| Title & Quad Chart Links | Complete Date | Description (Summary) |
|---|---|---|
| CPO 71 SBIR 23.4 Phase I Syncopated | 06-08-2024 | The project conducted a feasibility study on USSOCOM’s SBIR topic SOCOM234-004 as described in the Contractor’s proposal S234-004-00290 dated October 5, 2023, titled 'Software Defined GNSS Tracker.' |
| CPO 68 OSD C-UAS Test Event Phase II | 02-02-2024 | The project developed, demonstrated, and tested a proof-of-concept prototype data management architecture system capable of providing decision-quality data to inform capability advancement/integration and other programmatic recommendations. |
| CPO 63 Tethered UAS Phase II Demonstration | 03-08-2024 | SOFWERX, in collaboration with SOF Acquisition, Technology, and Logistics (SOF AT&L) Program Executive Office Special Reconnaissance (PEO-SR), hosted a follow-on Assessment Event (AE) to identify solutions for a small tethered Uncrewed Aerial System (UAS) that could operate in saltwater maritime environments, from a ship at sea, for intelligence gathering, surveillance, and communications. The system had some built-in capability for full motion video, but also enabled the hosting of modular payloads to perform additional functions. |
| CPO 61 SBIR 23.4 Phase I Photon-X | 04-30-2024 | The project conducted a feasibility study on USSOCOM’s SBIR topic SOCOM234-003 as described in the Contractor’s proposal S234-003-0264 dated 22 August 2023 titled 'Passive Shape Based Visual Range Finder.' |
| CPO 61 SBIR 23.4 Phase I Octant Data | 12-02-2024 | The project conducted a feasibility study on USSOCOM’s SBIR topic SOCOM234-001 as described in the Contractor’s proposal S234-001-0018 dated 22 March 2023 titled 'Analyzing Narrative Evolution Across Social Networks.' |
| CPO 61 SBIR 23.4 Phase I Kairos Research | 12-02-2023 | The project conducted a feasibility study on USSOCOM’s SBIR topic SOCOM234-001 as described in the Contractor’s proposal S234-001-0016 dated 23 March 2023 titled 'Recognizing, Analyzing, and Visualizing Evolving Narratives (RAVEN).' |
| CPO 61 SBIR 23.4 Phase I Attollo Engineering | 04-30-2024 | The project conducted a feasibility study on USSOCOM’s SBIR topic SOCOM234-003 as described in the Contractor’s proposal S234-003-0246 dated 8 August 2023 titled 'Visual Augmentation System (VAS) Range Finder.' |
| CPO 61 SBIR 23.4 Phase I Aptima | 12-02-2024 | The project conducted a feasibility study on USSOCOM’s SBIR topic SOCOM234-001 as described in the Contractor’s proposal S234-001-0041 dated 31 March 2023 titled 'IDEA: AI-Powered Analytics for Cross-Platform Information Narrative Detection and Evolution.' |
| CPO 55 SBIR Phase II Out of Cycle RAFT | 04-14-2023 | This was a Phase II Small Business Innovation Research (SBIR) project to develop a scalable data fabric for Special Operations Forces (SOF) that was available and effective at all levels of SOF operations. |
| CPO 55 SBIR 22.4 Phase II Equitus | 11-12-2023 | This was a Phase II Small Business Innovation Research (SBIR) project to develop a software system and supporting training documentation that enabled end users with limited or no coding experience the ability to take one or more datasets, transform, combine, plot, and generally manipulate them to answer a question or achieve inference of said data. |
| CPO 55 SBIR 22.2 Phase I PSI | 02-06-2023 | Feasibility study on USSOCOM’s SBIR topic SOCOM222-001 as described in the Contractor’s proposal S222-001-0063 titled 'Safe, High Performance Cell Design via an Integrated Separator-Electrode-Electrolyte Composite Architecture.' |
| CPO 55 SBIR 22.2 Phase I Framergy | 01-30-2023 | Feasibility study on USSOCOM’s SBIR topic SOCOM222-001 as described in the Contractor’s proposal S222-001-0131 titled 'Non-Flammable Solid State Electrolytes Based Upon Metal-Organic Frameworks for Improved Battery Safety.' |
| CPO 55 SBIR 22.2 Phase I Bhawin | 01-30-2023 | Feasibility study on USSOCOM’s SBIR topic SOCOM222-001 as described in the Contractor’s proposal S222-001-0147 titled 'Solid-State High-Energy Density Batteries.' |
| CPO 55 SBIR 22.1 Phase I IERUS Technologies | 10-07-2022 | Conducted a feasibility study on USSOCOM’s SBIR topic SOCOM221-001 as described in the Contractor’s proposal S221-001-0024 titled 'Low SWaP Tactical Ultra-Secure Communications System.' |
