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How Does This Work?
The Joint Program Executive Office for Chemical, Biological, Radiological and Nuclear Defense (JPEO-CBRND) and other Government Customers offer funding opportunities to CWMD members through solicitations called Requests for Prototype Proposals (RPPs). The RPPs offer CWMD members the opportunity to propose prototype technologies to the technology requirements in each solicitation’s sub-objective area.
If you are not a CWMD member and wish to become one, please click here for instructions.
Click on an option below to view a table withour previous and current Business Opportunities.
For specific Request for Project Information or Request for Project Proposal inquiries, please direct your correspondence to CWMD@ati.org or the respective Point of Contact listed in the tables.
| Release Date/Type of | Type of Opprutunity | Requirement | Description | Requiring Office / Point of Contact | Submission Type | Submission Due Date |
|---|---|---|---|---|---|---|
| 11/12/2024 | RFI | Non-Targeted Sequencing Identification System (NSIS) | Chemical, Biological, Radiological, and Nuclear Sensors (JPM CBRN Sensors), Joint Product Manager for Biological Detection Systems (JPdM BDS) office is interested in gathering information from industry on capabilities for untargeted metagenomic sequencing and advanced bioinformatics solutions. These capabilities are in support of the Non-Targeted Sequencing Identification System (NSIS) for the National Guard Bureau (NGB) Weapons of Mass Destruction Civil Support Teams (WMD-CST) and other Joint Force customers (US Army, US Marine Corps, US Navy, US Air Force). The NSIS is an untargeted metagenomic sequencing-based program for the NGB WMD-CST and other Joint Force customers. It provides a mature, rapid biological sequencing capability with the potential to identify an unlimited number of biological warfare agents (BWA), including emerging, engineered, or enhanced organisms. | JPEO-CBRND
JPM CBRN Sensors JPdM BDS) Kathy Robinson | Portable Document Format (PDF) | Noon Eastern 12 December 2024 |
| 10/21/2024 | Draft SOO | Systems Integrating Innovative Solutions To Enable Rapid (SInISTER) Detection | The SOO is seeking an innovative technology from respondents who can research and develop low to no-power, bioaerosol detection technologies capable of screening multiple biological threats and/or small molecules from the environment. This includes but not limited to: Biological Warfare Agents (BWAs), Emerging Bio-Threats, Toxins, Pharmaceutical Based Agents (PBAs), and other Small Molecules, as well as relevant Bio-Threats | DTRA RD-CBPD Jennifer R. Soliz, Ph.D. jennifer.r.soliz.civ@mail.mil 571-289-0327 |
| RPP Release # (Date) | Requirement | Description | Requiring Office / Point of Contact | Submission Type | Submission Due Date |
|---|---|---|---|---|---|
| Q4FY24 | IEW Phase 2 | Establish Mission Planning and integration of the tactical, operational, Network convergence and CI/CD pipeline. This will allow initial integration of non-CBRN operational and open-source information to enable IEW decision-making, refineCBRN planning support tools, begin convergence of CSC2 capabilities with Service Computing Environments (CEs) and Common Operating Pictures (COP) and enable information sharing with domestic partners. There will be multiple awards in FY25 and 26. | JPdL CBRN IEW Drew Murphy Andrew.f.murphy14.civ@army.mil (443) 910-6103 | ||
| Q1FY25 | Agent Directed Therapeutic (ADTX) FY25 OTA (Projecting to be an OTA – further evaluation on CWMD v. MCDC still needed) | New start OTA award for ADTX | TBD | ||
| Q1FY25 | Autonomous Decontamination System (ADS) / PPMT #TBD | ADS will provide a semi-autonomous supported capability that relies on precision detection capabilities, modernized decontaminants, and robotics to allow a Chemical, Biological, Radiological and Nuclear decon squad to provide thorough decontamination on critical mission equipment. | JPM CBRN Protection Erica Howell erica.howell@usmc.mil 703-617-2457 | ||
| Q2FY25 | VADER (Vapor, Agent Demasking – Easily Readable) (Stand Alone OTA) | Colorimetric - Chemical detection capability to screen for low level vapor concentrations of multiple chemicals with a single sample; Detection capability will include various chemical warfare agents (CWAs):blood, blister, nerve and choking classes. Additionally, there is further interest in capabilities for detection of: Riot Control Agents (RCAs), Non-Traditional Agents (NTAs), Toxic Industrial Chemicals (TICs), and Pharmaceutical Based Agents (PBAs), and aerosolized chemical agents. | DTRA RD-CB Nicole Murphy nicole.m.murphy27.civ@mail.mil | ||
| Q2FY25 | SInISTER(Systems Integrating Innovative Solutions To Enable Rapid) Detection Technologies (BIO) | Colorimetric Materials & Detection Capability, Portable, stand-off detection with near-IR or Raman Encase technology for ruggedization Circuit board with interdigitated capacitor (IDC) coated with sensing elements for electronic measurements Semi-conducting materials ML to deconvolute the data and build-in library database Read-out signal for end-user | DTRA RD-CB Dr. Jennifer Soliz jennifer.r.soliz.civ@mail.mil | ||
