The future of crop protection: our 2027 predictions

TL;DR: Agriculture is entering a period of rapid change. With evolving technologies and supply chains, the way farmers make decisions is becoming more data-driven than ever before. We think crop protection sits at the centre of these changes. Innovation isn’t limited to discovering new molecules anymore. It now includes digital tools, biological technologies, and new global manufacturing networks.

While no one can predict the future with certainty, we consulted a crystal ball (that’s what we call our CCO) and, based on current investment patterns, policy signals, and market behaviour, here are four developments that we see significantly influencing crop protection by 2027.

1. RNAi moves from pilot to commercial reality

RNA interference, or RNAi, has been discussed as the next frontier in crop protection for many years. So far, it’s mostly remained in the development and pilot stage but that is likely to change over the next few seasons.

Ok, but what *is* RNAi?  RNAi works differently from traditional chemistry where instead of relying on a conventional active ingredient, it interrupts biological processes inside the target pest by switching off specific genes, which allows extremely precise control.

By 2027, at least one major agricultural market is expected to see RNAi-based crop protection move into meaningful commercial use. The first breakthrough will probably focus on a specific pest and crop combination where targeted gene silencing offers a clear advantage.

If one RNAi solution proves commercially successful at scale, it could shift how the industry thinks about crop protection innovation. It would show that effective pest control doesn’t always have to follow the traditional active ingredient model that has defined the sector for decades.

Even a single successful example would attract significant attention across the industry and accelerate further investment in biological technologies.

2. India becomes a meaningful alternative manufacturing origin

Global crop protection supply chains have long depended heavily on Chinese manufacturing, particularly for key active ingredients. China will remain an important part of the industry, but supply diversification is already underway.

We’re seeing India emerge as a serious alternative origin for several important crop protection actives. By 2027 it could become a meaningful production base for three to five active ingredients that are currently dominated by Chinese supply.

This shift is being driven by two main forces:

First, the Indian government is actively encouraging growth in chemical manufacturing through industrial policy, investment incentives, and export support. This strategy is designed to strengthen the country’s role in global specialty chemicals and agriculture inputs.

Second, buyers are increasingly interested in diversifying supply chains. Geopolitical risk, regulatory pressure, and recent logistics disruptions have highlighted the importance of sourcing flexibility.

The direction of travel is clear: more active ingredient manufacturing capacity will be built in India over the next several years.

The key question for the industry is whether quality consistency will keep pace with competitive pricing. If Indian manufacturing achieves the level of reliability required by regulated global markets, the supply landscape for crop protection could look very different by the end of the decade.

3. The agronomic decision layer consolidates

Digital agriculture has expanded rapidly in the last decade. Farmers now have access to platforms that help manage field data, track crop performance, and support agronomic decisions (think: Trimble, The Climate Corporation, Granular...).

Today the market is fragmented and multiple platforms compete to provide insights and recommendations to farmers and agronomists. Over the next few years this landscape may begin to consolidate and the reason is simple: the digital layer that supports agronomic decision making is becoming strategically valuable.

The platform that farmers rely on for crop management decisions sits very close to the moment when product choices are made and can influence recommendations around nutrition and application timing.

If consolidation occurs, the companies that control these digital ecosystems could begin shaping demand in a new way. Product recommendations may increasingly be influenced by integrated data systems rather than traditional marketing channels alone.

For the crop protection industry, this would represent a significant change in how demand is created and maintained.

4. A surprise acquisition reshapes the competitive landscape

Consolidation has been a defining theme in crop protection for many years. Large mergers between multinational companies have already reshaped the competitive structure of the industry multiple times. Now we’re seeing another major deal could occur before 2027, but the most interesting possibility is that it may not come from the traditional group of agrochemical players.

One company often mentioned in industry convos these days is FMC Corporation.

After navigating years of competitive pressure and political complexity across the sector, FMC has become an acquisition target. However, the buyer may not be one of the existing multinational crop protection companies.

Instead, we think the acquiring organisation will come from outside the traditional industry structure. Possible candidates? Potentially a global specialty chemicals group, a large investment-backed agricultural platform, or a technology-focused company looking to integrate crop protection into a broader agricultural ecosystem.

If that happens it would introduce a new strategic perspective into the industry and potentially change how innovation, distribution, and product development are all approached.

What does it all mean...for then and for now?

Taken together, these developments highlight how the crop protection sector is evolving. Innovation is expanding beyond traditional chemistry. Supply chains are becoming more diversified. Digital tools are beginning to influence how farmers choose inputs and manage crops. For farmers and retailers, these changes will shape which products are available, how they are recommended, and how they are priced.

For companies like Life Scientific, the focus remains clear. The strong science, reliable supply chains, and deep understanding of real farming needs that we focus on today will continue to matter most. Sure, the industry will look different by 2027, but our goal remains the same: delivering effective, dependable crop protection that supports productive and sustainable agriculture.