| CPO 55 SBIR 22.1 Phase I Cryptic Vector | 10-14-2022 | Feasibility study on USSOCOM’s SBIR topic SOCOM221-001 as described in the Contractor’s proposal S221-001-0027 titled 'High-Throughput Low-SWAP LPD Communications for Terrestrial and SATCOM Applications.' |
| CPO 55 SBIR 22.1 Phase I Cognicom | 10-12-2022 | Conducted a feasibility study on USSOCOM’s SBIR topic SOCOM221-001 as described in the Contractor’s proposal S221-001-0010 titled 'Nano Secure Radio.' |
| CPO 49 Sionyx (Low Light Camera) | 05-06-2024 | This work provided SOFWERX and USSOCOM AT&L PEO-SR with a prototype camera system that could detect and possibly classify activity (personnel, animal, vehicle, etc.) at range in a ground ISR mission. The camera system was integrated onto reconnaissance and unattended ground sensor kits. The camera systems were subject to existing weather conditions such as solar load, rain, snow, and wind. |
| CPO 49 SSE Teel Technologies | 02-10-2022 | SOFWERX, in partnership with United States Special Operations Command (USSOCOM) Program Executive Office Special Reconnaissance (PEO-SR) Sensitive Site Exploitation (SSE), developed and demonstrated a prototype system capable of writing data that was resident on an Android mobile device directly to a Compact Disk (CD) or Digital Video Disk (DVD), without additional steps or software installed on the mobile device. |
| CPO 45 PEO-M Transporter | 03-15-2024 | USSOCOM sought a rapid, versatile, and cost-effective transport mechanism for the DCS that could deliver the vessel over land, air, and sea. The original vessel design supported transportation within a 40-foot High Cube Military Van (MILVAN), on a Low Boy (low bed), or standard flatbed-type trailer. Several fact-of-life changes, including an increase in size and weight of the vehicle, along with associated airport offloading options, drove the need for a design-for-purpose transporter to meet the transportability requirements for all realistic operational scenarios. |
| CPO 45 Inventus Power | 01-29-2024 | This effort provided SOFWERX (SWX) and USSOCOM SOF AT&L PEO-Maritime (PEO-M) with the test articles suitable for propagation testing. Naval Surface Warfare Center – Crane Division (NSWC-CD) and Naval Undersea Warfare Center (NUWC) provided technical and subject matter expertise throughout this effort. |
| CPO 43 SBIR 20.2 Phase II - Botts | 02-28-2023 | This was a Phase II Small Business Innovation Research (SBIR) project to provide SOFWERX with an open standards-based OpenSensorHub (OSH) prototype system developed during the SBIR Phase I effort. |
| CPO 41 Portable Welder Combat Evaluation | 10-22-2020 | Metal Fabrication 'All in One Shop Use & Portable Welders' Combat Evaluation was conducted. |
| CPO 40 Botts Innovative Research | 08-27-2021 | This work provided further development necessary to support a common OpenSensorHub (OSH) enabled framework for PEO-SR. OSH was an open set of standards and an open software platform that supported web-enabled access to a wide variety of devices and communities. |
| CPO 35 SBIR Out of Cycle Phase II Bluestaq | 10-04-2021 | Conducted a feasibility study on USSOCOM’s SBIR topic SOCOM20-001 titled 'Platform Agnostic Data Storage Infrastructure' as described in the Contractor’s proposal S201-001-0068 dated 25 FEB 2020 titled 'An Innovative Solution for Platform Agnostic Data Storage.' Continued with Advanced Command and Control Enterprise Systems and Software SIBR Phase III, which was awarded to Bluestaq by GSA FEDSIM under the direction of the Air Force Research Laboratory. |
| CPO 35 SBIR 20.2 Trenchant Phase 1 | 07-17-2020 | Conducted a feasibility study on USSOCOM's SBIR topic SOCOM202-001 as described in the Contractor's proposal S202-001-0018 dated 1 JUL 2020 titled 'GEOINT On Demand Sensor Integration (GODSI).' |
| CPO 35 SBIR 20.1 Phase 1 Mission Solutions Group | 08-14-2020 | Conducted a feasibility study on USSOCOM’s SBIR topic SOCOM20-001 titled Platform Agnostic Data Storage Infrastructure as described in the Contractor’s proposal S201-001-0068 dated 25 FEB 2020 titled An Innovative Solution for Platform Agnostic Data Storage. |
