Mission-Ready Technology for the Warfighting Acquisition Era
G2 Ops brings seven SBIR technology platforms — spanning cybersecurity, digital engineering, and AI-driven model automation — directly into the programs that define the Pentagon’s next-generation force design.
Warfighting Acquisition System Reform and Portfolio Acquisition Executives
The Department of War is restructuring how it acquires and fields warfighting capability. Under the Warfighting Acquisition System reforms, Portfolio Acquisition Executives now manage integrated capability portfolios — replacing the legacy PEO model with mission-aligned authority that demands faster technology insertion from trusted partners. For Mission Systems integrators, this shift rewards companies that own mature, proven technology and can deploy it across portfolio boundaries without re-competing every insertion point. G2 Ops built its technology portfolio for exactly this environment: platform-ready IP with Phase III sole-source authority, engineered to move at the speed the PAE construct requires.
The SBIR Advantage Is Accelerating
SBIR Phase III contracts carry permanent sole-source authority under federal law — no additional competition required, across any federal agency, for any dollar value. In March 2026, the Senate passed the Small Business Innovation and Economic Security Act, mandating acquisition workforce training on Phase III sole-source contracting for the first time. This means the contracting officers and program managers our partners work with every day are now being trained to execute the Phase III pathway — reducing friction for both government customers and large business teaming partners. For prime contractors and large integrators, G2 Ops’ seven Phase III–eligible platforms represent pre-qualified, competitively insulated technology that can be inserted into active programs through existing contract vehicles without triggering full-and-open competition.
Seven SBIR Technology Platforms
Capability-forward technology with protected IP and Phase III sole-source authority
SOFIA / MONARCH
SBIR Topic N181-051 • Contract Vehicle: Active SBIR Phase III Basic Ordering Agreement # N68335-24-G-0043
Mission-Based Cyber Risk Analytics Platform with Accelerated Cyber Ready ATO Support
SOFIA provides cyber vulnerability insight based on practical mission context and comprehensive real-time threat data. The integrated SOFIA and MONARCH suite uses advanced data management techniques to accelerate the achievement of ATOs by almost 50%. Today warfighters struggle to obtain the insight needed to evaluate the operational resilience of their systems and to achieve ATOs at the speed of capability delivery. Together SOFIA and MONARCH deliver the Cyber Ready Authorizing Official framework that the DON CISO has designated as policy for Navy cybersecurity authorization. Unlike standard cyber vulnerability risk assessment platforms, SOFIA and MONARCH provide operationally relevant cyber insight via warfighter-friendly dashboards and ATO execution that is revolutionizing how programs approach RMF.
Mission Alignment: SOFIA and MONARCH are or can support Undersea, Autonomous, Aviation, Mission Support, Munitions, C4I, and Enterprise systems and portfolios.
Active Deployments: These platforms are currently supporting a wide range of complex, integrated US Navy surface combat and weapons systems; as well as multiple enterprise and shore-based infrastructures.
IRIS
SBIR Topic N191-030 • Contract Vehicle: Active SBIR Phase III Basic Ordering Agreement # N68335-24-G-0043
Cybersecurity Analytics for Specialized ICS/OT Systems
IRIS uses knowledge graphing techniques to contextualize information to enable true resiliency analysis of unique ICS, OT and hybrid system environments. IRIS addresses the critical cybersecurity gap in shipboard ICS and OT — the Hull Mechanical & Electrical (HM&E) infrastructure that keeps submarines and surface combatants physically operational. Today’s resiliency and cyber vulnerability assessment tools have critical gaps in their ability to assess ICS/OT systems. IRIS closes this gap and provides insight that is difficult to obtain for mission-critical systems.
Mission Alignment: IRIS is calibrated to support robotic and autonomous platforms, HM&E systems, industrial environments (including SCADA and PLC networks) and other cyber-physical systems.
Active Deployments: IRIS is currently supporting new construction US Submarine platforms performing analytics required to understand mission resiliency and future sustainment requirements.