| Q2FY25 | Novel bioaerosol detection and identification technologies | Novel approaches to bioaerosoldetection and identification that implement reliable, accurate and timely sampling mechanisms in a diverse range of operational environments. Aim to address current technical challenges such as false positive results, interference from environmental artifacts, and lack of automated & remote sampling approaches. | DTRA RD-CB Dr. StephenFrancesconi stephen.c.Francesconi.civ@mail.mil | ||
| Q2FY25 | Diagnostic platforms for agnostictoxin detection (Vehicle TBD) | Develop diagnostic and detection assays, platforms, or devices to sense exposures of emerging toxins, to include naturally occurring (e.g. marine, fungal, snake venom, small molecules) or synthetically-derived threats. | DTRA RD-CBA Dr. Patricia McMahon Patricia.T.Mcmahon.civ@mail.mil | ||
| Q3FY25 | Capabilities and Needs for Future Respiratory and Ocular Protection Systems | This topic aims to provide novel, low-burden masks for the general purpose warfighter utilizing innovative materials and custom manufacturing processes. These materials and processes will make these masks bespoke to users’ physical features and vision, and designed to protect while optimizing mission performance. | DTRA RD-CBT Dr. Kendra M. McCoy kendra.m.mccoy.civ@mail.mil | ||
| Q3FY25 | Synthetic binder prediction, synthesis, and assay development. (Vehicle TBD) | This effort will solicit multidisciplinary teams for a competition involving prediction of synthetic binders, synthesis of identified binders, and assay development to include, but not limited to, lateral flow assays (LFAs) with the binders. | DTRA RD-CBA Dr. Lalena Wallace Lalena.wallace.civ@mail.mil | ||
| Q3FY25 | Biocontainment Isolation System – Enhanced Biodefense (BCIS-ENBD) | BCIS-ENBD will provide a ground-based isolation area for personnel infected or suspected of infection of biological organism or infectious disease and allows medical staff to monitor and/or treat while decreasing the risk of infecting other patients and staff. | JPM CBRN P Collective Protection Gregg Buehler gregg.w.buehler.civ@army.mil | ||
| Q3FY25 | Portable Patient Transport System - Enhanced Biodefense (PPTS-ENBD) | PPTS-ENBD will provide a biocontainment isolation system to safely transport personnel infected or suspected of infection from a biological threat. | JPM CBRN P Collective Protection Dan Shegogue daniel.a.shegogue.civ@us.navy.mil | ||
| Q3FY25 | Shipboard Isolation System (SIS) | SIS will provide the capability to temporarily isolate or quarantine personnel to prevent the spread of a biological threat and safely evacuate patients for transfer off the ship. Capability will contain and medically monitor/treat patients while protecting embarked crew and personnel. | JPM CBRN P Collective Protection Katrina Jewell katrina.jewell@usmc.mil | ||
| Q4FY25 | CBRN Sensor Integration on Robotic Platforms (CSIRP) Capability Set (CS) 4.0 | The Government is seeking proposals for development and integration of new CBRN sensing payloads, using common interfaces, on a range of unmanned ground, sea, and air platforms. This includes integration of sensor data into autonomous threat mapping efforts and command and control networks. | JPM Sensors/RPI/CSIRP Timothy Krakowski Timothy.r.Krakowski.civ@army.mil | ||
| 4QFY25 | CIND (All States of Matters for Various Chemical Hazards) | Chemical indicators; Low-cost, easy to use, ultra-low SWaP modular open system based chemical detector that is widely distributed to the General Forces as an integrated kit for indication of chemical hazards; Provide detection and classification capabilities with increased confidence for traditional, advanced and emerging chemical hazards such as CWAs, NTAs, PBAs, RCAs, TICs and Toxins; Address chemical hazards in all states of matter (Solid, Liquid, Vapor, Aerosol) | JPdM CDMA Louis Anderson Louis.c.Anderson.civ@army.mil | ||
| Q1FY26 | Far Forward Biological Sequencing (FFBS) Increment 2 | FFBS Increment 2 will focus on automating the sample preparation process and meeting any key performance parameter thresholds that were not met during the development of FFBS Increment 1. This is a completely separate requirement from FFBS Increment 1. | JPM CBRN SOF MAJ Hope Poster Hope.e.poster.mil@army.mil | ||
| Q3FY26 | Advanced System for Protection and Integrated Reduction of Encumbrances (ASPIRE) | ASPIRE will provide respiratory and ocular protection against Chemical, Biological, Radiological and Nuclear threats that allows near normal operations by minimizing or eliminating physical and psychological burden and increasing Warfighter lethality. | JPM CBRN P Individual Protection Tom Kloehn thomas.kloehn@usmc.mil | ||
| Q4FY27 | Advanced Differential Diagnostics (ADD) (Vehicle TBD) | Host Response based test to predict illness severity | JPdL-Diagnostics/JRO-CBRND Christopher Joyal Christopher.a.joyal.civ@army.mil |