVs) and their communication infrastructure protected from cyber-attacks and intentional jamming? Are they hardened from nuclear Electromagnetic Pulse (EP) effects?