TRANSPORTATION & LOGISTICS
Advancing Fleet Readiness Through Innovation
SHzoom Technologies and the U.S. Air Force SBIR Program
Defense Fleet Innovation
SBIR Phase I Award Recipient
AFWERX Innovation Partner
Supporting Air Force Fleet Readiness
MISSION READINESS
OVERVIEW
Maintaining operational readiness requires reliable vehicle fleets that support logistics, personnel movement, and mission critical operations. Yet many government fleet accident management processes across federal and municipal agencies still rely on manual workflows, fragmented data systems, and slow approval cycles.
Through the Small Business Innovation Research program, the U.S. Department of the Air Force selected SHzoom Technologies to explore how modern digital solutions can improve accident reporting, repair coordination, and fleet readiness across government vehicle operations.
The initiative aims to evaluate how advanced workflow technologies can help modernize fleet accident management practices for traditional, electric, and autonomous vehicles within the Department of the Air Force and potentially across the broader Department of Defense ecosystem.
THE CHALLENGE
Manual fleet accident processes slow repairs, increase costs, and reduce operational readiness.
Across many government fleet operations, accident reporting and repair management often involve paper forms, spreadsheets, email chains, and manual coordination with repair vendors. These processes can introduce delays, reduce transparency, and create operational inefficiencies.
Fleet leaders within Air Force vehicle management operations have identified several systemic challenges:
Manual reporting processes that slow decision making
Limited visibility into repair status and documentation
Long repair cycle times that reduce vehicle availability
Difficulty coordinating multiple stakeholders across fleet, safety, legal, and command teams
Inefficient processes for collecting repair estimates and managing documentation
These inefficiencies can affect operational readiness because vehicles that remain out of service for extended periods directly impact logistics, personnel movement, and mission preparedness.
According to industry research cited in the project documentation, vehicle crashes cost the United States more than $339 billion annually, including over $100 billion in property damage alone.
Improving how fleet accidents are reported, managed, and resolved represents an opportunity to increase operational efficiency and reduce costs.
Currently every base has its own process in managing accidents. Uptime presents a great opportunity to streamline this process.
Chief A. Butler
USAF, Pentagon
THE INNOVATION OPPORTUNITY
Modern digital workflows can transform how government fleets report, repair, and return vehicles to service.
The Department of the Air Force launched its Open Topic SBIR program to identify innovative technologies from small businesses that can help solve complex operational challenges.
Through this program, SHzoom Technologies was selected to explore how modern cloud based platforms and digital workflows could support improvements in fleet accident management across military vehicle operations.
The initiative focuses on evaluating technology approaches that can:
- Digitize accident reporting and documentation
- Improve coordination between fleet management, repair vendors, and command staff
- Provide real time visibility into accident and repair status
- Reduce administrative workload through automated workflows
- Enable data driven decision making around fleet readiness and repair management
The research effort aligns with several Department of the Air Force operational priorities, including improving logistics systems, strengthening resilient basing operations, and ensuring readiness to deploy and fight.
RESEARCH AND STAKEHOLDER ENGAGEMENT
Direct engagement with Air Force vehicle management teams validated the operational need for modernization.
During the initial feasibility phase, SHzoom conducted extensive customer discovery and operational research with vehicle management leaders across multiple Air Force bases.
These engagements included discussions and demonstrations with personnel at installations such as:
Joint Base Anacostia Bolling
Joint Base Andrews
Joint Base McGuire Dix Lakehurst
Dover Air Force Base
Additional interest was generated from other bases after early demonstrations and briefings with fleet leadership.
Through these engagements, the team gathered operational insights from vehicle maintenance and fleet management professionals to better understand existing workflows, challenges, and opportunities for modernization.
The research confirmed three primary opportunities for improvement:
Standardization
Accident reporting and repair processes vary significantly across installations, which can lead to inconsistent procedures and delays.
Automation
Many accident management steps require manual intervention, creating unnecessary administrative workload and increasing the risk of errors.
Integration and Tracking
Limited integration with existing government systems makes it difficult to track incidents, manage documentation, and audit repair activity efficiently.
These insights helped shape the framework for evaluating potential digital solutions that could streamline accident management workflows across military fleet operations.
A DUAL USE INNOVATION MODEL
A key feature of the SBIR program is the ability to develop technologies that benefit both national defense and civilian applications.
Solutions evaluated through this project may ultimately support improvements across multiple sectors, including:
Federal and state government fleets
Municipal vehicle operations
Public safety agencies
Utilities and service fleets
Commercial logistics organizations
This dual use innovation model allows emerging technologies to strengthen defense capabilities while also delivering economic and operational benefits across the broader fleet management ecosystem.