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Challenge Submission 17 th January 2020 Contact: Celso L. Masid [email protected] Smart Buildings Challenge PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.
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Page 1: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

Challenge Submission

17th January 2020

Contact:Celso L. [email protected]

Smart Buildings Challenge

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond

the people not involved in the evaluation process.

Page 2: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Celso L. Masid

[email protected]

http://cubelizer.com/

http://cubelizer.com/shopping-centers/

Use Case #1 – Smart Space Flow Analytics

Submitter contact data:Company name:

Links:

Use case

About CUBELIZER’s Team

Page 2

Page 3: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

Cubelizer® helps Shopping Centers to be transformed in high Performance Assets.

WHAT CUBELIZER DOES

Executive Summary | More than Footfall: Enhancing Shopping Centers Through Actionable Analytics

Main References

Clustered operators (affinity between tenants-

visitor’s profiling)

Operators & space performance analysis

Real time alerts and information (occupancy,

capture ratio, traffic, length of stay)

Trajectories (Actual Visitor’s Shopping Sequence)

WHAT DEKA AND ECE CAN GET

Multisite benchmarkIdentify the best practices between different malls and

compare multisite tenant’s performance.

Multisite predictionsPrescriptive design, compare different assets, identify

patterns and detect anomalies in an automatic way.

Performance and commercial mix forecastsDetect low performance operators in advance and

identify best commercial mixes to design and redesign

them

Technical Description

Why Cubelizer is the best solution Solution Design Category

Design new mall’s layouts in advance and redesign current ones (based on current data and future mix predictions).

Set new leasing rules based on new KPIs beyond

current and traditional ones (win-win contracts).

How good are performing their asset management

companies.

Set new marketing strategies based on “universes”

and “affinity” and know the specific traffic impact of

events in each tenant (individual ROI).

Improve profits and sell more, so the mall owner gets

more from the asset as a fee over sales.

Be a proactive and dynamic manager and

anticipate problems: Quick identification of potential

underperforming tenants, real time alarms and predictions.

Gain power in negotiation process with tenants with real and complete performance.

Location precision. (below 20 cm vs. 3-10 m other

technologies)

Full Control and Integration. Control over every element

(HW & SW) what gives total flexibility in our value proposition

and further customer requirements.

100% people coverage. No need of smartphone, no

need of downloading and app to gather data

No personal data involved. GPRD compliant. Fully

anonymous gathering data and process. No privacy issues.Standalone solution for smart space flow analyticsCUBELIZER solution is an end-to-end one (SaaS model) for the goal of

the challenge. Moreover, delivered data could be easily integrated

in a cockpit or bigger management platform using our M2M API.

Current stage: prepared for scaling-up

Continuous development process as needs are detected

CUBELIZER solution is ready for scaling up. The platform is stable and

designed for growth and support site and multisite approach. It has

capacity to absorb and implement new features or functionalities in

case they are identified as we develop them.

There is room for new features and functionalities, as well as, certain

level of customization if it is required.

IoT | Fog computing | Computer Vision | Machine

learning | Deep learning | API |Real Time Processing

On-site infrastructure of multiple IoT devices that perform people

detection and tracking, using computer vision and machine and

deep learning algorithms. Per-device tracking data is sent to the

cloud where full path trajectories are built and then transformed in

real time into actionable quantitative metrics (traffic, flow,

occupancy, store capture rate, store dwell time, store traffic

origin, etc). Cubelizer provides a real time and historical

visualization dashboard and a M2M API.

Computer vision Detection and tracking of persons in real time, using a combination of classical algorithms + machine learning algorithms + deep learning algorithms, for different purposes and stages.

Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly detection, (*) clustering and (*) device health monitoring.

Deep learning Used for people detection, object detection and extraction of high-level features.

IoT Autonomous devices sensing and gathering data. Remote operation, update, supervision, self diagnosis and different failure modes.

Fog computing Devices are not just sensors, but processing nodes. The computer vision algorithms run on the IoT device.

