CENTRE ICCS CONTROL ROOM SOLUTION
Page: 2
© FREQUENTIS 2014 Presentation Date: 2014-03-25
More than 65 years of innovation & expertise in mission
critical applications
We develop and market high reliable communication and information systems for mission critical applications in the fields of Air Traffic Management and Public Safety & Transport.
Worldwide Control Centres develop towards the same standards.
ATM
Air Traffic Management
PST
Public Safety & Transport
ATM Civil
FREQUENTIS and Nødnett
All Agencies Ph0+Ph1 fully live!
FREQUENTIS Norway AS
From 1
stApril 2014
Oslo based office
Nødnett focussed
Approx. 325 Control Rooms (ICCS
3020)
Police – Touch GUI
Fire – Touch GUI, Vision C&C
Health - MAK GUI & Resource
Management
Page: 4
© FREQUENTIS 2014 Presentation Date: 2014-03-25
Pasienten ringer 113, har vondt i brystet. Opprinnelses-markering sendes automatisk til AMK. AMK registrer henvendelsen i AMK OHS (AMK OHS har oppslag i sykehus EPJ for folkeregister opplysninger). Varsler alle ressurser (Ambulanse, legevakt lege mv) over Helseradio/AMK GVB. Amb og lege mottar opplysninger om oppdraget over Amb og lege GBV. Ambulanse registrerer fortløpende i elektronisk ambu-lansejournal Lege dokumenterer i Lege EPJ. EKG avdeling mottar EKG fra ambulanse (overføres via mobildata). EKG blir forelagt vakthavende kardiolog for vurdering. EKG opplysninger oppdateres automatisk i Sykehus EPJ. Ambulanse gir medisinsk tilbakemelding om pasient til AMK og akuttmottak via over helseradio. Lege oppdaterer dokumentasjon i Lege EPJ som oppdaterer automatisk kjernejournal basert på pasientens tidligere avklarte samtykke. AMK registrerer data i AMK OHS. AMK melder disse data til akutt mottak over telefon. Kjernejournal oppdateres med ”AMK og ambulanse data”. Mottar pasient, alle relevante opplysninger er overført fra AMK OHS til sykehusets EPJ. Relevante opplysninger oppdateres i kjernejournal etter pasienten er ferdigbehandlet. Kommunikasjonsvei AMK Sykehus LV-sentral Lege i vakt Sykehus EPJ
Scenario 9 Scenario år 2010, pasient har kjernejournal med avtale om deling av opplysninger Alle systemer kan importere data fra kjernejournal.
Lege journal kan importere data fra AMK OHS via AMK GBV ©KoKom 2008
Ambulanse
Pasient AMK AMB/Lege EKG avdeling AMB AMK Akuttmottak
Oppr. markering
EKG
EKG
LV EPJ
Sykehus EPJ Sykehus EPJ
Kjernejournal Kjernejournal Kjernejournal Kjernejournal Kjernejournal Kjernejournal Kjernejournal Amb. journal
Lege journal Lege journal Amb. journal Amb GBV Lege GBV Amb GBV AMK OHS AMK GBV
AMK OHS AMK GBV
4
Background – Health AED/GPoC Evolution
2009: “Compact Gate-X” solution for AED and GPoC
• Connected via air interface to TETRA network
• Limited TETRA voice services, shared data services • Considers space constraints in technical room
Operational Experience from Phase 0: Need to…
• Minimize space requirements for AED and GPoC sites further • Remove TETRA functionality limitations
• More flexibility to support geographical Health business distribution
2013: Adaption to “Centre-ICCS” Solution
• Addressing refined Health needs
• Deployed for Health from Phase 2 onwards
Page: 6
© FREQUENTIS 2014 Presentation Date: 2014-03-25
Nødnett Centre-ICCS Features at a Glance
Geographical
Disentanglement
• Central system and actual operator working positions can be fully geographically separated
Central Core
System
• Full availability of TETRA voice and data services • Shared use of hardware, interfaces and services • Central managementRemote Working
Positions
• Minimized hardware and installation requirements• Either Touch or MAK GUI supported • Connected via IP to central system – extended distance
Control Room
Virtualization
• Discretionary grouping of working positions to several “logical units” constituting a virtual Control Room • Unchanged ICCS user experience!
