RFI Multi Energy Portal (MEP) and Low Energy Portal (LEP) Systems

Attachment 8 outlines the standardized pricing and submission guidelines for federal government Request for Proposals (RFPs), federal grants, and state/local RFPs, specifically for the FY26 Large-Scale Fixed Systems IDIQ. Contractors must provide detailed pricing in the Pricing Table, a justification for proposed costs, and any assumptions made. All entries must be electronic and follow the template, with pricing specifically on “MEP CLINs” and “LEP CLINs” tabs, which auto-populate the “Summary” tabs. The contract is a hybrid of Firm Fixed Price (FFP) and Time and Materials (T&M), valued between $300M and $500M per IDIQ award. Proposals will be evaluated on accuracy, completeness, and reasonableness, with inquiries directed to the Contracting Officer before submission. The document includes a detailed breakdown of CLINs for both Multi-Energy Portal (MEP) and Low Energy Portal (LEP) systems across a base period and four option years, covering equipment, site design, civil works, furniture, installation, training, maintenance, warranties, on-demand services, and an incentive pool.

The U.S. Customs and Border Protection (CBP) has issued a Request for Information (RFI) to gather vendor feedback on draft requirements for Large-Scale (LS) Non-Intrusive Inspection (NII) Multi Energy Portal (MEP) and Low Energy Portal (LEP) Systems. This RFI is for planning purposes only and does not constitute a solicitation for proposals. CBP seeks to improve its inspection capabilities for high-risk vehicles and cargo at U.S. borders to interdict contraband. The MEP systems are intended for larger vehicles, while LEP systems are for smaller vehicles, with both designed to enhance throughput and integrate with CBP's IT infrastructure. CBP plans to procure a significant number of these systems over several years. Vendors are asked to submit comments on the draft requirements within 15 calendar days to help refine the final solicitation documents.

The provided government file outlines a structured review process for contractor responses to government requirements, likely within an RFP, grant, or similar procurement context. It details a systematic approach for evaluating proposals, including sections for the company and attachment information, specific government requirements from the Statement of Work (SOW), the contractor's corresponding response and rationale, the government's decision point, and any subsequent adjustments made by the government. This framework ensures a clear, documented evaluation of how contractors meet outlined federal, state, or local government needs, facilitating transparent decision-making and potential modifications based on the review.

The U.S. Customs and Border Protection (CBP) has issued a Statement of Work (SOW) for the acquisition and deployment of Large-Scale Fixed Non-Intrusive Inspection (NII) Systems, specifically Multi-Energy Portals (MEP) and Low-Energy Portals (LEP). These systems are crucial for enhancing CBP's ability to inspect vehicles and conveyances for contraband, such as narcotics, currency, and terrorist weapons, at various Ports of Entry (POEs) across U.S. borders. The SOW outlines the requirements for system design, construction, installation, testing, training, lifecycle sustainment, and support. It details a milestone-based payment structure, program organization, applicable regulations, and IT security mandates. The objective is to secure best-in-class NII equipment with on-time delivery, installation, and support to meet CBP's operational needs and mission objectives.

This government file outlines comprehensive terms and conditions for federal IT acquisitions, emphasizing cybersecurity, data privacy, and architectural compliance. Key requirements include adherence to Section 508 accessibility standards, DHS Security Policy (4300A version 13.3), and stringent encryption protocols (FIPS 197, FIPS 140-2/3, NSA Type 1/2). Contractors must also comply with Cybersecurity Supply Chain Risk Management (C-SCRM) for ICT products, ensuring new OEM equipment, component accounting, and secure supply chain transport. Enterprise Architecture compliance is mandated, with specific guidelines for DHS, TSA, USCG, and CBP, focusing on alignment with established policies, standards, and IPv6 readiness. Cloud services must meet FedRAMP Authorization Act requirements, including continuous monitoring and cyber incident reporting. Identity and Credential Management (ICAM) mandates PIV/CAC credentials for access to DHS systems. Finally, robust privacy clauses detail the safeguarding of Controlled Unclassified Information (CUI), Personally Identifiable Information (PII), and Sensitive PII (SPII), outlining incident reporting, response, and credit monitoring requirements, all in accordance with FAR and HSAR clauses.

The U.S. Customs and Border Protection (CBP) document, "Attachment 11 – Information Technology Security Clauses," outlines the mandatory IT security policies and procedures for contractors involved with Non-Intrusive Inspection Systems. Contractors must comply with DHS and CBP IT security policies, including DHS Sensitive Systems Policy Directive 4300A, ensuring confidentiality, integrity, and availability of sensitive information systems. Key requirements include adherence to DHS Security Technical Implementation Guides (STIGs), mandatory encryption for data at rest, PIV authentication, and integration with CBP identity management systems. The document details product assurance requirements, emphasizing the use of evaluated commercial-off-the-shelf (COTS) IT products validated by NIST or NIAP. It also specifies stringent access controls for unclassified facilities, IT resources, and sensitive information, requiring background investigations for network access. Contractors must establish an IT Security Plan, achieve security accreditation, and complete annual IT security awareness and privacy training. Supply chain risk management is critical, mandating the disclosure of supplier information and a Supply Chain Risk Management Plan. The systems must align with the DHS IT Portfolio, be IPv6 compatible, and meet Section 508 accessibility requirements, with specific exceptions noted. Interconnection security agreements are also required for systems interacting with non-DHS IT systems.

