Evolving 5G for industrial

applications – Hamburg Port▪ Julie Bradford, Real Wireless

▪ 13th February 2019

2

Presentation overview

▪ 5G MoNArch technology and its application to

Hamburg port

▪ The commercial and economic drivers for 5G

MoNArch

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

3

Key Facts

Project Overview

▪ Project Details

– Project runtime: July 2017

– June 2019 (24 Months)

– Leadership team:

▪ Coordinator: Nokia Munich

(Germany)

▪ Technical Management:

Universidad Cárlos III de

Madrid UC3M (Spain)

▪ Innovation Management:

Deutsche Telekom, Darmstadt

/ Bonn (Germany)

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

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Level 1:

Network

Resources

and Functions

Virtualized Network

Functions

Wireless and Fixed Access Edge Cloud Wide Area Network Central Cloud

Level 3:

Management

Orchestration Access Mgmt. Cloud Mgmt. WAN Mgmt. Cloud Mgmt.

E2E Service Management and Orchestration

Level 2:

Network

Slices

Industry Slice

Media & Entertainment Slice

Network Slicing5G-MoNArch technology

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

Defining and implementing end to end network slicing

5

Technologies focused on

Industrial Sea Port use case

▪ Logistics traffic steering

▪ Environmental measurements

▪ Video surveillance

Touristic City use case

▪ AR/VR for life experience

▪ Cooperative media production:

user interaction in AR/VR

Network slicing

Logical sectorization of the infrastructure

using SDN, NFV, orchestration and analytics

Orchestration and optimization

across slices, and among virtualized functions

Reliability, Resilience & Security

▪ RAN reliability: multi-connectivity, network coding

▪ Resilience in telco clouds: fault isolation & prioritization

and scaling of NFs & semi-autonomous 5G islands

▪ Security: security trust zones & fault isolation

Elasticity of Resources

▪ Efficient resource scaling through network functions

▪ Computational resources – graceful downscaling in case

of overload situations

▪ Slice-aware network size and resource optimization

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

6

Smart Sea Port (Hamburg)

Testbeds

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

Touristic City: Palazzo Madama (Turin)

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Physical deployment

Hamburg Smart Sea Port Testbed

DT, Budapesterstrasse

Heinrich Hertz Tower

Local Control and Data Plane

(Data Center of DT, Budapester Str.)

Local Applications

Central Data Plane at DT Nuremberg

2 x AirFrame

Sensor

measurements

on barges

VPN

Access

from Nokia

Mch

VPN Access

from DT

Bonn

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

Improved Port Operations

Base station & antenna

installation

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Testbed Equipment

Hamburg Smart Sea Port Testbed

▪ Radio standard: LTE-Advanced Pro / 3GPP compliant:

– FDD

– Single Carrier, 10MHz

– DL: 713 – 723 MHz

– UL: 768 – 778 MHz

▪ 2 Cells (Nokia Airscale)

▪ 2 Nokia Airframe servers

▪ Separated Control and User Plane

▪ Single Control Plane instance

▪ Flexible User Plane location

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

RF unit

Slice mgmt. GUI

Antenna at tower Nokia Airscale at tower

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Demonstrations on current testbed

Hamburg Smart Sea Port Testbed

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

1. LifecycleManagement

▪ Network slicing

provides custom-fit

networks for your

business

▪ Network slicing is fast

and flexible

2. Network slice isolation

▪ Slices are secure,

reliable and resilient

▪ Enabling diverse

and extreme use

case requirements

on a single

infrastructure

3. New services and capabilities

▪ Ultra-reliability

services, e.g., remote

control, monitoring

▪ Extreme MBB

services, e.g., AR/VR

▪ Massive number of

devices

MTC

Improved

Pollution

Control

MBB

Improved

Port

Operation

URLLC

Better

Traffic

Flow

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Hamburg Smart Sea Port Testbed

