An IoT Journey Through the 5G World - … · An IoT Journey Through the 5G World ... Capacity...
Transcript of An IoT Journey Through the 5G World - … · An IoT Journey Through the 5G World ... Capacity...
© 2017 Cisco and/or its affiliates. All rights reserved. Cisco Public
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• Planning: Why Care about IoT?
• Boarding: IoT Connectivity Technologies
• Taking off: Cisco IOT Connectivity Solutions
• Cruising: IoT Platforms
• Landing: And Now What?
Our IoT Journey
© 2017 Cisco and/or its affiliates. All rights reserved. Cisco Public
5G Operator Revenue Growth Opportunities
Source: European Commission Report, 2016
Illustrative
Today
Operator business mostly focused on
the saturated consumer market
2025
Vertically targeted services will
accelerate operator business growth
BRKSPM-2007 6
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Indeed Consumer Market is Saturating Things are now Connecting
Source: Cisco VNI Global Mobile Data Traffic Forecast, 2016-2021
3% CAGR
34% CAGR
2017 2018 2019 2020 2021
3.2% 3% 2.7% 2.4% 2%
42%
39%
34%
29%
26%
Connections Growth, YoY
By 2021, IoT Will Account For 29% Of All Mobile Connections but 5% Of All Mobile
Traffic Worldwide
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What about the IoT Revenue ?
Source: Bain & Company
Revenue Profit
$60B
20
40
$470B
Systems Integration and Services
Cloud, Applications, Analytics and Data Services
Hardware and Things
60
80
100%
Network and Telecom
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An IoT Project Will Generally HaveMultiple Integrated Technology Layers
Things
Connectivity Management
Application Enablement
Business Solutions
Network Wired WirelessLicensed Unlicensed
Connection Provisioning
Usage Monitoring
Fault Resolution
Access Network
Abstraction
API
API
API
API
Data Acquisition
Data Analytics
Edge/Fog Computing
Machine Learning
Business Rules
KPIs, Metrics & Dashboards
Vertical Specific
Functions
Business Systems
Integration
Se
cu
rity
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IoT is one of 5G key Use Cases
Source: ITU-R M.2038.0
Peak Data Rate(Gbps)
User Experienced Data Rate (Mbps)
Spectrum Efficiency
Mobility (Km/h)
Latency (ms)
Connection Density
(devices/km2)
EnergyEfficiency
Area Traffic Capacity
(Mbps/m2)
20
100
3x
500
1
106
4G5G100x
10
1
0.1
10x 1x
105
10
350
1x
10
1
Peak Data Rate
User Experienced Data Rate
Spectrum Efficiency
Mobility
Latency
Connection Density
EnergyEfficiency
Area Traffic Capacity
Internet of Things
Ultra Broadband
Critical Networking
BRKSPM-2007 11
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Many Use Cases with Many Different Requirements
BRKSPM-2007 12Source: 4G Americas
Security & Surveillance
0.5 – 8Mbps
Fixed
Low
Connected
Automation & Monitoring
50 – 500kbps
Fixed
High
10 Years
Fleet Management
100s of Kbps
10 – 150Km/h
Low
~3 months
Automotive / Telematics
10s of Mbps
10 – 150Km/h
Low
Vehicle
Smart Cities
50 – 500Kbps
Fixed
Low
10 Years
Wearables
10s of Mbps
~5Km/h
Low
~1 week
© 2017 Cisco and/or its affiliates. All rights reserved. Cisco Public
• End-device with battery life lasting over 10 years
• Optimized for small and intermittent data burst and
very large number of devices (100ks+)
• Over-the-air distance over 15 km
• Outdoor coverage and sufficient indoor penetration
Low cost module at sub-$5
• Technology branches from utilized spectrum
• Licensed technologies: 3GPP LTE-M and NB-IOT
• Unlicensed technologies (ISM band): LoRaWAN and SigFox on
ISM radio
Designed for Low Power Consumption, Low Data Rate and Long Distance IoT Use Case
Applicable Use Case
LPWA: An Emerging Wireless Infrastructure
BRKSPM-2007 13
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Waste management Key challenge :
Optimize the waste management operations
Solution :
- LoRaWAN technology enabled waste containers that
monitor the filling level of the container
Key benefits :
✓ Real-time location and monitoring of waste containers
✓ Containers are emptied only if they are detected as full
✓ Waste vehicle operations are adapted and directed in
real-time towards 100% full waste containers
Device partners :
BRKSPM-2007 15
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Utilities: copper cable anti-theft solution
Key challenge :
Track & monitor cable drums to avoid copper thefts
Solution :
- LoRaWAN technology enabled GPS trackers embedded
in cable drums
Key benefits :
✓ Long distance coverage up to 15 km without local
gateways
✓ GPS low power consumption
✓ Utility dedicated tools to manage, operate and visualize
data
✓ Geofencing
✓ Alerts in case of theft
✓ Ability to track the drums
✓ Easy to interface with application developers
Device partners :
BRKSPM-2007 16
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SP Wireless IoT Connectivity Options
Feature 2G 3G LTE WiFi LTE-M
(Cat M)
LPWA
(LoRa)
EC-GSM NB-IOT
(Cat M2)
SIGFOX
Range Long Long Long Limited Very Long Long Very Long Very Long Very Long
Operating Life Hours/
Day
Hours/
Day
Hours/
Day
Hours/
Day
Days/Months Years Months/Years Months/Years Years
Spectrum L U L U L U L L L
Throughput 384kbps 40Mbps 100Mbps+ 300Mbps 10Mbps 300-50kbps <140kbps <170kbps (DL)
<250kbps (UL)
100-600bps
Mobility Yes Yes Yes Yes Yes Yes No No Yes
Module Cost
(est.)
