The first International Innovation Meeting for Pangaea and distributors

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

In September at Duxford Imperial War Museum, Pangaea Biosciences hosted their first international innovation meeting for research scientists and distributors from the UK, Czech Republic, Greece, Lithuania, Poland and Portugal. The objectives of the meeting were to share knowledge of market use of Pangaea products, understand resistance issues across Europe, share product knowledge and performance with an opportunity for questions and answers. Invited speakers included Dr Graham Moores, the inventor of temporal synergism and Professor Pavel Wegorek and Dr. Joanna Zamojska, from the Institute of Plant protection, National Research Institute, Poznan, Poland who have conducted bioassay and field trials with Pangaea’s technologies for some years now. Each country representative presented their key technical learnings and commercial successes.

Dr Graham Moores kicked off proceedings with an excellent introduction to his early research work and findings more than 20 years ago, followed by CEO Nick Gooch outlining Pangaea’s journey since he founded it in 2012. Since then, it has expanded its horizons across Europe, Africa, the Far East, and Australia. Nick explains that the most important priority for the company was to overcome insect resistance. ″Resistance to insecticides worldwide is an escalating problem, as growers spray more frequently at multiples of registered label rates, leading to environmental harm, increasing costs for farmers and even greater resistance build up. We have developed a product, Pangaea Booster™ which inhibits or neutralizes the pest’s defensive enzyme before the pesticide is released. This patented and optimized formulation leaves the pest in a hypersensitive state so that the concentration of the pesticide will kill even the most resistant types. It does this by deactivating the metabolic pathway (Cytochrome P450) in insects, which causes breakdown of the insecticide. In countries such as Poland and Czech, beetles show very high levels of resistance to most insecticide groups, and it is in these countries that Pangaea Booster™ has already found great success.″

Other topical subjects discussed at the meeting was the enormity of resistance in Asia where Pangaea Booster™ is also selling and the impact of climate change or global warming on pest resistance. Higher temperatures allow the pest to overwinter moving from crop to host plants, so reproductive cycles are longer allowing for greater resistance build up. It will allow more generations each year and earlier flights for pests like grain aphids. It also decouples the pest and its natural enemies, reducing natural predation, increasing populations, and increasing resistance. Drought conditions will affect the way plant protection products are taken up. All these situations can only enhance the build-up of insect resistance, making the adoption of Pangaea Booster™ more important than ever.

Other areas of interest in the meeting were the product Tardis™ which is a food safe organic complex of carbohydrates and sugars offering a time-controlled delivery system to be used in combination with Pangaea Booster™ and the resistant insecticide.

Nick Gooch explains that the company not only has these key products but a very fruitful pipeline of products in the offing.

Delegates’ Feedback

Joanna Zamojska from IOR PIB. Poland says″ A highly successful conference on many levels, not only scientific. An excellent opportunity for discussion and exchange between science and practice.

Pawel Wegorek also from IOR PIB, Poland considered the meeting to be A great technical meeting for individuals and companies involved in developing Pangaea technology. I was very pleasantly surprised by the Conference in Duxford — an excellent occasion to exchange experiences and engage in substantive, collegial discussions. The agenda was outstanding, featuring some fantastic attractions.

Stavros Rigalos, a distributor from Greece remarked that: The Pangaea Innovation Network meeting at Duxford was an excellent opportunity to exchange ideas and experiences with peers from across Europe. I gained a much deeper understanding of the technical background behind Pangaea’s technologies, and it was a great opportunity to meet the team, share perspectives, and feel part of a forward-looking network that will continue to grow and collaborate in the future.

Ste Massam from Fargro in the UK: Thank you for hosting such an informative and well-organised training and networking day. We found the event very beneficial and appreciated the opportunity to learn more about how the product is being used across Europe. It was particularly valuable to hear how our European counterparts are using the product to control pests more efficiently. The insights into the challenges posed by flea beetle across the region, and the strategies growers are employing – particularly the incorporation of Pangaea Booster™ into their programmes – were especially useful.

We also appreciated the chance to share some of the work we’ve been doing here in the UK with the product against a range of pests which is continuing to show excellent results. Thanks again for the opportunity to connect and share knowledge. We look forward to future collaboration.

Grzegorz Otfinowski from Milagro, Poland ″a great technical meeting for individuals and companies, developing Pangaea technology. Excellent organisation, high quality content and perfect logistics.″

Maciej Milej, Milagro in Poland ″An excellent opportunity to meet directly with people from various countries working with the development of Pangaea’s company portfolio.″

  • *I have permission from the copyright holder to publish this content and images.

Funded access to Catapults and RTOs

Manfacturing Technology Centre

Innovative, ambitious businesses can benefit from the facilities and expertise provided by Catapults and Research & Technology Organisations (RTOs) through funding support.

RTOs are specialised not-for-profit knowledge organisations dedicated to the development and transfer of science and technology to the benefit of the economy and society. They include hubs, laboratories, testbeds, factories and offices for cutting edge R&D. The Catapult network of technology and innovation centres established by Innovate UK supports businesses to transform great ideas into valuable products and services.

Applicants with a suitable project could be offered a grant for 100% of eligible costs to a maximum of £15,000.

