# Zin Technologies, Inc.

Canonical: https://abierto.us/vendors/zin-technologies-inc-y9y3llqkwdn1

- UEI: Y9Y3LLQKWDN1
- CAGE: 0SG68
- Location: Cleveland, OH
- Awards in window: 29 (217 transactions), $25,697,987 obligated, January 4, 2024 to July 3, 2026

## Awarding agencies

- National Aeronautics and Space Administration: 28 awards, $25,695,487
- Federal Acquisition Service: 1 awards, $2,500

## Industries

- 541712 Professional, Scientific, and Technical Services: $23,937,979
- 541715 Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology): $1,760,009

## Competition

- Full and Open Competition After Exclusion of Sources: 27 awards
- Full and Open Competition: 1 awards

## Solicitations won

- Space Flight Systems Development and Operations Contract II (SpaceDOC II) Extension (80GRC24R0004). https://abierto.us/opportunities/80grc24r0002

## Largest awards

- 80GRC018F0137 (delivery order): $6,550,632, NASA Glenn Research Center. The NASA Space Communications and Navigation (Scan) Program Is Developing the Next Generation Open Architecture for Civilian Space Communications and Navigation. the Future Architecture and System Components Must Be Flexible to Meet Dynamically Changing Needs Between Investments in Operations (E.G., to Lower Cost) and Development (I.E., to Infuse New and Emerging Technologies). the Resultant Architecture Must Be Affordable as Well as Sustainable Within a Flat or Decreasing Budget Environment..Scan Plans on Developing an Optical Pathfinder Satellite (Ops) Spacecraft to Demonstrate and Validate an Optical Communication System To:.- Become an Initial Node for Next Generation Space Communication Architecture.- Create Resilient, Secure Communications.- Demonstrate High Data Rate Routing, Cross-Links, and Processing.- Demonstrate a Transition Path to Operations.- Demonstrate Interoperability Between Multiple Optical Systems.The Next Generation Relay Capability (Ngc) Project Is Led by NASA Glenn Research Center (Grc)satcom and Is Currently in the Pre-Formulation Phase. the NGC Effort Is Sponsored by Scan Program in the Human Exploration and Operations Mission Directorate for Optical Space Communications. NASA GRC Is Considering a Public-Private Partnership (Ppp) Model (Nasa, Other Government Agencies (Ogas), and Industry) for the Implementation of Ngc. the Goals and Objectives of This PPP Effort Are To:.- Enable U.S. Preeminence in Emerging Space Optical Communications.- Establish U.S. Industry Supply Chain of Optical Technologies.- Provide Industry a Platform to Demonstrate Optical and RF Capabilities to Potentially Expand in Existing Communication Markets or Spur New Products and Services.. https://www.usaspending.gov/award/CONT_AWD_80GRC018F0137_8000_NNC14CA02C_8000/
- NNC14CA02C: $5,690,933, NASA Glenn Research Center. Space Doc Systems II Development and Operations II. https://www.usaspending.gov/award/CONT_IDV_NNC14CA02C_8000/
- 80GRC022F0057 (delivery order): $3,446,865, NASA Glenn Research Center. Advanced Capability Nasa'S Evolutionary Xenon Thruster (Next) Thruster System (Advnext). https://www.usaspending.gov/award/CONT_AWD_80GRC022F0057_8000_NNC14CA02C_8000/
- 80GRC021F0171 (delivery order): $2,269,298, NASA Glenn Research Center. Spacecraft Fire Safety Demonstration (Sfs Demo)-Commercial Lunar Payload Services (Clps) Project. https://www.usaspending.gov/award/CONT_AWD_80GRC021F0171_8000_NNC14CA02C_8000/
- NNC16JZ22D (delivery order): $1,832,255, NASA Glenn Research Center. NASA Glenn Research Center (Grc) Is Developing the Zero Boil-Off Tank (Zbot)-2* Experiment for Operations in the Microgravity Science Glovebox (Msg).. https://www.usaspending.gov/award/CONT_AWD_NNC16JZ22D_8000_NNC14CA02C_8000/
- 80JSC026F0036 (delivery order): $1,757,509, NASA Johnson Space Center. Private Astronaut Mission 7, Voyager-1 (Voyg-1) Mission Specific Order (Mso).. https://www.usaspending.gov/award/CONT_AWD_80JSC026F0036_8000_80JSC026G0005_8000/
- 80GRC020F0226 (delivery order): $1,239,452, NASA Glenn Research Center. Intravenous Fluid Generation Mini (Ivgen Mini).. https://www.usaspending.gov/award/CONT_AWD_80GRC020F0226_8000_NNC14CA02C_8000/