$8-10 $35-$50 $40-$80 $5-$8 NC $5 NC $10-15 NC
Use Case
Example
ATM ATM Connected
Cars
Industrial Alarm System Metering
Tracking
N/A Smart parking
Metering
Tracking
SP Offering All All All Variable ATT, Verizon,
Telus, Orange,
KDDI, etc.
Orange,
Swisscom,
Proximus,
Comcast
None Vodafone, DT,
KT
Telefonica, SFR
Cellular/WiFi LPWA
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LoRa relevant use case NB-IoT relevant use caseCases Where NB-IoT is Preferred to LoRa
High accuracy and QoS required, even at higher
costs (licensed spectrum)
Country-wide network needed for real time data (e.g.
Location tracking across states based on GPS)
High density areas with noise interference and a 4G
cellular network available
Consumer applications in home and health as SPs
have strong GTM coverage
Electricity available (Otherwise limited battery life
limits duration of usage)
Some SP announced dual technology Strategy
Orange
BT
LoRa and NB-IOT networks will co-exist
BRKSPM-2007 18
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3GPP Standards – IOT on Licensed Spectrum
Cellular IoT StudyCoexistence with
GSM, UMTS, LTE
Lower
Higher
Bandwidth &
Power Consumption
LTE-M/eMTC
(3GPP R13)
UE
CAT-M1(1.4MHz)
Same LTE air interface
Compatible with existing infrastructure
Connected cars, telematics, alarms…
3GPP LPWA Standards
Creation of CAT-0
NB-IOT
(3GPP R13)
EC-GSM-IOT
UE
CAT-M2(200kHz)
New air interface, Clean slate technology
Uses LTE infrastructure (SGW/PGW)
Power & parking meters, sensors…
Based on eGPRS
Software upgrade
Smart metering, agricultural sensors…
LTE MTC
(3GPP R12)
CIoT
BRKSPM-2007
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(1) Berg Insight, Cellular and LPWA IoT Device Ecosystems, March 2017
European Commercial NB-IoT Launches 2017(1)
Country Operator
Austria DT Ireland Vodafone
Croatia DT Netherlands DT, Vodafone
Germany DT, Vodafone Poland DT
Greece DT Slovakia DT
Hungary DT Spain Vodafone
Cellular IOT Adoption
• LTE-M
• MWC announcement • US&Canada: ATT, VZW, Telus
• APAC: SKT, KDDI, Telstra, NTT DoCoMo
• EMEAR: Orange, KPN, Telefonica
• Two main reasons
• Ease of upgrade of the network and compatibility with existin radio planing
• Complementary with other LPWA technologies
• Expands existing M2M based on 2G
• NB-IOT
• Adoption is hampered by a few issues • Device availability
• Interoperability
• Potential impact on radio
• Planned network launches
BRKSPM-2007 21
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Cat-0
(LTE)
Cat-M1
(eMTC)
Cat-M2
(NB-IoT)
Basic features for Cat-0/Cat-M1/Cat-M2
PSM (Power Saving Mode)
UE Radio Capabilities for paging Information
Paging for Ext. Coverage
Extended DRX (eDRX)
Small Data over NAS/S11
Non-IP Data (NIDD)
SMS without Comb. Attach
BRKSPM-2007 22
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NB-IOT Access Capabilities
• Renamed LTE CAT-M2
• 3GPP specifications finalised in June 2016
• 180 kHz UE RF bandwidth leveraging primary resource block structure of LTE radio
• Multiple deployment models
• Performance
• Peak Data rate @ 250kbps
Source: IEEE - Performance Evaluation of NB-IoT Coverage
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Packet Core Enhancements for IoTApplies to all Cellular IOT technologies
• MTC Congestion Control (R10)
• Timers, LAPI
• Control Plane optimizations (R13)
• Small data over NAS/S11, Non-IP PDN, ROHC, etc.