Businesses that are looking to grow & scale through innovation can use this grant funding to access Catapults and RTOs to:

  • Explore and test new product ideas
  • Seek technical expertise and specialist sector knowledge
  • Gain advice on regulatory and government processes as well as access networks of customers, services and funders
  • Receive sector-specific expert advice and support with market analysis; cost modelling; business‐case support; creation of industry‐relevant R&D project plans
    Identify opportunities for R&D, collaboration, and partnership building
  • Receive support to commercialise their innovation, including improving efficiency, making their business operations more sustainable, or investigating market gaps.

Are you eligible?

The RTO Catapult Grant scheme is only open to eligible SMEs. Businesses must be a UK-registered, trading company, with up to 250 employees.

The Manufacturing Technology Centre is a member of Agri-TechE. They can help you understand how to scale up manufacturing in your business – which could include supporting farmers to integrate automation in their processes, and advice for start-ups looking to grow their business. We can connect you to MTC who can also tell you more about this grant scheme and other funding options, suich as Made Smarter, to work with them.

You can see other funding calls in our Funding Finder.

Drone Ag Launches Skippy Scout’s Spheres Version 2

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

Drone Ag Launches Skippy Scout’s Spheres Version 2: A Major Upgrade to Its Advanced Field Visualisation Tool

Drone Ag is proud to unveil Scout Spheres Version 2, a major upgrade to its advanced field
visualisation tool within Skippy. This latest release introduces a redesigned user interface,
developed to deliver a cleaner and faster experience for users.

Spheres Version 2 enhances navigation and improves clarity, allowing users to assess their
crops and identify key areas of interest with greater ease and precision. The updated layout
not only simplifies use but also strengthens decision-making by providing clearer insights at a
glance.

The new version includes a fresh design that is fully mobile friendly, along with new
functionality such as a settings menu, autorotate, and the ability to show or hide layers. Users
can now calibrate more accurately, zoom into images, view scout point AI images, and access
all-new indexing tools for deeper analysis.

“I for one am most excited about the potential of Skippy’s new Spheres Indexing tool, which
will bridge the gap between the prescription mapping tools that farmers are used to in
satellite-powered farm management software, and the on-demand drone imagery that Skippy
Scout provides. Farmers and agronomists will now be able to use this tool to quickly pick out
differences in vegetation density and type, in combination to scout point imagery as a ground
truth, with a view to exporting zoned prescription files for application of inputs.” Says Alex
Macdonald-Smith, C.O.O. at Drone Ag.

Indexing allows crop health indices to be applied directly in real time within the interface,
combined with close-up scouting and AI based analytics, this helps farmers gain a deeper
understanding of their crops by showing which areas are healthy and which may need
attention, allowing them to respond quickly and plan with greater confidence. Its easy-to-use
design and practical tools make field assessments faster and more precise, and this update
further improves the overall experience.

Alex continues, “We’ve improved so many aspects of the interface with this new update, such
as the new mobile version of the interface, and more useful features will be following shortly,
such as comparing imagery across time, area measurements and more.”

Spheres is not only a valuable tool for farmers but is also proving useful in other fields. It has
been used to map festival sites, helping organisers identify suitable camping areas, and has
supported environmental projects such as the river restoration work on the Harehope Estate.
Its versatility makes it an effective solution for anyone needing clear and accurate land
visualisation.

Further updates are already in development, with upcoming features including a field and date
selection list, comparison tools, crop zoning, additional layers of interest such as
infrastructure and OS map features, one-click calibration, annotations, and area measurement.
Users will also soon be able to share links and embed iframes, and benefit from direct export
options minutes after flight.

This release represents Drone Ag’s continued commitment to innovation, ensuring that users
have access to tools that make field analysis more efficient and accurate than ever before. Finally, in an exciting development, drone operators, manufacturers, and software providers
will be able to make direct use of Drone Ag’s Scout Sphere technology. Via web portal or API,
they will be able to upload panoramic imagery captured by any drone platform and receive a
fully featured and shareable Scout Sphere within minutes.

Spheres Version 2 is available now, bringing a redesigned interface and improved
functionality to enhance your experience in Skippy.

  • *I have permission from the copyright holder to publish this content and images.

Develop and scaleup innovations: EIC Accelerator

Funding Finder
European Innovation Council

The EIC Accelerator is a funding programme under Horizon Europe that offers support to start-ups and SMEs that:

  • have a innovative, game changing product, service or business model that could create new markets or disrupt existing ones in Europe and even worldwide,
  • have the ambition and commitment to scale up,
  • are looking for substantial funding, but the risks involved are too high for private investors alone to invest

UK Applicants can only apply for the Grant scheme; a lump sum contribution below € 2.5 million, for innovation activities (TRL 6-8), to be completed within 24 months. For start-ups and SMEs with capacity to scale-up. To be provided only once during the implementation period of the Horizon Europe programme (2021-2027).

The challenges

There are two challenge themes with particular relevance to agri-tech:

Scaling deep tech solutions that will improve soil health and the sustainability, efficiency, and resilience of the European agricultural sector, which spans food, feed and biomass. The priority areas include soils and soil microbiomes, bioremediation technologies, and biofertilisers.