Use Case: Better Traffic Flow

▪ Objective and motivation:

– Optimize traffic flow through central traffic control

– Monitor status of traffic lights, allow live control and

settings

– Allow fast & simple deployment, with integration of

temporary traffic lights (construction sites)

– Overcome analogue legacy technology and inflexible

copper infrastructure

▪ Connect traffic lights reliably, secure, with

guaranteed performance and low CAPEX

▪ Show reliability and the resilience of the network

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

URLLC

Better

Traffic Flow

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Hamburg Smart Sea Port Testbed

▪ Objective and motivation:

– Live mobile measurements of air quality, pollution,

or detection of hazardous substances

– Allow fast & simple deployment of many sensors at any

location, visualisation of data, relationships, and events

– Get fast, stable and secure transmission of sensor

measurement to the port’s IoT-Cloud

– Fixed measurement stations are expensive and not adaptive,

offline measurements may lead to detection delays

▪ Environmental sensors installed on HPA ships provide

real time data on the current environmental status

▪ Exemplary use case of massive IoT sensor network

Use Case: Improved Pollution Control

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

MTC

Improved

Pollution

Control

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Use Case: Improved Port Operations

Hamburg Smart Sea Port Testbed

▪ Objectives and motivation:

– Operations support at Watergates or construction sites needs live expert assistance & document access

– Increase efficiency of engineers by connected VR/AR-headsets in a performant and secure manner

– Improve operations and efficiency

– Currently no AR / video available, high cost for experts on site, some port areas without coverage

▪ Fast & flexible implementation of AR/VR and video streaming system to support the engineering teams remotely

▪ Latency-critical application requires the customization of specific slice running in parallel with the others

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

MBB

Improved

Port

Operation

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Commercial and economic assessment in 5G Monarch

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

Impact on return on investment

Revenue assessment

• Existing ecosystems

• Operational benefits

• Willingness to pay

Cost assessment

• Business as usual eMBB

network costs

• Cost with new services

enabled by 5G Monarch

improved quality of service

Likely commercial models needed and implications for

deployment options and partnerships

Implications for stakeholders and validation of findings

Assessment of social and wider economic

benefits of services per evaluation case

Define services and demand profiles for different

use cases

Commercial verification Socio-economic verification

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Business case hypothesis for resilient network slices for industrial

applications being tested

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

2020 2030

Repurposing

of network for

industrial

services

Higher costs due to

industrial service reqs.

Higher revenues due to

high value industrial

services

Flat existing eMBB

revenues (set to be

outstripped by costs

eventually)

Cost or

revenue

per year

Revenue with 5GM

Revenue without 5GM

Cost with 5GM

Cost without 5GM

Benefits analysis Cost analysis

Engaging with HPA to understand services of interest and

likely demand profiles

Understand port ecosystem

and operational benefits of

proposed 5G-MoNArch

services

Generate “business as

usual” mobile broadband

wide area baseline network

cost

Develop framework for and

quantify revenues from sea

port services

Generate cost for business

as usual” mobile

broadband network plus

different combinations of

port services with 5G-

MoNArch technologies

Extend to understand

synergies with smart city

and wider social and

economic benefits

Improved

ROI

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Understanding a wider range of deployment models possibilities

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

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Summary

▪ Network slicing in the Hamburg Port testbed

demonstrates:

– Delivery of resilient wireless services with distinguished

quality of service over consumer mobile services from the

same public cellular network infrastructure

– Rapid and flexible addition and removal of configurable

wireless services to the testbed network

▪ We welcome your engagement in the discussion

around operational benefits of improved wireless

connectivity in your industries and thoughts on

deployment partnerships

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019

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Contact details

Julie Bradford

Real Wireless

julie.bradford@real-wireless.com

5G MoNArch deliverables website

https://5g-monarch.eu/deliverables/

5G Monarch in Hamburg Port for KMBG seminar – 13th February 2019