Smart communication solution in emergency situations 2013

Smart communication solution in emergency situations 2013

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  www.ltfe.org 1 Janez Sterle ([email protected]),Mojca Volk ([email protected])
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  GEN6 – GovernmentsENabled with IPv6 • Project time frame – 1.1.2012 – 30.6.2014 • 19 EU partners – 4 pilots • EC reference – http://ec.europa.eu/information_society/apps/projects/factsheet/index.cfm?project_ ref=297239 Slovenian pilot – A-ERCS • Advanced IPv6 enabled self organizing communication systems for emergency response environments – http://www.gen6.eu/A-ERCS • System deployment name 6inACTION – http://6inaction.net/
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  6onCORE DISTRIBUTED AND ROBUSTOVERLAY NETWORK 6onDASHBOARD IoT-DRIVEN INTERVENTION MANAGEMENT 6onMOBILE TRIAGE APPLICATION 6onFIRE ON-SITE SENSOR SYSTEM Smart and compact mobile solution designed to provide first responders with reliable communications and IoT-driven situation surveillance and intervention management services in emergency situations
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  • Fire • Flood •Water rescue • Car accidents • … Every day operations Source: Dalymail Source: WikipediaSource: Dalymail Professional and commercial communication systems are 100% operational
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  • Earthquake inItaly (2012) • Earthquake&Tsunami in Japan (2011) • Hurrican Katrina (2005) Extreme natural disasters Source: CBS Source: Kimberly K. Professional and commercial communication systems are down! Source: A. Kwasinski
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  Different requirements fordifferent scenarios! • High-performance communications in day-to-day operations • Survivable communications in extreme conditions – Distributed system and service intelligence • Support for on-site intervention monitoring – Water level, avalanche tracking, forest heatmap, hazardous substance • Firs responders mobility – Unit, user, device, sensor • Unit monitoring and location tracking – GPS location, indoor positioning, rescue squad vital signs • Coordinated actions across different national public safety agencies – Fire fighters, police, ambulance, military • International intervention – On-site and cross-border cooperation
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  6inACTION Vision • Convergedcommunications in emergency situations – a distributed and robust overlay communication solution for data transport and rich multimedia service built across professional (e.g. DMR, TETRA, Satellite) and commercial networks (e.g. UMTS/HSPA, LTE) Commercial Operator HSPA/LTE Coverage Professional System DMR/TETRA Coverage High Performance Ruggedized Terminals Satellite Communications Coverage High Availability IPv6 convergence layer and smart network enabler
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  6inACTION Vision • Crosssystems interoperability – Heterogeneous networks: Professional, Satellite, Commercial and Ad-hoc – National level: Firefighters, Police, Military – International level: Interoperability between international teams „on site“ and „cross border“ • Service diversity support – Voice, messages, video, data • Flexible system capacity and functions – TETRA/DMR for voice – HSPA/LTE for high throughput – Satellite system for high availability – Ad-hoc communication for local coverage • Sensor and M2M support – IoT-driven situation awareness Ad-hoc for local coverage Sensor and M2M connectivity IPv6 convergence layer and smart network enabler
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  SYSTEM TODAY Backhaul • DMR •Telco UMTS/HSPA On-site • DMR radio SERVICES TODAY • Voice – 1. priority • Messages – 2. priority SYSTEM TOMORROW Backhaul • DMR, TETRA, satellite • Telco UMTS/HSPA, LTE, WiFi • xDSL/FTTH On-site • DMR radio, WiFi mesh, sensors SERVICES TOMORROW • Voice – 1. priority • Messages – 2. priority • Pictures – 3. priority • File – 4. priority • Video – 5. priority • Sensor & M2M services 6onMOBILE
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  www.ltfe.org IPv6 network intelligence •NEMO with MCoA and IPSec • secure and transparent 6onCORE node mobility • SLAAC and DHCPv6 • host and network nodes auto configuration • Multicast with MLD, PIM-SM and scope options support • flexible live multimedia streaming on-site and globally • IPv6 hierarchical addressing • fast unit, user and sensor provisioning • BGP and OSPFv3 • network level self-healing capabilities Technical design • Cisco ISR819 M2M router