Developing and commercially scaling timely solutions needed across Europe to adapt to key climate risks. By combining deep-tech approaches with Nature-based Solutions, the call encourages hybrid solutions that link ecological restoration, data and technology, and innovative business models for resilience. This challenge includes Climate-smart agriculture: Innovations for resilient food systems as a priority area.

More information and how to apply

You can see information about each specific challenge here. There is full information about the EIC Accelerator, eligibility, and links to information webinars on the EIC website. There are also opportunities for investor engagement and access to wider business support for those within the EU.

From Mendel’s peas to Tropic’s bananas – how genetics became a key pillar of agriculture and horticulture innovation

Agri-TechE Blog
Agri-TechE

This month we’re reflecting on a lot of strands (not all of them DNA!) which have got us thinking about the role of genetics in agriculture.

The recent death of DNA pioneer James Watson came a week before the UK’s Genetic Technologies (Precision Breeding) Act legislation comes into force, neatly bookending many decades of research and implementation of molecular tools for farmers and growers.

Let’s start at the very beginning

Around 50 years after Austrian monk Gregor Mendel had carried out his famous pea crossing experiments in the 1860s (revealing inheritance from two parent plants), William Bateson, the first Director of the John Innes Centre, coined the term “genetics.”

Fast forward another 50 years or so and the structure of the iconic DNA double helix was solved – famously by James Watson and Francis Crick – and less famously by the unsung heroine of the time, Rosalind Franklin (who generated some crucial data used by Watson and Crick).

Between them they unravelled the mystery of how inherited traits were passed on and paved the way for modern molecular biology.

If ‘genetics’ can be thought of as “nature’s way of keeping a record of what works,” scientists could finally understand how that record of “what works” is encoded into the DNA strands and passed down through generations – with a few changes on the way.

Bateson letter 827, John Innes Historical Collections, Courtesy of the John Innes Foundation
Bateson letter 827, John Innes Historical Collections, Courtesy of the John Innes Foundation
William Bateson, the first Director of the John Innes Centre
William Bateson, the first Director of the John Innes Centre

From modifying to editing

Being able to transfer genes from one species to another, initially in bacteria and then in plants, opened the door to genetic modification (GM), a technology that was initially used to make GM tomato paste. Clearly labelled as such, this was available in two UK supermarkets in the late 1990s, then later withdrawn due to negative consumer perceptions.

More than 25 years passed – and genetic tools became ever more sophisticated, to the point where DNA can now be “edited” very precisely, and used to replicate mutation events that can happen randomly in Nature, but very specifically and in a highly controlled way.

The regulation catches up… in places – TODAY!

Experimentation in genetics has been surrounded by a raft of regulation, not least when it comes to release of the products of such interventions into the environment or the food chain.

In 2023 a UK Act of Parliament created a new legal category called “precision-bred organisms” (PBOs) — organisms whose genetic changes could have occurred naturally or through traditional breeding but were made using modern gene-editing tools.

Spring 2025 saw secondary legislation introduced which brought that Act to life – defining processes for release, marketing, food/feed authorisations, and public registration of gene-edited plants. Crucially, the implementation at present is just for plants and only applied in England. The Devolved Administrations (and indeed Europe) are still to rule on this.

Under WTO rules, any new regulations that could affect trade have to go through a 6-month “implementation period” before being fully enacted. At the time of writing, the 6 months expires today (14th November), opening up new market opportunities for farmers, breeders and the food industry.

So, what next?

The door is now open – ajar – for companies such as Tropic (who featured in one of the Agri-TechE Week 2025 events) to commercialise their gene-edited products (non-browning bananas in Tropic’s case), as well as a host of new, improved material to be developed, trialled and adopted.

Such is the forensic precision with which the genetic basis of so many plant and animal traits is now understood. Minute, detailed changes can be made to DNA to help introduce disease resistance, increase stress tolerance and other valuable traits into crops and potentially livestock.

Genetics is truly one of the key pillars of agriculture and horticulture innovation… and it just got some regulatory reinforcements.

Work starts on first new laboratory and office building at Norwich Research Park

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

Construction has commenced on the first new building at Norwich Research Park, funded by real estate investment manager VengroveProject GB1 is a 62,000 sq. ft laboratory and office building designed to support the growth of companies in the agri-food, health and environment sectors, attracted by the Park’s specialist talent and research facilities.

Roz Bird, CEO of Anglia Innovation Partnership, said, “This is a very important milestone for Norwich Research Park. The new building will meet the needs of a number of successful high-growth companies that benefit from access to our 3,000-strong research community who are working to find new solutions in food production, diet, nutrition and human health, as well as industrial processes.

“It is fantastic to have secured this important partnership with Vengrove, who will be working alongside the Anglia Innovation Partnership team to deliver new accommodation and help develop a thriving ecosystem of science and business activity with the aim of maximising the impact of publicly funded research, creating new jobs that will deliver additional economic growth for UK plc.”

Read the full article online now: Work starts on first new laboratory and office building – Norwich Research Park

  • *I have permission from the copyright holder to publish this content and images.

Fertiliser Supply Update: Why Planning Ahead Matters More Than Ever

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

As the 2026 growing season is well underway, we urge our clients to act early in considering fertiliser requirements and supplies. The market is facing renewed volatility, and the window for secure, cost-effective supply is narrowing. Here’s a fertiliser supply update for the season ahead.

