Networked instead of isolated: Paths to the digital future of agriculture

From data silos to digital efficiency

Challenges for the agricultural sector

Agriculture is facing a multitude of technical challenges resulting from the interplay of digitalisation, sustainability, climate change and economic pressure.

1. farmers under pressure to digitalise

  • Use of sensors, drones, AI and autonomous machines: The introduction of digital technologies increases the efficiency of agricultural processes and optimises the use of resources.
  • Digitalisation as the key to the future: However, there is often a lack of technical expertise and targeted training to make optimum use of these technologies.
  • High investment costs for digital technology and a lack of infrastructure (e.g. network coverage) are also slowing down digitalisation.

2. data management and networking

  • The increasing amount of operational and field data requires powerful IT systems and secure data processing.
  • Interoperability between different systems and machines is often lacking, which makes efficient utilisation more difficult.

3. sustainability and resource efficiency

  • Consumers and politicians are calling for a reduction in environmental pollution and more sustainability in production.
  • Precision agriculture, GPS-controlled machines and intelligent sensors enable the targeted application of fertilisers and pesticides, which conserves resources and protects the environment.
  • However, the switch to sustainable technologies requires considerable investment and adjustments to operational processes.

4. political and economic framework conditions

  • Political uncertainties, complex regulations and a lack of planning certainty make it difficult to invest in new technologies and sustainable methods.
  • Funding programmes, openness to innovation and targeted support are necessary to enable the technical transformation of agriculture.

From co-creator to innovator

  • Achieving sustainable success through the development of innovative business models
  • Technological and economic processes are changing and traditional business models are being challenged by networked solutions

Carefully modernising IT

  • Modernise your IT in manageable steps.
  • This way, your existing infrastructure remains usable while you continue to develop technologically.

Beating the competition with data

  • Data-based business models and AI analyses open up new sources of revenue.
  • By handling data professionally, you can develop competitive products and secure market share.

Increased efficiency for FMIS (Farm Management Information Systems)

  • Interoperable interfaces enable seamless communication between machines, sensors and platforms.
  • Standardised APIs facilitate the cross-platform exchange of operating data and increase transparency.
  • Monitoring and analysis functions support predictive maintenance and minimise downtimes.

How Materna is already supporting the agricultural sector: AgIN Data Space with the Common Connector 
 

At a time when sustainability, efficiency and resilience are crucial, agriculture needs open, interoperable and secure data spaces - like the AgIN Data Space - to realise the full potential of digital technologies. 
 

Learn more about AgIN now

CONCLUSION

Materna specialises in the development of customised and manufacturer-independent solutions for business-critical core processes in companies and public authorities. With comprehensive consulting, agile software development methods and professional customising, individual applications become a success. Materna operates the applications both in its own data centre and in the cloud or offers managed services.

What is the Common Connector of the "AgIN" data room and what about Protecting Farm Data?

The Agricultural Electronics Foundation (AEF) supports its members - leading agricultural machinery manufacturers - with expertise and resources to promote the use of electronic systems in agriculture. A key issue here is the development and implementation of international standards for data exchange and the networking of machines and digital platforms. 

Also learn more about Protecting Farm Data: How AgIN is ensuring Data Security and Sovereignty in Agricultural Analytics.

Please feel free to contact us

Benjamin Schürmann
solution architect

Benjamin is a solution architect at Materna and is involved in the technical specification of the AgIN Common Connector. He has more than seven years of experience in building cloud platforms and customized software solutions. With a strong background in Internet of Things (IoT) and digital transformation, he supports several initiatives to enable secure and scalable integrations for the agricultural sector.