Attachment J-4 - Track 1 Use Case Scenarios Amendment 0002.pdf

RFP No. 70RDA226R00000001 Amendment 00021 Attachment J-4 Track 1 Use Case Scenarios

Use Case # 1: Fixed Location, Scenario for Persistent Drone Coverage System

Requirement: Persistent Drone Coverage System

Objective:

The Government requires a comprehensive solution to provide persistent drone coverage for the purpose of detecting, tracking, identifying, and mitigating objects or individuals between two designated GPS points roughly from Huntsville, AL to Florence, AL running parallel to Route 72, which provides logistical advantages such as transportation access and connectivity, nearby facilities, utilities, and services, as well as local environmental factors like zoning regulations and weather patterns specific to the region.

The area of coverage must extend at least 5 kilometers north and 20 kilometers south of the designated line. The coverage should include Huntsville International Airport and the Tennessee River. DHS does not requireௗpersistent coverage across the entire area. Coverage may be focused onௗkey entry points, perimeters, or mission-critical areas, such as Huntsville International Airport.

Mitigation, per the RFP, has a minimum mitigation range of 500 metersௗ(as outlined in Section

2.1.5 Mitigate/Neutralize). Offerors should design their solutions to meet or exceed this minimum mitigation range while considering operational constraints and effectiveness. DHS has limited applications for kinetic solutions, due to potential collateral damage, especially in a stadiuman urban environment, however, we will consider all solutions to include net capture.

For this Use Case Scenario, the Government has a preference for solutions that demonstrate superior performance, reliability, scalability, and cost-effectiveness. Offerors are encouraged to describe how their proposed solutions address these preferences while meeting the operational requirements outlined in the scenario.

Drone coverage should include addressing Group 1 and Group 2 UAS threats as a baseline, with adaptability to address Group 3 threats if required. Propose solutions that include detection, tracking, and identification capabilities as a minimum, and include mitigation capabilities unless explicitly excluded. Highlight the scalability and flexibility of your solution to adapt to varying threat types and operational requirements.

Requirements:

Operational Capabilities:

The system must provide persistent drone coverage capable of detecting, tracking, and identifying targets within the specified area of operation.

TheௗCommand and Control (C2) system must be capable of supporting bothௗlocal site-based operationsௗand, if required,ௗmulti-site enterprise managementௗ(e.g., regional or national fusion)

Solutions should include the ability to run off of 60Hz, 110v-120v AC, 240v DC, or battery solution as needed (and have the ability to charge while operating).

The solution must include an encrypted data backhaul to ensure secure transmission of data, with a backup data transfer mechanism to maintain operational continuity in the event of primary system failure.

The system must be interoperable with the Team Awareness Kit (TAK) to ensure seamless integration with existing situational awareness tools.

Maintenance and Support:

Include 1 year of maintenance for all system components, covering hardware, software, and operational support.

Maintenance should include routine system checks, troubleshooting, and updates to ensure optimal performance.

Training:

Provide two training sessions for Government personnel:

The first training session must occur within 5 days of hardware delivery to ensure rapid operational readiness.

The second training session should occur 6 months after the initial training to reinforce knowledge and address any operational challenges encountered during the initial deployment period.

Site Survey and Installation:

Conduct a site survey to determine optimal sensor locations and develop a detailed installation plan based on environmental and operational conditions.

The site survey must include an evaluation of ancillary locations that do not directly tie to operations but provide strategic advantages, such as training facilities, storage or warehousing areas, parking lots or vehicle staging areas, common areas, emergency assembly points, unused or vacant spaces, and utility/infrastructure areas.

Given the location in Huntsville, AL, running parallel to Route 72, the site survey should account for accessibility, surrounding infrastructure, and environmental considerations, including transportation access, connectivity, and zoning regulations.

The system must be installed by the awardee, ensuring proper setup and integration with existing infrastructure.

Additional Notes:

The proposed solution should prioritize reliability, scalability, and ease of use.

Vendors should provide a detailed timeline for delivery, installation, training, and maintenance support.

