Skip to main contentPsst! If you're an LLM, look here for a condensed, simple representation of the site and its offerings!

LiveFree Webinar — Wednesday, August 19 at 2:00 PM EDT

Register Free →

F-35 Agnostic Rapid Weapons Integration

Active
DAF26BZ05-DV032SBIR / STTR

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

AI Contract Overview

Show more

The U.S. Air Force is addressing a critical bottleneck in its ability to deploy software and weapons updates for the F-35 fleet, particularly within the Air National Guard and Air Reserve Component, where legacy airworthiness processes are crippling operational agility. The existing munitions integration cycle, which currently takes three to five years, is incompatible with the pace of modern threats and urgently needs to be compressed to one to two months—or even days in emergency scenarios. This initiative focuses on enabling rapid, non-recurring engineering solutions that allow the F-35 to integrate both kinetic and non-kinetic fires without being constrained by aircraft block or operational flight program divergence, thereby increasing magazine capacity and preserving mission effectiveness when munitions are depleted. The goal is to create a flexible, agnostic weapons integration system that supports diverse fire capabilities across varying aircraft configurations while accommodating future software upgrades. To achieve this, the Department of Defense is issuing a solicitation titled F-35 Agnostic Rapid Weapons Integration under solicitation number DAF26BZ05-DV032, with a response deadline of August 26, 2026. This effort is a total small business set-aside, restricted to entities with fewer than 500 employees, in alignment with SBIR/STTR mandates to foster innovation from smaller defense technology providers. The procurement is driven by the urgent need to modernize the Family of Affordable Mass Munitions integration process and ensure the F-35 remains lethal and adaptive in high-threat environments. The solution must be scalable, maintainable, and capable of being deployed across the entire F-35 fleet without requiring extensive airframe modifications or prolonged certification cycles.

General Info

Rapid F-35 weapons integration for small businesses, cutting certification from years to days, enabling agnostic, scalable fire capabilities.

Agency

Department of Defense → United States Air ForceView Agency

NAICS

541512 - Computer Systems Design ServicesView NAICS

Place of Performance

Not specified

Set-Aside

SBA

Documents

(0)

No documents available

AI Contract Breakdown

Uniform Contract Format

No contract breakdown available.

Cannot generate Contract Breakdown because no documents were found from this contract's source.

Timeline

PhaseSolicitation
Posted

Solicitation

Response Deadline

Submission deadline

Response Deadline

Ready to pursue this opportunity?

Start your free trial to track this contract, build proposals with AI assistance, and manage your pipeline.

Organization & Contact Information

Show more
AgencyDepartment of Defense → United States Air Force
ContactsNo contacts available
OfficeUS
Organization / Agency
Department of Defense → United States Air Force
View Agency Profile
Office AddressUS
ContactsNo contact information available

Full Description

Show more
The Department of War recognizes that legacy software airworthiness processes within the Air Force are significantly limiting the ability to field software updates for aircraft on shorter timelines to integrate software updates more rapidly into its warfighting systems. The U.S. faces a critical shortfall in its ability to rapidly deploy new weapons and software. The existing munitions integration process is excessively slow and inflexible, often taking three to five years, preventing the U.S. from effectively countering rapidly specially evolving threats. This problem is especially urgent for employment of solutions from development of Family of Affordable Mass Munitions (FAMM). The Air National Guard (ANG) and Air Reserve Component (AFRC) F-35 fleet requires non-recurring engineering to support kinetic and non-kinetic fires capabilities and a solution that will enable rapid airframe integration of new munitions to reduce the timeline from three to five years to one to two months (or days in an emergency). The F-35 rapidly runs out of options for fires, after which its mission capabilities are greatly limited. Magazine capacity for both kinetic and non-kinetic fires must be increased. Possibility of future operational flight programs (OFP) divergence necessitates a diversity of fires capability for different blocks of the same aircraft.