The backend infrastructure is highly agnostic and can be

executed in very different environments and architectures. In

detail:

- Cloud services used are mostly IaaS and some PaaS, but

no SaaS.

- OS is open source Linux and used features are common

between distributions.

- Open source standard libraries are used for data

processing, computer vision and machine learning.

- Open source standard packages are used for deployment,

process automation maintenance and other support tasks.

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Page 4: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

General Descriptionof Solution

Page 4

Page 5: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Solution Design| Why

Page 5

Information is power

Life happens in physical spaces

No measure, no management

Retail is detail

You must

squeeze all

your shopping

centers

opportunities

Our beliefs:

Transforming shopping centers into high performance assets

Page 6: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Solution Design| How

Page 6

Short-term information Medium-term information

Clustered operators (affinity

between tenants-visitor’s profiling

Operators & space

performance analysis

Real time alerts and

information (occupancy,

capture ratio, traffic, length of stay)

Trajectories (Actual Visitor’s

Shopping Sequence)

Multisite benchmarkIdentify the best practices between

different malls and compare multisite

tenant’s performance.

Multisite predictionsPrescriptive design, compare different

assets, identify patterns and detect

anomalies in an automatic way.

Performance and

commercial mix forecastsDetect low performance operators in

advance and identify best commercial

mixes to design and redesign them

The more assets and more time, more value.

Page 7: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Device

Device

Solution Design | What

Page 7

CUBELIZER happens to provide business intelligence, benchmarking and

customer behavior insights using a computer vision based IoT solution

Computer vision

Machine learning

In-house developed technology

Page 8: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Solution Design| Objective

Page 8

Asset Owner Malls Operator Tenants

Delivered value: helping ECE and Deka Immobilien to:

• Understand and demonstrate how

good are performing their asset

management companies.

• How they should design new mall’s

layouts in advance and redesign

current ones based on actual

layouts and tenant's performance.(See Use Case about Choosing the best

Commercial Mix)

• Detect potential new business

opportunities and set new leasing

rules based on new KPIs beyond

current and traditional ones (win-

win contracts). (See Use Case about

new leasing rules)

• Gain power in negotiation process

with tenants with real and complete

performance. (See Use Case about

new relationship with the tenants)

• Be a proactive and dynamic

manager and anticipate problems.

• Quick identification of potential

underperforming tenants. Take

action before it is late.

• Set new marketing strategies based

on “universes” and “affinity” and

know the specific traffic impact of

events in each tenant (individual

ROI). (See Use Case about the impact of

marketing campaigns)

• Create a win-win relationship

between operators, owners and

tenants.

• Improve profits and sell more. At

the same time, mall owner gets

more from the asset as, they

usually charge a fee over sales.

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Solution Design | Solution Category

CUSTOMIZED PRODUCT

Standalone solution for smart space flow analyticsCUBELIZER solution is an end-to-end one (SaaS model) for the goal of the challenge. Moreover,

delivered data could be easily integrated in a cockpit or bigger management platform using our

M2M API.

Current stage: prepared for scaling-up

Continuous development process as new pains/needs are detected

CUBELIZER solution is ready for scaling up. The platform is stable and designed for growth and

support site and multisite approach. It has capacity to absorb and implement new features or

functionalities in case they are identified as we develop them. CUBELIZER aims to deploy the

solution in new many customers in 2020 and following years.

There is room for new features and functionalities, as well as, certain level of customization if it is

required. As we manage whole solution, we can adapt many parts to new needs.