- 80GRC017F0107 (delivery order): $804,727, NASA Glenn Research Center. The Purpose for the Flow Boiling and Condensation Experiment (Fbce) Is to Build an Iss Fluids Integrated Rack (Fir) Insert to Serve as a Platform for Obtaining TWO-PHASE Flow Heat Transfer Data in Microgravity. the Experiment Hardware Consists of Data Acquisition Modules, a Boiling Heater Module, Two Fluid System Modules, and Two Interchangeable Modules Designed to Study Flow Boiling and Condensation. Experiment Software Is Execute on the Ccu and Experimental Data Will Be Recorded to the Fir-Provided Ipsu-Cl..The Experiment Hardware and Software Is Expected to Be Available in the Summer of 2019 and Will Be Integrated Into the Fir in Early Fy 2020.. https://www.usaspending.gov/award/CONT_AWD_80GRC017F0107_8000_NNC14CA02C_8000/
- NNC14JZ13D (delivery order): $659,715, NASA Glenn Research Center. Space Doc II Delivery Order (Do) 213 Exploration Medical Capability (Exmc). https://www.usaspending.gov/award/CONT_AWD_NNC14JZ13D_8000_NNC14CA02C_8000/
- 80GRC021F0003 (delivery order): $542,097, NASA Glenn Research Center. Do 252, Zero Boil Off Test - Non-Condensable Gas (Zbot-Nc) Mission Integration and Operations (Mio).. https://www.usaspending.gov/award/CONT_AWD_80GRC021F0003_8000_NNC14CA02C_8000/
- 80GRC017F0106 (delivery order): $408,213, NASA Glenn Research Center. The Pbre Experiment Operated on Board the Iss in June 2016 and February 2017 in the Microgravity Science Glovebox. This Do Supports All the Mi&o for Pbre in the Future. This Includes Getting the Hardware to a Readiness for Future Flights and Operations.. https://www.usaspending.gov/award/CONT_AWD_80GRC017F0106_8000_NNC14CA02C_8000/
- 80GRC021F0076 (delivery order): $285,065, NASA Glenn Research Center. Solid Fluid Ignition & Extinction Mission Integration and Operations (Sofie-Mio). https://www.usaspending.gov/award/CONT_AWD_80GRC021F0076_8000_NNC14CA02C_8000/
- 80GRC021F0156 (delivery order): $218,264, NASA Glenn Research Center. Spacecraft Fire Safety Demonstration (Sfs Demo) Blue Origin Project. https://www.usaspending.gov/award/CONT_AWD_80GRC021F0156_8000_NNC14CA02C_8000/
- NNC15JZ20D (delivery order): $11,965, NASA Glenn Research Center. The Purpose of Saffire Is to Close Spacecraft Fire Safety Knowledge and Engineering Gaps Associated with Material Flammability, Fire Detection, Fire Suppression, and Post-Fire Clean-Up for NASA Exploration Vehicles. Saffire-I, Ii, and III Were Developed to Investigate Large-Scale Flame Spread and Material Flammability Limits in Long Duration Low-Gravity. Saffire-Iv, V, and VI Will Continue to Investigate These Phenomena as Well as Address Additional Objectives Such as Flame Growth/Dynamics, Fire Detection, Fire Suppression, Post-Fire Cleanup, Post-Fire Monitoring and Fire Behavior Modeling.. https://www.usaspending.gov/award/CONT_AWD_NNC15JZ20D_8000_NNC14CA02C_8000/
- 80GRC020F0133 (delivery order): $5,434, NASA Glenn Research Center. The Rail Guided, Linear Motor Driven Emdt Concept Shows Promise for Nearly Doubling the Facility Test Time, Increasing Facility Test Throughput by an Order of Magnitude, and Offering the Possibility of Performing Tests in Alternate Gravity Levels.. https://www.usaspending.gov/award/CONT_AWD_80GRC020F0133_8000_NNC14CA02C_8000/
- 80GRC018F0071 (delivery order): $4,299, NASA Glenn Research Center. The Plant Water Management (Pwm) Effort Is the First Experiment of a Planned Follow-On Program to Investigate Two Phase Fluid Flows to Support Plant Life in Space.. https://www.usaspending.gov/award/CONT_AWD_80GRC018F0071_8000_NNC14CA02C_8000/
- NNC14JZ07D (delivery order): $3,859, NASA Glenn Research Center. Igf Ot Igf the Coarsening in Solids-Liquid Mixture. https://www.usaspending.gov/award/CONT_AWD_NNC14JZ07D_8000_NNC14CA02C_8000/
- 80GRC020F0230 (delivery order): $2,922, NASA Glenn Research Center. Do 246, Microgravity Wind Tunnel-2 (Mwt).. https://www.usaspending.gov/award/CONT_AWD_80GRC020F0230_8000_NNC14CA02C_8000/
- 47QRCA25DSF40: $2,500, Gsa/Fas/Pshc/Oasis Plus. One Acquisition Solution for Integrated Services Plus (Oasis+) Small Business Multiple Agency Contract (Mac). https://www.usaspending.gov/award/CONT_IDV_47QRCA25DSF40_4732/
- NNC16JZ23D (delivery order): $2,303, NASA Glenn Research Center. Space Doc II. https://www.usaspending.gov/award/CONT_AWD_NNC16JZ23D_8000_NNC14CA02C_8000/
- NNC15JZ18D (delivery order): $1,464, NASA Glenn Research Center. Igf Ot Igf Unique Payload Development (Upd). This Delivery Order Is Comprised of Deliverables That Either Do Not Fall Under a Single Project, or Is a Unique Payload Development But Not Large Enough to Be a Standalone Project. the Initial Deliverable Is for the Support of Apex-3 Mission. the First Objective Is to Support Integration and Operations of the Apex-3 Plant Growth Experiment in the Light Microscopy Module (Lmm). the Second Objective Is to Outfit an Existing Leica DM-RXA Microscope for Use in Supporting Plant Growth Experiments at Ksc. the Third Objective Is Machinist Support for the High School Students United with NASA to Create Hardware (Hunch) Project.. https://www.usaspending.gov/award/CONT_AWD_NNC15JZ18D_8000_NNC14CA02C_8000/