What’s Driving the Pressure?

1. EU Tariffs on Russian Fertiliser

The European Union has imposed anti-dumping tariffs on Russian ammonium nitrate and urea, two key nitrogen fertilisers. These measures, aimed at protecting EU producers from underpriced imports, have significantly reduced the volume of Russian fertiliser entering the European market. According to the British Agriculture Bureau, these tariffs will increase gradually over three years, which started earlier in July. Initially, the tariff is the existing base (≈ 6.5%) plus an additional fixed charge per tonne (about €40-45/tonne depending on type). Over time, these extra charges go up, eventually reaching high levels (c.≈ €315 to €430 per tonne) by 2028. In addition to reducing the EU’s dependence on cheap fertilisers from Russia/Belarus, the aim is to also protect domestic fertiliser production.

While the UK is no longer bound by EU trade policy, the interconnected nature of global supply chains means that reduced availability in Europe puts upward pressure on prices and tightens supply across the region.

2. CBAM: A New Carbon Cost

The Carbon Border Adjustment Mechanism (CBAM) is a new EU policy designed to level the playing field between EU-based manufacturers (who pay for carbon emissions under the EU Emissions Trading Scheme) and foreign producers. From 1st January 2026, importers of carbon-intensive goods—including nitrogen-based fertilisers—will need to purchase carbon certificates to match the EU carbon price.

The UK is considering its own version of CBAM from January 2027, which could further complicate the regulatory landscape and pricing structures. Still, the CBAM coming into effect in the EU from 2026 will have implications on the UK ahead of 2027. This will likely:

  • Increase the cost of imported fertilisers, especially from countries with less stringent environmental regulations.
  • Shift trade flows, as suppliers redirect product to markets without such levies.
  • Encourage domestic production, but at a higher cost base.

These macroeconomic and policy shifts are converging with logistical constraints and input inflation. Increasing sunshine and less rainfall through the seasons have compressed delivery times. Glyphosate prices have also risen by 15%, and generic product availability remains inconsistent. These pressures are not isolated—they reflect a broader trend of input market fragility. These trends also reinforce the need for robust budgeting and proactive procurement as part of wider farm planning.

3. Chinese restrictions

China have recently in the last month suspended products such as urea and DAP being exported to global markets. It is suspected that this will last up to the next 6 months, further impacting the tight global supply.

Other chemical pressures this season

Alongside policy and trade impacting fertiliser supplies, early drilling this season has meant that crops are off to a good start and herbicide trade has tightened. Many growers have secured products early in preparation for any challenges that lay ahead with weather changes, especially when the cold and wet weather does eventually snap.

The rising demand and limited availability of products, especially herbicides for cereal and oilseed rape, are notable, particularly as both crops will cover more land across the country this year. Those planting winter cereals should be mindful that earlier sowing not only raises the risk of greater grassweed problems, increasing the need for autumn herbicides, but also makes it more likely that disease pressure, such as septoria tritici in winter wheat, will be higher come spring. Farmers would be advised to keep one eye on spring supplies of key fungicide products, once we move into the new year. Elsewhere, we expect to see price rises in glyphosate before Christmas, on the back of manufacturing cost increases, which are being passed on to growers.

What to do next?

To mitigate risk and maintain flexibility, you could consider:

  • Securing your fertiliser early: it has been suggested to have 70% of your spring 2026 requirement on farm by the end of the year to allow sufficient time for sourcing, shipping and delivery of any additional requirement.
  • Engaging with trusted suppliers: Use AIC-accredited providers, seek FACTS-qualified support where needed and accept deliveries when offered.
  • Reviewing your cropping and nutrient plans: Align purchasing with agronomic needs and budget forecasts.
  • Monitoring policy developments: Stay informed on CBAM and UK trade policy shifts that may affect pricing and availability.

The fertiliser market is no longer just about weather and demand—it’s now shaped by geopolitics, carbon policy, and global trade dynamics. Early planning is your best defence against uncertainty. We will continue to monitor developments and share updates. For tailored advice, please contact one of the team.

  • *I have permission from the copyright holder to publish this content and images.

A refresh for the Niab name and logo

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

Niab will be launching a new strategic plan in 2026 that will ensure the organisation remains at the forefront of translating agricultural innovation into products and services essential for increasing the prosperity and sustainability of farmers and growers throughout the UK.

And as part of this programme the Niab logo is undergoing a refresh. The ‘swish’ and colour remains the same, but the acronym is being retired in its logo form and in text, recognising Niab as our correct company name rather than Niab; it has been 30 years since privatisation and the move away from the original ‘National Institute of Agricultural Botany’.

This autumn there will be a gradual replacement of the old logo, including on our site signage, publications, digital platforms, event materials and presentations.

Niab CEO Professor Mario Caccamo said: “The Niab name and brand is a valuable resource that is evolving with the organisation, whilst still recognising its cultural legacy. This logo refresh will consolidate our work in creating ‘one Niab’, emerging from the various sub-brands, services and organisations that have made up Niab, especially over the past 15 years, and emphasise our new vision, mission and values that drives Niab today, without losing the brand integrity and heritage.”

