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2007 Issue 2 - Raytheon

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People<br />

ET&MA<br />

Professionals<br />

Exemplify<br />

<strong>Raytheon</strong>’s<br />

CFM Strategy<br />

CHAIN High Assurance APIs for MS Office<br />

and Web Publishing Environments Team<br />

Russell A. Hendrickson, Robert C. Moehl, Thomas<br />

Farley, Frank L. Prioleau Jr., Tyson D. Vooge<br />

This team was honored for developing the<br />

Compartmented High Assurance Information<br />

Network (CHAIN), resulting in <strong>Raytheon</strong> winning the<br />

$56 million DARPA Classified IT services contract.<br />

CHAIN provides breakthrough sharing abilities to<br />

users operating at high classification levels across<br />

compartments. The team integrated security services<br />

with Microsoft applications and created a<br />

life-cycle Web-publishing environment offering<br />

commercial IT quality collaboration services with<br />

Protection Level 3+ accreditation. The unprecedented<br />

combination of strong security, familiar<br />

office capabilities and maintainability was the key<br />

to winning the $56 million DARPA contract.<br />

“Working on IRADS can be both exhilarating, as<br />

new concepts are explored, and challenging,<br />

since a diverse team with different skills must<br />

come together to solve customer challenges,”<br />

said team member Robert Moehl.<br />

CHAIN was selected as the worldwide collaboration<br />

environment for Coalition Warfighter<br />

Interoperability Demonstration <strong>2007</strong>, a forum for<br />

new and emerging technologies to be used and<br />

evaluated by operators from all armed services,<br />

DoD agencies and coalition members. CHAIN<br />

establishes <strong>Raytheon</strong> as a provider of leadingedge<br />

information assurance solutions validated to<br />

meet compartmented and multilevel secure<br />

requirements.<br />

“For the CHAIN team, our most critical challenges<br />

were the availability of skilled subject matter<br />

experts and training on new technologies and<br />

products,” said Moehl. “The CHAIN IRAD team<br />

has and continues to be in high demand on programs<br />

like DARPA, Firewalker and Starburst, as<br />

well as supporting proposal efforts.”<br />

32 <strong>2007</strong> ISSUE 2 RAYTHEON TECHNOLOGY TODAY<br />

Driving Innovation Into Everything We Do<br />

Highlighted below are three of the 15 teams who captured awards at <strong>Raytheon</strong>’s Excellence in<br />

Engineering and Technology Awards, held April 11, <strong>2007</strong>. The award is <strong>Raytheon</strong>’s highest honor for<br />

technical achievement that contributes to the company’s success and continued growth.<br />

Each winning team is responsible for keeping the company on the leading edge of innovation so we can<br />

meet our customers’ evolving needs. Moreover, their outstanding performance challenges the entire company<br />

to meet and exceed the new standard of excellence they have set.<br />

Project JFires Team<br />

Kenneth L. Pratte, Philip M. Green, Christopher<br />

Dow, Dennis E. Woods, F. Allen Bouressa<br />

The Project JFires team received their award for<br />

designing a prototype Department of Defense<br />

(DoD) Protection Level 3 system capable of interconnecting<br />

multiservice networks and demonstrating<br />

joint interoperable functionality.<br />

The Project JFires team successfully partnered<br />

with <strong>Raytheon</strong> Integrated Defense Systems<br />

Security, the Defense Security Service and local<br />

<strong>Raytheon</strong> site security offices to achieve<br />

<strong>Raytheon</strong>’s goal: establishing an infrastructure to<br />

prototype, evaluate and demonstrate joint interoperable<br />

functionality to improve and extend<br />

warfighter capability.<br />

“With JFires, everything is new, often never done<br />

before, and a big challenge — but with a potential<br />

huge payoff for our customers and warfighters,”<br />

said Robert Wilcox, JFires Integration of<br />

Labs (IOL) IPT lead. “That’s what it’s all about.<br />

We have to consistently run at faster than Ramp<br />

Speed; we call it JFires Speed, and we love it! As<br />

is often said in the Navy, a ship underway makes<br />

a wake. And believe me, JFires knows how to<br />

make a wake!”<br />

Global Information Grid (GIG) Appliance<br />

Demonstrator Team<br />

Michael J. Townsend, Danion T. Dugger, Mark A.<br />

Phelps, Brian L. Bultemeier, Charles S. Kuehl<br />

These five dedicated engineers were acknowledged<br />

for developing the Global Information Grid<br />

(GIG) Appliance Demonstrator — a secure, COTSbased<br />

publish-and-subscribe mechanism that<br />

enhances situational awareness and supports the<br />

migration of legacy avionics systems to Service-<br />

Oriented Architecture, Internet Protocol networks.<br />

The GIG Appliance Demonstrator serves as a<br />

presentation layer for warfighters to connect to<br />

the GIG to share or receive sensor information<br />

needed to enhance situational awareness. The<br />

GIG Appliance Demonstrator team designed it to<br />

support legacy avionics system migration to<br />

Service-Oriented Architecture, Internet Protocol<br />

networks, and to provide systems that upgrade<br />

easily, adapt to evolving commercial technology<br />

and resist short-term obsolescence.<br />

The COTS-based GIG Appliance can affordably<br />

morph into any required form factor, level of enduser<br />

network capability, and command/control<br />

human interface under a multilayer of security.<br />

“The greatest obstacle our team faced in developing<br />

our COTS demonstrator for the AF Airborne<br />

CRADA Capstone Flight Test event,” said Charles<br />

Kuehl, the team’s principal systems architect and<br />

systems engineer, “was establishing our system’s<br />

networking value to airborne RF communications,<br />

using the OSD NetCentric Checklist guidance to<br />

support our SOA telecommunications development<br />

approach.<br />

“After an exhaustive team-coordinated approach in<br />

defining what OSD’s GIG publishing and consuming<br />

really encompasses, a ‘Customer Vision of GIG<br />

Deployment’ conops document was developed for<br />

IPDS Gate 6 to provide our team some NetCentric<br />

Checklist (Data & Transport Tenets) requirements<br />

clarity on how the customer is envisioning GIG<br />

‘Edge’ Interoperability for the warfighter.”

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