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NORTHROP GRUMMAN SPACE & MISSION SYSTEMS CORP. 1 SPACE PARK BLVD REDONDO BEACH CA 90278-1001 USA

UEI: SLED_1E64B48FE8B1ADD3

NORTHROP GRUMMAN SPACE & MISSION SYSTEMS CORP. 1 SPACE PARK BLVD REDONDO BEACH CA 90278-1001 USA is a federal contractor, registered under UEI SLED_1E64B48FE8B1ADD3. It has been awarded $200,000,000 across 1 federal contract. Primary work spans Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology). Top awarding agencies include FA9453 Afrl Rvk.

Contact Information

Registration and classification details

Registration

UEI Code

SLED_1E64B48FE8B1ADD3

Federal Contracting Overview

Award totals, agency breakdown, NAICS distribution, and geographic footprint.

Key Performance Metrics

Awards Count

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Award Analytics & Distribution

Awards by Agency

FA9453 Afrl Rvk$200.0M100%

Awards by NAICS

541712 - Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)$200.0M100%

Awards by Agency Over Time

Awards by Place of Performance

Open opportunities in NORTHROP GRUMMAN SPACE & MISSION SYSTEMS CORP. 1 SPACE PARK BLVD REDONDO BEACH CA 90278-1001 USA's top NAICS codes and agencies

Secure Satellite Integration & Testing EnvironmentThe contract requires the provision of secure facilities dedicated to the integration, testing, and operational support of satellite systems, with emphasis on maintaining classified environmental controls and managing communications security. The work must be performed at a designated location in Albuquerque, New Mexico, with all activities adhering to stringent security protocols for handling COMSEC materials and safeguarding sensitive defense-related technologies. The contract is structured as a subcontract under the Department of Defense, specifically managed by the Air Force Research Laboratory’s Rocket Propulsion Division, and aligns with NAICS code 541310 for scientific research and development services. Interested parties must submit responses by the deadline of August 10, 2026, with no set-aside provisions specified, meaning the opportunity is open to all qualified subcontractors regardless of size or status. The facility must be fully equipped to support end-to-end satellite system lifecycle activities in a secure, accredited environment capable of accommodating classified work without compromise. Performance expectations include continuous compliance with federal security standards, secure data handling procedures, and the ability to support classified mission operations as required by the Air Force.

FA9453 Afrl Rvk

POSTED

DEADLINE

Technical Data & Interface DocumentationThe contract requires the development and delivery of technical data packages, interface control documents, and open APIs with appropriate government data rights, focusing on the integration and documentation of technical systems for military applications. Deliverables must meet DoD standards for data format, accessibility, and intellectual property control, ensuring seamless interoperability and long-term sustainment. The work is scoped as a subcontract under the AFRL RVK office, with performance location in Albuquerque, New Mexico, 87120, and the NAICS code 541330 indicates engineering services are central to the effort. Proposals are due by August 10, 2026, with the solicitation posted on July 10, 2026, indicating a four-week response window. There is no set-aside designation specified, meaning full and open competition is expected. The contractor must ensure all technical data delivered grants the government the required rights, including unlimited rights or other authorized usage permissions, to support future modifications, testing, and fielding. While no point of contact is listed, all inquiries must be routed through the SAM.gov platform linked to the opportunity.

FA9453 Afrl Rvk

POSTED

DEADLINE

Cybersecurity & Supply Chain Risk Management (SCRM)The contract requires the implementation of comprehensive cybersecurity and supply chain risk management programs to ensure compliance with DFARS, NIST, and NDAA Section 889 standards specifically for satellite systems. This effort is critical to safeguarding sensitive defense-related data and infrastructure against cyber threats and compromised supply chain elements, with all technical and procedural measures aligned to federal cybersecurity frameworks. The work will focus on integrating risk mitigation strategies across design, development, and lifecycle management of satellite technologies to meet stringent DoD security mandates. The contract is classified as a subcontract under NAICS code 541611 and is managed by the Air Force Research Laboratory under the Department of Defense. Performance is required in Albuquerque, New Mexico, with a response deadline of August 10, 2026. Although no set-aside designation is specified, the solicitation is open to qualified entities capable of delivering secure, compliant solutions for defense satellite systems. The emphasis is on demonstrable expertise in federal cybersecurity standards and proven capability to manage supply chain vulnerabilities in complex aerospace environments.