For a copy of our new logo contact comms@niab.com

.

  • *I have permission from the copyright holder to publish this content and images.

One Year of Ceres Research: A Look Back and a Leap Forward

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

It’s hard to believe it’s been a whole year since Ceres Research officially launched! What started as a spark of an idea – bridging the gap between research insights and practical farming know-how -has grown into a vibrant hub of technical expertise, knowledge exchange, and community. So, as we blow out the candle on our first birthday cake (yes, there is cake!), we thought it was the perfect moment to reflect on how it all began, what we’ve achieved, and where we’re heading next.

Tiered cake with the Ceres Research branded logo in icing on the top.

How It All Started

Ceres Research was born out of a clear need: farmers and growers were calling out for independent, data-driven advice to practical farming challenges that didn’t just sit in a lab or a policy paper. They wanted real-world solutions, grounded in science and research, but tailored to the field. With our sister company, Ceres Rural, already offering boots-on-the-ground independent consultancy, we saw the opportunity to complement that by bridging the gap between them and the latest cutting-edge research and industry intelligence.

From day one, our mission was simple: to empower progressive farmers and agri-businesses with the latest science, digital tools, and practical insights. And we’ve stuck to that promise.

What We’ve Done This Year

It’s been a whirlwind! We kicked off with technical events like “Reflect & Project” in Essex, where we unpacked the 2024 harvest and looked ahead to 2025 with a brilliant panel of experts from our Research and Rural teams, including Dr Alexander Setchfield, Jock Willmott, Alice Andrews, and Dr Dannielle Robb.

We have delivered bespoke research projects and consultancy for innovative businesses, bringing new innovations to the forefront of farming and mapping where they sit in the market, to providing non-profits with insight and on-the-ground intelligence on water catchments, and where farmers see the potential for  policy to support them. We have also collaborated and partnered with various other organisations on funding opportunities such as Innovate UK ADOPT to trial farmer and grower-led research on farm, and to bring companies (like OptiGene and Timac Agro UK) and their technologies closer to their target audience – the farmer or agronomist– along with independent data validation.

Our membership service launched with a bang, offering monthly digests, podcasts, webinars, and interactive dashboards covering everything from agronomy planning to benchmarking yields, labour and machinery. The Agronomy Club became a regular fixture, with lively discussions on various topics including slug management, BYDV risk, climate modelling, and blackgrass control – plus some brilliant insights from our members and collaborators.

Now, we look ahead to our AgriStrategy Conference. An event that will become a key date in the diary, to look at profitability and productivity in farming – bringing attendees the real cutting-edge insights to maximise the future of farming in the UK. Dr Danni Robb, Research and Knowledge Exchange Assistant, says “Our AgriStrategy Conference takes a brief look back on harvest 2025, but then the theme of the day is looking forwards. Sessions cover viable rotations for 2026 and beyond, the future role of CS and SFI, next generation IPM strategies, data-driven biologicals, the role of technology in future farm profitability, and diversification opportunities. Speakers cover Ceres expertise across the Group from Rural, Property and Research, alongside excellent external speakers too. This is the first of its kind in terms of something so practical, cutting-edge and future thinking; I’m glad to be a part of it!”.

Tim Isaac, CEO, says “It’s incredible to see how far Ceres Research has come in 12 months, from a seed of an idea about bridging the gap between innovation and adoption, to a fully-fledged business which has already become an established name in agricultural research and knowledge exchange. There is already a full service offering for both clients and members from across the agri-food sector which gives a great foundation for further growth and development. Ceres Research is ready and able to help drive the industry forward and the opportunities for the future are both exciting and endless.”

What’s Next?

Looking ahead, we’re doubling down on our strategic priority: to improve the sustainability, profitability, and resilience of farming by harnessing the latest innovations. Dr Alex Setchfield, Research and Knowledge Exchange Manager, says “The need to bring technical and scientific innovation, especially AI-driven solutions, onto farms and into practical use by farmers and growers has never been more urgent. Working with Ceres Rural, we believe Ceres Research is uniquely positioned to bridge the gap between innovation and on-farm adoption, offering a distinctive combination of scientific expertise and practical farming insight.”

We’re committed to helping farmers drive agricultural productivity, while protecting the environment and supporting long-term business resilience. To do so, we’re building out our technical capability, expanding the reach of our service offerings, and continuing to turn research into actionable insights and solutions for our growing number of clients.

We’re also excited to expand our membership community, refine our digital tools, and explore new collaborations -whether that’s with established market players, tech innovators, water companies, or research institutions, ultimately supporting farmers and growers to trial and adopt  new approaches on the ground.

And yes, we’re still learning. This first year has been about listening, adapting, and laying strong foundations. Year two? That’s about scaling our impact.

Want to know more or get involved?

If you’re interested in innovation, whether you’re a farmer, grower, agronomist, retailer, institution or tech start-up, and are interested in collaborating with us, why not join us on our journey and reach out by contacting one of the team.

Dr Dannielle Robb – dannielle.robb@ceresresearch.com

Dr Alex Setchfield – alex.setchfield@ceresresearch.com

  • *I have permission from the copyright holder to publish this content and images.