| CPO 35 SBIR 20.1 Phase 1 Black Cape | 08-21-2020 | Conducted a feasibility study on USSOCOM’s SBIR topic SOCOM20-001 titled "Platform Agnostic Data Storage Infrastructure" as described in the Contractor’s proposal S201-001-0068 dated 25 FEB 2020 titled "An Innovative Solution for Platform Agnostic Data Storage." Continued with Advanced Command and Control Enterprise Systems and Software SBIR Phase III 20SEP2021. |
| CPO 34 Remotely Piloted Legacy Aircraft REPLAY Phase 2 | 04-21-2020 | On 13-14 August, SOFWERX, in concert with United States Special Operations Command (USSOCOM) and the Program Executive Office SOF Warrior (PEO-SW), hosted a Capability Assessment Event (CAE) to identify current and near future state Rotary Wing (RW) helmets for consideration and potential use by the United States Army Special Operations Aviation Command (ARSOAC) to replace the existing HGU56/P helmet system. USSOCOM selected 8 companies to present their capabilities to Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM downselected their top candidates to move forward with the potential of fielding approximately 1,300 helmets. Three OTAs were awarded in February 2020 from the SOAR Helmets CAE, with a total awarded amount of $1.2M. Performers were Final Forge LLC, Galvion, and Gentex Corporation. |
| CPO 32 Data Driven Intelligence Active Identification Characterization | 01-29-2021 | On 13-14 August, SOFWERX, in concert with United States Special Operations Command (USSOCOM) and the Program Executive Office SOF Warrior (PEO-SW), hosted a Capability Assessment Event (CAE) to identify current and near future state Rotary Wing (RW) helmets for consideration and potential use by the United States Army Special Operations Aviation Command (ARSOAC) to replace the existing HGU56/P helmet system. USSOCOM selected 8 companies to present their capabilities to Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM downselected their top candidates to move forward with the potential of fielding approximately 1,300 helmets. Three OTAs were awarded in February 2020 from the SOAR Helmets CAE, with a total awarded amount of $1.2M. Performers were Final Forge LLC, Galvion, and Gentex Corporation. |
| CPO 30 Tech Tuesday Maren-GO Solutions: HAIL STORM Tactical Swarm | 06-23-2020 | SOFWERX hosted a Tech Tuesday presentation with Maren-Go Solutions on 23 June of 2020. Maren-GO presented HAIL STORM Tactical Swarm Solutions. HAIL STORM is a Hive Artificial Intelligence (AI) Logistics (HAIL) platform-agnostic software and hardware architecture, integrating on-board sensors, AI, and flight controller logic with hive/cloud-hosted C4I/AI human-centered User-Interface. After the presentation, Maren-GO was contacted by SOF AT&L S&T Futures Division |
| CPO 30 SOAR Helmet System CAE Gentex Corporation | 08-14-2019 | On 13-14 August, SOFWERX, in concert with United States Special Operations Command (USSOCOM) and the Program Executive Office SOF Warrior (PEO-SW), hosted a Capability Assessment Event (CAE) to identify current and near future state Rotary Wing (RW) helmets for consideration and potential use by the United States Army Special Operations Aviation Command (ARSOAC) to replace the existing HGU56/P helmet system. USSOCOM selected 8 companies to present their capabilities to Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM downselected their top candidates to move forward with the potential of fielding approximately 1,300 helmets. Three OTAs were awarded in February 2020 from the SOAR Helmets CAE, with a total awarded amount of $1.2M. Performers were Final Forge LLC, Galvion, and Gentex Corporation. |
| CPO 30 SOAR Helmet System CAE Galvion | 08-14-2019 | On 13-14 August, SOFWERX, in concert with United States Special Operations Command (USSOCOM) and the Program Executive Office SOF Warrior (PEO-SW), hosted a Capability Assessment Event (CAE) to identify current and near future state Rotary Wing (RW) helmets for consideration and potential use by the United States Army Special Operations Aviation Command (ARSOAC) to replace the existing HGU56/P helmet system. USSOCOM selected 8 companies to present their capabilities to Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM downselected their top candidates to move forward with the potential of fielding approximately 1,300 helmets. Three OTAs were awarded in February 2020 from the SOAR Helmets CAE, with a total awarded amount of $1.2M. Performers were Final Forge LLC, Galvion, and Gentex Corporation. |