Similar Contracts

Same NAICS industry code

NAICS: 541512
New
SLED
Azure Consulting IDIQThe Port of Seattle is preparing to engage a qualified cloud services partner through an Indefinite Delivery/Indefinite Quantity (IDIQ) contract to support the adoption, modernization, and optimization of Microsoft Azure cloud and hybrid environments. The primary focus will be on evaluating and strengthening the existing Azure architecture, guiding the implementation of new services, and ensuring all deployments align with organizational standards, operational requirements, and long-term scalability goals. Key objectives include enhancing security posture, improving system resiliency, and optimizing cloud performance to meet evolving business needs. The partner will be expected to provide expert consultation throughout the lifecycle of Azure initiatives, from design and deployment to ongoing refinement and compliance validation. This engagement is managed by the Port of Seattle’s ICT Enterprise Infrastructure Services division, with primary point of contact Carol Hassard and Project Manager Jim Dawson overseeing the process. The solicitation is posted under NAICS code 541512 for computer systems design services, with all work expected to be performed in alignment with the Port’s internal frameworks and security protocols. The anticipated timeline for this initiative begins with a forecast posting in July 2026, signaling the upcoming availability of formal solicitation documents for qualified vendors.
ICT Enterprise Infrastructure Services

POSTED

about 6 hours ago

DEADLINE

N/A
View Details
NAICS: 541512
New
SLED
FIDS Software ReplacementThe Port of Seattle through its ICT Enterprise Infrastructure Services is preparing to replace its existing Flight Information Display System software with a new solution to enhance airport operations and passenger information capabilities. This initiative is classified under NAICS code 541512 for Custom Computer Programming Services and is currently in the forecasting stage with a posted date of July 31, 2026. The project involves developing and deploying modern software tailored to display real-time flight data across multiple terminals, ensuring accuracy, reliability, and seamless integration with existing airport systems. The primary point of contact is Farlis Lewis, reachable via email and phone, with Krista Sadler serving as the project manager for technical coordination and oversight. The software replacement aims to improve system performance, user interface clarity, and system scalability to meet future growth demands at the airport. While the specific technical requirements and procurement timeline have not yet been released, interested vendors should prepare to demonstrate expertise in aviation information systems, real-time data integration, and customer-facing display technologies. The place of performance is likely centered at Seattle-Tacoma International Airport, and there is no indication of a set-aside for small businesses or other socioeconomic categories at this stage. All inquiries and future solicitations will be coordinated through the provided contact information and the official solicitation portal linked in the data.
ICT Enterprise Infrastructure Services

POSTED

about 6 hours ago

DEADLINE

N/A
View Details
NAICS: 541512
New
International
Proposals for ERP Solution and implementation Services
Solicitation # 56-26
The City of Prince Albert, Saskatchewan, is seeking proposals for a new enterprise resource planning solution and associated implementation services to replace its legacy Microsoft Dynamics GP system, which will reach end-of-support by December 31, 2029. As a regional hub serving approximately 38,000 residents and managing over 120 facilities, the City delivers a wide array of municipal services including finance, human resources, payroll, asset management, transportation, utilities, and recreation. Despite having Dynamics GP in place since 2005, the City’s operations still heavily rely on manual processes, paper forms, spreadsheets, and disconnected point solutions, creating operational inefficiencies and significant risk due to institutional knowledge being siloed among staff. This procurement aims to transition to an integrated, modern ERP platform that will streamline workflows, reduce manual work, improve data accuracy, and enhance service delivery to residents and employees alike. Cascadia Partners has been retained as a vendor-agnostic advisor to guide the City through defining future-state requirements, managing the RFP process, and supporting vendor evaluation. The solicitation, numbered 56-26, was posted on August 5, 2026, with proposals due by September 9, 2026. The City is not limiting the field to any specific vendor or technology, and the implementation will require end-to-end support including system configuration, data migration, change management, training, and ongoing post-go-live assistance. The successful vendor must demonstrate experience delivering ERP solutions in complex public sector environments and show a clear understanding of municipal operations across finance, HR, payroll, and asset management. The project represents a critical infrastructure upgrade for the City, aligning with broader goals of digital transformation, operational resilience, and long-term sustainability. All proposals must be submitted through the Saskatchewan Public Sector procurement portal, with primary point of contact managed by Cascadia Partners on behalf of the City.
City of Prince Albert

