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Algorithms for food Ronald Hoek

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Page 1: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Algorithms for foodRonald Hoek

Page 2: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

A short introduction

Ronald Hoek Background in Marketing (MSc.) More than 15 years experience in IT, Data and Digital B2B, Energy, Horticulture Passion: Translate innovations to robust business models AgroEnergy, Director & Starting Blue Radix, CEO

[email protected] +31 6 55 89 20 77 https://www.linkedin.com/in/ronald-hoek/

Page 3: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the
Page 4: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Autonomous Energy Management

Smart steering algorithms to lower energy cost and optimize installations

Page 5: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the
Page 6: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Within the next 3 years?

Will algorithms replace the green fingers of growers?

Page 7: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Greenhouse horticulture grows with 8% per year

Greenhouse Horticulture Market will grow to hit $41.84 billion by 2025.

Source: https://www.adroitmarketresearch.com

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A huge challenge: the age distrubution of growers

Page 9: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Greenhouse sector is growing strongly, but…

…Who will operate the greenhouses?

Page 10: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the
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Page 12: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

The learnings of the challenge

● Autonomous management of

climate, irrigation, energy and crop

is viable!

● We can not deny any more that

fully data driven growing is

possible

● Autonomous greenhouse

management makes greenhouse

operations scalable

Page 13: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Smart data solutions for scalable greenhouse operations

The rise of autonomous growing

Page 14: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Our mission: enable smart horticulture

We add automated intelligence to the daily decisions in the greenhouse. To enable growers to meet their daily challenge: Produce more food and

flowers with less resources.

Our solutions integrate deeply in the ecosystem of greenhouses to cooperate seemless with humans and existing systems. Supported by

highly skilled operators, trusted by growers world wide.

Page 15: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Dat

a in

terf

aces

Climatecomputer

Sensors

Data models

Historic data

Market dataWeather data

Grower

Energy installations

OperatorOff-site monitoring and support

Humans & AlgorithmsSmart steering algorithmsbacked by human expertise

Page 16: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Reporting, Analytics & ActionBlue Radix focusses on applied data science for action in greenhouse operations

Focus domain

Current focus domainplatform suppliers in

horticulture sector

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Model overviewPlant data is at the heart of our models to steer towards a climate for optimal yield

Page 18: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Crop is leadingIntegrating direct plant feedback

● Focus on plant balances to steer the plant

towards a productive and healthy state

● Direct plant feedback to get direct response

from the plant

● Continuous monitoring to adapt on changes,

day and night

● We currently conduct a subsidy funded

research project (TKI) together with Delphy to

find the best combination of sensors

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Beyond human insightsOptimizing greenhouse climate on all relevant aspects in one optimization solution

Algorithms are capable to find correlations beyond the capabilities of human insight.

By using well defined datasets we trainmodels to learn the dynamics of plant growth and greenhouse climate.

Greenhouse climate can be steered directlybased on historic data and grower defined targets.

Page 20: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Crop Controller interfaceAlgorithms made adjustable and visible

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The similarity between growing and driving your carWould you step into a fully autonomously driving car? Today?

AUTOMATION LEVELS OF AUTONOMOUS CARS

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Autonomy levels in greenhouse managementPhased approach to increase span of control in hectares and yield for growers

Level Autonomous greenhouse management Daily setpoint adjustments

Weeklysetpointadjustments

Proactive monitoring

Reactiveresponse to alerts

Define crop strategy

0 The grower is settings the right setpoints manually in the climate computer based and monitors the effect.

1 The grower controls most settings manually, but some specific functions are automated like a screen control system.

2 Autonomous crop management can control a selected set of setpoints in the climate computer during normal circumstances. Other more complex settings are controlled by the grower. Also during extreme circumstances the grower must take over control.

3 The greenhouse climate is fully controlled autonomously as long as no complex changes are required or extreme events occur. The grower has to check regularly for incidents and keeps an eye on the settings.

4 The greenhouse climate is fully controlled autonomously in normal circumstances based on a defined crop target. Only in extreme cases the grower takes over control.

5 The role of the grower is to set the crop targets. The greenhouse climate is controlled fullyautonomously even during extreme situations.

Tru

st & valu

e

Page 23: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Ecosystem

Da

ta in

terf

ace

s

Climate computer

Sensors

Data models

OperatorOff-site monitoring and support

Climate computers

Greenhouse suppliersData and sensor suppliers

Energy installations

Our solutions will be fully integrated with climate computers of the major brands and interact directly with sensors and energy installations in the greenhouse. Independent and open for new data sources.

We integrated the domain specific solutions of component suppliers to provide the grower with a single optimized answer on the question: How to control my greenhouse for optimal yield at reduced costs?

Fully integrated solutions

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Feature and connection overview Crop ControllerA logical setup of modules, UI and platform integrations

Page 25: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

Product roadmapAlgorithms and services are developed at a relatively high pace

Page 26: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

StatementAlgorithms will start

replacing the ‘green

fingers’ in greenhouses

within the next 2 years!

Page 27: Algorithms for food - Hortivation...Algorithms are capable to find correlations beyond the capabilities of human insight. By using well defined datasets we train models to learn the

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