Page 9

Page 10: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Our solution | Features (1/6)

Real time alerts

Dynamic global management

Northern Male Toilet

5.00 PM ALERT 1

2

Page 10

The system gathers the data and processes it in real time. So, managers

and operation team know the usual intensity and specific anomalies. Push

notifications can be delivered if an anomaly is detected. It allows shift

management to balance the cleaning services, litters checking or even

make events to heat underperformance areas in real time. Cool Eastern Area

5.00PM ALERT 2

MEETING ROOM #4

28

18

2831 31

4449 51

57 58 59

0

10

20

30

40

50

60

70

9 10 11 12 13 14 15 16 17 18 19 20

aggregate people inside

Alert 1

COFFEE MACHINE 2ND LEVEL

50

200

280310

360430

580625

655 675 685 690

0

100

200

300

400

500

600

700

800

9 10 11 12 13 14 15 16 17 18 19 20

aggregate num. coffees

Alert 2

Northern Male Toilet Cool Eastern Area

Page 11: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Our solution | Features (2/6)

Real time information

Proactive management

Page 11

The system gathers the data and processes it in

real time. So, managers and operation team

know the real time performance of the mall and

the tenants by comparing information with past

information.

Footfall and entries are showed comparing with

expecting data from the past. It allows to know

in real time for example:

• How it is going and take actions to improve

tenants with low performance.

• Or if there is an event or a marketing

campaign knowing which tenants are being

the most impacted.

REAL TIME TENANT INFORMATION EXAMPLE

Page 12: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Clustered shops according to performance patterns, not just categories

Our solution | Features (3/6)

Clustered operators

CLUSTERS EXAMPLE (based on trajectories)As the system gathers information about tenant

performance (traffic passing by and coming in

each store) based on shoppers' behavior, the

solution provides detail about how the different

stores match to each other, based on

performance similarities.

ECE will have the information about the affinity

between operators to better design the location

of the stores or even provide promotions

suggestions to operators (see daily-time limited

discounts).

HMORSAY

ANSON'S

GERRY

WEBER

ORSAY

MAC BODYSHOP

SEGAFREDO

IL VINO

JACK AND

JONES

KENTUCKY RITUALSMANGO

SUPERDRY

BEST TENANTS' CAPTURE PERFORMANCE - AVERAGE

LABOR FRIDAY WEEKEND

MO

RN

ING

LUN

CH

AFT

ERN

OO

N

Page 12

Page 13: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Add new KPIs to operator's analysis to improve their performance

Our solution | Features (4/6)

Operators Performance Analysis

TENANT INFORMATION EXAMPLE As the system gathers information about tenant

performance as traffic passing by, coming in,

dwell time (length of stay),… in each store based

on shoppers' behavior.

The solution provides detail about how the

different stores are performing, analyzing weekly

pattern, daily pattern, everyday pattern and

evolution.

ECE will have the information about the same

tenants in different locations, identifying the

benchmark between different assets.

Daily

Average

Traffic

Daily

Average

Entries

Average

Capture

Ratio

SEP19 1,954 851 43.5%

MOM 3.94% 8.98% 6.09 p.p.

YOY -1.23% -5.69% -7.0 p.p.

0

1000

2000

3000

4000

5000

6000

7000

8000

0

2000

4000

6000

8000

10000

12000

14000

16000

18000

MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY SUNDAY

WEEKLY TRAFFIC/ENTRIES - H&M

TRAFFIC ENTRIES

47.2% 46.8% 45.7%48.7%

44.1%40.5% 40.4%

MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY SUNDAY

0.0%

10.0%

20.0%

30.0%

40.0%

50.0%

60.0%

WEEKLY CAPTURE RATIO - H&M

CAPTURE RATIO

0

500

1000

1500

2000

2500

0

1000

2000

3000

4000

5000

6000

7000

MONTHLY TRAFFIC/ENTRIES - H&M

TRAFFIC ENTRIES

0.0%

10.0%

20.0%

30.0%

40.0%

50.0%

60.0%

MONTHLY CAPTURE RATIO - H&M

CAPTURE RATIO

0

50

100

150

200

250

10 11 12 13 14 15 16 17 18 19 20 21 22 23

HOURLY ENTRIES - H&M

ENTRIES M-T ENTRIES - F ENTRIES -WKD

0.0%

10.0%

20.0%

30.0%

40.0%

50.0%

60.0%

70.0%

10 11 12 13 14 15 16 17 18 19 20 21 22 23

HOURLY CAPTURE RATIO - H&M

CAPTURE- M-T CAPTURE F CAPTURE WKD

H&M

0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

40.00

45.00

50.00

0

100

200

300

400

500

600

700

800

900

APR 19 MAY19 JUN19 JUL19 AGO19 SEPT19 OCT19

H&M EVOLUTION

Average Entries Capture Ratio (%)