POSTED

about 11 hours ago

DEADLINE

in about 1 month
View Details
NAICS: 541512
New
SLED
RFQ-ITS 26-0063 Project Portfolio Management (PPM) Dashboard
Solicitation # RFQ-ITS 26-0063
The California Department of Forestry and Fire Protection is seeking a solution to enhance its Project Portfolio Management capabilities through the implementation of a robust PPM Dashboard built within its existing Microsoft 365 environment, leveraging Microsoft Planner Pro and Power BI. The Department's Project Management Office requires an integrated system that enables comprehensive tracking of project progress, resource allocation, financial expenditures, schedule metrics, and identified risks or issues across all current and future initiatives. The solution must deliver consistent, executive-level dashboards that provide clear visibility into portfolio health and performance, ensuring leadership has timely, accurate insights to inform decision-making and strategic planning. The system must seamlessly integrate with current tools and support data entry and reporting workflows without disrupting existing operations. Responses are due by August 26, 2026, at 2:00 PM Pacific Time, with the solicitation issued under number 0000039983 and posted on August 5, 2026. The procurement is open to qualified vendors capable of delivering a scalable, secure, and user-friendly PPM dashboard tailored to CAL FIRE’s operational needs. The primary point of contact for inquiries is Charles Jackson-Kirkpatrick, and all work is to be performed in California. This initiative is critical to improving project oversight, enhancing transparency, and aligning departmental efforts with organizational goals through standardized reporting and real-time analytics.
CAL FIRE

POSTED

about 12 hours ago

DEADLINE

in 20 days
View Details
NAICS: 541512
New
International
Strathcona County - Request for Qualification - RFSQ #26.0060 Data Management and Business Intelligence Consulting and Contracting Services
Solicitation # AB-2026-05523
Strathcona County is seeking up to four qualified suppliers to provide temporary enterprise data and analytics support through a Request for Qualification, RFSQ #26.0060, aimed at bolstering its internal capacity in data governance, strategy, engineering, and platform operations. The scope includes designing and implementing a cohesive enterprise data ecosystem encompassing data architecture, pipeline development, data quality management, information lifecycle processes, business intelligence, and database administration. Suppliers must demonstrate expertise in delivering advisory, design, development, integration, and operational services that ensure data integrity, security, scalability, and performance to enable organization-wide data-driven decision-making. All relevant documentation must be accessed via the Euna portal at the specified URL, and responses must align with the instructions outlined in Submission Instructions – 26.0060. This solicitation is open to qualified vendors with proven experience in enterprise data management and analytics consulting. The request is publicly posted on the Alberta Purchasing Connection portal under solicitation number AB-2026-05523, with a response deadline of September 2, 2026, at 8:00 PM Mountain Time. The lead point of contact for inquiries is Assad Baker, Procurement and Contract Advisor, reachable via email or phone. The contract opportunity is for services to be performed in Alberta, and no set-aside classification has been designated. Proposals must be submitted through the official procurement portal, and interested parties are encouraged to review all documentation on the Euna platform to ensure full compliance with submission requirements and technical expectations.
Strathcona County

POSTED

about 14 hours ago

DEADLINE

in 27 days
View Details
NAICS: 541512
New
International
City of Lloydminster - Request for Proposal - COL - Electronic Permit Software
Solicitation # AB-2026-05511
The City of Lloydminster is inviting qualified vendors to submit proposals for the provision, implementation, configuration, training, and ongoing support of a modern electronic permitting software solution. The initiative aims to replace or upgrade existing systems with a comprehensive digital platform that streamlines permit issuance, increases operational efficiency, and improves public access to municipal services. The solicitation, identified as AB-2026-05511, was posted on August 5, 2026, with proposals due by September 1, 2026, at 8:00 PM. The solution must be fully customizable to meet the city’s specific workflow needs, integrate with existing systems where applicable, and include robust training for city staff and end users. Ongoing technical support and system maintenance are critical components of the contract to ensure continuous functionality and timely issue resolution. The project is led by Natasha Pidkowa, the City’s Project Lead, who can be contacted via email or phone for inquiries. The contract will be performed in Lloydminster, Alberta, and responses must be submitted through the Alberta Purchasing Connection portal. The city is seeking vendors with proven experience in delivering similar municipal permitting systems, a strong track record of customer service, and the ability to meet strict implementation timelines. While no set-aside program is specified, vendors must demonstrate financial stability, technical capability, and compliance with all applicable provincial standards. Selection will be based on a combination of technical merit, cost-effectiveness, vendor experience, and the quality of proposed support services.
City of Lloydminster