• Data Plane optimizations (R13)
• Suspend/resume
• Device triggering and monitoring
• SGd Diameter Interface
• SCEF, MONTE, AESE
• Enhancement for battery savings
• PSM (R12), eDRX (R13)
• Data buffering for delay tolerant connection
• Network Slicing
BRKSPM-2007 24
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CIoT Requirements & EPC solutions
Year long battery life
Sensors to run on battery
Enhanced coverage
Difficult location, long range
Low cost of devices
For Sensor/Metering application
Application Interworking
New protocols, discovery, etc.
Congestion Control
Massive events, avoid storm
CIoT Optimizations
(Non-IP, data over NAS, ..)
Capability Exposure
(MONTE, SCEF, APIs)
PSM, eDRX
New ECM/EMM Timers/status
Paging Enhancement
For simpler RAN procedures
MTC Congestion Control
LAPI/APN based, backoff timers, ..
BRKSPM-2007 25
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New NB-IOT Core Network Architecture
Non-roaming Architecture
• Key principles:
• Low user plane data rate requirements
• New/altered control plane shall be
efficient to allow large nb of devices
• Applications expected to be delay
tolerant
• No or low mobility; no inter-RAT mobility
• Support for IP and non-IP
communication
BRKSPM-2007 26
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Slicing the Mobile Network• A network slice can flexibly contain a
complete or a subset of core network capabilities
• Leverages NFV capabilities for end-to-end orchestration
• A complete core network
• Any subset of a core network defined through anything in the subscriber session record (APN, membership in a policy class, etc.)
• The definition is hierarchical/ recursive (slices can include slices)
• Slice selection mechanisms
• APN
• PLMN Id (MOCN)
• DECOR/eDECOR (NSSF in 5G)
SlicingX-bar
5G RATs
eLTE
LTE Core
Legacy RATLegacy Core
Fixed
BRAS AN
IoT HetNet
12ABC
3DEF
4GHI
5JKL
6MNO
7
PQRS
8TUV
9
WXYZ
*0#
Signal Str ength
IMS
MaaS for Enterprise
Internet
IoT LPWA
MaaS for
Company ABC
IoT Connected
Car
SliceOrchestration
Content Centric
Network
Common Services (video, etc.)
Internet
SliceTemplates
BRKSPM-2007 27
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LoRa alliance
• Alliance is a open organisationwith over 450 members to-date
• Publish LoRaWAN Specification (Device to Network Server interface)
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LoRaWAN deployments (source: LoRa Alliance)
BRKSPM-2007 30
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LoRa market interest and enterprise momentum
• 170 customer engagements, increased 89% over Dec, 2016 (90)
• Customers in Europe and APJC are leading in the market, ROW is accelerating.