FA9453 Afrl Rvk

POSTED

DEADLINE

Secure Ground Segment Development (COCO Model)The contract seeks a subcontractor to design and operate a secure, open-architecture ground segment tailored for the COCO satellite model, focusing on command, control, and UHF data delivery functions. The system must support robust security protocols while enabling interoperability and scalability through an open framework, ensuring seamless integration with existing and future mission systems. Performance is required at the designated location in Albuquerque, New Mexico, with the ground segment responsible for end-to-end satellite operations including real-time telemetry, command uplink, and UHF data downlink processing. The solicitation, issued under NAICS code 518210 for data processing services, is part of a Department of Defense initiative led by AFRL RVK, and the proposed solution must meet stringent defense standards for cybersecurity and system resilience. Although no set-aside provisions are specified, bidders must respond by August 10, 2026, with proposals anticipated to emphasize innovation in architecture, operational efficiency, and compliance with DoD security requirements. The subcontract nature implies integration into a larger program, requiring close coordination with lead contractors or government entities to align technical and programmatic objectives.

FA9453 Afrl Rvk

POSTED

DEADLINE

MEO Satellite UHF Bandwidth ProvisioningThe contract seeks commercial medium Earth orbit satellite access with UHF bandwidth capabilities to support government experimental missions, encompassing telemetry, tracking, and command functions as well as on-orbit operations. This subcontract is intended to provide secure, reliable satellite communications infrastructure for Department of Defense objectives, leveraging existing commercial satellite systems to enable advanced experimentation in a non-geosynchronous orbital environment. The scope requires the vendor to deliver end-to-end satellite services including bandwidth allocation, signal routing, and real-time operational support through UHF frequencies optimized for government use. Performance of this contract is centered in Albuquerque, New Mexico, with all operational and technical activities aligned to meet the needs of the Air Force Research Laboratory under the FA9453 contract office. The solicitation was posted on July 10, 2026, and responses are due by August 10, 2026, with a North American Industry Classification System code of 517410 indicating telecommunications satellite services. The contract is structured as a subcontract under the broader Department of Defense framework and does not include any set-aside provisions, allowing qualified commercial providers to compete for the opportunity to deliver mission-critical satellite access capabilities.

FA9453 Afrl Rvk

POSTED

DEADLINE

CAPACITY ON A UHF-CAPABLE ON-ORBIT MEO SATELLITEThe U.S. Department of Defense, through the Air Force Research Laboratory’s Space Vehicles Directorate, is seeking information on commercially owned and operated MEO satellites with UHF-capable payloads to support a near-term experimental campaign. The goal is to rapidly acquire available bandwidth on an existing or soon-to-be-launched satellite to conduct field tests that characterize spectrum usage, waveform performance, and user equipment functionality in a MEO UHF environment. The campaign aims to evaluate interoperability between potential future MEO UHF systems and the current GEO-based UHF constellation, with the broader objective of informing a phased transition strategy to augment or eventually replace the aging GEO UHF infrastructure with a more resilient MEO capability. The government prioritizes solutions that can deliver on-orbit service immediately or as soon as possible, with an initial launch capability by 2030 being acceptable but earlier timelines strongly preferred. The prototype is explicitly intended as a foundational step rather than a final architecture, allowing for iterative exploration of MEO UHF operations. The solicitation, issued as RFI-RJZX-2026-RAPID on July 10, 2026, with a response deadline of August 10, 2026, falls under NAICS code 517410 and is classified as a sources-sought notice, indicating no formal procurement is yet planned. Responses should focus on leveraging existing satellite systems and communications links to minimize deployment timelines. All proposals must be submitted through the SAM.gov portal, with inquiries directed to Paola Sanchez-Medina and DeAnna R. Salazar at the Space Force office located at Kirtland Air Force Base in New Mexico. The performance location is listed as Albuquerque, NM, and the effort is part of a broader initiative to accelerate the development of next-generation tactical communications by experimenting with higher-orbit assets ahead of full-scale system acquisition.

