Technologies expected to gain traction in Brazilian agriculture by 2026.

Table of Contents

• The central role of predictive AI in strategic management.
• The expansion of the drone and automated spraying market.
• The advancement of 5G connectivity and satellite solutions.
• The consolidation of bio-inputs as a viable and sustainable alternative.
• Comparative table of investments and projections for 2026.
• Frequently asked questions about technological innovation in the field.

Precision agriculture is rapidly evolving towards a phase of autonomous intelligence, where data is no longer just reporting.

In 2026, Technologies that should gain scalability in Brazilian agriculture. They will focus on "cloudification" and cloud processing for real-time decision-making.

According to TOTVS experts, AI will cease to be an experimental tool and become a pillar of strategic competitiveness.

Integrated systems will allow producers to anticipate pests and crop failures with surgical precision, reducing waste of expensive inputs.

Predictive intelligence uses advanced algorithms to analyze climate variables and historical productivity data, offering personalized recommendations for each plot of land.

This movement is driven by professional management that demands complete traceability, especially to meet the stringent requirements of international markets.

The adoption of these digital platforms is expected to grow substantially, as integration with ERP systems facilitates compliance with new tax requirements.

Therefore, in 2026, technology will be synonymous with operational safety and financial efficiency in the face of increasingly tight margins.

How will the use of drones and bio-inputs impact crop productivity?

The outlook for 2026 points to an unprecedented synergy between autonomous machines and cutting-edge biological inputs.

Spraying drones have already seen a significant increase in adoption, eliminating crop damage losses ranging from 2% to 5%.

These aircraft facilitate the application of bionematicides and biofungicides, which are Technologies that should gain scalability in Brazilian agriculture. in the next cycles.

CropLife Brasil reported a record 139 new registrations of bio-inputs in 2025, signaling a structural change in management.

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Biological control is ceasing to be a secondary alternative and becoming an essential part of integrated pest management routines.

Producers are seeking to reduce their dependence on traditional chemical pesticides, aiming for less environmental impact and greater commercial acceptance of the grains produced.

Furthermore, the genetics of new corn and sorghum hybrids are being adapted to better respond to these biological stimuli.

This combination allows the plant to better withstand water stress, a growing concern due to the intense climate variations predicted for 2026.

You can find more details about agricultural aviation regulations and the market on the official website of [organization name]. ANAC, which regulates the sector.

What are the growth projections for the agtech and machinery sector?

Although the agricultural machinery market faces challenges with interest rates, the expectation for 2026 is for stabilization with an upward bias.

ABIMAQ projects modest growth of 3.4%, focused primarily on low-power technologies and family farming.

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Venture capital investors are directing investments toward startups that solve real-world logistical and connectivity bottlenecks on rural properties. Technologies that should gain scalability in Brazilian agriculture. They will include low-cost ground sensors and IoT devices with long-lasting batteries.

The table below summarizes the projected financial and operational indicators for the technology sector in the national agribusiness industry over the next year.

Technological Projections for Brazilian Agribusiness (2025-2026)

What is the current state of 5G connectivity in rural areas?

Communication infrastructure is the biggest bottleneck for... Technologies that should gain scalability in Brazilian agriculture. function fully.

By the end of 2026, the federal government intends to connect all rural public schools, which will expand the reach of the network.

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The ConectarAGRO association indicates that mobile network coverage in rural areas has jumped from 18% to almost 34% recently. The 4G standard at 700 MHz remains the backbone due to its long range, but 5G is advancing in agribusiness.

5G enables operations that require minimal latency, such as remote control of tractors and the transmission of high-resolution videos.

However, for most producers, integration via low-Earth orbit satellites emerges as the immediate solution for remote areas.

This hybrid connectivity allows data generated by machines to reach the cloud without interruption, ensuring smooth management.

Without a stable signal, AI innovations lose much of their practical utility, making infrastructure an absolute priority for 2026.

Conclusion

To the Technologies that should gain scalability in Brazilian agriculture. Projections in 2026 reflect a maturing of the sector, prioritizing practical results over futuristic promises.

The integration of biology, intelligent machines, and robust connectivity will form the basis of profitability for the modern producer.

Adopting these innovations is no longer a matter of choice, but of survival in an increasingly competitive global market.

Brazil is consolidating its position as a leader in agtech, transforming climate and logistical challenges into opportunities for sustainable growth.

To follow official statistics on Brazilian production and new technologies, visit the portal of Embrapa, a world reference in agricultural research.

Frequently Asked Questions

What are the key technologies for agriculture in 2026?

Key areas of focus include predictive Artificial Intelligence, advanced spraying drones, registered bio-inputs for various crops, and rural connectivity via satellite and 5G.

How does AI help small rural producers?

AI enables low-cost pest monitoring via mobile phone and offers planting recommendations based on local microclimates, optimizing the use of seeds and fertilizers.

Why are bio-inputs growing so much in Brazil?

They are growing in popularity due to their high effectiveness in controlling resistant pests, lower cost compared to imported chemicals, and sustainability demands from international buyers.

Is 5G already a reality on all farms?

Not yet. 5G is concentrated in agro-industrial centers and large farms, while 4G and satellite internet cover most productive areas.

What are the advantages of drones in agricultural spraying?

They prevent plants from being crushed, reduce soil compaction, allow applications in hard-to-reach areas, and decrease human contact with chemicals.