| CPO 30 SOAR Helmet System CAE Final Forge | 08-14-2019 | On 13-14 August, SOFWERX, in concert with United States Special Operations Command (USSOCOM) and the Program Executive Office SOF Warrior (PEO-SW), hosted a Capability Assessment Event (CAE) to identify current and near future state Rotary Wing (RW) helmets for consideration and potential use by the United States Army Special Operations Aviation Command (ARSOAC) to replace the existing HGU56/P helmet system. USSOCOM selected 8 companies to present their capabilities to Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM downselected their top candidates to move forward with the potential of fielding approximately 1,300 helmets. Three OTAs were awarded in February 2020 from the SOAR Helmets CAE, with a total awarded amount of $1.2M. Performers were Final Forge LLC, Galvion, and Gentex Corporation. |
| CPO 30 Blast Exposure Monitoring (BEMO) System Med-Eng | 05-27-2020 | SOFWERX, in concert with USSOCOM Program Executive Office (PEO) SOF Warrior (SW), will host a Blast Exposure Monitoring (BEMO) System Assessment Event to identify solutions to blast overpressure exposure recognition, which occurs with heavy weapon system use, breaching and other dynamic training environments. Two OTAs awarded in Sept 2020 from BEMO CCE/CAE: Total awarded across the 2 OTAs is $3.4M. Performers are B3 and Med-Eng LLC |
| CPO 30 Blast Exposure Monitoring (BEMO) System B3 | 05-27-2020 | SOFWERX, in concert with USSOCOM Program Executive Office (PEO) SOF Warrior (SW), will host a Blast Exposure Monitoring (BEMO) System Assessment Event to identify solutions to blast overpressure exposure recognition, which occurs with heavy weapon system use, breaching and other dynamic training environments. Two OTAs awarded in Sept 2020 from BEMO CCE/CAE: Total awarded across the 2 OTAs is $3.4M. Performers are B3 and Med-Eng LLC |
| CPO 29 Autonomous Bio-Sensor Infused Triage & Treatment (ABITTS) | 12-15-2021 | Autonomous Bio-Sensor Infused Triage & Treatment System (ABITTS): The purpose of this effort was to enable the development of an autonomous, modular, sensor-infused base-layer garment that aimed to significantly increase the survivability of the SOF Operator with penetrating wounds; it also aimed to increase the effectiveness of medical resources on the battlefield. The core of the integrated and modular project was the Sensor, Signal, Treatment (SST) concept. |
| CPO 28 EOTACS Payloads IoT Syncopated | 07-13-2020 | Syncopated Eng worked via SOFWERX and Government partners to design and fabricate a proof of concept, Cognitive Radio (CR) based IoT system that is comprised of a UAS payload, scatterable media devices, Edge Analytics, and a ground station interface to provide real-time mission feedback. |
| CPO 27 Silent Tactical Enhanced Dismount STEED CV | 10-31-2019 | SWX, in concert with the Army Research Lab (ARL), the United States Army Asymmetric Warfare Group (AWG), the United States Army Special Operations Command (USASOC), and Hendrick Motorsports (HMS), conducted a Combat Evaluation (CV) of a novel maneuver concept for the United States Army Futures Command (AFC). The novel maneuver concept to be further evaluated was based on the Silent Tactical Energy Enhanced Dismount (STEED) designed and developed by HMS. The STEED was a lightweight, electrically powered cart that could maneuver through variable terrain and tight spaces such as rocks, wetlands, sand, underground environments, and stairwells. Utilizing the STEED, a single operator could maneuver 300-500 lbs. at ranges of approximately 20 nautical miles. With its low center of gravity and versatile load deck, it had the potential to maximize ground force operations in austere conditions with limited personnel. |