FA9453 Afrl Rvk

POSTED

DEADLINE

FA9453-21-S-0001-Call016 - Space Strategic Technology Institute (SSTI) - Space Cyber-Cognitive Overmatch (SCCO)The Space Strategic Technology Institute (SSTI) initiative under solicitation FA9453-21-S-0001-Call016 seeks transformative technologies to redefine space operations through cyber-cognitive overmatch, focusing on disruptive innovations across the cyber and electromagnetic spectrums, distributed space-ground-link architectures, and advanced human-machine teaming. Proposals must strictly optimize size, weight, and power (SWaP) without compromising the performance of primary satellite systems, ensuring new capabilities are viable within operational constraints. The effort demands more than incremental improvements—it requires groundbreaking solutions capable of enabling entirely new operational paradigms, evaluated against two core metrics: the potential for cognitive and cyber overmatch, and realistic readiness for transition from lab to government or industry implementation. Only domestic universities, small businesses, and non-profit or for-profit entities with fewer than 1,000 employees under NAICS code 541715 may apply; large businesses and federal agencies are prohibited, and foreign-owned organizations are entirely excluded. The solicitation follows a two-step process beginning with a white paper submission due by August 13, 2026, at 1100 MDT via DoD Safe, using a mandatory nine-page template with 11-point font, no alterations to formatting, and no zipped or password-protected files. Proposals must demonstrate Gold Standard Science practices, deliver demonstrable results with measurable benchmarks, align with presidential policy priorities, and comply with strict non-discrimination requirements. Failed compliance with any pass/fail gate disqualifies an offeror. Selected applicants will be invited to submit full proposals under a yet-to-be-determined instrument—potentially a FAR-based contract, grant, or cooperative agreement—with award structure depending on the nature of the proposed research. Cost-type awards require a DCMA-approved accounting system and adherence to FAR Part 31 or 2 CFR Part 200 cost principles, while all recipients must manage property reports for items exceeding $5,000. Project performance spans up to 60 months, including 57 months of technical effort and a 3-month closeout period, with quarterly, monthly, and annual reporting obligations including financial submissions (SF-270, SF-425), progress reports, technical publications, software deliverables, and closeout documentation. Funding is contingent on performance reviews, milestone achievement, schedule adherence, and continued availability of appropriations. All work occurs at the Controlled Unclassified Information (C

FA9453 Afrl Rvk

POSTED

DEADLINE

Resilient Space Communications & NetworkingThe contract seeks to design and prototype advanced space communication networks capable of maintaining operational integrity under extreme disruption, leveraging mesh networking, laser communication systems, and self-healing protocols to ensure continuous connectivity in hostile or degraded environments. The work emphasizes resilience through decentralized architecture, rapid reconfiguration, and adaptive routing to sustain mission-critical data links across satellite constellations without reliance on centralized command nodes. Technologies must be engineered for space-hardened deployment, with performance validated under simulated orbital threats and signal interference conditions. This is a subcontract opportunity under the NAICS code 334220 for communications equipment manufacturing, issued by the Air Force Research Laboratory under the Department of Defense. The solicitation was posted on July 1, 2026, with proposals due by August 13, 2026, at 5:00 p.m. The place of performance and point of contact details are not specified, and there is no set-aside designation applied. All interested parties must access the full solicitation through the provided SAM.gov link to understand detailed technical requirements, deliverables, and evaluation criteria.

FA9453 Afrl Rvk

POSTED

DEADLINE

Multi-Domain Data Fusion for Space Situational Awareness (SSA)The contract seeks to develop advanced data fusion engines capable of integrating space, cyber, and terrestrial sensor inputs to enable real-time, predictive space situational awareness. This effort aims to synthesize heterogeneous data streams into a unified operational picture, enhancing the ability to detect, track, and anticipate threats and activities in the space domain. The solution must support rapid processing, adaptive algorithmic frameworks, and robust cybersecurity integration to ensure mission-critical performance under dynamic and contested conditions. The work is classified as a subcontract under NAICS code 518210, with a response deadline of August 13, 2026, and is sponsored by the Department of Defense through the Air Force Research Laboratory under the contract office FA9453. Performance is expected to support national security objectives related to space domain awareness, though specific locations for performance have not been designated. The initiative emphasizes innovation in multi-domain sensor fusion and demands technical maturity to deliver operational readiness within a constrained timeframe.

FA9453 Afrl Rvk

POSTED

DEADLINE

Cognitive Electronic Warfare (EW) for Space DomainThe contract seeks research and prototype development of cognitive electronic warfare systems designed to autonomously detect, adapt, and counter adversarial space-based sensors and communications through jamming, deception, or neutralization. The effort focuses on AI-driven technologies capable of real-time learning and response in the space domain, emphasizing dynamic interference techniques that can operate against evolving threats without human intervention. This is a subcontract opportunity under the Department of Defense, specifically managed by the Air Force Research Laboratory’s AFRL RVK office, and is classified under NAICS code 334511 for electronic equipment manufacturing. Deadline for responses is August 13, 2026, at 5:00 PM, with the solicitation posted on July 1, 2026. The work is expected to involve advanced signal processing, machine learning models, and system integration tailored for space-based electromagnetic environments. While no specific set-aside or location details are provided, performance is anticipated to support national defense objectives related to space domain awareness and electronic superiority. Participants must demonstrate technical capability in adaptive EW, AI development, and space systems interoperability to qualify for award.