The U.S. Customs and Border Protection's Attachment 10 outlines acronyms, abbreviations, and definitions for Large-Scale Fixed Non-Intrusive Inspection (NII) Systems. This document, prepared by the Office of Field Operations, Mission Support Directorate, serves as a crucial reference for federal government RFPs related to NII systems. It includes an extensive list of acronyms and their meanings, ranging from technical terms like 'Automated Commercial Environment (ACE)' and 'Advanced Encryption Standard (AES)' to organizational entities such as 'Department of Homeland Security (DHS)' and 'Customs and Border Protection (CBP).' The document also provides comprehensive definitions for key operational and technical terms, including 'Advanced "smart" signal processing,' 'Command Center,' 'Controlled Environment,' 'Corrective Maintenance,' 'Critical Design Review,' 'Deployment,' 'Large Scale' equipment, 'Non-Intrusive Inspection,' 'Preventative Maintenance,' 'Radiation Control Area,' and 'Throughput.' This attachment ensures clarity and consistency in communication and technical specifications for the procurement, deployment, and maintenance of large-scale NII systems, establishing a common understanding for all stakeholders involved in the project.

The U.S. Customs and Border Protection (CBP) Non-Intrusive Inspection Program's Quality Assurance Surveillance Plan (QASP) outlines procedures and guidelines to ensure contractors meet performance standards for Large-Scale Fixed Systems. The QASP details monitoring methodologies, roles and responsibilities of the Contracting Officer (CO) and Contracting Officer’s Representative (COR), and documentation requirements for quality assurance. It establishes performance management approaches, including contractor quality control programs and CBP surveillance techniques like random, 100%, and periodic inspections. The plan also defines how performance is determined, reported, and resolved, with specific performance minimums for deliverables and overall contract performance. A key aspect is the incentive and disincentive structure, tied to successful installation, commissioning, and system operational availability, with detailed percentages applied to system costs based on performance against established thresholds.

This government file outlines a comprehensive set of deliverables for a federal contract, categorized into Statement of Work, Design, Construction and Installation, Training Requirements, Testing Requirements, and Lifecycle Sustainment and Support Requirements. Key deliverables include project management plans, system delivery schedules, various design reviews (conceptual, 50%, 95%, IFC, Factory Test), construction plans and schedules, and detailed training materials like instructor guides and system user manuals. The document also specifies testing requirements such as acceptance test plans and radiological survey reports, alongside sustainment and support deliverables including maintenance schedules, as-built reports, and hazardous materials lists. Each deliverable has a specific due date, responsible party (e.g., COR, NIID), and template requirement. The overarching purpose is to ensure a structured, compliant, and well-documented execution of the contract, from initial planning and design through system delivery, training, testing, and ongoing lifecycle support.

The U.S. Customs and Border Protection (CBP) document, "Attachment 06 – Life Cycle Sustainment and Support Requirements," outlines the framework for ensuring continuous, reliable operation of Non-Intrusive Inspection (NII) systems. It details requirements for preventive and corrective maintenance, parts availability, system upgrades, and government oversight. The contractor is responsible for providing all necessary support services, repair parts, hardware, software, and supplies to meet operational availability targets (≥96% for pre-primary and ≥95% for secondary screening systems). The document emphasizes Cost-Wise Readiness (CWR) with specific Key Performance Measurements (KPMs) for Materiel Availability (MA) and Key Performance Attributes (KPAs) for Materiel Reliability (MTBF) and Mean Downtime (MDT). The contractor must adhere to strict response times for service calls and work orders, conduct radiation surveys, and manage hazardous materials. The document also covers on-demand services such as engineering, site surveys, relocation, and emergency support, along with comprehensive warranty provisions and configuration management requirements.

The U.S. Customs and Border Protection's Attachment 05 outlines the comprehensive testing requirements for Large-Scale Fixed Non-Intrusive Inspection (LS-NII) Systems. It details various testing phases, including Contractor Testing with an Acceptance Test Plan (ATP), First Article Testing by the Government, CBP Factory Testing, and CBP Site Acceptance Testing. The document mandates adherence to ANSI N42.46-2008 for image quality evaluation and specifies material discrimination testing procedures. Furthermore, it emphasizes strict radiation safety protocols, requiring a system safety program, compliance with OSHA and NRC regulations, a Radiation Safety Design Review, and Radiological Surveys and Reports to ensure emissions are within specified limits. The contractor is responsible for conducting and documenting these tests to ensure system performance, quality, and safety compliance.

