TECHNOLOGY AREAS: Information Systems

OBJECTIVE: Enable dynamic control of real-time TCP/IP networks by field commanders.

DESCRIPTION: Communication technology and the proliferation of real-time networks have flattened war-fighting organizations, making the common operational picture and commander�s intent available throughout the chain of command.

Most of the real-time networks in use are hub-centric; that is, they require interaction with a central network component in order to change network configuration and security characteristics. In a hub-centric network, switching a user from one command group to another costs time and can create bottlenecks.

In addition, all communications networks define necessary levels of security. However the bulk of communication users, whether in combat or in emergency response situations, do not hold security clearances. Therefore the communication network must be able to support simultaneous operations of classified and unclassified users in order to respond to many operations, both combat situations involving Coalition Allies and peacetime disasters such as the Tsunami or Katrina.

This solicitation seeks innovative software applications that allow real-time dynamic control, configuration, and security management of real-time TCP/IP networks. The proposed product will improve the war-fighting or first-responder commander�s control of network configuration. In addition, it will allow real-time control over security implementations to optimize his ability to conduct operations.

This application must support operations in networks such as Force XXI Battle Command Brigade and Below (FBCB2), the Movement Tracking System (MTS), and the Global Personnel Recovery System (GPRS). The architecture and network interface for such an application has been prototyped by the Personnel Recovery Extraction Survivability aided by Smart-Sensors (PRESS) Advanced Concept Technology Demonstration (ACTD). A focused initiative is needed to further validate this concept and its ability to support real-time management of dynamic networks.

PHASE I: Develop a concept for an application capable of interfacing with multiple TCP/IP-based networks to allow real-time management and dynamic control of the networks at the war-fighting or first-responder commander�s level. Define a design and demonstrate a simple prototype of the application with a simulated field unit and internet-connected client.

PHASE II: Based on Phase I, develop and demonstrate a prototype tool or model for supporting dynamic, real-time network control. Conduct one or more lab or controlled experiments to validate the tool and quantifiably demonstrate its benefit in improved network control performance with a small number of moving field units that shows position tracking on several internet-connected clients. Create, modify, and delete groups dynamically. Change units between groups and change visible names on the units. Prepare guidelines and documentation for tool transition to an operational setting. Validate, standardize and document underlying software for application purposes.

PHASE III: Based on Phase II, develop security features including dynamically changing security key codes when creating, modifying, or deleting groups. Field test the tool in an operational setting and produce improved performance measures. Update guidelines and documentation to include security functions for tool transition to an operational setting in accordance with applicable security guidelines. Implement the tool in a comprehensive package that would include an intuitive graphical user interlace (GUI). Demonstrate the ability of the tool to support simultaneous operations of classified and unclassified users and comply with government-approved security implementation.

PRIVATE SECTOR COMMERCIAL POTENTIAL/DUAL-USE APPLICATIONS: This technology product could be applied to any TCP/IP network and tremendously enhance the civil sector�s emergency response to disasters.

REFERENCES:
1. PRESS ACTD Implementation Directive, Jun 01
2. PRESS ACTD Management Plan, Dec 02

KEYWORDS: Dynamic; interoperability; real time control, secure

TPOC: Mike Egnor
Phone: (757)203-5692
Fax:
Email: [email protected]
2nd TPOC: Lee Meador
Phone: (757)836-5033
Fax:
Email: [email protected]

** TOPIC AUTHOR (TPOC) **

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