Region Breakdown (numbers)Segment Breakdown (numbers)
18
38
44
70
11
20
34
25
Non-Mobile SP/SI
City
Mobile SP
Enterprise
Dec, 2016 Mar, 2017
12
16
17
36
89
2
4
12
25
47
Latin and South
America
North America
Mid-East, Africa
and Russia
Asia, Pacific,
Japan and China
Europe
Dec, 2016 Mar, 2017
BRKSPM-2007 31
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LoRaWAN™ Layered Architecture
Applications
CoAP MQTTIPv6/6LoWPAN(IETF 6LPWA WG)
Raw others
LoRaWAN™
MAC
LoRa Modulation
EU868 US915 AS923 India 865 AU915 Others
Class A(default, batteries powered)
Class B(Beacon, batteries powered)
Class C
(Continuous, powered)
BRKSPM-2007 32
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Key LoRa Parameters
4/5
00001
Modulation Bandwidth
(125 to 500kHz)
Spreading Factor
(SF7 to 12)
Coding Rate
Defines
Link Budget
Interference Immunity
Spectral Occupancy
Nominal data rate
Spreading Factor Chips/Symbol Bit rate Sensitivity
7 128 5469 bps -130.0 dBm
8 256 3125 bps -132.5 dBm
9 512 1758 bps -135.0 dBm
10 1024 977 bps -137.5 dBm
11 2048 537 bps -140.0 dBm
12 4096 293 bps -142.5 dBm
BRKSPM-2007 33
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LoRaWAN™ Architecture
App DataLoRaWAN™
Radio PHY
LoRaWAN™
MAC
IP
TunnelIP Transport App Data
LoRa Gateways
Application Servers
IP Backhaul API
LoRaWAN™
DevicesCertification
program by
LoRa Alliance
P
LoRaWAN Network Server
BRKSPM-2007 34
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Network Security
LoRa/LoRaWAN Transmission Details
LoRa NS
LoRa
DeviceLoRa
GW
LoRa
GW
LoRa
GW
LoRa AS
Encrypted App Data
App
Encryption
1
1Device encrypts app data end-to-
end using AppSKey
2 Message integrity using NwkSKey
2
3
4 3 Device sends a packet
4 All APs in range receive packet
5NS de-duplicates the packet
and verify integrity using NwkSKey
6 NS forwards packet to relevant AS
7AS decrypts using AppSKey and
optionally sends an answer
8 NS selects best AP for return TX
5
4
4
6
7
8
Data
7
BRKSPM-2007 35
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LoRaWAN™ Geo-localization Architecture
App DataLoRaWAN™
Radio PHY
LoRaWAN™
MAC
IP
TunnelIP Transport App Data
LoRa Gateways• Semtech HW Next Gen.
reference design
• High resolution time-
stamps (encrypted)
• antenna meta-data
• Semtech AES key
Application ServersIOT broker or dedicated
applications. They may leverage
geo-localization information for
their applications
IP Backhaul API
LoRaWAN™
DevicesCertification
program by
LoRa Alliance
P
LoRaWAN Network Server
Forward geo-location data to
Positioning Server.
Positioning Solver
• Analyse meta-data & decrypted
timestamps
• Compute geo-location
• Compute estimated accuracy
API
BRKSPM-2007 36
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LoRaWAN™ Geo-Location Overview
Any uplink demodulated by a
gateway is time-stamped with an
accuracy better than 30nsec; also
adds RSSI, SNR tags.
When an uplink is received by at
least 3 gateways , the position of
the transmitter can be estimated by
TDOA (Time Difference of Arrival).
No Time Of Flight measurement
is required.
Any LoRaWAN™ frame (1.0 or later)
can be time-stamped, hence,
located, without modification.
LoRa Network Server Positioning Solver
BRKSPM-2007 37
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Connectivity
Management
Cisco IoT Architecture:Secure IT & OT Convergence
Application Enablement Platform
IoT Connectivity
Fog ComputingManagement &
Automation
Security
Defense
City
UtilityManufacturing
Oil and Gas
Service Provider
Transportation
Public Safety
Analytics
EcosystemIndustry Focus Applications
API
BRKSPM-2007 39
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Cisco IOT Wireless Technologies
Long Range, > 10kmLicensed Spectrum, Up to 100kbps
• 3GPP
• Star topology, seamless coverage
• Endpoint module cost : ~$20-50
• Applicable for:
- High data rate applications
- Full mobility
• Not applicable for:
- Battery powered endpoint for years
- Cost sensitive
• Use case
- Video surveillance, digital signage, ATM,
fleet, asset vision, etc.
Cellular
Short Range, <300 mUnlicensed Spectrum, Up to 1Gbps
• IEEE, Wi-Fi Alliance
• Coverage extended by mesh
topology
• Endpoint module cost : ~$5
• Applicable for:
- High data rate applications
- Real time with limited mobility
• Not applicable for:
- Battery powered endpoint for years
- Long range and high speed mobility
• Use case
- Video surveillance
- Manufacturing, Oil&Gas, etc.
WLAN
Long Range, > 10kmUnlicensed Spectrum, Up to 10kbps
• Open
• Star topology, seamless coverage
• Endpoint module cost : ~$3-10
• Applicable for:
- Ultra low data rate applications
- Fixed and mobility
• Not applicable for:
- High date rate applications
- Mission critical
• Use case
- Water/gas/heat metering, parking,
pollution/environment monitoring, waste mgmt,
etc.
