The Strategic Partnership Model: Defining Roles for SBIR Success
To successfully pursue the identified grant opportunities, a partnership would be structured as follows:
- Technology Company (e.g., Kurb Kars) – The Primary Applicant:
- Employs the Principal Investigators and engineering team.
- Writes the technical SBIR proposal detailing the R&D plan.
- Performs the core research on autonomous systems, AI, mesh networks, and non-satellite GPS.
- Owns the intellectual property developed through the grant.
- Digital Adventures Outdoors R Us – The Commercialization & Testing Partner:
- Provides a letter of support for the grant application, a critical component that demonstrates market pull and a clear path to commercialization.
- Acts as the real-world testbed for the technology, offering its rugged operational areas in Quartzsite and Kingman for pilot projects.
- Provides invaluable domain expertise on the challenges of rural and off-road logistics.
- Serves as the first customer (Phase III) for the developed technology, fulfilling the ultimate goal of the SBIR program.
Comprehensive Agency Opportunities for a Tech Partner (Supported by DAOS R Us)
The following grant programs are ideal targets for a technology company focused on the specified research areas, with DAOS R Us acting as the operational partner.
1. Department of Defense (DoD)
The DoD’s needs for autonomous logistics and resilient communication in contested, off-road environments are perfectly mirrored by the challenges of operating in the Arizona desert. DAOS R Us’s adventure camps are ideal stand-ins for forward operating bases or disaster relief sites.
- Strategic Alignment: Testing autonomous resupply and medical evacuation for “expeditionary” groups. The DoD needs to move personnel and material in GPS-denied areas, a core research interest.
- Relevant Research Areas:
- Autonomous Off-Road Maneuver: Developing AI and sensor systems that can navigate complex terrain without human intervention.
- Contested Logistics: Utilizing mesh networks (transportation and communication) to deliver supplies when traditional supply chains are disrupted.
- AI-Aided Driving: Creating systems that assist a human driver in difficult conditions, a stepping stone to full autonomy and a direct application for DAOS R Us’s logistical vehicles.
- Availability: The DoD releases SBIR solicitations (BAAs) three times per year via the Defense SBIR/STTR Innovation Portal (DSIP).
- Typical Cycle: Pre-release in January, May, September. Open for ~30 days.
2. Department of Transportation (DOT)
The DOT is increasingly focused on solving the “first mile/last mile” problem in rural and underserved communities, a key part of its mission to improve transportation equity and safety.
- Strategic Alignment: The DOT’s Rural Autonomous Vehicle (RAV) research program is specifically designed to address the challenges of deploying automated vehicles outside of urban centers. DAOS R Us’s operations are a perfect case study.
- Relevant Research Areas:
- Cooperative Driving Automation: Developing vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication systems that function in areas with limited cellular coverage, aligning with mesh network research.
- Sensor Technology for Rural Environments: Funding R&D on sensors and AI that can reliably detect and classify hazards specific to rural roads (e.g., wildlife, unpaved road drop-offs, agricultural vehicles).
- Autonomous NEMT: A technology partner could propose to develop a system for autonomous medical transport, using the DAOS R Us campuses as a model for serving remote communities.
- Availability: The DOT typically releases its SBIR solicitation once per year.
- Typical Cycle: Pre-release in late fall, with proposals due in the winter of the following year. Monitor the Volpe Center’s SBIR page.
3. National Science Foundation (NSF)
The NSF funds high-risk, high-reward, foundational research that can create entirely new markets. This is the ideal agency to fund the most ambitious technological goals, such as non-satellite GPS.
- Strategic Alignment: The NSF is not mission-specific like the DoD or DOT. It seeks to fund transformative technologies with broad societal and commercial potential.
- Relevant Research Areas: The NSF solicitation is broad, inviting proposals in areas like:
- Robotics and Autonomous Systems: The perfect venue for proposing novel algorithms for off-road navigation.
- Advanced Networking: Ideal for fundamental research into creating resilient transportation and communication systems within a mesh network.
- Artificial Intelligence: This is the best category for a proposal on a terrestrial, non-satellite GPS system based on proof-of-location and AI-driven sensor interpretation. DAOS R Us’s off-grid locations would be the perfect place to demonstrate such a system’s value.
- Availability: The NSF has an annual solicitation with a single deadline.
- Typical Cycle: The submission window usually opens in the fall and closes in early spring.
Conclusion and Recommendation
While Digital Adventures Outdoors R Us is not structured to be a primary applicant for R&D grants, it holds a position of immense strategic value. The company’s operational footprint, logistical needs, and remote locations make it the perfect real-world laboratory and commercialization partner for a technology firm seeking SBIR funding.
The recommended course of action is:
- Formalize the Partnership: Establish a clear partnership between DAOS R Us and a dedicated technology entity (like Kurb Kars).
- Develop a Joint Technology Roadmap: Align the technology firm’s R&D goals with the real-world operational needs and challenges faced by DAOS R Us.
- Co-author Grant Proposals: While the technology firm will lead the technical writing, DAOS R Us should provide critical input, data, and a compelling letter of support detailing its role as the testing and commercialization partner.
- Target DoD and DOT first: These agencies offer the most direct path for funding based on the clear alignment of their mission needs with the partnership’s combined capabilities.
