NAICS 923120 – Administration of Public Health Programs
Sol # 75D30126Q79169ElectronicCaseReporting
AI Summary
• The CDC seeks a public health department to implement eCR for occupational respiratory diseases including silicosis, asbestosis, asthma, and malignant mesothelioma.
• The contractor is expected to establish eCR connectivity, develop RCKMS logic sets, validate trigger performance, analyze surveillance data, implement occupation and industry data workflows, prepare technical reports, and disseminate materials.
• The proposed completion date for the contract is September 1, 2026, with a one-year period of performance from 09/01/2026 to 08/31/2027.
• Proposal submission deadline is August 25, 2026 at Noon EST via email; questions are due August 17, 2026.
• NAVSEA plans to draft specifications and standards for Cartridge, Impulse, M42A1 Assembly in MIL-DTL-46200.
• The document addresses design solutions, processes, and vendor base expansion by broadening the scope to accommodate various methods.
• The review period ends September 18, 2026; interested parties can check ASSIST Online at https://quicksearch.dla.mil/ for the completed final version.
• The US Coast Guard Office of Rapid Response and Prototyping (CG-RAPTOR) invites industry input on mature technologies to strengthen its Coastal Sentinel capability portfolio.
• These technologies must be operationally relevant, able to operate at a pace consistent with urgent operational needs, and integrate with existing or emerging maritime data and command-and-control workflows.
• The response is preliminary, subject to change if the solicitation is issued, and not an offer of a binding contract; industry submissions are neither accepted nor considered unsolicited.
• A Coastal Sentinel Industry Day will be held on September 29, 2026, in San Diego, California, for selected participating companies; other information regarding this RFI may become available through monitoring the U.S. Government's website.
• Treasury's Banking & Financial Services Program recruits experts for global assignments with significant international travel.
• Candidates should possess expertise in areas such as financial sector development; banking supervision; deposit insurance systems; and restructuring and privatization of banks.
• Responsibilities include providing strategic advice, technical assistance, and capacity building to central banks and related entities in emerging or transitional economies.
• The role requires problem-solving skills in areas including resolution (P&A transactions, bank closings), asset management, and market conduct regulation.
• The AIMSS instrument uses electric and magnetic fields to sort ions by energy and then by mass to distinguish between nitrogen (+N+) and oxygen (O+) ions.
• The instrument's design enables simultaneous measurement of multiple ion species to improve data collection efficiency, with high dynamic range without detector saturation.
• Flight-qualified technology using near-term on-orbit demonstrations on the International Space Station.
NAICS 926140 – Regulation of Agricultural Marketing and Commodities
Sol # PR16169733
AI Summary
• The Colombian government has implemented regulations facilitating genetic engineering (GE) cultivation and acceptance, despite initial reservations by activist groups.
• Biotechnology advocates must address these differing perspectives while promoting biotechnology-friendly policies.
• Effective communication strategies will be discussed to engage key stakeholders, including small farmers and traditional seed savers.
WORKSHOP 2:
• International experts will discuss the role of international agreements in promoting biotechnology adoption and compliance across Latin America.
• Colombian domestic experts will share their experience with biotechnology regulation, risk assessment, and industry engagement.
• Participants will address best practices for advocating for biotechnology-friendly policies at local level.
WORKSHIP 3:
• The impact of anti-biotechnology legislation on the U.S. market access of key genetically engineered (GE) commodities to Colombia must be evaluated.
• Biotech companies may share success stories or case studies of successful integration into Colombian markets without GE-related regulations.
• Experts from the Colombian Ministry of Agriculture will discuss their strategy for promoting biotechnology-friendly policies in the agricultural sector.
SITE VISIT 1:
• The site is a research center focused on agricultural biotechnology, where scientists develop and test new bio-based solutions for crop improvement and pest control
• Innovators at NASA's Goddard Space Flight Center developed an extravehicular activity (EVA)-compatible Battery Charger Module (BCM) for the Lunar Experiment Support System and Handling (LESSH) package providing wired battery charging capabilities to astronauts.
• The EVA-compatible LESSH BCM features a cutting-edge technology designed for use on lunar environments, including the Artemis mission with its cutting-edge science instruments near the South Pole landing site.
• The compact and ergonomic module empowers astronauts to extend operations on the Moon, supporting sustainable and long-term lunar exploration efforts.
• The state-of-the-art in hypersonic entry Guidance and Control (G&C) is traditionally based on rigid entry vehicles and a Reaction Control System (RCS), but advancements are needed for high-mass missions to Mars.
