The Air Force Research Laboratory has issued Amendment 03 to the Advanced Research Announcement (ARA) FA8650-19-S-1932, officially canceling Call 01 for the Advanced Technology Center for Data Processing (ATC-DP) due to updated requirements and budget priorities. This cancellation reflects a re-evaluation of the call's alignment with the Department of Defense's Microelectronics Modernization Roadmap. Respondents are encouraged to seek other opportunities that align with the department's current needs.

The document is a cancellation notice for the Advanced Technology Center for Data Processing (ATC-DP) call under the Air Force Research Laboratory (AFRL) related to the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) Advanced Research Announcement (ARA). The cancellation of Call 01 is attributed to a reassessment of requirements and budget priorities by the Office of the Under Secretary of Defense for Research and Engineering (OUSD(R&E)), which concluded that the scope no longer aligns with current modernization needs. The AFRL expresses gratitude to all respondents and encourages exploring other opportunities that fit within the revised goals outlined in the Microelectronics Modernization Roadmap. The document clearly communicates the change in direction and priorities in federal research funding, showcasing the dynamic nature of government contracts and research initiatives.

The document is an amendment to the Air Force Research Laboratory's Advanced Research Announcement (ARA) titled "Microelectronics Innovation for Next-generation System Advancement and Validation" (MINSAV), referenced as FA8650-19-S-1932. This amendment, referred to as Amendment 0, extends the solicitation period for proposals from an original deadline of October 1, 2024, to a new deadline of October 1, 2029. The intent is to encourage early submissions of proposals related to microelectronics aimed at advancing next-generation systems. The contact for the solicitation is specified, although incomplete information is provided. This document highlights a significant extension designed to foster research and development in critical technological areas within the Air Force.

The MINSAV ARA Statement of Objectives is a controlled unclassified document. For a copy of the document, individuals are instructed to contact Rachel Pyle at the provided email address.

The document titled "MINSAV ARA Statement of Objectives" is a controlled unclassified information memo, highlighting objectives for a specific government project or initiative. The main purpose of this document appears to relate to a federal request for proposals (RFP) or grants, potentially aimed at soliciting bids or funding applications from contractors or organizations that can fulfill outlined objectives. Although the content of the objectives is not disclosed within the provided text, the mention of contacting a specific individual for access implies a structured, formal process in handling the project's requirements and information dissemination. The reference to controlled unclassified information indicates that the contents are significant yet not classified, suggesting an emphasis on ensuring clarity while maintaining confidentiality in certain aspects. Overall, the document is structured to facilitate communication regarding governmental requirements, emphasizing the importance of following the stated protocols to gain further insights into the project.

This document is Amendment 02 to the Advanced Research Announcement (ARA) FA8650-19-S-1932 issued by the Air Force Research Laboratory's Sensors Directorate, specifically for the Advanced Technology Center for Data Processing (ATC-DP). The white paper due date has been extended to November 15, 2019, at 2:00 p.m. local time, and strict security protocols at the installation may affect the submission process.

The document pertains to Amendment 02 of the Advanced Research Announcement (ARA) titled "Microelectronics Innovation for Next-generation System Advancement and Validation" (MINSAV), issued by the Air Force Research Laboratory's Sensors Directorate. It announces a revision of the submission deadline for White Papers under Call 01 for the Advanced Technology Center for Data Processing (ATC-DP). The new due date is set for Friday, November 15, 2019, at 2:00 p.m. local time at Wright-Patterson Air Force Base (WPAFB), changing from October 31, 2019. Emphasis is placed on strict submission protocols, including that late proposals due to security delays will not be accepted, and suggest early submissions to avoid potential issues with delivery services. The document provides contact details for key personnel involved in the contracting process and highlights the importance of adhering to specified submission times due to unique security measures at the facility. Overall, it underscores the federal government's structured approach to managing proposals for research and development related to microelectronics, promoting innovation in defense technology.