| CPO 26 Special Mission Processor SMP Sierra Nevada | 06-27-2019 | On 26-27 June, SOFWERX, in concert with the United States Special Operations Command (USSOCOM), Program Executive Office Fixed Wing (PEO-FW), conducted a Capability Assessment Event (CAE). This event was designed to identify current and near-future state Special Mission Processors (SMP) for consideration and potential use by the AC/MC-130J programs. SOFWERX received a total of 10 submissions for the Capability Assessment Event, and 5 were chosen to present their technology with Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM down-selected their top candidates to move forward with the implementation of their solution. PEO-FW entered into OTAs in mid-August with Collins Aerospace, Sierra Nevada, and Raytheon to produce prototypes. |
| CPO 26 Special Mission Processor SMP Raytheon | 06-27-2019 | On 26-27 June, SOFWERX, in concert with the United States Special Operations Command (USSOCOM), Program Executive Office Fixed Wing (PEO-FW), conducted a Capability Assessment Event (CAE). This event was designed to identify current and near-future state Special Mission Processors (SMP) for consideration and potential use by the AC/MC-130J programs. SOFWERX received a total of 10 submissions for the Capability Assessment Event, and 5 were chosen to present their technology with Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM down-selected their top candidates to move forward with implementation of their solution. PEO-FW entered into OTAs in mid-August with Collins Aerospace, Sierra Nevada, and Raytheon to produce prototypes. |
| CPO 26 Special Mission Processor SMP Collins Aerospace | 06-27-2019 | On 26-27 June, SOFWERX, in concert with the United States Special Operations Command (USSOCOM), Program Executive Office Fixed Wing (PEO-FW), conducted a Capability Assessment Event (CAE). This event was designed to identify current and near-future state Special Mission Processors (SMP) for consideration and potential use by the AC/MC-130J programs. SOFWERX received a total of 10 submissions for the Capability Assessment Event, and 5 were chosen to present their technology with Government representatives during one-on-one sessions. Based on the outcome of the one-on-one discussions, USSOCOM down-selected their top candidates to move forward with implementation of their solution. PEO-FW entered into OTAs in mid-August with Collins Aerospace, Sierra Nevada, and Raytheon to produce prototypes. |
| CPO 26 Open Compute Environment OCE Architecture Phase 2 | 12-30-2020 | agile software development framework that leverages an Open Mission Systems compliant (OMS) systems architecture with a target Open Computing Environment (OCE). The agile framework design will facilitate the distributed development, integration, test, and fielding of software service capabilities from multiple vendors in a virtual environment that leverages automated tools to increase efficiencies and configuration control across environments. The Phase 2 effort will deliver a prototype level implementation of the agile software development framework, cloud computing environment, and demonstration of automated build-deploy-test-deliver cycles transitioning from the cloud-based environment to an OCE hosted on the MC-13OJ Special Mission Processor (SMP). |
| CPO 24 KEF Robotics Phase 2 | 10-29-2021 | Developed a proof of concept autonomy system integrated into a government furnished equipment (GFE) platform and a COTS multirotor Unmanned Aircraft System (UAS). This effort was dual purpose in nature, providing capabilities for a specific GFE platform and enhancing capabilities of a COTS platform that facilitated MISO-specific payload development and evaluation. |
| CPO 24 ALQIMI | 12-18-2020 | This pilot project produced an integrated early warning system that utilized predictive analytics to identify CBRN potential hazardous material threats through automated data fusion. This project developed two machine learning models to non-invasively parse through a large global range of open-source data to detect and illuminate threats in near real-time. |
| CPO 24 AIM Tech Assessment Tool | 08-07-2020 | This program developed a proof of concept methodical and quantitative scoring matrix that took into account both technical and operational criteria to ensure success and the best use of government funds. This effort also allowed the Sponsor to compare like technologies against one another in a scientifically sound way. This scoring matrix and the methodology by which it was applied were modeled on the technology review process used by the Naval Special Warfare Development Group (NSWDG). |