Attachment 04 outlines the training requirements for the U.S. Customs and Border Protection's Large-Scale Fixed Non-Intrusive Inspection Systems. The contractor is responsible for developing and delivering comprehensive training, including installation, operation, and maintenance procedures. Key deliverables include a Training Design Plan, Instructor Guide, Student Guide, and various technical manuals. The training must align with CBP Office of Training and Development standards and utilize Microsoft Office Suite and Adobe products. The contractor must provide licensed system viewer tools, upgrade software as needed, and conduct on-site training for up to 12 operators per unit, providing 12 laptops that become CBP property. The curriculum covers imaging equipment, system operations, image interpretation, and safety. A detailed 8-day training model is specified, including classroom, hands-on, and reinforcement sessions. All training materials and products will be delivered with unlimited rights to the U.S. Government.

This document outlines the U.S. Customs and Border Protection's (CBP) requirements for the design, construction, and installation of Large-Scale Fixed Non-Intrusive Inspection (NII) systems at Ports of Entry. It details contractor and government responsibilities, emphasizing safety plans, construction design processes, and installation requirements. Key stages include site surveys, engineering assessments, and a multi-stage design review process (Concept, 50%, 95%, and Issued for Construction). The document also covers civil construction work, communication protocols, system testing, and final acceptance criteria, ensuring compliance with operational, technical, and safety standards for effective system deployment.

The Non-Intrusive Inspection (NII) Interface Control Document (ICD) outlines the interface between the Land Border Integration (LBI) Non-Intrusive Inspection (NII) systems and X-ray inspection systems for displaying adjudication results and lane data. This document, developed by the Department of Homeland Security (DHS), details the System Engineering Life Cycle (SELC) and the migration to a Service-Oriented Architecture (SOA). It specifies message communications via HTTPS and RESTful API, authentication with API keys, and JSON data formats. Key components include heartbeat, operational status, and vendor payload messages, with defined endpoints for both SAT (lower) and production environments on an EKS Kubernetes Cluster, along with DNS information and a certificate authority installation guide.

The U.S. Customs and Border Protection (CBP) Non-Intrusive Inspection (NII) Systems document outlines the integration overview for large-scale fixed systems, transitioning to a cloud-based architecture. This shift aims to enhance the detection of contraband and improve operational efficiency through machine learning algorithms. Key integration components include the Common Integration Platform (CIP) for data aggregation, the NII Middle Tier (NMT) for data package creation and algorithm integration, and the Common Viewer (CV) for analysis workflows and health monitoring. The document details extensive network integration requirements, emphasizing secure connectivity with CBP IT infrastructure, adherence to the Technical Reference Model (TRM) for technology acquisition, and specific cabling and physical security measures for NII server rooms. Additionally, it addresses integration with the Border Security Deployment Program (BSDP) for camera systems and workstations. This comprehensive integration strategy supports CBP's mission to interdict threats effectively while improving the scalability and reliability of NII systems.

The U.S. Customs and Border Protection (CBP) Office of Field Operations (OFO) requires Low-Energy Portal (LEP) systems for non-intrusive inspection (NII) of vehicles at Ports of Entry (POEs) and Border Patrol checkpoints. This Functional Requirements Document (FRD) outlines the technical and operational specifications for these systems, addressing gaps in NII system integration, standardization, and capacity. The LEP system uses low-dose X-ray technology to scan occupied vehicles in motion, identifying anomalies like explosives, weapons, drugs, and currency. It includes components such as License Plate Readers (LPR), Radio Frequency Identification (RFID) systems, Traffic Control Systems (TCS), and data storage. The document details functional, physical, performance, interface, survivability, human systems integration, and environmental requirements for three types of LEP configurations, ensuring efficient and effective screening while adhering to safety and operational standards. The FRD also covers image quality, data handling, and remote control capabilities for CBP personnel.

The U.S. Customs and Border Protection (CBP) Functional Requirements Document (FRD) outlines the specifications for Large-Scale Fixed Non-Intrusive Inspection (NII) Multi-Energy Portal (MEP) Systems. This document details the functional, physical, performance, and security requirements for these systems, which are crucial for screening vehicles and cargo at land border Ports of Entry (POEs), seaports, and Border Patrol checkpoints. The MEP systems aim to address NII mission gaps by integrating advanced X-ray imaging, RFID, OCR, and LPR technologies to enhance threat detection, increase scan rates, and improve data exchange with CBP IT systems. The FRD defines three MEP configurations and use cases for different operational environments, emphasizing safety, efficiency, and the integration of various components like traffic control systems, vehicle sensors, and CCTV. The document highlights the need for robust data storage, comprehensive image analysis capabilities, and compliance with DHS standards for workstations and control centers.