LPWA
Medium Range, <1kmUnlicensed Spectrum, Up to 400kbps
• Wi-SUN, WirelessHART, ZigBee
Alliance
• Coverage extended by mesh topology
• Endpoint module cost : ~$8-10
• Applicable for:
- High density geo deployment
- High availability networking
• Not applicable for:
- Battery powered endpoint for years
- Long range and mobility
• Use case
- Utility – AMI, Substation, Street Lighting, etc.
- Industrial automation
FAN
• AW3700: 802.11ac Industrial
AP
• CGR-1K: RF Mesh
• AP1552: WirelessHART
• 819, 809, 829: 4G-LTE M2M
Gateway
• Mobile Core w/ enh.
• IR910 w/ LoRa module card
• 809/829 with LoRa Modem
• Core Capabilities (LoRa NS,
PGW/CSGN)
Cisco Solution Portfolio
BRKSPM-2007 40
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Cisco Solution for LoRaWAN™
SP
IOT InfrastructureEnterprise
IOT Applications
Network Server
App
Router
VPN Connectivity
Gateway
Mgmt &
ZTD
AAA/
CA
LoRaWAN ™ Network Mgmt and Application Enablement
IP Backhaul
Standalone
LoRaWAN™
Gateway
Multi-sector
LoRaWAN™
Gateway
LoRa Endpoints
Nano
LoRaWAN™
Gateway
(Future)
Location
Solver
LoRaWAN Gateway and Subscription Management
BRKSPM-2007 41
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Solution 1 – Virtual Interface Mode Solution 2 – Standalone Mode
Cisco Macro LoRaWAN Gateway Deployment Models
Device Authentication
FND
ZTD
Head-end
Router
LoRa
NSFND
ZTD
Head-end
Router
LoRa
NS
Virtual Interface
IR8x9LoRaWAN Module LoRaWAN Module
4G, Wi-Fi and
Ethernet Backhaul
Cisco IOS
Features
Ethernet Backhaul
Basic Network/Security
Features (non-IOS)
BRKSPM-2007 42
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IoT Application
Cisco Cellular IOT Core Connectivity Vision
NFV/SDN
IoT Core Slice(PGW, CSGN, eSCEF)
IoT Application
IoT Application
APIs
2G/3G/LTE
Billing
Authentication
(HSS)
Policy
Orchestration
• Multi-access core with unified policy, charging and service layer for different types of devices
• Interface with IoT applications via standardised/open Restful APIs based on ETSI framewok
• Core network support all 3GPP wireless IOT connectivity (NB-IoT, LTE-M and 2G/3G/LTE)
• Includes 3GPP compliant SCEF and SCE capabilities
NB-IoT
Cisco IoT
Connectivity
Management
BRKSPM-2007 43
Smart lighting
Connected Cars
Waste mgmt
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Cisco Ultra IoT – New Monetization
REST APIs
CONNECTIVITY
MANAGEMENT
VENDING
SERVICESADVERTISING
SOCIAL
MEDIAAPI For Application
& Data Monetization
Use Case: Smart Vending
API
Use Case: Wearable Wellness
Ultra IoT Core
BRKSPM-2007 44
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Cisco Ultra Services Platform
Ultra Services
Function
• Pluggable framework for in-
line, subscriber-aware,
enhanced services
• Integrated as separately
upgradeable software
packages
• Native life-cycle
management and
automated configuration
Ultra Policy
Platform
• Carrier-grade policy,
charging, and subscriber
data management solution
• Rapid service creation
environment
• Multiple functions (PCRF,
DRA, MOG, ANDSF, eSCEF)
Ultra Gateway
Platform
• Cloud-ready VNF, fully
featured packet core
• Multiple functions (EPC,
ePDG, SaMOG, CSGN)
• CUPS - Separated control
and user-planes
• Remotely deployable user
plane for ultimate elasticity
and scalability
VNF Element Manager, VNFM Proxy, Service Manager, Monitoring
NFV-O
Cisco NSO
VNFM
Cisco ESC
VIM
OpenstackNFVI (Cisco DC infrastructure)
BRKSPM-2007 45
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Cisco Ultra IoT – Key Features
Ultra Services Platform
Ultra
IOT
Core
Ultra
Policy
Platform
CSGN eSCEF
REST APIs
CONNECTIVITY
MGMT PLATFORM
APPLICATION
SERVERSCSGN KEY FUNCTIONS
Delivers Cellular IoT(CIoT) optimizations
Decoupled from rest of Mobile Core with slicing
Multi-vendor interoparibility
Dynamic scalability
Deployment flexibility
eSCEF KEY FUNCTIONS
Standardized APIs to deliver IP and non-IP data
Expose network capabilities to apps for monetization
Mediates IoT protocols to hide complexity of transport networks
Associates endpoint app identity to transport identity
Support of 3GPP and non-3GPP access
Ultra IoT provides application level security, policy, authentication, access control
API
BRKSPM-2007 46
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Cisco 3GPP IoT Architecture
HSS
LI mediation
Charging
SMS-GMSC
IoT
Application
PGWSGW
SGd
eSCEF
CSGN
T6a
S6t
E-UTRAN/ NB-IoT Rest APIs
IoT Onboarding
Platform
(e.g. Cisco