| CPO 23 Immersive Wisdom | 09-09-2020 | 3.1.1 Demonstrated and assessed interoperability with key SOF systems and available source data. 3.1.2 Demonstrated and assessed how Immersive Wisdom’s emerging capabilities for Global Situational Awareness satisfied USSOCOM prototype requirements. |
| CPO 23 Federated Co-Production of 3D Geospatial Data: Cognitics Inc | 09-21-2020 | SOFWERX, in partnership with the USSOCOM Program Executive Office SOF Digital Applications (PEO-SDA), conducted a virtual Assessment Event under the USSOCOM Commercial Solution Opening (CSO) that aimed to accelerate the application of commercially-derived software innovation into deployable warfighting capabilities in support of Special Operations Forces (SOF). USSOCOM sought industry innovation to transform the existing data production system with the following objectives: • Federated Co-Production Framework • Source Data Acquisition • Automated Data Processing • Correlation with Authoritative Basemap • Data Interoperability • Portable Runtime Environment • Error Correction and Feedback • Open Source, Collaborative Effort. |
| CPO 20 Disrupter Visual Structural Survey Toolkit | 05-22-2019 | SOFWERX hosted a Disrupter event at the Tampa Bay Convention Center during the Special Operations Forces Industry Conference (SOFIC) designed to rapidly evaluate and acquire effective solutions relevant to three Technology Focus Areas (TFAs), including Next Generation Imagery, Surveillance & Reconnaissance. A Disrupter Event was a multi-phased, competitive opportunity focused on showcasing the most disruptive and transformational technologies/capabilities for Government Stakeholder review. |
| CPO 20 Disrupter AI ML Robotic Automation | 05-22-2019 | Categories of AI, ML, and RPA sought: a) Cognitive problem-solving software or techniques b) Emotional intelligence applications c) Social intelligence applications d) Adaptive virtual assistants e) Power-efficient chips & solid-state circuits designed to influence AI f) AI-enhanced smartphones, man-portable devices, and/or AI-enhanced apps used on existing devices g) Self-supervised learning capabilities h) Predictive analytical tools that could rapidly assess data for confident decision-making i) Speech translation tools j) Simulations and cognitive modeling assessment tools k) Autonomous or cognitive man-machine capabilities for drones, vehicles, and robotics platforms l) Tools and/or techniques that reduced cognitive workload m) Other. |
| CPO 20 Disrupter - Hyper Enabled Operator | 05-22-2019 | Regarding technology: HEO was the application of individual-centric technology to enable battlefield dominance by providing timely and actionable information. Regarding data: HEO leveraged sensor and data assets to gain decisive information dominance against an adversary. |
| CPO 20 Collider: Human Performance Optimization- ResMed | 11-01-2020 | SOFWERX hosted a Collider event for USSOCOM to acquire industry solutions relevant to twelve Technology Focus Areas (TFAs), including Human Performance Optimization. This multi-phased, competitive opportunity provided a venue to present new, novel, or provocative solutions to Government Stakeholders in a one-on-one environment that could have led to a near-term award. |
| CPO 20 Collider Media Anti Forensics Instrumentation | 04-11-2019 | SOFWERX hosted a Collider event for USSOCOM to acquire industry solutions relevant to twelve Technology Focus Areas (TFAs), including Media Production Manipulation & Forensic Analysis. This multi-phased, competitive opportunity provided a venue to present new, novel, or provocative solutions to Government Stakeholders in a one-on-one environment that could have led to a near-term award. |
| CPO 20 Collider High Efficiency Swim Fins | 04-11-2019 | SOFWERX hosted a Collider event for USSOCOM to acquire industry solutions relevant to twelve Technology Focus Areas (TFAs), including Human Performance Optimization. This multi-phased, competitive opportunity provided a venue to present new, novel, or provocative solutions to Government Stakeholders in a one-on-one environment that could have led to a near-term award. |
