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TRANSCRIPT
03/21/2007FOSE 2007
P R O U D L Y D E V E L O P E D B Y
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The Evolution of Network Services
The Evolution of Emergency Response
Solution Overview
Functional Diagram
Solution Benefits
Why IPv6?
What Does IPv6 Offer?
IPv6: The Global Network Standard
IRP Monitoring Dashboard Screens (1-3)
AIRS Partners
Questions & Answers
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IPv4 IPv6
Application Layer
Network Middleboxes
IPv4 Layer Protocol
Bloated CodeFootprint & Application complexity
Middle layer of servers always needed because of broken E2E model
Patterned networkInfrastructure includingNAT
1970’s era network protocol
SecurityMobility
NAT Traversal P2P Code
NAT TraversalDirectory service
Client/server
DNS RoutersDHCP
Transport
Application Layer
IP Infrastructure Services
IPv6 Layer Protocol
Smaller application code &Faster development leveraging Service Oriented Network Architecture
Middle layer is IPnetwork infrastructureline routers, DNS
More powerfulFlexibleNext-gen NetworkProtocol
Small code footprint
Relies on Service Oriented
Network Architecture to reduce software
complexity & footprint size
Mobility Auto-configuration
DNS
SecurityNAT Traversal
P2P connectionsMulticast
DistributionTransport
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Current Operations AIRS
Application Layer
Network Middleboxes
IPv4 Layer Protocol
ManualData
Processing
Manualtracking
Interoperability Challenges
Manual Information
Gathering
Application Layer
IP Infrastructure Services
IPv6 Layer Protocol
Tailored Information to IRPs and
Commanders
Smart Network
Automated Information
Processing
People Sensors
Resources
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Interoperable?
Where’s Joe?
Incident Response Personnel
Medical
Emergency Response Personnel
Smart Infrastructure
Hastily Formed Networks
Physical Location
(Building Sensor
Mobility)
Mobile Command Post
Enhances Interoperability
Optimizes Command & Control
Improves Situational Awareness
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Emergency Site
IRP connected to cloud via mobile PAN
routerMultiple WLAN clouds
deployed running native IPv6
IRP are MIPv6 user connected back to IRP network via HA
IRP
BiometricSensorData
Environmental Sensor Data(Modular)
Hastily Formed NetworkWiMAX/WiFi
Building is a “Smart Building” wired
with IPv6 sensors –accessed by IPR
commander
Sensor nodes are Local Fixed Nodes (LFN) attached to
PAN Mobile router with NEMO
IRP Commander can monitor IRP while deployed,
in real time
Mobile Command PostMIPv6
IRP MonitoringDashboard
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Proactive tracking and health status
notification
Physical Location Tracking
Location-Based Communities of
Interest
Automatic Sensor Processing
Common Operational Picture
Cross-Agency/Jurisdiction
Collaboration
Peer-to-Peer Communication
Neighbor and Service Discovery
Optimized Command & Control
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Open standard based architecture necessary to create and organize a scalable network in
any environment, at any time.
Enables the immediate integration of diverse data, voice, and video information sources.
Enables sensor-generated data by embedding IPv6 over Low Power Personal Area Networks.
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Automatic communication
device recognition and configuration
Communications devices are bi-
directional, which means that first responders and
sensors are reachable as soon as
deployed
Sensors dynamically configured
Sensors are open-standards based (IETF 6LoWPAN
proposed standard) and have real plug-
and-play functionality, so
they can be quickly deployed and continuously
managed in any environment
Mobility
IPv6 hosts are not restricted by
location
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The Global reach of IPv6 networks allows local responder networks to be linked back to any rear-area network or competency center, in a secure manner, to engage global experts for highly specialized skills. (as an example, allowing on-site personnel to confer with a
toxicologist specializing in dealing with a dangerous pathogen.)
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Arch Rock provides wireless sensor network systems and software that bridge the physical and digital worlds. Their open standards-based approach and real-world know-how uniquely qualify them to deliver solutions that capture data from the physical world and combine it with state-of-the-art technology. More information about Archrock be found at http://www.archrock.com.
Cisco® (NASDAQ: CSCO), is the worldwide leader in networking that transforms how people connect, communicate and collaborate. Information about Cisco® can be found at http://www.cisco.com. For ongoing news, please go to http://newsroom.cisco.com.
Command Information is the largest IPv6 solutions provider in America, offering strategic and tactical IT solutions for Fortune 1000 companies and government organizations. The Herndon, VA-based company combines IPv6 expertise with agile methods to provide business consulting, application development, and networking services to organizations seeking to move to this fast-emerging new version of Internet protocol. Command Federal is a wholly-owned subsidiary focusing specifically on the Federal market and its mandated transition to IPv6. Command Labs is the research and development branch of Command Information featuring an interactive education center and "state of 2008" IPv6-enabled R&D lab. More information about Command Information can be found at http://www.CommandInformation.com.
pTerex is the world’s premier developer and manufacturer of self-managing, self-healing, multi-transport Mobile Tactical Edge Network products. Growing out of an aggressive R&D project undertaken in 2005 by PROSOFT—a leading military systems integrator—pTerexbecame a stand alone business in 2007. Since its origin, pTerex has held a laser focus on a single objective—to accelerate the rate of change in the DOD’s transformation to Net-Centric Warfare and total Information Dominance in the Global War on Terror. More information about pTerex can be found at http://www.pterex.com.
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