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======== Case Study: next_generation_naval_systems ========
[[ ddsf:public:applications:start | Return to Applications ]]

| Title             | next_generation_naval_systems                       |
| Application Area  | [[ddsf:public:applications:aerospace_and_defense]]  |
| Date Created      | 2021 05 10                                          |
| Stakeholder       | [[agetemplates:Raytheon]]                           |
| Stakeholder POC   |                                                     |
| DDS Platform      | CompanyName                                         |
| Source            | [[agetemplates:RTI]]                                |
| Keywords          | DDS Ship-Wide Area Network (DDS SWAN)               |

**Raytheon Ship-Wide Area Network (SWAN)**

The SWAN on the US Navy LPD-17 runs machinery, damage control, steering, magnetic signature, mission control, navigation, communications, and many other components. RTI Connext DDS runs the backbone of this system; it coordinates, synchronizes and manages a large number of disparate systems and supports redundant networks, data and sensors without servers.
====== Problem Description ======
/* Provide a general description of the problem the Case Study highlights *
<todo>Provide a Case Study Problem Statement</todo>
Interoperable Open Architecture Standards-based, high-[[ddsf:private:guidebook:06_append:glossary:p:performance|performance]] [[ddsf:private:guidebook:06_append:glossary:m:midware|middleware]] breaks [[ddsf:private:guidebook:06_append:glossary:v:vendorlockin|vendor lock-in]], drives [[ddsf:private:guidebook:06_append:glossary:i:interoperability|interoperability]] and future-proofs architectural designs. Coming to Lockheed Aegis, Raytheon DDG 1000, Raytheon SSDS, LCS (Lockheed and GDAIS), Raytheon LPD-17, etc.

[[ddsf:private:guidebook:06_append:glossary:d:deadline_qos]]
Raytheon Ship-Wide Area Network (SWAN)
Raytheon Ship-Wide Area Network (SWAN)
The SWAN on the US Navy LPD-17 runs machinery, damage control, steering, magnetic signature, mission control, navigation and communications. RTI Connext DDS supports redundant networks, data and sensors without servers. 

====== Architecture Overview ======

<todo>Need to provide an OV1</todo>

====== Conclusion ======
/* Provide a brief executive conclusion about the Case Study *
<todo>Provide a brief executive conclusion about the Case Study</todo>

/* Give a source(s) for the information provided *
<todo>Give a source(s) for the information provided</todo>
Source: [[agetemplates:uri| HumanForm]]

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