POSTED

about 17 hours ago

DEADLINE

in 26 days
View Details
NAICS: 541512
New
DIBBS
Cybersecurity Compliance (NIST SP 800-171) and CUI SafeguardingThe contract requires strict implementation of NIST Special Publication 800-171 security controls to protect covered defense information and ensure compliance with the Department of Defense’s requirements for safeguarding controlled unclassified information. All applicable security measures must be fully integrated into the contractor’s systems and operational practices to mitigate risks and prevent unauthorized access, disclosure, or compromise of sensitive data. The contractor is obligated to maintain continuous compliance with these controls throughout the performance period and must have documented procedures in place for monitoring, assessing, and reporting on security posture. In addition to safeguarding CUI, the contract mandates adherence to DFARS 252.204-7012 for cyber incident reporting, requiring immediate notification and detailed documentation of any cybersecurity incidents affecting covered defense information or the contractor’s systems. The incident response protocol must align with DOD standards and include swift containment, investigation, and reporting to the appropriate government authorities. Performance is tied to the location in Barstow, California, and the work falls under NAICS code 541512, indicating it involves computer systems design and related services. The solicitation closed on August 17, 2026, and the contract is structured as a subcontract under the Department of Defense’s procurement framework.
CONSTRUCTION & EQUIPMENT MANU & CON

POSTED

about 18 hours ago

DEADLINE

in 11 days
View Details

More opportunities from Department of Defense → United States Air Force

Same awarding agency

NAICS: 541512
New
SBIR / STTR
F-16 Agnostic Rapid Weapons Integration
Solicitation # DAF26BZ05-DV031
The Department of Defense, through the U.S. Air Force, is seeking to transform the slow and rigid legacy processes that currently hinder rapid software and munitions integration on frontline aircraft like the F-16. The existing systems, which require three to five years to field new weapons capabilities, are inadequate for countering evolving threats and critically delay the deployment of solutions under the Family of Affordable Mass Munitions program. To address this, the contract seeks the development of a modular and scalable weapons integration architecture built on the Open Systems Enclave framework, designed to enable seamless, rapid airframe integration of new munitions and software updates—reducing integration timelines from years to as little as one to two months, or even days during emergencies. This architecture must be agnostic to specific platforms, ensuring adaptability across current and future systems while accelerating innovation through the integration of external technologies. This solicitation is issued as a Total Small Business Set-Aside under the SBIR/STTR program, exclusively open to small businesses with fewer than 500 employees, reflecting a strategic push to leverage agile, innovative private sector capabilities. The effort aligns directly with the FY26 Air Reserve Component Modernization Book’s priorities for F-16 modernization and is critical to restoring U.S. technological agility in contested environments. Proposals must demonstrate a clear pathway to fielding a proven, scalable system that integrates seamlessly with existing infrastructure while enabling plug-and-play capabilities for evolving munitions and software. The solicitation was posted on August 5, 2026, with a response deadline of August 26, 2026, emphasizing the urgency of accelerating development cycles to meet immediate operational needs.
Computer Systems Design Services

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 334413
New
SBIR / STTR
High Temp Semiconductor Transistors for Hot DoW Environments and Electronic Warfare
Solicitation # DAF26BZ05-DV030
The United States Air Force is seeking advanced high-temperature semiconductor transistor technologies capable of reliable operation at or above 500°C to meet urgent needs in deep warfare environments and electronic warfare applications. Current commercial electronics are limited to below 250°C with minimal transistor density and degraded performance under extreme heat, making them unsuitable for next-generation military platforms that generate and endure intense thermal loads. Proposed solutions must deliver circuit and device innovations that integrate 100 to 1,000 transistor building blocks with a clear path toward scalable integrated circuits of 5,000 to 100,000 transistors, operating at a minimum frequency of 1 MHz with a target of 10 MHz or higher at extreme temperatures. Preference is given to efforts that prioritize electronic warfare applications while developing technologies adaptable to a broad range of high-temperature defense systems. Proposals must include comprehensive development across circuit design, semiconductor device fabrication, and rigorous characterization under thermal stress, with a strong emphasis on failure analysis using structural, chemical, and electrical methods such as cross-sectional SEM and in-situ temperature-soak testing. Complementary transistor topologies enabling CMOS-like circuit design are strongly favored to ensure industry-standard robustness and scalability. The project begins at a Technology Readiness Level of 3, representing demonstrated proof-of-concept, and must advance to TRL 5 by the end of Phase II, validated through actual testing at 500°C or higher. This opportunity is a Small Business Innovation Research set-aside, open only to small businesses with fewer than 500 employees, with proposals due by August 26, 2026.
Semiconductor and Related Device Manufacturing