FA9453 Afrl Rvk

POSTED

DEADLINE

Secure On-Orbit Cybersecurity ArchitectureThe contract seeks the development of comprehensive cybersecurity frameworks tailored for space-based systems, with a focus on intrusion detection, secure communications, and zero-trust architectures specifically designed for satellite networks. The effort aims to establish robust, scalable security protocols capable of addressing the unique threat landscape of orbital assets, ensuring resilience against cyberattacks throughout the mission lifecycle. Solutions must be optimized for the constrained environments of spacecraft, balancing computational efficiency with high levels of security and real-time adaptability. This is a subcontract opportunity under the Department of Defense, specifically managed by AFRL RVK, with a North American Industry Classification System code of 541512 indicating information technology services. Proposals must be submitted by August 13, 2026, and the scope involves creating technical frameworks that can be integrated into future and existing satellite systems to enforce end-to-end security across distributed space assets. The work is expected to leverage cutting-edge cybersecurity research and must align with DoD standards for operational resilience in contested environments.

FA9453 Afrl Rvk

POSTED

DEADLINE

AI-Driven Space Mission Autonomy DevelopmentThe contract calls for the design and development of artificial intelligence and machine learning systems aimed at enabling autonomous decision-making on space-based platforms, including satellite swarms and systems performing orbital maneuvering, with full operational independence from ground-based control. The focus is on creating robust, self-sufficient AI architectures capable of real-time navigation, threat assessment, resource allocation, and mission adaptation in the high-stakes, latency-constrained environment of outer space. The work must address challenges such as radiation-hardened computing, low-bandwidth communication, and dynamic mission objectives without relying on human input, ensuring sustained functionality under extreme conditions. This subcontract, issued under the NAICS code 511210 by the Air Force Research Laboratory under the Department of Defense, requires proposals to be submitted by August 13, 2026. The performance location is not specified, but the work is expected to support critical national defense and space operations. The initiative seeks advanced AI solutions that can operate reliably in autonomous space missions, pushing the boundaries of on-board processing, adaptive learning, and fault-tolerant control systems tailored for space assets. There is no set-aside designation, indicating open competition among qualified contractors with proven expertise in embedded AI, space systems, and autonomous robotics.

FA9453 Afrl Rvk

POSTED

DEADLINE

Pax Silica Artificial Intelligence Assistance ProjectThe Pax Silica Artificial Intelligence Assistance Project, funded through foreign assistance from the Pax Fund and issued under solicitation number DFOP0019182 by the Department of State’s Bureau of Oceans - Interior Environmental - Scientific, aims to establish a first-of-its-kind global platform to secure the AI supply chain through cryptographic cargo verification, AI-driven risk assessment, and expedited compliance processes. This initiative will create a Silicon Highway—a digital-physical corridor connecting partner countries—to enhance logistics efficiency and supply chain integrity by enabling trusted provenance tracking and pre-approved accelerated processing from the earliest stages of the AI hardware and software supply chain. The program is designed to build resilience against tampering, counterfeiting, and disruptions in critical AI components by institutionalizing a globally recognized credentialing system. The project is open to applicants responding by the deadline of August 20, 2026, with all proposals submitted through the grants.gov portal. The Bureau of Oceans - Interior Environmental - Scientific is the responsible agency, and while the place of performance is not specified, the point of contact is available through the provided phone number. The Department of State retains full rights to any intangible property developed under this initiative, in accordance with federal regulations. Participation is expected to involve international collaboration, technical innovation, and the integration of advanced digital tools to ensure transparency and security across the global AI supply chain.

Bureau Of Oceans - Interior Environmental - Scientific

POSTED

DEADLINE

in about 1 month

AI-Integrated Biologic Development PartnerThe contract involves a collaboration with Los Alamos National Laboratory to integrate artificial intelligence-designed targeting molecules into the NanoFET platform, aiming to advance next-generation immunotherapies. This subcontract is focused on developing novel biologic therapies by leveraging AI-driven molecular design to enhance precision targeting within the immune system, with the NanoFET platform serving as the delivery and activation mechanism. The work will be performed at the Los Alamos facility with a zip code of 87545, and all activities are expected to align with DOE’s mission in cutting-edge biomedical innovation. The solicitation was posted on June 17, 2026, with a response deadline of December 18, 2026, and falls under the NAICS code 541712 for research and development in the physical, engineering, and life sciences. The contracting entity is Triad, a Department of Energy contractor, and the agreement is structured as a subcontract, indicating the work is part of a larger program driven by federal R&D priorities. There is no set-aside designation specified, and the effort is open to qualified entities capable of advancing AI-biology integration, with an emphasis on scalable, clinically viable immunotherapy platforms.