| CPO 20 Collider Detection Resistant Face Manipulation in Video | 04-11-2019 | SOFWERX hosted a Collider event for USSOCOM to acquire industry solutions relevant to twelve Technology Focus Areas (TFAs), including Media Production Manipulation & Forensic Analysis. This multi-phased, competitive opportunity provided a venue to present new, novel, or provocative solutions to Government Stakeholders in a one-on-one environment that could have led to a near-term award. |
| CPO 20 Collider Data Visualization - Eolian | 04-17-2019 | Special Operations Forces (SOF) desired the tools, techniques, and methodologies to optimize data visualization for the SOF operator, potentially adopting some of the gaming industry's technologies and commercial display mechanisms for SOF-unique applications. |
| CPO 20 Collider Data Visualization - Cesium | 04-17-2019 | Special Operations Forces (SOF) desired the tools, techniques, and methodologies to optimize data visualization for the SOF operator, potentially adopting some of the gaming industry's technologies and commercial display mechanisms for SOF-unique applications. |
| CPO 20 Collider Data Visualization - Analytical Graphics | 04-17-2019 | Special Operations Forces (SOF) desired the tools, techniques, and methodologies to optimize data visualization for the SOF operator, potentially adopting some of the gaming industry's technologies and commercial display mechanisms for SOF-unique applications. |
| CPO 20 Collider DARK MIND - Polaris Alpha | 04-11-2019 | SOFWERX hosted a Collider event for USSOCOM to acquire industry solutions relevant to twelve Technology Focus Areas (TFAs), including Artificial Intelligence/Machine Learning for MISO. This multi-phased, competitive opportunity provided a venue to present new, novel, or provocative solutions to Government Stakeholders in a one-on-one environment that could have led to a near-term award. Special Operations Forces (SOF) Military Information Support Operations (MISO) desired a Machine Learning and Automation Intelligence tool that would improve the ability to analyze social media, radio, and TV broadcasts of indigenous populations to facilitate historical and cultural Target Audience Analysis (TAA). |
| CPO 20 Collider DARK MIND ( Grey Matter ) | 12-26-2019 | SOFWERX hosted a Collider event for USSOCOM to acquire industry solutions relevant to twelve Technology Focus Areas (TFAs), to include Artificial Intelligence/Machine Learning for MISO. This multi-phased, competitive opportunity provided a venue to present new, novel, or provocative solutions to Government Stakeholders in a one-on-one environment that could lead to a near-term award. Special Operations Forces (SOF) Military Information Support Operations (MISO) desire a Machine Learning and Automation Intelligence tool that improves the ability to analyze social media, radio and TV broadcasts of indigenous populations to facilitate historical and cultural Target Audience Analysis (TAA). |
| CPO 20 Collider Business Information and Execution System | 04-11-2019 | Special Operations Forces (SOF) desired the tools, techniques, and methodologies to optimize data visualization for the SOF operator, potentially adopting some of the gaming industry's technologies and commercial display mechanisms for SOF-unique applications. |
| CPO 18 CPO 18 Cubesat | 02-10-2020 | CPO 18 Cubesat |
| CPO 17 Agile Maintenance Ecosystem AME | 06-30-2018 | A remotely operated inspection system and algorithms to conduct predictive maintenance for the C-146 Wolfhound were evaluated as part of a Phase 1 proof of concept to assess the feasibility of developing a comprehensive environment that would provide for autonomous inspections, employ artificial intelligence, and enable aircraft maintenance tasks to be accomplished across stovepipes with increased effectiveness. |
| CPO 16 GeoPackage Related Tables Extension | 03-26-2019 | The Integrated Survey Program (ISP) lacked an accessible, interoperable mechanism to associate media (e.g., photos, video, PDF docs) with geospatial features on a map. An open standard extension to the GeoPackage portable map database for use on disconnected mobile devices was desired. |