Control Centre)Rest APIsMME
Cisco IoT
Connectivity
Management
IoT
Device
BRKSPM-2007 47
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eSCEF
MME
S/P GW
Enterprise
ASREST/JSON
IoT Protocol
TerminationHTTPS
• Protocol Mediation
• Data Buffering
• Device Authentication
• Event Notifications
• Security/Encryption
• AS authentication
• Grouping/Broadcasting
• SLA/QoS enforcement
Connectivity
mgmt Platform
eN
B
HSS
S6t
LWM2M Client
COAP/DTLS
API gatewayLWM2M Client
NIDD client
• REST/JSON Client
• Device External IDs
Tenant / AS / Device Onboarding
PCRFRx, SB
Gx
• Middleware between the network and IoT applications delivering service capabilities including exposing network data to the applications
• Supports both IP and non-IP data converting it to Rest APIs terminating IoT protocols
• Leveraging OneM2M framework with support for non-OneM2M compliant devices/applications
REST API
REST API
Data Delivery
MONTE events
Cisco eSCEF
BRKSPM-2007 48
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Cisco Jasper Platform forIoT Connectivity Management
API DRIVEN
CONTROL
COSTS
SET & FORGET
AUTOMATION
SERVICE
RELIABILITY
GO TO
MARKET FAST
REAL-TIME
VISIBILITY
Lifecycle
Automation
Monitoring &
Diagnostics
Comprehensive
Security
Cost
Management
Operational
Analytics
Back-end
Integration
BRKSPM-2007 49
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Creating Value with Cisco IoT Solutions
• Jasper Control Center integrates via RESTful APIs
• Onboarding (Create Enterprise, customize profile, add Apps and Devices
• Event subscription/delivery (Monte, others)
• Request Network Resources – QoS, Policies, (pass-through from AS)
50BRKSPM-2007
PCRF
RAN CSGN eSCEF
Jasper
Control
Center
Application
Onboard devices & applications
Consume monitoring events
& network exposed info
Send data
Sgi – MO/MT data
S6t – MONTE/ NIDD
Rx – request QoS
SB – get session data
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Connectivity
Management
Cisco IoT Architecture:Secure IT & OT Convergence
Application Enablement Platform
IoT Connectivity
Fog ComputingManagement &
Automation
Security
Defense
City
UtilityManufacturing
Oil and Gas
Service Provider
Transportation
Public Safety
Analytics
EcosystemIndustry Focus Applications
API
BRKSPM-2007 52
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Cisco CAM for IoT Intelligence – The Journey
Single-pane-of-glass view
Energy Management
Remote Site Management
Cisco CAM for IoT Intelligence
Manufacturing Warehouse Retail
Utility Commercial Agriculture
JouleX
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Reporting, Dashboards, KPIs, Operations InterfacePrebuilt Integrations
MTConnect BACnet
MQTT AMQP
JSONThings
Connectivity
CAM for IoT
Intelligence
Server
CAM for IoT
Intelligence
Dashboard
and Reports
Cisco CAM for IoT Intelligence
Mobility Services Engine
Identity Services Engine
Cisco Prime®
Network Jasper Control
CenterMobility
ExchangeIoT Data Connect
Policy Engine Alerts Engine Analytics Engine
Telemetry Playback
Geolocation/Real-Time
Location Mapping
Visualization
Video Event Management Real-Time/Historic Reporting
Video Integration
Data Layer
Fault Management and NOC Systems
Ticketing and Workflow Systems
BMS Systems/Secondary Data Sources
Customer Existing Systems (ERP,
CMX, RFID)
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CAM for IoT Intelligence Use Cases
A single view into the state, condition, availability, and security of your connected assets
Machine Health Monitoring Location-Based ServicesResource Management
and OptimizationVisualization
100% visibility into assets
(e.g. asset identification,
location, condition)
Dashboards
KPIs, Metrics, Trends
Alerts
Uptime, failures
Reporting and Notifications
High value asset location
Reduce outdated stock
Optimize asset utilization - no
need to over provision
Avoid waste with accurate
WIP accounting
Deliver the right component to
the right place at the right time
100% consumption visibility
into electricity, water, gas
Optimize consumption
through real-time tracking
and monitoring
Use utilization data to identify
the right equipment
configurations and workflow
Identify usage patterns
and movement
Help Predict asset failure
Optimize maintenance
schedules and processes
Discover performance
anomalies between
similar equipment
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Cities traditionally address these challenges in silos.