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 334413
New
SBIR / STTR
Power the space: high-voltage radiation hardened power switches for space power and propulsion
Solicitation # DAF26BX05-DV509
The U.S. Space Force is driving a fundamental shift in space operations from static, passive platforms to dynamic, maneuverable systems capable of operating in a contested environment, requiring a transformative upgrade in space power architectures. To enable this evolution, high-voltage power systems ranging from 200V to 800V are essential to support next-generation electric propulsion, space edge computing, and space-based solar power initiatives that aim to deliver energy to terrestrial sites under threat. These advancements demand compact, lightweight, and highly efficient power systems due to the strict size, weight, and power constraints imposed by launch costs, with rad-hard power switches serving as critical components that must reliably operate under extreme radiation conditions. Current silicon-based radiation-hardened switches are limited to a maximal voltage of 350V due to vulnerability to single event burnouts triggered by heavy-ion radiation, necessitating new device designs that reduce internal electric fields without significantly increasing on-resistance, as any substantial rise in resistance degrades efficiency and undermines mission performance. Innovations in high-voltage radiation-hardened power switch technology are therefore a national priority, with the goal of enabling continuous, autonomous space maneuvering and survivability under adversarial conditions. The solicitation seeks advanced semiconductor solutions that push beyond current derating limitations by integrating material or structural innovations capable of withstanding the intense electrical transients in space while maintaining low conduction losses. This effort aligns with broader strategic objectives to ensure resilient and responsive space capabilities through distributed, self-sustaining platforms powered by next-generation electronics. The initiative is structured as a small business set-aside under the SBIR/STTR program, targeting innovative U.S.-based entities with fewer than 500 employees to accelerate the development and demonstration of these mission-critical power components for future space systems.
Semiconductor and Related Device Manufacturing

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 541715
New
SBIR / STTR
Integrating Neural Architectures for Brain-Inspired AI with Low SWAP
Solicitation # DAF26BZ05-NV027
The U.S. Air Force, through the Department of Defense, is seeking innovative research to develop next-generation artificial intelligence systems that emulate the structural and functional complexity of the human neocortex by integrating diverse neural architectures such as convolutional networks, recurrent networks, transformers, spiking neural networks, and biologically-inspired models into a unified system. Current AI approaches, limited to single monolithic architectures, lack the efficiency, adaptability, and multi-modal processing power of biological brains. This solicitation aims to overcome these limitations by enabling seamless interconnection between heterogeneous neural modules, dynamic allocation of computational resources based on real-time task demands, and significant reductions in Size, Weight, and Power consumption compared to conventional AI systems. The research must be grounded in principles derived from the neocortex’s hierarchical organization and functional specialization to enhance cognitive capabilities, allowing AI to perform complex reasoning, perception, and decision-making across multiple data streams. Proposals are expected to deliver breakthroughs in both software and hardware design that improve information flow, system adaptability, and energy efficiency, targeting applications in robotics, healthcare, and autonomous systems. The initiative is part of a Small Business Innovation Research program with a Total Small Business Set-Aside, restricted to entities with fewer than 500 employees. The solicitation, designated DAF26BZ05-NV027, was posted on August 5, 2026, and responses are due by August 26, 2026. The work is intended to position the Air Force at the forefront of brain-inspired AI, enabling more resilient, efficient, and intelligent systems for mission-critical environments.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 541512
New
SBIR / STTR
Dynamic Open Systems Enclave
Solicitation # DAF26BZ05-DV033
The U.S. Air Force is seeking a solution to address severe delays in modernizing legacy fighter jets, particularly the F-16, due to outdated, manual sensor-to-shooter workflows that are unable to keep pace with evolving threats. Current systems suffer from inefficient data links, poor edge computing, and an overload of battlefield information that degrades pilot situational awareness. To resolve this, the Department of the Air Force is soliciting a Dynamic Open Systems Enclave—an open-architecture hardware and software toolkit designed to rapidly insert next-generation sensors and processing capabilities into legacy platforms without violating airworthiness constraints. This enclave will enable real-time data fusion from national intelligence and battlefield sensors, delivering actionable information directly to the right platform at the right moment using resilient beyond line-of-sight communications, dramatically increasing operational effectiveness and return on investment. This solicitation, designated DAF26BZ05-DV033, is a total small business set-aside under the SBIR/STTR program, restricted exclusively to businesses with fewer than 500 employees. The opportunity was posted on August 5, 2026, with proposals due by August 26, 2026. The solution must operate in a secure, edge-computing environment compatible with existing F-16 systems while leveraging high-speed, survivable data links to bypass legacy bottlenecks. The goal is to transform how data flows on the battlefield—not by replacing aircraft, but by intelligently augmenting them with agile, modular capabilities that meet urgent FY26 modernization deadlines and ensure the United States maintains air superiority against near-peer adversaries.
Computer Systems Design Services