The document outlines a federal government solicitation for research, data, software, and hardware development under Contract No. FA8650-19-R-1932, issued by the Air Force Research Laboratory (AFRL). It highlights a cost-plus-fixed-fee contract structure, including key sections on supplies, services, contract clauses, and special requirements. The contractor is tasked with performing research and development activities in accordance with provided statements of work and must deliver products at designated locations. Key deliverables include research data, software, and hardware, with a focus on compliance with security regulations and reporting for cyber incidents affecting covered defense information. The solicitation emphasizes the importance of adhering to Federal Acquisition Regulation (FAR) clauses, particularly concerning inspections, acceptance, payment processes, and cybersecurity protections. It also includes specifications for invoicing via the Wide Area Workflow system and proper handling of contractor-assigned attributed information. Overall, this solicitation demonstrates the federal government's commitment to advancing technological initiatives through structured contractual arrangements while ensuring compliance with federal guidelines and security protocols.

The document outlines the details and requirements for a government contract solicitation (No. FA8650-19-R-1932) for research and development services under the Air Force Research Laboratory. It includes instructions for proposal submission, payment terms, technical data rights, and various clauses according to federal acquisition regulations. Key annexes detail the scope of work, deliverables, and important policies on disclosures, subcontracting, and reporting.

The Air Force Research Laboratory is releasing an Advanced Research Announcement (ARA) titled "Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV)" to solicit white papers and proposals for the development of advanced microelectronics technologies. This ARA, numbered FA8650-19-S-1932, will remain open for submissions until October 1, 2024, with the total estimated program cost set at $800 million. Proposals may involve addressing specific technical areas, with a focus on enhancing national defense capabilities and ensuring the security of military microelectronics throughout their lifecycle.

The Air Force Research Laboratory (AFRL) is issuing an Advanced Research Announcement (ARA) for the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) initiative. This ARA solicits white papers and proposals for research in advanced microelectronics technologies to enhance national defense capabilities. The total estimated program cost is $800 million, with awards ranging from $10 to $200 million, and the announcement will remain open for submissions until October 1, 2024. Offers may develop technologies that address the microelectronics ecosystem, ensuring security against exploitation and tampering throughout the lifecycle. The ARA structure permits either one-step or two-step submission processes. Technical areas of interest include intellectual property development, demonstrator construction, microelectronics research and development, and assurance technologies. Offerors are encouraged to engage with the government before submission, with a commitment to adhering to strict OPSEC and export control regulations. The summary emphasizes the government's objective of advancing technology for Department of Defense applications while maintaining a competitive landscape for contractors of all sizes to engage in innovative microelectronic solutions that provide a strategic advantage.

The Air Force Research Laboratory's Advanced Research Announcement (ARA) for Call 01 focuses on Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV), with a total estimated call value of $150 million and a period of performance lasting 39 months. Submission of white papers is due by October 31, 2019, after which selected offerors will be invited to submit full proposals, with awards potentially consisting of contracts or Other Transactions. This solicitation is unrestricted, but foreign participation is not authorized, and all submissions must comply with export control laws.

The Air Force Research Laboratory (AFRL) is issuing a two-step solicitation under the Advanced Research Announcement (ARA) FA8650-19-S-1932, titled "Microelectronics Innovation for Next-generation System Advancement and Validation" (MINSAV). This call, aimed at small businesses, seeks innovative white papers addressing applied technology centers for data processing. The overall estimated value is $150 million, with a potential single award anticipated. The first step, white papers, are due by October 31, 2019, while the specifics for the second step (full proposals) will follow based on white paper evaluations. Key components of the solicitation include a 39-month performance period, unclassified security classification, and adherence to export control regulations. The white papers must not exceed ten pages, while full proposals will have a fifty-page limitation encompassing technical and management components. The review criteria for white papers prioritize understanding of technical requirements, approach soundness, technological advancement potential, and affordability. This process aligns with federal RFP standards, emphasizing innovation in microelectronics to support Air Force operational needs, while navigating strict submission guidelines to ensure compliance and successful funding evaluation.

The Statement of Objectives (SOO) for the Advanced Technology Center for Data Processing (ATC-DP) outlines the importance of advanced microelectronics in maintaining the U.S. military's technological superiority, aiming to design and prototype military-relevant systems utilizing state-of-the-art (SOTA) microelectronics. The program seeks to create demonstrative systems focusing on enhanced data processing capabilities, mitigate obsolescence risks, and ensure the protection of military-specific intellectual property within the microelectronics supply chain. The total funding for this 39-month effort is projected at $150 million, with specific tasks including component lifecycle management, prototype development, and program security compliance.