How open collaboration in agri-tech could help solve the farm profitability puzzle

Agri-TechE Article
Agri-TechE

Access to funding, technology fragmentation, and a misalignment with farmers’ needs are perennial barriers to the adoption of the latest agri-tech, according to industry leaders speaking at Agri-TechE ’s REAP agri-tech conference.

But with new funding like ADOPT and a more open approach to co-developing exciting new technology, farmers attending the event believe it is easier than ever to see the benefits of agri-tech.

With Baroness Minette Batters speaking at REAP about her Farm Profitability Review for the first time since submitting it to Defra, the stark realities that farmers face without direct subsidy support are apparent. She believes that new technology will be needed to help unlock efficiencies and improve profits.

“On the evidence that I have (in the Farm Profitability Review), agri-tech is front and centre of profitability,” said Baroness Batters. “We have got to get research and innovation onto every farm and into every field.

“Two bits of evidence that I have seen for farm profitability are farmers having to have really good control of input costs and farming at scale. To be able to get the latest research hitting on farms is fundamental to improving these.”

Minette Batters delivering keynote address at REAP 2025
Minette Batters delivering keynote address at REAP 2025
Mario Caccamo, Niab, in the panel Co-Developing Solutions to Co-Exist
Mario Caccamo, Niab, in panel Co-Developing Solutions to Co-Exist

The benefits the UK has of diverse farming systems, soil types and innovative farmers make it an ideal location for agricultural trials. “We need to position ourselves as the world’s go-to place for testing and trialling agri-tech,” said Dr Belinda Clarke, Director of Agri-TechE .

“We are not going to change the world with one start-up or one research project at a time. Let’s pull them together, allowing the farmers to set the challenge,” she added.

Professor Mario Caccamo, CEO of Niab, cited one example in which the UK is pulling ahead of its competitors internationally, thanks to post-Brexit legislative changes. The Precision Breeding Act comes into force this month. It allows precision-bred crop varieties to be sold in England for human and livestock consumption, subject to individual approval from the Food Standards Agency (FSA).

He said that this has already had an impact in the research sphere, with the UK conducting more gene-edited crop trials than the rest of Europe combined this year.

“One key advantage of this (CRISPR-Cas9 gene editing) technology is that it is affordable, and it therefore has the potential to democratise access to it. We expect it to incentivise new ideas and investment in the UK,” explained Professor Caccamo.

Laura Rous, Dennington Hall Farms, in the Farmer Insights panel
Laura Rous, Dennington Hall Farms, in the Farmer Insights panel
Jake Freestone, Overbury Estate, speaking at REAP 2025
Jake Freestone, Overbury Estate, speaking at REAP 2025

What did the farmers and growers think?

Laura Rous from Dennington Hall Farms, a 1,500 Ha arable farm in Suffolk, is in an ADOPT-funded project with Niab and Limagrain and another neighbouring farm, looking at the long-term nitrogen reductions possible from using a legume cover crop mixture.

“We have found it really exciting to be part of the decision-making and problem-solving, building the project out from things I talk about with the farm’s manager, Ryan McCormick, on a day-to-day basis,” said Laura.

“Because our problem of trying to figure out reductions in nitrogen use is one all farmers face, we hope the results we get from this project will be meaningful to not just us but the wider industry.”

Outside of programmes like ADOPT, Jake Freestone, farm manager at the 1,600 ha Overbury Estate in Gloucestershire, said that less formal collaboration with researchers and companies has delivered the same impact for their business. As for him, the two-year funding timeline of ADOPT projects does not always work when he is examining the impact of experiments on a long-term rotation.

“If you are open to opportunity, then it will come,” explained Jake. “Attending events like REAP, making conversations and having a really open mind help. We have the land, the machinery, the ambition and the desire to make changes happen.”

“Working with ideas that are close to commerciality is important for farms. We need to do the final bit of testing, not necessarily always be there for the concept testing.”

For the horticulture sector, these collaborations are challenged by the lack of levy-funded research which Ali Capper, chair of British Apples and Pears, noted. “For apples, we had to rescue our research and development,” she said. “The primary focus at AHDB was pest and disease research, which is critical to the industry’s future.”

Ali welcomed the ADOPT programme, despite its administrative burden, noting, “It’s not perfect, but it’s brilliant that we have something farmer-led.”

Ali Capper, Chair of British Apples & Pears, in the Farmer Insights panel at REAP 2025
Ali Capper, Chair of British Apples & Pears, in the Farmer Insights panel at REAP 2025
Harley Stoddart, Defra’s Head of Climate Mitigation Science, giving closing keynote at REAP 2025
Harley Stoddart, Defra’s Head of Climate Mitigation Science, giving closing keynote at REAP 2025

Wrapping up the REAP Conference with his closing keynote, Harley Stoddart, Defra’s Head of Climate Mitigation Science, noted several similarities among the technologies on display throughout the day, notably those related to soil biology.

“I can’t help but think how many of these innovations link up to become more than the sum of their parts. The REAP conference is about collaboration and co-existing, and we wouldn’t be able to operate as an industry without doing those things,” Harley concluded.