Triad - DOE Contractor

POSTED

about 1 month ago

DEADLINE

Coordinated Sentinel Surveillance and Discovery for Emerging Human PathogensThe Centers for Disease Control and Prevention is forecasting a contract titled Coordinated Sentinel Surveillance and Discovery for Emerging Human Pathogens, set to be posted on May 25, 2026, under NAICS code 541712, which covers research and development in the physical, engineering, and life sciences. The primary objective is to establish a coordinated network for early detection and characterization of emerging human pathogens through sentinel surveillance systems and advanced discovery methods. This initiative aims to strengthen national capabilities in identifying novel infectious agents before they escalate into widespread public health threats, leveraging real-time data collection, genomic sequencing, and analytical tools across diverse geographic and demographic settings. The program will rely on collaboration with healthcare facilities, laboratories, and public health agencies to ensure rapid response and data sharing. The point of contact for this opportunity is Latoshia Gray, serving as the Program Point of Contact, with the contracting officer position listed as to be determined. All communications and submissions should be directed to lqg8@cdc.gov. The place of performance and specific location details have not been designated, indicating flexibility in geographic scope to support a nationwide or multi-region surveillance infrastructure. This forecast signals CDC’s intent to invest in proactive pathogen monitoring systems that integrate clinical, environmental, and genomic data streams to enhance readiness for future outbreaks. While no set-aside provisions are specified, the solicitation is expected to attract qualified research organizations, academic institutions, and private sector entities with expertise in infectious disease surveillance, bioinformatics, and public health diagnostics.

Centers For Disease Control And Prevention

POSTED

about 2 months ago

DEADLINE

Space Battle Management Command and Control (BMC2)The contract focuses on the development of advanced software and decision-support tools aimed at enhancing space domain awareness, threat assessment, and rapid response coordination. This effort is critical for managing and executing command and control operations in space battle scenarios, ensuring timely and effective decision-making capabilities for defense purposes. The scope involves creating systems that can provide comprehensive situational understanding and actionable intelligence to respond quickly to emerging threats in the space domain. Issued by the Department of Defense under the AFRL RVK office (contract number FA9453), this subcontract falls under NAICS code 518210, which relates to computer systems design services. The solicitation was posted in May 2026, with responses due by late March 2030, indicating a long-term development and implementation timeline. Although specific details about the place of performance and points of contact are not provided, the contract’s strategic importance highlights the ongoing efforts to maintain and enhance national security capabilities in the rapidly evolving space environment.

FA9453 Afrl Rvk

POSTED

DEADLINE

in over 3 years

Secure Space Communications SystemsThe contract focuses on the development of advanced communication systems designed to ensure secure satellite links through technologies such as low-probability-of-intercept/detection (LPI/LPD) communication, laser communications (lasercom), and quantum key distribution (QKD). These systems aim to enhance the security and resilience of communications against interception or detection in space environments. The project is a subcontract under the Department of Defense, specifically through the AFRL RVK office, emphasizing cutting-edge research and technological innovation within the secure communications domain. The contract was announced in May 2026 and has a response deadline set for late March 2030, allowing ample time for development and submission. It falls under the NAICS code 334220, indicating its relevance to radio and television broadcasting and wireless communications equipment manufacturing, highlighting the technical nature of the work involved. While specific location details and points of contact are not provided, the contract is positioned within federal research initiatives supporting defense capabilities, showcasing a strong emphasis on secure, next-generation satellite communication technologies.

FA9453 Afrl Rvk

POSTED

DEADLINE

in over 3 years

Positioning, Navigation, and Timing (PNT) Systems for GPS-Denied EnvironmentsThis contract focuses on the development of advanced Positioning, Navigation, and Timing (PNT) systems specifically designed to operate effectively in GPS-denied or GPS-jammed environments. The goal is to leverage alternative technologies such as celestial navigation, inertial guidance, and quantum sensors to ensure reliable navigation and timing capabilities when traditional GPS signals are unavailable or compromised. The effort is geared toward enhancing operational resilience for defense applications, under the agency responsible, the Department of Defense's AFRL RVK. Set as a subcontract opportunity under NAICS code 334511, the contract was posted in May 2026 with a response deadline in March 2030, indicating a long-term engagement for research and development. While geographical specifics and points of contact are not provided, the emphasis on cutting-edge sensor technology and alternative navigation methods highlights the significant technical challenges and strategic importance of this project in addressing vulnerabilities associated with GPS-dependency.

FA9453 Afrl Rvk

POSTED

DEADLINE

in over 3 years