The Advanced Technology Center for Data Processing (ATC-DP) aims to enhance U.S. military capabilities through the development of advanced microelectronics. The primary objective is to create military-relevant prototype systems that utilize state-of-the-art microelectronics (≤ 22nm nodes) to improve data processing performance. Key tasks include designing microelectronic components, mitigating obsolescence in existing systems, and constructing demonstrators that highlight advancements in military applications. The program also focuses on securing intellectual property, ensuring the integrity of fabricated devices, and establishing a comprehensive lifecycle system for accountability in microelectronic production. With a budget of $150 million over 39 months, the effort involves collaboration between commercial, academic, and defense partners. Deliverables include technical reports, prototype systems, and intellectual property, all while adhering to stringent security practices. The initiative addresses the pressing need to preserve U.S. technological superiority in the face of global competition and secure the supply chain for critical military microelectronics.

The Air Force Research Laboratory (AFRL), Sensors Directorate, is hosting an Industry Day on October 9, 2019, to introduce the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) Advanced Research Announcement (ARA) and the Applied Technology Center for Data Processing (ATC-DP). This event aims to provide briefings, discussions, and a Q&A session for interested parties. Attendance is limited to two representatives per organization, restricted to U.S. citizens and Green Card holders. Registration must be completed by October 4, 2019, including a Verification of U.S. Citizenship form. Attendees are required to show proof of citizenship and valid government-issued identification at check-in. This announcement serves purely for planning purposes and does not imply a solicitation or commitment from the government. Participation is voluntary, with no costs covered by the government, and meals will not be provided. For further inquiries, Ms. Stacie Smith-Turner serves as the Program Manager.

The Air Force Research Laboratory will host an Industry Day on October 9, 2019, to discuss the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) Advanced Research Announcement. Limited to two representatives from each entity, U.S. citizenship or Green Card status is required for attendance, along with pre-registration by October 4. This notice is for planning purposes only and does not constitute a solicitation or obligation from the government.

The MINSAV (Microelectronics Innovation for Next Generation System Advancement and Validation) Industry Day hosted by AFRL focused on advancing the U.S. microelectronics ecosystem to meet Department of Defense (DoD) needs, emphasizing technological superiorities in warfighting capabilities. With an estimated program value of $800M, the initiative aims to design and fabricate sensor generation technologies alongside the development of advanced microelectronics to support autonomous systems, AI, and electronic warfare. The program encourages collaboration among commercial, academic, and defense sectors, with various awards and solicitations outlined for innovative prototypes.

The Microelectronics Innovation for Next Generation System Advancement and Validation (MINSAV) initiative aims to enhance the U.S. microelectronics ecosystem, ensuring alignment with Department of Defense (DoD) technological requirements for superior warfighting capabilities. With an estimated program value of $800 million, MINSAV focuses on the design, fabrication, and prototyping of advanced microelectronics for applications in artificial intelligence, electronic warfare, and more. The project's objectives include developing state-of-the-art technologies, ensuring secure access to critical microelectronics, and mitigating component obsolescence. The program involves multiple phases, including Advanced Research Announcements (ARAs) open for up to five years, promoting collaboration between academia, commercial sectors, and the Defense Industrial Base. Participants are invited to submit white papers until October 2024 for consideration of contracts valued between $10 million and $200 million. The initiative emphasizes the importance of traceability, components lifecycle management, and the need for adapting emerging technologies in real-time military applications. A specific call for proposals—Advanced Technology Center for Data Processing—is also detailed, aiming to utilize advanced microelectronics for military-relevant sensor systems. This comprehensive program underscores the strategic imperative to maintain U.S. technological leadership in defense.

The Air Force's MINSAV Industry Day focuses on the integration of cloud technologies to enhance microelectronics capabilities within the Department of Defense (DoD). It emphasizes collaborative problem-solving across isolated communities, utilizing cloud platforms to share knowledge and resources effectively. Key components discussed include traceability of data and actions through advanced technologies like AWS and blockchain, ensuring secure and managed data exchanges among various stakeholders. The dynamic nature of the cloud environment is acknowledged, necessitating ongoing monitoring and scalable infrastructure to meet operational requirements. Private cloud enclaves operated by third parties will enable controlled accessibility and standardized agreements. Cloud portability is essential for maintaining independence and ensuring seamless transitions across different environments. The DoD's active participation includes adherence to compliance frameworks like FEDRAMP, ensuring security through regular assessments and testing. In summary, the document highlights leveraging the best cloud services for collaboration, security, and dynamic management of microelectronics initiatives within the defense ecosystem.