• A novel yaw-to-bank control system, the Pterodactyl team at Ames Research Center has developed on an unnamed Deployable Entry Vehicle (DEV) utilizing stowed capabilities.
• The approach uses vehicle stabilization, steering, and targeted landing through a unique dihedral effect-based navigation strategy, enabling faster bank accelerations via aerodynamic forces.
• Innovators at NASA Johnson Space Center have developed a carbon fiber reinforced polymer (CFRP) sleeve that prevents lithium-ion battery cells from expanding due to thermal runaway events.
• The CFRP sleeve contains a thermal runaway event in Lithium-Ion battery cells and is used for preventing propagation of TR to all the cells, hence limiting catastrophic fires associated with sidewall rupture.
• NASA is seeking license rights on exclusive or nonexclusive basis for this technology and uses no funding for such potential licenses.
• The use of CFRP sleeves reduces hazard safety by containment, increases lower mass due to weight reduction, maintains industrial compatibility as it can be easily manufactured using readily available materials.
• NASA's Technology Transfer Program is seeking license rights for the technology of smallSat antennas, which can be used for various applications including high data rate communications.
• The identified need was a lightweight, low volume, and stowage-thinnest antenna delivering high performance at or above 10 dBi gain to facilitate mass and volume-constrained missions beyond Low Earth Orbit into lunar or deep space environments.
• Self-deployable, helical antennas designed by NASA's Marshall Space Flight Center featuring a novel design-material combination in a coil conformation can be used for this purpose.
• The Capacitive Impedance Water Ice Sensor (CIWIS) is developed by engineers at NASA's Glenn Research Center to detect ice or other material accumulation on aircraft surfaces.
• CIWIS measures the impedance of accumulation using the phase of a smart capacitive sensor, allowing for accurate determination of ice, water, or materials on the surface.
• The technology can be used for various fields of use including aircraft maintenance and repair, and marketing and manufacturing commercialized products.
Deadline: Responses are due within 45 days from receipt.
• The NASA Technology Transfer Program seeks to license rights for a mechanical metamaterial construction system with strong and stiff lightweight properties for various uses.
• The technology involves modular lattice structure composed of cuboctahedron unit cells, which can be assembled in different orders to achieve desired physical properties.
• This approach enables global behavior governed by local mechanisms, eliminating scale limitations and providing affordable, reliable production methods through consistent assembly processes across part types.
• Responses are due to the NASA Technology Transfer Program on an exclusive or nonexclusive basis (not specified), although further information is not provided.
• The handheld slide staining system is designed for use in medical, research, or environmental monitoring and can be applied to various staining procedures.
• The system consists of two primary components: a dispenser with an adjustable reagent sponge delivery system, allowing multiple uses without depletion, and a slide staining device that traps specimen slides with trapped reagents.
• The technology was developed specifically for use in space-based missions where rapid microscopic analysis is not feasible due to return-to-Earth limitations.
• The NASA Technology Transfer Program solicits license rights for commercialization and use of standard cylindrical and second-throat diffusers with specific fields of use.
• The technology includes reducing the minimum Mach number of core flow and increasing flow deflection by introducing multiple turns into the system via new spike diffuser designs.
• Spike diffusers enable approximately double the pumping performance of second-throat diffusers, achieving lower vacuum pressures for given feed pressure/mass flow with reduced nozzle expansion ratios.
• NASA's Technology Transfer Program is seeking inquiry from companies to obtain license rights for commercializing, manufacturing, and marketing of an androgynous fastener technology suitable for robotic actuation.
• The fastener was developed in conjunction with a high-performance building-block structural system that can robotically assemble large, reconfigurable structures such as lunar habitats or terrestrial systems.
• Novel alignment principles similar to the International Berthing and Docking Mechanism (IBDM) are used to relax positioning requirements of assembly robots for this novel fastener, reducing problems associated with conventional fasteners.
• The androgynous fastener provides high-strength reversible mechanical connections suitable for high strength-to-weight ratio structural systems like lattice structures, facilitating efficient assembly through simple actuation.
• NASA's Technology Transfer Program solicits inquiries for license rights to commercialize, manufacture, and market oxygen separation technology based on solid oxide electrochemical oxygen compression.
• Innovators at NASA Johnson Space Center and American Oxygen developed the technology using a proven method to separate oxygen from ambient air through high-temperature electrochemistry and compression.
• The technology reduces power consumption compared to prior state-of-the-art, with an inverse relationship between operating temperature and electrical resistance enabling efficient heat management within heated cell stacks.
• The new solid-state system design preheats incoming ambient air to stabilize high temperatures during operation while minimizing the cost penalty.
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