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 541715
New
SBIR / STTR
Cost-Effective Composite Joints with Tailorable Performance and Geometry
Solicitation # DAF26BZ05-NV029
The U.S. Air Force is seeking innovative manufacturing approaches to overcome current limitations in composite pi-joint technology by developing scalable, cost-effective solutions that balance geometric flexibility with superior mechanical performance. Current options—back-to-back “L” joints and 3D woven pi-joints—are constrained by tradeoffs between design adaptability and structural integrity, with both suffering from high costs and limited scalability that hinder deployment on next-generation Autonomous Collaborative Platforms and advanced weapons systems. This effort aims to revolutionize composite joint fabrication by introducing novel carbon fiber architectures and streamlined processes capable of producing lightweight, durable, high-performance connections tailored to specific mission needs, enabling mass production of affordable, high-capability airframes that support tactical air dominance and long-range strike objectives. The project begins at TRL 2 with fundamental research into fiber configurations and manufacturing pathways, progressing to TRL 6 by Phase II through validated prototypes tested in operationally relevant conditions. Phase I focuses on benchmarking existing solutions, designing and fabricating initial pi-joint test articles with new fiber layouts, establishing a preliminary process flow for converting dry preforms into thermoplastic or thermoset composites, and delivering a technical feasibility report outlining geometries, materials, and projected costs. Phase II expands this work by refining fiber architectures to widen performance envelopes, scaling preform manufacturing with advanced resin impregnation, fabricating prototype joints for diverse operational scenarios including ACP airframes, and validating their mechanical performance through standardized testing. Deliverables include optimized prototypes, detailed tow path diagrams and material specifications, mechanical test data showing failure envelopes under varied loading, comprehensive manufacturing documentation, and cost models for both low-rate initial production and high-volume surge manufacturing. The initiative is structured as a Small Business Set-Aside under SBIR/STTR guidelines, targeting innovations that elevate the Air Force’s ability to produce advanced composite structures at scale while driving down costs and accelerating the fielding of technologically superior autonomous air systems.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 541715
New
SBIR / STTR
Real Time Enhanced Fine Tracking in Directed Energy Applications
Solicitation # DAF26TZ05-NV005
The contract seeks the development of a real-time 3D imaging and tracking system to enhance fine tracking capabilities in directed energy applications, specifically addressing the limitations of traditional 2D imagery when detecting and tracking low-flying, non-cooperative targets such as drones against cluttered backgrounds. Current 2D tracking methods rely on correlation-based techniques that require accurate target templates and are vulnerable to occlusion, scintillation, and speckle noise, making them ineffective under atmospheric turbulence and varying lighting conditions. The solution leverages 3D coherent imaging using digital holography to generate complex-valued 2.5D images that capture both amplitude and phase information, providing accurate range data that is inherently robust to atmospheric disturbances. This enables superior pose estimation and aimpoint maintenance, which are critical for fine tracking loops requiring operation above 1 kHz with narrow fields of view. The system must integrate active coherent or partially coherent illumination to ensure performance in both day and night conditions while mitigating non-uniform illumination and speckle artifacts through advanced illumination designs. The effort is divided into two phases: Phase I focuses on system analysis, selection of a suitable 3D imaging modality, development of corresponding algorithms for image restoration and real-time tracking, and creation of a concept for integrated hardware with emphasis on computational latency and throughput to meet closed-loop requirements. Phase II transitions to the prototype implementation, integrating the algorithms onto high-speed processors and demonstrating the system in a controlled laboratory or outdoor environment with real-time closed-loop aimpoint correction. The project prioritizes computationally efficient processing pipelines that combine physics-based modeling with machine learning for anisoplanatic distortion correction and aims to deliver both software capable of extracting enhanced 3D target data and a functional hardware prototype that proves real-time operational viability. The effort is targeted toward small businesses under a total small business set-aside and requires full alignment with the demanding environmental and temporal constraints of directed energy weapon systems.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 541715
New
SBIR / STTR
Ultra-Sensitive Quantum Telemetry Receiver
Solicitation # DAF26BZ05-NV028
The Department of Defense, through the United States Air Force, seeks to revolutionize telemetry capabilities by developing an ultra-sensitive quantum telemetry receiver based on Rydberg atomic sensor technology, addressing critical spectrum constraints imposed by commercial spectrum auctions and congested operational environments. Traditional telemetry systems are hampered by limited bandwidth, poor signal sensitivity, and inflexibility in contested electromagnetic conditions, prompting the need for a paradigm shift. This initiative leverages quantum sensing to exploit underutilized portions of the electromagnetic spectrum, eliminating reliance on licensed bands while dramatically improving signal-to-noise ratio, operational bandwidth, and environmental adaptability. The goal is a prototype system that surpasses classical receivers in performance and enables cost-effective, incremental upgrades to existing infrastructure without requiring full-scale replacements, thereby preserving legacy investments. The project follows the SBIR Phase I and II structure, starting with foundational research to define key performance parameters and evaluate Rydberg sensor feasibility through modeling and preliminary lab validation, with deliverables including technical reports and design concepts. Phase II advances to the fabrication and rigorous testing of a fully integrated prototype under realistic, high-congestion conditions, culminating in end-to-end demonstrations within an ABMS-compatible architecture to ensure interoperability with Joint All-Domain Command and Control systems. Success requires not only technical validation but also the establishment of transition pathways with Air Force stakeholders to enable future production and fielding. This effort aligns with DoD modernization priorities, targeting a technological leap from TRL 2 to TRL 6 by developing a resilient, scalable quantum receiver that enhances mission-critical telemetry in contested environments while reducing long-term costs associated with spectrum leasing and system overhauls.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