The document outlines the objectives and features of the Air Force Research Laboratory's (AFRL) cloud ecosystem, emphasizing the importance of collaboration among various stakeholders, including academia and small businesses. Key areas addressed include data management, traceability, provenance, and the need for secure infrastructure to solve multidisciplinary challenges in a rapidly evolving technological landscape. The AFRL aims to leverage cloud technology to enhance operational efficiency, maintain security, and integrate geographically diverse communities to meet mission objectives in microelectronics.

The document outlines the Department of Defense's (DoD) modernization priorities focused on microelectronics, emphasizing the necessity of adapting advanced technologies to meet contemporary security challenges. It highlights the Microelectronics Innovation for National Security and Economic Competitiveness (MINSEC) initiative, which aims to secure and enhance the U.S. position in microelectronics through quantifiable assurance methodologies and secure design practices. Additionally, it details key project areas aimed at developing state-of-the-art components and creating a robust defense industrial base to counter evolving threats.

The document outlines the Department of Defense's (DoD) initiatives related to microelectronics, emphasizing the necessity of modern technology to address future military challenges as highlighted in the National Defense Strategy. It presents the OSD Research & Engineering Microelectronics Roadmap, which includes programs focused on Trusted and Assured Microelectronics (T&AM) and the Microelectronics Innovation for National Security and Economic Competitiveness (MINSEC) initiative. Key objectives include ensuring access to cutting-edge commercial technology, implementing data-driven assurance throughout the electronics lifecycle, and catering to unique DoD needs, particularly in niche markets for radiation-hardened electronics and specialized components. Furthermore, it aims to maintain U.S. dominance in microelectronics through a secure research and development pipeline and enhanced workforce education. The document serves to inform stakeholders about the DoD's strategic approach to integrate advanced microelectronics into military capabilities, ensuring operational readiness and competitiveness while possibly aligning with future Requests for Proposals (RFPs) or grants related to these initiatives.

The Air Force MINSAV Industry Day document outlines the strategic goals and initiatives of the Air Force Acquisition Enterprise, particularly focusing on research, technology, and modernization to maintain national security in an evolving threats landscape. It emphasizes the commitment to delivering advanced capabilities for air, space, and cyberspace dominance by leveraging innovative microelectronics, autonomous systems, and cutting-edge technologies like Artificial Intelligence and machine learning. The document highlights the importance of collaboration with commercial partners, small businesses, and academic institutions to drive innovation and experimentation. To achieve these objectives, the Air Force allocates a significant portion of its annual budget toward over 550 acquisition programs, aligning its investments with national security strategies. Furthermore, it calls for the integration of advanced technology to support quick decision-making in contested environments. The overall purpose of the document is to solicit industry collaboration and support in developing relevant capabilities to ensure the Air Force remains at the forefront of defense technology and operational readiness.

The document outlines the Air Force Research Laboratory's (AFRL) objectives and strategies for modernizing technological capabilities to maintain air, space, and cyber superiority amidst evolving national security threats. It highlights the importance of innovative research, collaboration with various defense entities, and integrating game-changing technologies to support urgent warfighter needs. Emphasizing the need for experimentation, the document underscores the commitment to leveraging microelectronics and advanced systems to ensure a competitive advantage over adversaries.

The MINSAV Industry Day, held on October 9, 2019, included a comprehensive list of attendees from various businesses, universities, and research institutions, detailing names, email addresses, and business phone numbers. Notable participants included representatives from Alion Science and Technology Corporation, Boeing, Lockheed Martin, IBM, and several universities such as Cornell and MIT. The event highlighted collaboration opportunities in the field of advanced technologies and research initiatives.