ARIE / COMPASS
SBIR Topic N202-135 • Multiple Active Contracts: Phase II Contract # N00024-25-C-S248, Active SBIR Phase III Basic Ordering Agreement # N68335-24-G-0043
Specialized Model Based Systems Engineering (MBSE) Models and Digital Twin Architectural Schemas for Containerized Tactical Systems
ARIE and COMPASS provide a specialized architectural development platform enabling the refactoring and modeling of legacy systems into containerized/PaaS enterprises. The ARIE and COMPASS platforms enable the modeling of containers, hosts, orchestrators and services via structured data ingest scripting and our Gold Standard Methodology™ architectural schema. Evaluating rapid and/or wholesale engineering design change in integrated systems is difficult using standard digital model tooling. ARIE and COMPASS enable the rapid assessment of the engineering impact of changes to interfaces, requirements, testing, and other attributes required to ensure alignment with systems and platforms of all types.
Mission Alignment: These specialized modeling platforms enable rapid engineering analysis for large portfolio management activities, including Autonomous systems, Mission systems, Undersea platforms, Air Frames, Space Systems, C4I systems and complex enterprise infrastructures.
Active Deployments: ARIE and COMPASS are currently supporting the large-scale refactoring of US Navy undersea acoustic systems to enable an architecture capable of rapid capability fielding.
SEADES
SBIR Topic AF203-DCS03 • Contract Vehicle: Active SBIR Phase III Basic Ordering Agreement # N68335-24-G-0043
Model-Based Data Governance for ISR Sensor Data
SEADES brings Model-Based Systems Engineering rigor to ISR sensor data governance for the Air Force. The SEADES platform provides an automated model-based solution that enables multi-platform data alignment, enabling complex data analytics and assimilation. Today’s ISR and other data fusion technologies are inefficient, have quality assurance challenges and require significant resources. The SEADES data framework facilitates improved data integrity, assurance, and robust, automated, and secure management of complex data sets.
Mission Alignment: Air Force C4BM / Space-Based Sensing, mission sets requiring complex data governance and management across ISR sensor, kill-chain and undersea or airborne networks.
Active Deployments: Seeking transition partners for operational deployment.
M-RAMPS
SBIR Topic N221-031 • Contract Vehicle: Phase III Contract Eligible
Model-Based Reliability, Availability & Maintainability Simulation
M-RAMPS bridges the gap between MBSE design models and real-world performance data — connecting systems engineering artifacts to CBM+ and product suitability analytics. Rapid design execution today frequently compromises the ability for programs to conduct recursive predictive reliability analyses, especially for systems deploying to high stress environments where insight into LRU design trade-offs is critical to designing in high Ao.
M-RAMPS leverages architectural and operations modeling to analyze core Operational Availability predictions, material availability, and sustainment cost analytics to reliably simulate a system’s RMA position and conditional readiness.
Mission Alignment: Rapid system and platform-level design, modernization & sustainment for undersea, airborne, towed and other tactical system portfolios requiring lifecycle performance optimization.
Active Deployments: M-RAMPS is currently being applied to optimize the Ao and future readiness for multiple towed communications buoys critical to US Navy and national security missions.
MONARCH.AI
SBIR Topic SF241-D023 • Contract Vehicle: Phase III Eligible
AI-Automated MBSE to Accelerate Digital Engineering
MONARCH.AI applies domain-trained AI to accelerate systems engineering activities.
MONARCH.AI enables MBSE at-scale by enabling natural language interaction with system models, engineering documentation, and architectural data to provide context-aware guidance aligned to formal engineering frameworks. Complex systems design and integration frequently presents a complexity that surpasses the ability for standard digital engineering tooling to preserve engineering rigor at pace, and support optimized decision-making.
MONARCH.AI enables mature AI-enhanced MBSE adoption at scale across entire portfolios within unclassified, classified and other regulated environments.
Mission Alignment: Space Force, Navy and Air Force AI/Data & Autonomous system design, accelerated digital engineering, integration and deployment for complex systems.
Current Deployments: MONARCH.AI is currently being used within US Space Force space vehicle design execution to automate MBSE model generation, digitally transform legacy system data, analyze architectural data with AI-powered chatbots and provide seamless interoperability with critical analytical tools – all within a cloud-native environment.
