S-FAN: Small Form-factor Automated Networking
Navy SBIR FY2015.1
Sol No.: |
Navy SBIR FY2015.1 |
Topic No.: |
N151-015 |
Topic Title: |
S-FAN: Small Form-factor Automated Networking |
Proposal No.: |
N151-015-0312 |
Firm: |
Architecture Technology Corporation 9971 Valley View Road
Eden Prairie, Minnesota 55344 |
Contact: |
Jordan Bonney |
Phone: |
(952) 829-5864 |
Abstract: |
The interoperability implied by the Navy and DoD's migration towards IP-enabled tactical radios remains elusive. Though it is technically possible to create a tactical network that is comprised of different IP-enabled radios, such networks are fundamentally ill-suited to the changes in topology and link quality typical of a carrier strike group's networked air-, sea-, and land-based elements. ATCorp proposes S-FAN - a low-SWaP, ruggedized router that can be mounted in carrier-based aircraft such as the E2 Hawkeye and even in much smaller airborne platforms. In addition to providing pervasive, adaptive communications over disparate communications links, the proposed S-FAN effort seeks to develop a dramatic improvement in router configuration that allows tactical networks, such as that employed by a carrier strike group, to be rapidly created and modified. The proposed effort leverages off-the-shelf, MIL-STD-810G hardware that ATCorp has previously flight tested. |
Benefits: |
A successful S-FAN research effort would produce a flight-qualified integration router that lets airborne assets like the E2 Hawkeye provide an Internet footprint for an entire strike group. Such a capability can logically extend beyond a carrier strike group to, for example, expeditionary units. S-FAN provides mission-persistent network communications to all participants.
The commercial application of S-FAN focuses on the proposed research's secondary thrust: automated network configuration, which would significantly lower commercial entities' information technology (IT) costs by simplifying and speeding network deployment.
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