This Fragmented Approach Is Inefficient.
Citizens are uninspired. The challenges are not solved.
Cities Needs to Find New Ways to Enable Citizen Interaction and Deliver Services
Traffic Management
Pollution/Environment
Waste Management
City LightingPublic SafetyParking
Optimization
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Simplified City Management with Layered Architecture and CDP
Street Layer
Digital Network Architecture for Cities
Citizen Applications
Smart+Connected Digital Platform (CDP)
Urban Situational Awareness
Single Dashboard for Parking, Lighting, Env, waste…
SensityClevercity
Internet
PlacemeterNEXPAWorldSensingAltiuxCivicSmartMOBILISISFrog
Northbound integration for consumers (Central Dashboard, Citizen App, custom portal,
Central policy management, Reports and so on…
Citizen Portal / Mobile App…
Application Management LayerCDP Southbound Integration to Partners Over Public Internet
BRKSPM-2007 57
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CDP Domains and Dashboard
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A practical example: City of Paris experimentation
Place de la Nation
Understanding how public enviroment is used
Smart Building application
Understanding/Controlling Usage
BRKSPM-2007 59
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Cisco Partners for La Ville de Paris
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Place de la Nation How Data is flowing
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Common Phases of IoT Journey
Asset Management
Predictive Maintenance
Field Operations
Supply Chain
Optimization
Safety and Compliance
Common IoT Capabilities
Connecting Things
Connecting Service
Connected Ecosystem
loT Data Platform
Applications
Applications
Automation and Integration platform
Industrial over IP
Transforming legacy
infrastructure
New Wireless Technologies
IT and OT convergence
Connected products
Introduce analytics to
improve processes
New thing-aaS business
models
Interconnect siloed business
processes
Multiple applications
Connected ecosystem
BRKSPM-2007 63
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Continue Your Education
• Demos in the Cisco campus
• Walk-in Self-Paced Labs
• Lunch & Learn
• Meet the Engineer 1:1 meetings
• Related sessions
65BRKSPM-2007
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SP Mobility and 5G SessionsDate Session ID Time Title
6/26 BRKSPM-2071 01:30 - 03:30 PM 5G Technology Updates
6/26 BRKSPM-2008 04:00 - 05:30 PM Deploying Fixed Wireless Access using 5G Technology
6/27 BRKSPM-2009 08:00 - 10:00 AM 5G Mobile Backhaul and Fronthaul Evolution
6/27 PSOSPM-1000 11:00 - 12:00 PM Cloud Scale Networking & Edge Cloud - 5G Optimization & Monetization6/27 BRKSPM-2006 01:30 - 03:30 PM Cisco Ultra Services Platform is your 5G Core
6/27 BRKSPM-2003 04:00 - 05:30 PM Mobile Services Edge for Cellular Offload
6/28 BRKSPM-2129 08:00 - 10:00 AM Deploying 4G/LTE for Enterprise and IoT Solutions
6/28 PSOSPM-2000 11:00 - 12:00 PM Cisco's Continuous Integration Labs for Mobility
6/28 BRKSPM-2004 01:30 - 03:30 PM Orchestration Mobility Services with Cisco NSO
6/28 PLNSPM-2121 01:30 - 03:00 PM Evolution to 5G and Cisco's Strategy
6/28 BRKSPM-2010 04:00 - 05:30 PM Applying Security in a 5G World
6/29 BRKSPM-2005 08:30 - 10:00 AM 5G Radio Access Network Transformation
6/29 BRKSPM-2007 10:30 - 12:00 PM Cisco IOT in a 5G World
6/29 BRKSPM-2126 10:30 - 12:00 PM WiFi Analytics for Network Operations and Business Intelligence
6/29 BRKSPM-2130 01:00 - 02:30 PM Mobile Packet Core (ASR5500) Troubleshooting
6/28 CCSSPM-1004 3:30 - 4:30 PM India's largest 4G LTE deployment case study
6/29 CAMDEM-1089 01:00- 02:00 PM Ultra Services Platform - 5GAll LABSPM-2011 WISP Suite Cisco Virtualized Packet Core installation on VMware
All LABSPM-2011 WISP Suite Cisco Virtualized Packet Core installation on Openstack
