DRAFT BIM J-4 Sample Base Prompt 20230920.pdf

DEPARTMENT OF THE AIR FORCE

SAMPLE BASE PROMPT

BASE INFRASTRUCTURE MODERNIZATION

Prepared By:

AFLCMC/HNIB

15 Eglin Street, Building 1607 Hanscom AFB, MA 01731-1700

DISTRIBUTION STATEMENT D: Distribution authorized to DOD and US DOD contractors only; Administrative or Operational Use; 12 JAN 2023. Other requests for this document shall be referred to AFLCMC/HNI (DOD Controlling Office) 15 Eglin Street, Building 1607, Hanscom AFB, MA 01731-1700.

HANDLING AND DESTRUCTION NOTICE: Comply with distribution statements and destroy by any method that will prevent disclosure of contents or reconstruction of the document

1. Scope Introduction Given the Section L instructions, below parameters, and additional attachments, the offeror should propose an approach to operate and maintain (O&M) existing NIPRnet and SIPRnet network operations, modernize the base network, and O&M the newly modernized network of this DAF Air Force Sample Base. All networks will be BAN related, WAN is not a requirement.

For the purposes of this sample base submission, no additional information will be provided. If there is missing information, the offeror should include an approach or methodology to identify and/or collect the missing information required to provide their solution. Additionally, this sample base is fictional and not awardable.

REMINDER: The Offeror’s proposal shall not contain any classified material.

2. Sample Base Geographic & Demographic Details The sample base is in Western Europe. The approximate size of the base is 20 square miles. The Base Building Count is approximately 200 connected buildings, 25 are deemed critical. Critical is defined as buildings that require additional redundancy measures and meet at least one of the following: C2 orientated, Mission Critical and/or designated as important by the base itself.

The sample base has approximately 9,000 total personnel assignment to the primary location.

The breakout of the demographic is below:

8,500 Air Force Personnel 500 Army Personnel – Army Tenant Unit

In addition, the sample base is responsible for 3 Geographically Separated Units (GSUs) that will require connectivity. The GSUs are 200, 250, and 300 miles from the sample base. Each GSU has 300 people. The GSU personnel are additional personnel not included in the 9,000 person head count. Base housing locations are not required to be included in the solution set for this prompt.

3. Sample Base Technical Details The technical details that are specific to this sample base locations are included in this section.

This technical information is to be used in conjunction with the BIM IDIQ PWS and the additional attachments to this document to form a solution.

In addition to the requirements specified within BIM IDIQ PWS, the sample base will require flight line connectivity IAW Flight Line of the Future requirements (Attachment 3 – Flightline of the Future). The details of the flight line are as follows:

There are 2 flight line ramps separated by 2 parallel Precision Instrument Runways

Each Precision Instrument Runway is 200ft wide with appropriate separation Each flight line ramp is approximately 1.5mile long and 600ft wide, with 400ft separation between the ramp edge and the closest runway Each Runway is FAA Compliant and Certified Instrument Landing System Category 3b

The sample base will require SIPRnet access for approximately 500 personnel at 35 buildings.

GSUs only require NIPRnet connectivity and operate behind the main operating base boundary;

The GSUs on this sample base do not require Wide-Area Network work.

Attachments will include sample heat maps, a base diagram, a sample equipment list, appropriate Cyber Memorandums as well as other contract documents. This information is purposefully limited. The SLAs utilized for this Sample Base Prompt are included in Attachment 2.

4. Additional Attachments – Reference Documents As part of the Sample Base Prompt other documentation must be referenced. The BIM IDIQ PWS and other available program documentation, all attachments of this Sample Base prompt and the following Cyber Documentation Memorandums: Release of Data to Small Business, and Cyber Security and Resiliency Information for Small Businesses.

https://www.afsbirsttr.af.mil/Portals/60/2021SecPolicyReviewRequest%2CMemotoAF SBIRSTTP onReleaseofDatatoSmallBizfe210204_1.pdf https://www.safcn.af.mil/Portals/64/Documents/Small%20Business%20Innovation%20 Research%20(SBIR)/Resources/DAF%20SBIR%20Cybersecurity%20Memo%20Sept %202020_signed.pdf?ver=7tlVYj-mx3qfwkm-BZYWWw%3d%3d

Attachment 1 – Base Building Map

Attachment 2 – Base Wi-Fi Heat Map

Attachment 3 – Flightline of the Future

Flight Line of the Future Wireless Location requirements:

Flight line ramps, permanent parking locations, to include sun sheds, and end of runway areas

Aircraft maintenance hangars, maintenance back shops, and all associated work centers Supply warehouses, including receiving docks and shipping docks Munition Storage Areas (MSA), munitions control facilities, munitions build areas, and live ordnance loading areas Air Transportation facilities Ground Vehicle maintenance facilities Primary mobility processing areas

Requirements:

Minimum received signal strength from mobile device as measured at Wi-Fi access point:

-65 dBm for Wi-Fi WLAN and -75 dBM for LTE10.4.2.

