Mission-Capable Scalable Open Architecture Photonics System

To address the Army’s need for a ruggedized rotorcraft-capable optical backbone network, Intellisense Systems, Inc. (ISS) proposes to develop a new Mission-Capable Scalable Open Architecture Photonics (McSOAP) system. McSOAP is based on the innovative adaption of DoD HOST/SOSA standards combined with a new redundant optical dual star-network configuration with photonic component integration strategies for mission-capable ruggedization. Specifically, the innovation in dual-redundant star network, pigtail-less rugged transceivers, and use of VITA 66 fiber interface allow McSOAP to maintain consistent use of open standards. Hence, this technology offers secure dual redundancy, modified HOST compatibility, SWaP-C optimization, low latency, and scalability, which directly address the Army’s requirements. In Phase I, ISS plans to demonstrate the feasibility of the proposed approach. Specifically, we will develop the architecture for modeling, simulation, and proof-of-concept demonstration, as well as develop, specify, and acquire components necessary to evaluate performance under operational rotorcraft conditions to determine a development strategy for Phase II. In Phase II, ISS will design McSOAP in greater detail, verify the capabilities of its architecture; fabricate, test, and validate a prototype system based on the Phase I results; assess the production readiness and supply chain reliability; and update a transition plan for beyond Phase II.