Page: 8
© FREQUENTIS 2014 Presentation Date: 2014-03-25
General Benefits
Control Room operators, supporting staff and system itself can reside
at different locations
Working positions at different physical locations can be grouped into
one «virtual» Control Room
Operator personnel can assist at any virtual Control Room on demand
- without changing location
Task or event based grouping of working positions in order to separate
communication (work-)flows on ICCS
Centralized technical support and maintenance service will reduce
operation costs and lead to higher support quality
System can be hosted in existing data centre / shared central system
– reduced costs per (virtual) control room site
Remote work position equipment fits in typical office environments –
no technical room required
Considerations for Disparate Organizations
Centre-ICCS ideal to host multiple organizations with a
typically
lower
number of working positions – shared ICCS system
Solution ideal for organizations operating in similar business
environment or with existing business relation
Disparate organization do not require own solution support
environment but receive a service by hosting organization:
– shared central network and management services
– technical resources and system know-how
– hardware and software maintenance
Disparate organization and hosting organization («managed service
provider») would need to get into a service / support agreement
All remote working positions must use the same GUI type (Touch or
MAK)
Page: 10
© FREQUENTIS 2014 Presentation Date: 2014-03-25
ICCS Solution Portfolio in Comparison (1/3)
Compact Gate-X Centre-ICCS Standard-ICCS
Planned Agency Deployment
Police, Fire NA NA All
Health AED, GPoC phase
0 and phase 1
AED, GPoC phase 2-5
AMK all phases Connectivity and Interfaces
TETRA Air interface Line interface Line interface
Local telephone switch / PABX (Optional)
Locally connected Via leased line to
C-ICCS
Locally connected Local IT network
(Optional)
Locally connected Locally and/or via
C-ICCS connected
Locally connected E2E Voice Encryption
(Optional) Supported (requires hardware) Supported (requires hardware) * Supported (requires hardware)
* IP-PVN Encryption between C-ICCS and remote positions recommended. Customer specific solution.
ICCS Solution Portfolio in Comparison (2/3)
Compact Gate-X Centre-ICCS Standard-ICCS
Services
TETRA Voice Limited Full Full
TETRA Data Full (via associated
Standard ICCS) Full Full Resource Management (Health Option) via associated Standard ICCS via associated Standard ICCS Local
Management (PE) Per AED/GPOC Centrally for all
connected sites
Per AMK Scalability and Range
Distance WP-System Up to 100m Dependent on IT
network capability
Up to 100m
System Location Control Room site Any* - e.g. data
centre
Page: 12
© FREQUENTIS 2014 Presentation Date: 2014-03-25
ICCS Solution Portfolio in Comparison (3/3)
Compact Gate-X Centre-ICCS Standard-ICCS
Control Room Site Requirements
Technical room Operator room
Operator room Technical room
Operator room System Capacity With Resource Management Option Typically up to 4 working positions Up to ~100 nodes* Up to ~50 positions Up to ~100 nodes* Up to ~50 positions Service fall-back
On line interface outage NA Via Nødnett central
fixed telephony lines Via Nødnett central telephony lines and TETRA air interface On technical room outage (disaster)
none Connect to
fall-back C-ICCS
none
A node is a ICCS core switch connection e.g. working position or interface. Maximum number of working positions depends on the number of required interfaces and operational requirements.
Remote Working Position Setup
Position Equipment
1x slim client PC
1x Touch screen or 19”
TFT screen with Mouse
and Keyboard (“MAK”)
1x headset (USB) and 1x
loudspeaker pair (USB)
1x USB footswitch
Connectivity Equipment
2x IP Switch *
2x Transmission Modem *
Example: Connectivity deployment setup
Page: 14
© FREQUENTIS 2014 Presentation Date: 2014-03-25
Centre-ICCS Feature Roadmap
Less Footprint
• Less physical space of centre positionStatistics &
Reporting
• Reports per virtual Control Room“Transfer of
Operation”
• All operational communication and controls can be transferred between virtual Control Rooms
Possible Future Solution Scenarios
Support of mobile Devices
– Mobile working positions
– Notebooks
– Tablets
– Smartphones
– …
These scenarios require further dialog with you to
specify needs and specific solution design!
System Interconnectivity
– Connecting multiple C-ICCS systems
– Increased resilience
– Distributed system capacity
Page: 16
© FREQUENTIS 2014 Presentation Date: 2014-03-25
Summarized Centre-ICCS Benefits
Full geographical
deployment
Flexibility
Centralized
(“Managed”)
Services
Reduced Costs
per (virtual)
Control Room