All hardware and software components must comply with applicable federal security and interoperability standards.

Use Case # 2: Mobile Response for Rapidly Deployed Drone Coverage System for NSSE or

SEAR

Requirement: Rapidly Deployed Drone Coverage System, National Special Security Events (NSSE) and Special Event Assessment Rating (SEAR) events

Objective:

The Government requires a comprehensive solution to provide a quickly deployed drone coverage system for the purpose of detecting, tracking, identifying, and mitigating UAS around the Arrowhead Stadium in Kansas City, Missouri. The area of coverage must extend for at least a 5 nautical mile radiuss extending outward from the around the center of the Stadium., Mitigation, per the RFP, has a minimum mitigation range of 500 metersௗ(as outlined in Section

2.1.5 Mitigate/Neutralize). Offerors should design their solutions to meet or exceed this minimum mitigation range while considering operational constraints and effectiveness. DHS has limited applications for kinetic solutions, due to potential collateral damage, especially in a stadium environment, however, we will consider all solutions to include net capture.

For this Use Case Scenario, the Government has a preference for solutions that demonstrate superior performance, reliability, scalability, and cost-effectiveness. Offerors are encouraged to describe how their proposed solutions address these preferences while meeting the operational requirements outlined in the scenario.

Drone coverage should include addressing Group 1 and Group 2 UAS threats as a baseline, with adaptability to address Group 3 threats if required. Propose solutions that include detection, tracking, and identification capabilities as a minimum, and include mitigation capabilities unless explicitly excluded. Highlight the scalability and flexibility of your solution to adapt to varying threat types and operational requirements.

Requirements:

Operational Capabilities:

The system must provide man portable, rapidly deployable drone coverage capable of detecting, tracking, and identifying targets within the specified area of operation. “Man portable” is defined as systems that are designed to be carried, deployed, and operated by individual personnel or small teams without reliance on vehicles or heavy equipment. The systems should be designed to allow for a one-person or two-person carry for individual transportable components per section

5.20 of MIL-STD-1472H.

TheௗCommand and Control (C2) system must be capable of supporting bothௗlocal site-based operationsௗand, if required,ௗmulti-site enterprise managementௗ(e.g., regional or national fusion).

Solutions should include the ability to run off of 60Hz, 110v-120v AC, 240v DC, or battery solution as needed (and have the ability to charge while operating).

The solution must include an encrypted data backhaul to ensure secure transmission of data, with a backup data transfer mechanism to maintain operational continuity in the event of primary system failure.

The system must be interoperable with the Team Awareness Kit (TAK) to ensure seamless integration with existing situational awareness tools.

Maintenance and Support:

Include 1 year of maintenance for all system components, covering hardware, software, and operational support.

Maintenance should include routine system checks, troubleshooting, and updates to ensure optimal performance.

Training:

Provide two training sessions for Government personnel:

The first training session must occur within 5 days of hardware delivery to ensure rapid operational readiness.

The second training session should occur 6 months after the initial training to reinforce knowledge and address any operational challenges encountered during the initial deployment period.

If installation will be accomplished by government personnel, training should include installation instruction and set-up troubleshooting.

Site Survey and Installation:

Conduct a site survey to determine optimal sensor locations and develop a detailed installation plan based on environmental and operational conditions.

The site survey must include an evaluation of ancillary locations that do not directly tie to operations but provide strategic advantages, such as training facilities, storage or warehousing areas, parking lots or vehicle staging areas, common areas, emergency assembly points, unused or vacant spaces, and utility/infrastructure areas.

Given the sensitive location, the site survey should account for accessibility, surrounding infrastructure, and environmental considerations, including transportation access, connectivity, and zoning regulations.

Installation of the system must be able to be completed within one Business Day. Disassembly and repacking of the system should take less than one Business Day.

If Tthe system must be installed by the awardee, such as for C-UAS-as-a -Service, the awardee must ensuringe proper setup and integration with existing infrastructure. If the system is designed for government personnel installation, the user should be able to verify the system is functioning properly.

