S2RC Awarded AFRL Phase II SBIR for Multi-Capable Airman Training Research for Interface Experience (MATRIX)

MATRIX is a turnkey system that for Just in Time Training (JITT) for Multi- Capable Airman (MCA). MATRIX is a standalone system that provides the DAF with an enhanced training suite at home station, during Agile Combat Employment (ACE), and operational deployments. MATRIX utilizes an Open Architecture (OA) approach to integrate the right hardware, software, technology, and HMIs. MATRIX’s preliminary system delivers rapid and comprehensive training implementing Multi-Modal HMI, Generative AI, Mixed Reality (MR) Applications, and traditional 2D applications.

 

Operational Benefit:

MATRIX employs a user-centered design philosophy to provide MCA an initial operations capability as quickly as possible. During extensive end user interviews, S2RC identified the challenges and pain points shared by MCA and DoD personnel. Our research also incorporated knowledge gathered by studies and assessments of ACE and MCA by other organizations. S2RC’s approach addresses:

Lack of MCA Training Standardization: This challenge is twofold. First, MCA training varies greatly by unit. Second, MCA lack standardization across equipment, i.e. no AR headset has been selected as the MCA standard.

 

MATRIX Approach and Solution:

MATRIX harnesses the full potential of OA. Common filetypes, and common APIs create a modular and scalable framework. This flexibility enables seamless integration and futureproofs against the rapidly evolving technological landscape. MATRIX’s methodology integrates existing software, content, and content creation tools to enable units training specific to their unique needs.

Lack of MCA Training Equipment: A critical concern for ACE is the lack of financial resources, equipment, and personnel to implement MCA training. A RAND study found “most wing-level MCA programs do not have their own equipment, or at least enough equipment, and thus rely on borrowing from various units on base. Accordingly, multiple wings reported difficulties securing equipment—particularly communications equipment—for MCA training and exercises.”

 

MATRIX Approach and Solution:

MATRIX includes hardware dedicated to MCA training, alleviating the hardware burden on Wings. MATRIX’s inclusion of digital twins reduces the operational hardware needed for training, such as communications systems that are often deployed.

Limited User Interface Options: No Multi-Modal HMI exists to allow MCA to control MR and other devices. This severely hinders both training and user experience.

 

MATRIX Approach and Solution:

With MATRIX end users can selected their preferred HMI, or combination of HMI, to meet their training tasks’ unique needs. MATRIX’s integration of OpenXR invites future HMI options, as opposed to the limitations and expiration dates of a proprietary interface.

Lack of DDIL Mitigation: Fielded training systems require cloud connectivity. MATRIX does not.

 

MATRIX Approach and Solution: 

MATRIX’s Connectivity PACE plan enables a graceful degradation of capabilities. MATRIX offers reachback support via the cloud, extending to offline training and the capacity to create physical copies of instructions.

MATRIX - Concept of Operations - Diverted Aircraft
MATRIX - Concept of Operations - Diverted Aircraft
MATRIX - Concept of Operations - Gray Zone Operations
MATRIX - Concept of Operations - Gray Zone Operations

Contact us for more on MATRIX

Contact S2RC to learn more about MATRIX or if you are interested in providing your feedback, input, and experience as a Multi-Mission Airmen/Warfighter. Email MATRIX’s Principal Investigator Richard Stone directly at rstone@s2rc.com or the S2RC team at info@s2rc.com.

About S2RC

At Stone Solutions + Research Collective (S2RC), our essence lies in pioneering innovation within emerging and disruptive technologies. As a certified Service-Disabled Veteran Owned Small Business and 8(a) firm, we are dedicated to delivering bespoke, cutting-edge solutions that give our clients a competitive edge. Our elite team of Subject Matter Experts spearheads this mission, merging in-depth research, advanced engineering, and comprehensive training into a unified strategy. This approach equips our clients with the foresight and skills necessary to lead and thrive in an ever-evolving technological landscape. At S2RC, we don’t just adapt to the future; we shape it.

Anthony Lavazza

VP, Operations

Anthony Lavazza serves as Vice President of Operations at S2RC, bringing over 20 years of expertise in military safety, federal regulatory compliance, and industrial training. He leads S2RC’s operational strategy for its growing Industrial Solutions division, overseeing the delivery of risk-mitigating safety programs, deployment of digital training platforms, and implementation of compliance systems across critical infrastructure and manufacturing environments.

Before joining S2RC, Anthony founded National Safety Group, where he directed high-impact safety engagements for semiconductor and infrastructure clients. His public sector experience includes serving as a Compliance Officer at the U.S. Department of Labor (OSHA), where he was responsible for the enforcement of federal safety regulations across construction, energy, and logistics sectors.

A U.S. Marine Corps veteran, Anthony served more than a decade as a Ground Safety Manager and Bulk Fuel Specialist. He is a Certified Safety Professional (CSP) and OSHA Outreach Instructor. His academic background includes a Master of Science in Occupational Safety and Health from Eastern Kentucky University and a Bachelor of Science in Health Science from Arizona State University.

Anthony’s appointment reinforces S2RC’s commitment to modernizing workplace safety systems through AI-enabled training platforms and ergonomic human-machine interface development. His leadership supports safer, smarter, and more efficient industrial operations across the logistics, manufacturing, and infrastructure domains

Rick Stone

CEO & Founder, S2RC

Rick Stone leads S2RC with over 22 years of experience across government, military, and aerospace sectors. A proven executive and human systems engineer, Rick shapes S2RC’s strategic vision, fosters leadership and team building, and drives innovation and growth.

In addition to his role at S2RC, Rick continues to serve as an Air Force Special Warfare Tactical Air Control Party (TACP) Joint Terminal Attack Controller (JTAC). He has also held leadership roles as Vice President of Strategic Planning at Black Diamond Advanced Technology and Director of Business Development at Pison Technologies. Beyond these responsibilities, Rick sits on the boards of several startups, providing strategic guidance and leveraging his extensive operational experience.

Rick holds a Master of Science in Human Systems Engineering from Arizona State University, a BA in Psychology from American Military University, and an associate degree in information technology from the Community College of the Air Force. He maintains a TS/SCI Clearance, FAA Part 107 License, SAFe Agilist Certification, and is a native Spanish speaker. Reflecting his passion for service and community impact, Rick supports veterans’ and children’s charities.