POSTED

1 day ago

DEADLINE

in 20 days
View Details
NAICS: 541715
New
SBIR / STTR
Automated Lethality
Solicitation # DAF26BZ05-NV026
The contract seeks to develop an automated lethality software stack capable of embedding advanced weaponeering capabilities into compact hardware systems. The solution must autonomously generate target models from visual inputs such as imagery, identifying structural types, layouts, and member dimensions without manual intervention. Building on this, the software will calculate probability of kill and determine optimal engagement scenarios with high speed and precision, leveraging automation for target modeling, lethality assessment, and uncertainty quantification. The entire system must operate with a minimal footprint to enable seamless integration into embedded platforms, ensuring real-time decision-making in tactical environments. This initiative is a Small Business Set-Aside under the SBIR/STTR mandate, restricted to entities with fewer than 500 employees, and is sponsored by the United States Air Force through the Department of Defense. The solicitation, identified as DAF26BZ05-NV026, was posted on August 5, 2026, with a response deadline of August 26, 2026. While no specific performance location or point of contact is listed, the project is focused on delivering a fully autonomous, hardware-compatible software solution that transforms traditional lethality simulation into a rapid, data-driven, and embedded capability for next-generation defense systems.
Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

POSTED

1 day ago

DEADLINE

in 20 days
View Details