Page 13

Page 14: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Analyze areas and detect flow problems

Our solution | Features (5/6)

Space performance analysis

HEATMAP SAMPLE

As the system gathers information about people

flow, it is possible to analyze space performance

in order to improve costumers experience and

detect high/low activity areas.

ECE will have the opportunity to identify cold

areas and conflictive zones and adopt solutions

to transform them into hot spots and improve

conversion funnels.

High activityLow activity

Problem Flow

Page 14

Page 15: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Clustered shops according to performance patterns, not just categories

Our solution | Features (6/6)

Visitors Shopping sequence

As the system gathers information about visitors'

trajectories, the solution provides the distribution

of the traffic between the different tenants and

entrances and what it is the main destinations

from one point to another inside the mall.

ECE will have the information about the favorite

cross-selling behavior made by their visitors. So

ECE could activate some marketing strategies to

stimulate sales.

TRAJECTORIES VIDEO SAMPLE

See the video sample here

Page 15

Page 16: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Our solution | Scale Up Features (1/3)

Identify patterns and anomalies

When the system is deployed for a medium time, it is possible to set

patterns and detect anomalies out of these patterns and create

alarms to the shopping center manager to be prevented of theses

anomalies.

Analyze data to identify patterns and detect anomalies

Cubelizer’ssystem

80% probability of losing an operator

OPERATOR ALERT

0

200

400

600

800

1000

1200

1400

0

10

20

30

40

50

60

70

SEP

17

OC

T 17

NO

V 1

7

DE

C 1

7

JAN

18

FEB

18

MA

R 1

8

APR

18

MA

Y 1

8

JUN

18

JUL

18

AU

G 1

8

SEP

18

OC

T 18

NO

V 1

8

DE

C 1

8

JAN

19

FEB

19

MA

R 1

9

APR

19

MA

Y19

JUN

19

JUL1

9

AG

O1

9

SEP

T19

OC

T19

NO

V1

9

Entries (daily average) Capture Ratio (%) Average Traffic

Page 16

Page 17: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Identify the best practices between different malls.

Our solution | Scale Up Features (2/3)

Multisite benchmark

When the system is deployed in different malls and for a medium time, we

can identify benchmark and best performance assets.

See Use Case at Cubelizer’s Web about Comparing the Efficiency Between Assets.

Page 17

Page 18: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Prescriptive optimized commercial mix to improve revenue

Our solution | Scale Up Features (3/3)

Predictions

When the system is deployed in different malls and for a mid term, intelligence artificial

algorithms may deliver prescriptive optimized commercial mix to improve revenue or

to increase traffic. It is possible to define some selected operators and the system

selects the best operators to fit with them.

Selected Operators

Zara

H&M

Mango

Müller

Benetton

Puma

Douglas

Cubelizer’ssystem

Predicted Operators

Zara Home

Intimissimi

New Yorker

Nike

Decathlon

The Body Shop

Superdry

Page 18

Page 19: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Technical description

Page 19

Page 20: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

The edge tier collects data from our distributed IoT

optical devices. Cubelizer deploys a network of

identical IoT devices in each location (shopping

center). We have many locations an in each

location, many devices.

The platform tier receives, processes and forwards

control commands from the enterprise tier to the

edge tier.

▪ Data transformation: Cubelizer mapping, full

trajectories and metrics generation (counters,

origin-destiny, dwell time, etc.)

▪ Analytics: Cubelizer business metrics,

generation, time patterns, anomalies, affinity,

etc...

▪ Operations: Remote supervision, private

communication server, software update.

