Solution Abstracts
The Army Cyber Center of Excellence sought solutions to address both emerging and existing challenges. Several dozen abstracts were submitted to address the Problem Statements below and the top solutions will be presented in the Engagement Theater at TechNet Augusta.
Presentation Schedule
Tuesday: August 18, 2026
11:30 AM - 11:50 AM
"Quantum-Resistant Optimization for Electromagnetic Warfare in GPS-Denied Areast"
Jim Cosby
Chief Technology Officer
NetApp
Read Abstract
1:10 PM - 1:30 PM
"Optimizing the Last Tactical Mile: Adaptive Logistics, Resource Allocation, and Autonomous Coordination Across Contested Networks"
Michael Longoria
Mission Account Manager – U.S. Army
ServiceNow
Read Abstract
Wednesday: August 19, 2026
12:10 PM - 12:30 PM
"Hardening Networks Against Cryptographic Threats"
Mark Maglin
VP, Cybersecurity Strategy
ECS Federal
Read Abstract
12:40 PM - 1:00 PM
"A Practical Path to Interoperable Army Modernization"
Matthew Domaratzky
Product Owner
SAIC
Read Abstract
1:10 PM - 1:30 PM
"Scalable, Agile, Modular Edge Services:C2 That Survives Disconnection"
Anthony Zech
Senior Director
Everforth
Read Abstract
1:40 PM - 2:00 PM
"Agentic AI for ISR Fusion and Automated Combat Decisioning"
Paul Jojy
Manager, Forward Deployed Engineering
John Hopkins University
Read Abstract
2:10 PM - 2:30 PM
"Adaptive Mission Networking: Using Cloud Computing to Operationalize the Army Unified Network"
Derek Strausbaugh
Microsoft Federal CTO and DoW
Microsoft
Read Abstract
Thursday: August 20, 2026
9:00 AM - 9:20 AM
"Hardware Zero Trust"
Tommy Gardner, Ph.D.
Chief Technology Officer, HP Federal
HP Inc.
Read Abstract
9:30 AM - 9:50 AM
" The Agentic Edge for Air-Gapped Environments "
Sarah Joy
Technical Education Engineer
Splunk
Read Abstract
10:00 AM - 10:20 AM
"Intent to Action: Reducing Operator Cognitive Load Across the Zepharis Suite"
Nate Delgado
Director of Software Products
Sealing Technologies
Read Abstract
10:30 AM - 10:50 AM
"Visualizing the Battlespace Without Collapsing Security Boundaries "
Gerald Oliver
Senior Program Manager
High Sec Labs Inc.
Read Abstract
11:00 AM - 11:20 AM
"Securing AI where it executes: the rise of the endpoint agents"
Jeff Worthington
Executive Strategist
CrowdStrike
Read Abstract
11:30 AM - 11:50 AM
"Brain vs Muscle"
Derek Thurston
Associate Principal Architect
Red Hat
Read Abstract
12:00 PM - 12:20 PM
"Trust No AGent: Quantifying Where Autonomous AI Breaks Before Adversaries Do"
Tyler Hallmark
VP, Data Science
Seekr
Read Abstract
Problem Statements
Problem Statement 1:
How can quantum-accelerated optimization be integrated into Electromagnetic Warfare (EW) and Combat Systems for real-time threat analysis in GPS-denied environments?
Problem Statement 2:
How can we unify fragmented networks, platforms, and radio systems into a single cohesive infrastructure that preserves individual functionalities while delivering automated PACE routing, dynamic mesh management, intelligent QoS, and centralized boundary security?
Problem Statement 3:
How can we develop validated, resilient Machine-to-Machine (M2M) security protocols to prevent "Synthetic Access" breaches driven by autonomous agentic AI?
Problem Statement 4:
How can we deliver resilient, agile systems that seamlessly unify Electronic Protection, Support, and Attack capabilities to dominate the electromagnetic operational environment (EMOE) across all domains?
Problem Statement 5:
How can we harden existing command and control networks against next-generation cryptographic and algorithmic threats, including advanced digital signature forgery?
Problem Statement 6:
How can we provide high-performance algorithmic execution and tactical database replication at the edge within a ruggedized form factor capable of surviving disconnected, low-bandwidth operations?
Problem Statement 7:
What are the best techniques for real-time optimization in logistics, resource allocation and autonomous swarm management across contested networks?
Problem Statement 8:
How can we deliver intuitive, error-resilient user interfaces that minimize operator cognitive load through automated combat workflows and streamlined UX/UI, allowing tactical teams to focus on high-level combat reasoning rather than menu navigation?
Problem Statement 9:
How can a singular combat network integrate disparate command structures and sensors while minimizing cognitive burden and maximizing network observability through smart flow management and CMOSS/SOSA compliance?
Problem Statement 10 - Information Advantage:
How can we integrate visual imagery, virtual reality (VR), and spatial imagery tools into command post C2 workflows to enhance situational understanding, operational visualization, and collaborative decision-making?
Problem Statement 10 - DCO:
What technology exists, or is in development, that the Army has not yet experimented with, that could be a “game changer” for assured voice and data communications, at echelon?