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  6onCORE • IPSec enablessecure connectivity over heterogeneous communication systems • IPv6 Prefix uniquely identifies 6onCORE node, team and in connected sensors • Supported Push Services: from 6onCORE node to Strategic Emergency Control Center • Voice, video and data communication (RAKI, ICS), positioning service (6onCORE team tracking) • Supported Pull Services: from Strategic Emergency Control Center to 6onCORE node • Voice, video and data communication (RAKI, ICS) • Video surveillance (6onCORE node environment status) – unicast and multicast
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  www.ltfe.org 6onFIRE – sensorgateway • DSMIPv6 • transparent 6onFIRE node mobility • IoT Groups ID and Tracking • Unique IPv6 ID and Prefix ID Technical design • Advantech ARK-3360F ruggedized PC • Commercial sensors on test – GPS module, mini weather station, video camera, environmental hazard sensors (temperature, humidity, CO, light ...), body functions
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  6onFIRE • DSMIPv6 enablestransparent connectivity over heterogeneous systems • Transparent tunneling over IPv6&IPv4 networks and NAT and firewall devices • Home IPv6 Address uniquely (globally) identifies node and environmental sensors • Supported Push Services: from sensor node to Strategic Emergency Control Center • Positioning service (sensor and team tracking) and environment monitoring (Temperature, Humidity) • Supported Pull Services: from Strategic Emergency Control Center to sensor node • Sensor gateway status (active, down), video surveillance (environment status)
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  www.ltfe.org 6onFIRE Direct connectivity toeach sensor • Via v4 or v6 (DSMIPv6) – NAT/FW traversal • Sensor data: temperature, humidity, manually reported data etc. • Location • Video stream • Device statistics • QoE probe measuring connectivity KPI Connectivity from 6onDASHBOARD • As part of real-time sensor data tracking („More info“)
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  www.ltfe.org
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  www.ltfe.org Real-time sensor dashboard •Sensor data delivered in real time (event-driven) • Geographic visualizations, location resolution Sensor events • Sensor location (address resolved from GPS) • IP information (v4 or v6) • Sensor status: delivered data • Temperature, humidity, water level, ... • Automatic and manual Sensor data analytics • Real-Time tracking • Tracking paths • Charts and graphs (Charts) • Event logs (Data) • Triage reporting (Reports) International cooperation • Location-independent sensor data • Cross-border visualizations • Proof-of-concept • Local sensor and triage reporting in Ljubljana • Cross-border sensor reporting between Ljubljana and Murcia, Spain 6onDASHBOARD – IoT-DRIVEN INTERVENTION MANAGEMENT
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  www.ltfe.org
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  18 6onMOBILE – TRIAGEAPPLICATION
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  19 6inACTION PRELIMINARY QOETESTING • QoE testing KPI set on static and mobile locations – SUT response time – SUT service speed – SUT service availability • Drive test [100 kmph] – Up to 1000 times faster data rate performance: from 9 kbit/s (TETRA) to 7.1 Mbit/s (HSPA) – Data service response time up to 20 time faster: 1s (TETRA) to 50 ms (HSPA)
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  6inACTION Road Map •Phase 0 – Professional and commercial system convergence by principles of reasonable effort – IoT-driven situation surveillance and intervention management services • Phase 1 – QoS enabled mobile systems (HSPA/LTE) with preemption capabilities for emergency services – Using dedicated QoS enabled bearers and preemption support on HSPA/LTE radio • Phase 2 – Integrating compact LTE/EPC mobile system with ad-hoc setup capabilities – Advanced IoT with user safety and life functions monitoring features integrating sensor networks (e.g., forest heat map)
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  Beyond 6inACTION • Fixedcommunications (commercial and professional) have converged – Ethernet transport and IP as intelligent network layer • Mobile system (commercial and professional) will converge – LTE transport and IP as intelligent network layer • There is still space for different wireless technologies • WiFi, 6lowPAN, Bluetooth,... …but there can be just on network layer Go Safe, Go IPv6
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  Lead by ULFE,official GEN6 partner Powered by partners • Go6 Institute – federating and consultancy role, • Ministry of Education, Science and Sport – integration of project in Slovenian government, • Water Institute - Pilot system requirements and pilot testing, • Municipality of Ljubljana (MOL), Department for Protection, Rescue and Civil Defense (OZRCO) – pilot system requirements and pilot testing, live emergency response environment & infrastructure, • Cisco System Slovenia&Global – networking equipment support. • Telekom Slovenije, d. d. • Academic and Research Network of Slovenia (ARNES)