The enterprise tier implements domain-specific

applications, decision support systems and

provides interfaces to end-users including

operation specialists. Cubelizer enterprise tier is

built by the dashboard, the real time alerts, the

asset/store comparison and the prescriptive

actions

Cubelizer IoT devices are currently connected with our cloud infrastructure using Wi-Fi connection.

IIC 3-Tier IIoT System ArchitectureSolution Fully Managed by Cubelizer

Technical description | Architecture

Page 20

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PR

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IoT Autonomous devices sensing and gathering data. Remote operation, update, supervision, self diagnosis and different failure modes.

Fog computing Devices are not just sensors, but processing nodes. The computer vision algorithms run on the IoT device.

Key Technologies

IoT | Fog computing | Computer Vision | Machine learning |

Deep learning | API |Real Time Processing

On-site infrastructure of multiple IoT devices that perform people detection and tracking, using computer vision and machine and deep learning algorithms. Per-device tracking data is sent to the cloud where full path trajectories are built and then transformed in real time into actionable quantitative metrics (traffic, flow, occupancy, store capture rate, store dwell time, store traffic origin, etc). Cubelizer provides a real time and historical visualization dashboard and a M2M API.

Deployment Models

Both cloud and on-prem deployments are possible, because open systems and standardized protocols and architectures are used and cloud vendor-specific solutions are avoided.

CUBELIZER standard deployment is cloud based. On-prem deployment would be considered and studied if explicitly demanded by the customer.

Emerging/Deep Tech Used

Computer vision Detection and tracking of persons in real time, using a combination of classical algorithms + machine learning algorithms + deep learning algorithms, for different purposes and stages.

Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly detection, (*) clustering and (*) device health monitoring.

Deep learning Used for people detection, object detection and extraction of high-level features.

TECHNOLOGY OVERVIEW

Technical description | Technology

Page 21

Page 22: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Is A Detailed Description of The API

Available?

Is The Data Exchange Format Described?Are Standard Protocol Like HTTP, MQTT, AMQP, COAP or Websockets Supported?

Are API Defintions Available (Swagger, Odata, Etc.)?

What Kind of Standards for Wireless Communication Is Supported?

Are Standard Formats for the Data Exchange Supported (JSON, XML)?

Yes, there is an OpenAPI specification. Yes. Swagger / OpenAPI specification files are available (v3.0.0.)

The API is based on HTTP. Yes, it is fully described in the OpenAPI specification files.

Data exchange format is JSON, and MIME encoding for multimedia files.

WiFi. In terms of capacity and coverage, the standard infrastructure of a shopping center, even the one providing courtesy internet to visitors, could be used.

Technical description | APIs and Communication

Page 22

Page 23: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

Advantagesand Differentiation

Page 23

Page 24: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Tech advantages

Page 24

Cubelizer use advance video processing algorithms:

High precision location Below 20 cm vs. 3-10 m of other technologies (wi-fi tracking or beacon location).

Full control and integration on the solution Control over every element (hardware and software) what gives CUBELIZER’s solution

total flexibility in our value proposition, capabilities and further customer requirements.

100% people coverageNo need of smartphone, no need of downloading and app to gather data.

No personal data involved. GPDR Compliant. Fully anonymous gathering data and process. No privacy issues.

Page 25: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Competitors comparison

Page 25

Wifi tracking

App, SDK, Web App

- Customer collaboration: smartphone and Wi-Fi “on” (40-

50% visitors)

- Tracking errors about 5-10 meters.

- Returning visitors (problem with generation of random IPs)

- Less accuracy, mixed data from different levels and zones.

- Customer collaboration: smartphone and downloaded app

or web registration (2-5% visitors).

- Tracking errors about 3-5 meters.

- Returning visitors: ONLY for downloaded app customers.

- Invasive and annoying messages delivery.

- How to get users in an affordable way? Extra cost for

boosting the use or download the app (offers, discounts)

▪ 100% people coverage.

▪ Precision below 20centimeters

Magnetic Positioning- A mobile phone is needed (SDK integration in an app, see

above).

- Positioning errors about 2-4 meters.