Top technology to look out for from REAP 2025

The Research in Practice and Start-up Showcase sessions are annual features at REAP that this year allowed seven researchers and eight entrepreneurs to present their technologies to the audience. Here are our top five to look out for in the years to come:

1. Peptides: a 21st-century herbicide?

Peptides are traditionally used as a biostimulant to stabilise yield when a crop is subjected to drought or flooding. However, Dr Nadia Radzman, a biologist at the Sainsbury Laboratory in Cambridge University, is investigating the use of peptides as bioherbicides. She believes that by careful design, their effects can be reversed and used to elicit an extreme stress response in plants.

“At the same time, I am co-applying it with another chemical that is protecting the crops from the bioherbicide,” said Dr Radzman. “This protector RNAi spray makes the crop ‘blind’ to the bioherbicide. So, together, this would be a system that is very cost-effective as a bioherbicide.”

Dr Nadia Radzman, Cambridge University, Research into Practice REAP 2025
Dr Nadia Radzman, Cambridge University, Research into Practice REAP 2025
Jasper Kaucky, Oko Ag, REAP Start-Up Showcase 2025
Jasper Kaucky, Oko Ag, REAP Start-Up Showcase 2025

2. Navigate funding availability and eligibility with the click of a button

Helping farmers to navigate the complex world of grants and subsidies is the start-up business Oko. It uses geospatial satellite imagery and conversational AI to identify potential funding available to farmers.

The key difference between Oko and other land management software is its ability to scan its database of available funding and provide farmers with options for a particular parcel of land, explained Jasper Kaucky, founding software engineer at Oko. Once identified, the system will assist in applications and manage the actions required by the funds.

In 2026, the team aims to implement a subscription plan that allows farmers to browse their directory, access real-time planning tools, efficiently plan and apply for funding, and estimate their potential earnings.

3. From two weeks to 30 minutes: rapid lab-quality livestock disease diagnostics

Sometimes an innovation arrives that completely transcends the existing standard. That’s the impact of the Tesco Agri T-Jam winner for 2025, ProtonDX. They have developed a farm-portable device which is capable of delivering lab-quality results for a range of livestock – and soon plant – diseases, explained Bob Enck, CEO of ProtonDX.

The system gets a clean sample extraction in the field, which feeds a molecular LAMP-based diagnostic test capable of producing an accurate result in 30 minutes. Compare that to the existing system, where samples are sent to a laboratory and results are often not returned for two weeks. That is an additional two weeks for the disease to spread and for farmers’ losses to accumulate. From this evidence alone, Bob believes ProtonDX’s business case is compelling.

Their initial work has been focused on screening pigs for porcine reproductive respiratory syndrome virus (PRRS) and influenza. PRRS, in particular, is a major challenge for the pig sector. It was the most frequently reported disease issue in pigs over the last six months, and with the potential to lead to infertility in sows, the economic impact can be huge.

ProtonDX is launching the product commercially in the pig sector and is developing poultry, beef, and dairy markets with specific pathogen diagnostics for important diseases in these sectors.

Jakub Dziegielowski, CEO & Founder of Bactery, REAP 2025
Jakub Dziegielowski, CEO & Founder of Bactery, REAP 2025
Robert Enck, ProtonDX, presenting in the Start-Up Showcase at REAP 2025
Robert Enck, ProtonDX, presenting in the Start-Up Showcase at REAP 2025

4. Could a six-inch soil battery be the most practical on-farm renewable yet?

A six-inch box filled with soil might not look like the future of on-farm energy generation, but that’s precisely what Jakub Dziegielowski, founder and CEO of Bactery, is betting on. Bactery has developed a soil-powered device that captures electrons released by soil bacteria to generate electricity.

With an anticipated lifespan of 30 years and measuring just six by six inches, the battery device is low-maintenance and designed to sit quietly in the ground, offering a low-profile alternative to above-ground renewable energy sources that depend on the wind or sunlight.

Jakub said it could offer a long-term, cost-effective solution for powering sensors scattered across a farm. With trials underway and a hopeful commercial launch planned, Bactery provides a new route to decentralised, soil-based energy.

5. Lupins. What’s not to like?

With >40% protein levels, high digestibility, and the ability to fix nitrogen, there is a lot to like about lupins, according to Dolapo Olawoyin, research scientist at the University of Leeds.

He has been studying the properties of lupins and their potential use in the food chain. The protein levels are comparable to those of imported soy and exceed those of the UK’s main pulse crops, peas and faba beans. Lupins also have a balanced amino acid profile containing all the essential amino acids.

He hopes that his research will stimulate further discussion within the food chain, creating a market for farmers to grow lupins for.

Dolapo Olawoyin, University of Leeds, Research into Practice REAP 2025
Dolapo Olawoyin, University of Leeds, Research into Practice REAP 2025
Bianca Forte, SugaROx Ltd, in the audience at REAP 2025
Bianca Forte, SugaROx Ltd, in the audience at REAP 2025

Thank you to our REAP 2025 sponsors!


Post REAP Conference blues?!

The annual REAP Conference may be completed for this year, but you needn’t wait until next November… On 28 April we are hosting another Conference NatureTech for Profit and Planet to explore how nature-tech innovation is enabling the delivery, measurement, and monetisation of ecosystem services across the UK’s productive landscapes.

An early-bird price of £100 (ex VAT) is available until 1st February.