Additional Notes:

The proposed solution should prioritize reliability, scalability, and ease of use.

The proposed solution should be man portable. “Man portable” is defined as systems that are designed to be carried, deployed, and operated by individual personnel or small teams without reliance on vehicles or heavy equipment. The systems should be designed to allow for a one-person or two-person carry for components per section 5.20 of MIL-STD-1472H. as .

Vendors should provide a detailed timeline for delivery, installation, training, and maintenance support.

Use Case # 3: Mobile Response in Maritime Environment for Naval-Borne Persistent Drone Coverage System

Requirement: Naval-Borne Persistent Drone Coverage System

Objective:

The Government requires a comprehensive solution to provide persistent drone coverage for the purpose of detecting, tracking, identifying, and mitigating UAS from aboard a USCG Patrol Cutter. The area of coverage must extend for at least a 5 nautical mile radius extending outward s around from the Patrol Cutter. Assume the Patrol Cutter is 10 nautical miles offshore. (

Mitigation, per the RFP, has a minimum mitigation range of 500 metersௗ(as outlined in Section

2.1.5 Mitigate/Neutralize). Offerors should design their solutions to meet or exceed this minimum mitigation range while considering operational constraints and effectiveness. There are more applications for kinetic solutions in the maritime environment.

For this Use Case Scenario, the Government has a preference for solutions that demonstrate superior performance, reliability, scalability, and cost-effectiveness. Offerors are encouraged to describe how their proposed solutions address these preferences while meeting the operational requirements outlined in the scenario.

Drone coverage should include addressing Group 1 and Group 2 UAS threats as a baseline, with adaptability to address Group 3 threats if required. Propose solutions that include detection, tracking, and identification capabilities as a minimum, and include mitigation capabilities unless

Requirements:

Operational Capabilities:

The system must provide persistent drone coverage capable of detecting, tracking, and identifying targets within the specified area of operation.

TheௗCommand and Control (C2) system must be capable of supporting bothௗlocal site-based operationsௗand, if required,ௗmulti-site enterprise managementௗ(e.g., regional or national fusion).

Solutions should include the ability to run off of 60Hz, 110v-120v AC, 240v DC, or battery solution as needed (and have the ability to charge while operating).

The system must be able to be installed on the Patrol Cutter and be able to be utilized while at sea by personnel.

The solution must include an encrypted data backhaul to ensure secure transmission of data, with a backup data transfer mechanism to maintain operational continuity in the event of primary system failure.

The system must be interoperable with the Team Awareness Kit (TAK) to ensure seamless integration with existing situational awareness tools.

For this Use Case Scenario, the Government has a preference for solutions that demonstrate superior performance, reliability, scalability, and cost-effectiveness. Offerors are encouraged to describe how their proposed solutions address these preferences while meeting the operational requirements outlined in the scenario.

Drone coverage should include addressing Group 1 and Group 2 UAS threats as a baseline, with adaptability to address Group 3 threats if required. Propose solutions that include detection, tracking, and identification capabilities as a minimum, and include mitigation capabilities unless

Maintenance and Support:

Include 1 year of maintenance for all system components, covering hardware, software, and operational support.

Maintenance should include routine system checks, troubleshooting, and updates to ensure optimal performance.

Training:

Provide two training sessions for Government personnel:

The first training session must occur within 5 days of hardware delivery to ensure rapid operational readiness.

The second training session should occur 6 months after the initial training to reinforce knowledge and address any operational challenges encountered during the initial deployment period.

Design and Installation:

Conduct a survey of the Patrol Cutter to determine optimal sensor locations and develop a detailed installation plan.

Given the sensitive location, the survey should account for accessibility, surrounding infrastructure, and environmental considerations, including transportation access, connectivity, and zoning regulations.

The system must be installed by the awardee, ensuring proper setup and integration with existing infrastructure.

Additional Notes:

The proposed solution should prioritize reliability, scalability, and ease of use.

The solution must be able to operate in the same environmental conditions that the Patrol Cutter can operate in.

Vendors should provide a detailed timeline for delivery, installation, training, and maintenance support.