- NNC15JZ19D (delivery order): $1,008, NASA Glenn Research Center. Mission Integration&operations (Mi&o) and Science Management Have Historically Been from a Single Source, Space Life and Physical Sciences (Slps). Starting in FY15, Funding for Mi&o Will Be Provided by the International Space Station Program Office (Isspo). Thus, for the Current Payload Delivery Orders with Mi&o Tasks, the Mi&o Portion of the Work Is Being Removed and Combined in This Single Delivery Order. This Will Allow the Ability to Track the Funding from Each Source More Effectively. Mi&o Consists of the Milestones and Products Described Within the Payload Integration Template (Pit), SSP 57057. These Applicable Products Are the Defined Deliverables for This Delivery Order. Activities Include But Are Not Limited To: Interface Verification Testing (Ivt)iss/Carrier Integration Turnover Activities, and Operations.. https://www.usaspending.gov/award/CONT_AWD_NNC15JZ19D_8000_NNC14CA02C_8000/
- 80GRC022F0027 (delivery order): $0, NASA Glenn Research Center. Lockheed Martin Tipping Point Radio Frequency Mass Gauge. https://www.usaspending.gov/award/CONT_AWD_80GRC022F0027_8000_NNC14CA02C_8000/
- 80JSC026G0005: $0, NASA Johnson Space Center. Private Astronaut Missions to the International Space Station, Basic Ordering Agreement.. https://www.usaspending.gov/award/CONT_IDV_80JSC026G0005_8000/
- NNC14JZ09D (delivery order): -$68, NASA Glenn Research Center. Spacedoc II Delivery Order (Do) 209 Advanced Colloids Experiment (Ace). https://www.usaspending.gov/award/CONT_AWD_NNC14JZ09D_8000_NNC14CA02C_8000/
- NNC17JZ28D (delivery order): -$959, NASA Glenn Research Center. Spacedoc II Delivery Order 228 Scan Center for Engineering, Networking, Integration, and Communications (Scene). https://www.usaspending.gov/award/CONT_AWD_NNC17JZ28D_8000_NNC14CA02C_8000/
- 80GRC021F0004 (delivery order): -$8,684, NASA Glenn Research Center. Do 248, Space Communication Architecture Emulation Tool (Scaet).. https://www.usaspending.gov/award/CONT_AWD_80GRC021F0004_8000_NNC14CA02C_8000/
- 80GRC021F0013 (delivery order): -$11,898, NASA Glenn Research Center. Microgravity Acceleration Measurement System (Mams) Re-Flight (Rf).. https://www.usaspending.gov/award/CONT_AWD_80GRC021F0013_8000_NNC14CA02C_8000/
- 80GRC019F0005 (delivery order): -$21,181, NASA Glenn Research Center. The NASA Space Communications and Navigation (Scan) Program Is Developing the Next Generation Open Architecture for Civilian Space Communications and Navigation. the Future Architecture and System Components Must Be Flexible to Meet Dynamically Changing Needs Between Investments in Operations (E.G., to Lower Cost) and Development (.E., to Infuse New and Emerging Technologies). the Resultant Architecture Must Be Affordable as Well as Sustainable Within a Flat or Decreasing Budget Environment..Scan'S Architecture-The Organization of Its Systems and Their Relationships to One Another-Is in the Midst of an Exciting Transformation That Will Enable Its Systems to Meet the Data-Intensive Requirements of the Ever-Increasing Population of the United States' Space-Bound Missions. Leveraging Nasa'S Prior Investments in Scan'S Infrastructure, the Services Provided by the Scan Program Are Evolving to Become More Flexible and Easier to Scale to Meet Mission User Demand. the Architecture Is Designed to Accept the Rapid Infusion of New Technologies and to Capitalize on the Efficiency and Capability of the United States'Commercial Satellite Communications (Comsatcom) Industry to Provide the Optimal Services to NASA Missions. Scan Must Now Begin to Develop the Implementation Strategy to Begin Achieving Instantiation of the Architectural Vision..This Task Requires the Contractor to Have Extensive Programmatic and Stragic Experience Involving Nasa'S Space Network.. https://www.usaspending.gov/award/CONT_AWD_80GRC019F0005_8000_NNC14CA02C_8000/

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Source: USAspending.gov award data, keyed by UEI. Obligations in the window only. Cite https://abierto.us/vendors/zin-technologies-inc-y9y3llqkwdn1.