ECR
SBIR Topic AF192-001 • Contract Vehicle: Active SBIR Phase III Basic Ordering Agreement # N68335-24-G-0043
MBSE-Driven Cloud Engineering and Cyber Resiliency
ECR integrates MBSE with cybersecurity analytics to enable threat-informed cyber mission risk analyses and secure cloud infrastructure configurations to enable out-of-the-box hybrid cloud infrastructure stand-up.
Cloud deployments today frequently require extensive security analysis to match compliant cyber protection measures to the planned application, storage and connectivity configuration. ECR clears this time-consuming barrier through automated, MBSE-driven functional flows, configuration settings and administrative approaches that accelerate deployment and lower the sustainment burden for AWS, Azure, Oracle and hybrid cloud deployments at the IL4, IL5 and IL6 levels.
ECR also uses MBSE-enabled ATO tooling to accelerate the authorization of mission owner environments to fast-track deployment of secure cloud instantiations.
Mission Alignment: Large enterprise portfolios requiring rapid scaling and elastic cloud infrastructures with accelerated application deployment and mission-critical warfighter-centric support.
How G2 Ops Platforms Connect to the Mission Systems Enterprise
The Pentagon’s acquisition reform isn’t theoretical for G2 Ops — it’s the operating environment we built our technology portfolio to serve. Our platforms are already embedded in the programs and systems that define the Navy’s Mission Systems Software architecture, the Overmatch operational framework, and the Lattice integration layer that connects sensors to shooters across domains.
G2 Ops serves as a contributing partner on Project Overmatch, executing MBSE and Mission Systems Software design work alongside Palantir within the MSS ecosystem.
SOFIA’s Cyber Ready ATO framework is the DON CISO’s designated policy mechanism for authorizing weapon systems — meaning it doesn’t just support the cyber mission, it is the process by which authorization occurs. ARIE/COMPASS models the tactical data link infrastructure that Overmatch depends on for joint connectivity. MONARCH.AI is building the AI-driven model generation capability that Space Force needs to digitally engineer its next-generation architectures.
For large business capture teams at Lockheed Martin, Rolls-Royce, Accenture Federal, and peer integrators: these platforms are not prospective capabilities awaiting validation. They are active, funded, IP-protected technologies with direct customer relationships and Phase III sole-source contracting authority.
Eight consecutive years on the Inc. 5000 confirm that this portfolio strategy produces sustained growth — not through contract scale, but through technology breadth and customer trust across the Navy, Air Force, and Space Force enterprise.
SBIR Phase III: The Sole-Source Path That Eliminates Competitive Risk
SBIR Phase III authority is established in federal statute and carries a unique contracting power: any federal agency can award a Phase III contract to the SBIR innovator on a sole-source basis, at any contract value, without triggering full-and-open competition requirements. This authority is permanent — it does not expire, and it applies across the entire federal government, not just the sponsoring agency.
Phase III sole-source authority means a prime contractor can bring G2 Ops technology into a program through a subcontract or teaming arrangement without the timeline, cost, and competitive uncertainty of a new procurement action. No RFP. No competitive evaluation period. No protest risk.
For large business partners, this changes the teaming calculus. When a prime identifies a capability gap on an active program — whether in cybersecurity authorization, digital twin modeling, OT security, or AI-driven MBSE — a Phase III–eligible G2 Ops platform can be contracted directly.
The 2026 Small Business Innovation and Economic Security Act adds a structural accelerant. For the first time, the law mandates that the acquisition workforce — contracting officers, program managers, and procurement analysts — receive formal training on Phase III sole-source contracting procedures. The friction that historically slowed Phase III adoption — unfamiliarity, risk aversion, procedural uncertainty — is being systematically removed by statute.
G2 Ops holds seven SBIR platforms with IP protection extending through 2045. Each platform has an established customer relationship, validated technology, and a clear Phase III pathway. For prime contractors building capture strategies under the PAE framework, these platforms represent the fastest, lowest-risk route to inserting proven technology into active portfolios.
Explore Teaming Opportunities
G2 Ops’ seven SBIR platforms are architected for integration into prime contractor programs through Phase III sole-source teaming arrangements. Contact our BD team to discuss alignment with your active captures.