BRKSPM-2007 66
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Service Provider Cisco Education OfferingsCourse Description Cisco Certification
Deploying Cisco Service Provider Network Routing
(SPROUTE) & Advanced (SPADVROUTE)
Implementing Cisco Service Provider Next-Generation
Core Network Services (SPCORE)
Edge Network Services (SPEDGE)
SPROUTE covers the implementation of routing protocols (OSPF, IS-IS, BGP),
route manipulations, and HA routing features; SPADVROUTE covers advanced
routing topics in BGP, multicast services including PIM-SM, and IPv6;
SPCORE covers network services, including MPLS-LDP, MPLS traffic engineering,
QoS mechanisms, and transport technologies;
SPEDGE covers network services, including MPLS Layer 3 VPNs, Layer 2 VPNs,
and Carrier Ethernet services; all within SP IP NGN environments.
CCNP Service Provider®
Building Cisco Service Provider Next-Generation
Networks, Part 1&2 (SPNGN1), (SPNGN2)
The two courses introduce networking technologies and solutions, including OSI
and TCP/IP models, IPv4/v6, switching, routing, transport types, security, network
management, and Cisco OS (IOS and IOS XR).
CCNA Service Provider®
Implementing Cisco Service Provider Mobility UMTS
Networks (SPUMTS);
Implementing Cisco Service Provider Mobility CDMA
Networks (SPCDMA);
Implementing Cisco Service Provider Mobility LTE
Networks (SPLTE)
The three courses (SPUMTS, SPCDMA, SPLTE) cover knowledge and skills
required to understand products, technologies, and architectures that are found in
Universal Mobile Telecommunications Systems (UMTS) and Code Division Multiple
Access (CDMA) packet core networks, plus their migration to Long-Term Evolution
(LTE) Evolved Packet Systems (EPS), including Evolved Packet Core (EPC) and
Radio Access Networks (RANs).
Cisco Service Provider Mobility
CDMA to LTE Specialist;
Cisco Service Provider Mobility UMTS
to LTE Specialist
Implementing and Maintaining Cisco Technologies
Using IOS XR (IMTXR)
Service Provider/Enterprise engineers to implement, verification-test, and optimize
core/edge technologies in a Cisco IOS XR environment.
Cisco IOS XR Specialist
67
For more details, please visit: http://learningnetwork.cisco.com
Questions? Visit the Learning@Cisco Booth
BRKSPM-2007
© 2017 Cisco and/or its affiliates. All rights reserved. Cisco Public 68
Internet of Things (IoT) Cisco Education OfferingsCourse Description Cisco Certification
NEW! Managing Industrial Networks for
Manufacturing (IMINS2 v1.3)
An associate level instructor led lab based training focuses
on common industrial application protocols, security, wireless
and troubleshooting designed to prepare you for the CCNA
Industrial certification
CCNA® Industrial
Managing Industrial Networks with
Cisco Networking Technologies (IMINS)
This instructor led lab based training addresses foundational
skills needed to manage and administer networked industrial
control systems for today's connected plants and enterprises.
It helps prepare plant administrators, control system
engineers and traditional network engineers for the Cisco
Industrial Networking Specialist certification.
Cisco Industrial
Networking Specialist
Control Systems Fundamentals
for Industrial Networking (ICINS)
For IT and Network Engineers, provides an introduction to
industry IoT verticals, automation environment and an
overview of industrial control networks (E-Learning)
Pre-learning for IMINS,
IMINS2 training &
certifications
Networking Fundamentals
for Industrial Control Systems (INICS)
For Industrial Engineers and Control System Technicians,
covers basic IP and networking concepts, and introductory
overview of Automation industry Protocols.
Pre-learning for IMINS,
IMINS2 training &
certifications
For more details, please visit: http://learningnetwork.cisco.com
Questions? Visit the Learning@Cisco Booth
BRKSPM-2007