| CPO 13 Remote Risk Assessment | 03-01-2018 | Initiated via a Warfighter Nomination from the 10th SFG, this project allowed the user to receive risk data that better supported resource allocation related to human-based risk. Applications ranged from vetting base guards and local nationals to host nation soldiers. The primary collaboration partner was AC Global Risk. The RRA project screened over 700 candidates and proved to be an effective risk screening and assessment tool. Of the 84 individuals who underwent both RRA and CI interviews, the false negative rate was 0%, and the false positive rate was 2.4%, with an overall accuracy rate of 97.62%. As of September 18, 2018, AC Global Risk, Inc. was under contract with the Department of Homeland Security, U.S. Citizenship and Immigration Services, to conduct risk assessments in support of their screening and vetting operations, aiming to accelerate the process for many immigrants while flagging certain cases for follow-on screening by DHS professionals to ensure homeland security. While the scale started relatively small, the potential trajectory was immense. |
| CPO 13 Nikola Reckless Remote Operated Electric UTV | 04-30-2019 | The remote and autonomous system project added capability to the Nikola Reckless electric UTV by integrating autonomous UAV and weapons systems into the vehicle and initiating the development of autonomous driving capability. SOFWERX partnered with Nikola Motors, AimLock, Planck Aero, Bosch, and ProFense in the development and demonstration of the system. The team demonstrated remote operation of the vehicle, UAS, and weapons system, with a roadmap to integrate full autonomy. |
| CPO 12 Sensitive Site Exploitation SSE | 06-21-2016 | Sensitive Site Exploitation, in conjunction with SOFWERX, planned to conduct a broad topic discussion with industry, academia, and other government activities regarding technology gaps estimated to be three to five years away from fieldable technology. Unlike previous PM-SSE industry engagements, which generally focused on immediate or near-term solutions and often covered only a subset of SSE, this event discussed the full spectrum of SSE and emphasized long-term future requirements. The SSE-PMO transitioned the SCG Canada Covert Forensic Imaging Device (CFID) with SkySafe Enabled to a Program of Record. |
| CPO 11 ThunderDrone Tech Exposition | 09-07-2017 | On 29–31 January, SOFWERX hosted the second ThunderDrone Rapid Prototyping Event Tech Expo, with nearly 550 industry and government attendees. The event focused on finding solutions for Warfighters regarding Counter Small Unmanned Aerial Systems (C-SUAS). Exhibitors showcased over 95 technologies that met one or more aspects of the C-SUAS kill chain: Detect, Locate, Identify, Track, Exploit, Defeat, and Assess. The event facilitated networking between industry and government, encouraging collaboration and the exchange of ideas and concepts. Select technologies were set to participate in the upcoming outdoor demonstrations held in April 2018. The U.S. Navy awarded a contract to Robodub to build adaptive/resilient UAVs capable of carrying dynamic payloads. |
| CPO 08 Mobility C4 | 06-03-2016 | The Mobility C4 Project Team met at the Dirtywerx facility in Tampa, FL to collaborate and develop concepts for next-generation communications requirements on FOSOV platforms. There was a demonstration of the LTATV MRZR-D prototype vehicle tactically driving through an urban environment while transmitting real-time video feed, PLI, and voice communications, all on a C4 package. |
| CPO 05 goTenna | 04-01-2016 | The goTenna project was a partnership with goTenna and USSOCOM to develop off-grid and decentralized communication devices. The goTenna devices paired with smartphones and, through intelligent mobile ad hoc networking protocols, enabled users to send texts and share location. The original goTenna devices were point-to-point devices sold in pairs. USSOCOM added mesh networking and encryption features to this initial product offering and paved the way for the goTenna Pro commercial product, which provided these capabilities. |
Total Count: 69
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