Minimum download speed: 25 Mbps for Wi-Fi WLAN and 10 Mbps for LTE Minimum upload speed: 3 Mbps for Wi-Fi WLAN and 3 Mbps for LTE AF LAN gateway response time as measured through ICMP ping test from mobile device through wireless network to nearest layer 3 device: 50ms for Wi-Fi WLAN

The wireless network must support these single-user performance requirements regardless of how many concurrent wireless users there are; this requires engineering the wireless network and the network core to support the expected peak number of concurrent users in a given wireless cell, e.g. in a specific aircraft parking spot.

Attachment 4 – SLAs*

Availability

Availability of services 24 hours per day, 7 days per week

99.999% for C2 facilities and Assured Voice 99.99% for non-C2

Customer Satisfaction

Customers satisfied or very satisfied with services, as measured by survey data captured periodically

80%, 4.0 rating on a scale of 5.0

Resilience Time to restore connectivity Routine: 4 hours, 99% of the time Critical: 2 hours, 99% of the time

Security

Data protected IAW DOD and industry best practices, including time to report incidents of data leakage over base network connections

Routine: Within 24 hours, 99% of the time Critical: Within 6 hours, 99% of the time

Responsiveness

Network response time, defined by time required for a packet to go between an end-user demarcation point and the host site Front-End Processor (FEP) or similar device

Average <500 milliseconds

*Review the BIM IDIQ PWS for additional SLA details

Attachment 5 – Sample Base Equipment List

This list comprises of all known equipment at all locations for this base and GSUs.

Components Quantity

9600 Chassis 11 48-Fiber Optic Aggregation Ports 22 48-Copper Aggregation Ports 10/100/1000 11 Cisco Catalyst 9600 Series Supervisor 1 Module 11 Cisco Catalyst 9600 Series Redundant Supervisor 1 Module 11 Cisco C9600 2000W AC Power Supply 33 48-1gig Fiber Optic Aggregation Ports 55 24-1gig Fiber Optic Aggregation Ports 11 24- 10 gig Fiber Optic Aggregation Ports 2 12-1gig Fiber Optic Aggregation Ports 2 48-Copper User Ports - PoE 10/100/1000 139 24-Copper User Ports - PoE 10/100/1000 54 48-Copper Aggregation Ports 10/100/1000 (Non-PoE) 2 24-Copper User Ports - PoE 10/100/1000 (Non-PoE) 1 Cisco Catalyst 9400 Series 10 slot chassis 2 Cisco Catalyst 9400 Series 7 slot chassis 2

48-Copper User Ports - PoE 18 48-Fiber User Ports 6 Cisco Catalyst 9400 Series Supervisor 1 Module 4 Cisco Catalyst 9400 Series Redundant Supervisor 1 Module 4 Cisco Catalyst 9400 Series 2100W AC Power Supply 12 8-10gig Fiber Optic Aggregation Ports 200 Cisco Catalyst 9300 350W AC Power Supply 6 Cisco Catalyst 9300 715W AC Power Supply 138 Cisco Catalyst 9300 1100W AC Power Supply 370 50CM Type 3 Stacking Cable 202 1M Type 3 Stacking Cable 54 C14 input w/C15 output Power Cable 490 PDU w/L6-30 input and C14 output 94 PDU w/L5-30 input and C14 Output 102 PDU w/L5-20 input and C14 output 28 5000W UPS w/L6-30 input and L6-30 output 39 3000W UPS w/L5-30 input and L5-30 Output 32 2200W UPS w/L5-30 input and L5-20 Output 9 10 Gig SM-LC SFP 92 10 Gig MM-LC SFP 22 1 Gig SM-LC SFP 425 1 Gig MM-LC SFP 352 100m MM-LC-SFP 1,155 Aruba AP Model-125 air-monitor 33 Aruba AP Model-135 air-monitor 7 Aruba AP Model-215 air-monitor 35 Aruba AP Model-275 air-monitor 1 Aruba AP Model-135 building 18 Aruba AP Model-215 building 24 Aruba AP Model-215 flightline 8 Aruba AP Model-277 flightline 15 Aruba AP Model-124 hangar 5 Aruba AP Model-125 hangar 5 Aruba AP Model-215 hangar 145 Aruba AP Model-225 hangar 2