▪ Without people collaboration: no app, no smartphone, no login.

▪ There is not possibility of mixed data between levels or zones.

▪ No hidden extra costs

Page 26: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Ascertainment of pilot scope

Page 26

Page 27: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

POC implementation | Details

Page 27

Page 28: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

POC implementation | General data

Page 28

Ettlinger Tor Karlsruhe(Karlsruhe, Germany)

2 + 3.5 months POC

38,800 sqm mall

33,000 sqm GLA

130 stores

Page 29: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

POC implementation | Description

Page 29

• In the covered area, Cubelizer will gather data about visitor's

behavior: visitor positions along the time that will be

processed and aggregated to generate higher value

information: activity maps, capture ratios of each operator,

flow distributions and patterns, origins and destinations,

traffic, entries, dwell time, etc.

• Cubelizer will deliver a dashboard, API or monthly reports

about space and tenant performance.

• Cubelizer will build the process and the mean to provide

ECE real-time alerts for dynamic global management and

real time information about shopping center

performance.

Page 30: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

POC implementation | Reason Why

Page 30

Anchor Brand Analysis How anchor brand is working inside the mall in

terms of traffic and traffic distribution. Origins and

destinations from and to the anchor brand.

Common area behaviorAnalyzing how common area is used by visitors,

entries, used, length of stay, …

Optimizing cleaning intervalsAnalyzing the use of the toilets to adapt cleaning

interval to the real use by creating alarms when threshold is passed.

Tenant analysisAnalyzing traffic, entries, capture ratio, dwell time,

patterns, …

Space analysisObtaining information about hot/cold spots, flow

distribution, dwell times,…

Detailed Traffic FlowObtaining information about flow distribution and

people behavior in elevators, escalators and other

accesses with footfall, traffic, patterns and

destinations.

TrajectoriesObtaining origins and destination between tenants

to understand the commercial mix and their

relationship.

Page 31: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Disclaimer: this picture is a representation of an

imaginary situation that is not linked with reality.

The dashboard shows REAL TIME information

related with accesses, tenants and mall flow.

POC Solution | Information Example: Real Time Information

Page 31

Page 32: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Comparing evolution data shows tenant's

performance along the time. This information

could be shown comparing malls, tenants in

different floor… or any other aggregation.

POC Solution | Information Example: Tenant Performance

Disclaimer: this picture is a representation of an

imaginary situation that is not linked with reality.

Page 32

Page 33: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond the people not involved in the evaluation process.

Disclaimer: this information is a representation of an imaginary situation that is not

linked with reality. It has been done to show tenant information.

Cubelizer´s solution

completes the tenants sales

funnel with the following

information:

• passing-by traffic

• entries

• capture ratio

• dwell time inside the shop

or in front of the window

POC Solution | Information Example: Tenant information

Page 33

Page 34: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

References and credentials

Page 34

Page 35: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

SHOPPING CENTERS10,000 m2 of common areas

(35+ millions visitors).100+months

WORKPLACES7,000 m² of workplaces

analysis in real time.

EXPERIENCE

Page 35

Supported by

Recognized as Innovative Company by “Centro para el Desarrollo Tecnológico

Industrial” on behalf of the Spanish Ministry of Science, Innovation and Universities

Recognized as Innovative Company and funded by the Spanish Ministry of Industry,

Energy and Tourism.

Funded by the European Union's Horizon 2020 research and innovation programme.

Top 2018 “European Retail Tech Startups” by

Top 2018 “Spanish PropTech Startups” by

Acknowledgments

Page 36: Smart Buildings Challenge - Industrial Internet Consortium · 2020-06-09 · Machine learning Used for detection classification, people tracking, data forecasting, (*) data anomaly

More than Footfall:

Enhancing Shopping Centers Through Actionable Analytics

Smart Buildings Challenge

PRIVATE AND CONFIDENTIAL. The information included in the document is just for the Smart Building Challenge evaluation. This information must be kept under secret beyond

the people not involved in the evaluation process.


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