The document presents a list of attendees from the MINSAV Industry Day held on October 9, 2019, detailing participants from various organizations including private companies, universities, and research institutes involved in technology and defense sectors. The attendees' information includes their business names, personal names, email addresses, and phone numbers, showcasing the diversity of entities engaged in supporting federal government initiatives, particularly in response to Requests for Proposals (RFPs) and grants. Key organizations represented include Alion Science and Technology, BAE Systems, Boeing, and numerous academic institutions like Cornell University and Texas A&M University. The purpose of the event appears to center around collaboration and information sharing among industry leaders and government representatives, fostering relationships critical for future contracting opportunities. This assembly underscores the commitment to innovation and the development of technologies beneficial to government operations and national security objectives. Overall, the document lays out a network of key players in government contracting and highlights the importance of industry input in shaping federal projects and research endeavors.

The MINSAV Industry Day Q&A session clarified that U.S. persons, including citizens and green card holders, can participate in the program, which is distinct from other related programs like T&AM and MINSEC. The $800 million budget is not currently allocated to specific future tasks, and future calls will depend on Air Force interests and available funding. Additionally, the program will focus on state-of-the-art microelectronics technology, with expectations for prototypes to reach Technology Readiness Levels (TRL) 6-7, while partnerships with universities and small businesses are encouraged under ITAR regulations.

The document outlines a Q&A session from the Industry Day for the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) program, specifically under solicitation FA8650-19-S-1932. The initiative focuses on enhancing U.S. microelectronics capabilities, primarily for Air Force applications. It clarifies eligibility for participation, indicating that U.S. persons—both citizens and permanent residents—can join. The $800 million funding will support various calls aligned with Air Force interests, with copious questions about the specific nature and frequency of future solicitations. Key discussions include the importance of traceability and integrity in microelectronics assurance, with expectations for prototypes at Technology Readiness Levels (TRL) 6-7, signifying they should be advanced and producible. Moreover, the government will require robust teaming arrangements and advance planning for subcontractors, prioritizing small business participation. The document also addresses intellectual property considerations, stating that the government desires rights to assess and reproduce developed technologies. Specifics are provided about project requirements, including the necessity for designs using state-of-the-art (≤22nm) technology. The focus largely remains on innovative designs rather than research technologies or foreign subcontractor roles. Overall, this session aims to engage industry partners in the microelectronics sector, ensuring national security interests and technological progress align.

The amendment to the Advanced Research Announcement (ARA) FA8650-19-S-1932, titled "Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV)," outlines significant updates following the 2021 Annual Review. Key changes permit program security classification up to Top Secret/Sensitive Compartmented Information (TS/SCI) levels, necessitating the inclusion of a DD Form 254 with new solicitations. Additionally, the updated Statement of Objectives (SOO) reflects the inclusion of TS/SCI work alongside prior unclassified efforts, expanding the project's scope. Contracts derived from this ARA must now incorporate specific clauses related to NIST SP 800-171 assessment requirements and telecommunications equipment representations. This amendment underscores the Air Force Research Laboratory’s commitment to advancing microelectronics capabilities while adhering to enhanced security and compliance measures in federal contracting processes.

The Air Force Research Laboratory has issued Amendment 04 to the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) Advanced Research Announcement, allowing for Program Security Classification up to TS/SCI and updating the Statement of Objectives. New contracts under this ARA will also include additional clauses related to NIST SP 800-171 DOD assessment requirements and telecommunications representation. The changes follow the 2021 Annual Review and take effect immediately.

The document comprises the Q&A section from the Industry Day for the Microelectronics Innovation for Next-generation System Advancement and Validation (MINSAV) project. It primarily clarifies aspects of the Statement of Objectives (SOO) related to microelectronics. A notable inquiry addresses the "Microelectronics Development Marketplace," clarifying that it encompasses access to state-of-the-art (SOTA) microelectronics development resources, including tools and expertise required for development activities. Another key question pertains to the submission format for white papers, confirming that the government does not require full resumes or past performance summaries at this initial stage, but rather summarized paragraphs detailing technical expertise and experience. The responses emphasize a focus on mechanisms for effective microelectronics development and outline expectations for applicant submissions, which reflect the government’s approach to streamline the evaluation process in the proposal stage.

The MINSAV Industry Day Q&As clarify that the "Microelectronics Development Marketplace" involves a platform that offers access to state-of-the-art microelectronics development resources, including tools and expertise. Additionally, the government does not require full resumes or past performance summaries in white papers; teams can summarize their technical expertise within the page limits.