Agri-TechE member discounts apply in addition – Agri-TechE  members will need to log in or register for an account.

We reveal the Top Eight Innovations in the REAP 2025 Start-up Showcase

Agri-TechE Article
Agri-TechE

The annual Start-up Showcase at REAP is back to highlight innovative new technologies for the agriculture. The 2025 line-up offers a diverse selection of farming solutions, including those focused on soil health, mapping, sustainability, and AI software.

With eight early-stage ventures eagerly presenting their ideas, the audience saw innovative technology across farming sectors, each committed to addressing the challenges faced by the industry.

What advantages might the 2025 Start-up Showcase offer in the coming years?

Tune into life broadcasting below ground

“A healthy soil is a noisy soil,” according to ecologist and Soil Acoustics founder, Andrew Baker. Soil Acoustics brings the well-established ecological monitoring principle of ecoacoustics to the world of agriculture.

Developed following DEFRA Farm Improvement Programme funded research with the University of Warwick, their device uses a probe to record underground movement and analyse the sounds made by soil-dwelling creatures. The result is a rapid, three-minute soil analysis sample – a sharp contrast to traditional worm pits take up to 20 minutes to dig and assess.

Baker says, “A healthy soil is noisy because it has lots of invertebrates moving around. We are measuring this biological diversity of activity using sound as a proxy for soil health.”

“During the research and field trials, we built a substantial database of soil sounds, now over 5000 samples world-wide,” says Baker. “Using that, we’ve created a soil acoustic quality index – an initial metric – to help farmers understand biodiversity levels at their site.”

The technology is already being used to monitor soil health and regenerative practices, with future applications in early pest detection and species-specific acoustic tracking.

Soil Acoustics

Soil Acoustics SUSC image of their sound
Soil Acoustics SUSC image from their website

Could bacteria-powered batteries be the most practical on-farm renewable yet?

A six-inch box filled with soil might not look like the future of on-farm energy generation, but that’s exactly what Jakub Dziegielowski, founder and CEO of Bactery, is betting on.

Developed after his chemical engineering PhD at the University of Bath, Dziegielowski has developed a soil-powered device that captures electrons released by naturally occurring soil bacteria to generate electricity.

With an anticipated lifespan of 30 years and measuring just six by six inches, the battery device is low-power, low-maintenance, and designed to sit quietly in the ground offering a low-profile alternative to weather-dependent renewables. It’s built for “install and forget” functionality, ideal for powering sensors, valves, and other digital infrastructure in remote or hard-to-wire locations.

“To give perspective,” says Dziegielowski, “that unit in a year generates the amount of energy stored in about 10 of your standard AA batteries. But in the lab, we’ve already built a version six times more powerful – enough to drive lights, irrigation valves, and even heavier-duty applications. In Brazil, for example, we built a soil-powered water purification system for a remote community.”

With trials underway and a hopeful commercial launch planned, Bactery offers a new route to decentralised, soil-based energy, and a fresh angle on what farm infrastructure could look like.

Bactery

Green
Knowledge Hub size images (5)

Satellite tech targets nitrogen timing

Messium, co-founded by George Marangos-Gilks and Vishal Soomaney Vijaykumar, is using a hyperspectral satellite to track nitrogen levels in crops, offering farmers a way to reduce waste, improve timing, and increase yields.

“The problem” says Marangos-Gilks, “is that a lot of the time, farmers are applying when the crop already has lots of nitrogen in it. Not when the crop is getting deficient.”

Unlike current mapping systems, Messium’s technology can assess the size of any crop to determine whether it is under- or over-fertilised. “We’re using a new type of hyperspectral satellite that understands nitrogen in crops for the first time ever,” says Marangos-Gilks.

The system helps pinpoint when nitrogen should be reapplied for optimum absorption and efficiency, avoiding the common problem of applying too early or too late, which can stunt yields and reduce profitability.

Already working with farmers across the UK, Europe, and North America, Messium is preparing for commercial rollout in partnership with Hutchinsons, Frontier, and AgroVista.

Messium

Messium (2)
founder headshot messium (2)

What if AI did the work, so you don’t have to?

AI is changing the landscape across many industries, and agriculture is no different. Built to help farmers navigate funding, Alexandra Simmons, co-founder of Oko Ag, has designed a tech platform which makes search processes quicker and easier.

Simmons says, “We are looking to simplify how farmers and advisors find, plan and manage ag funding. We’re doing that by building a search platform, centred around a conversational AI, to help people navigate their options and is linked with a set of digital tooling to help them design schemes and manage them”.

“Think WhatsApp meets Google for those who don’t understand ChatGPT and have not yet used the idea of conversational AI.

“But instead of having to search through pages and pages of PDF documents and various websites, you simply ask Oko what you’re looking for. So, whether you’re looking for what government funding you can use to reduce flooding on your land or if there’s any cash available to help you diversify and put solar on, Oko does the research.”

“The previous system required farmers to create their own spreadsheets, download these PDFs, and read through and highlight different options that they found interesting. We’re automating a lot of that. So, you can simply click on a field and see immediately what you can and can’t do”.

After launching a prototype in March, the team hopes to go live this winter, ahead of the anticipated release of Government incentives next summer. In 2026, the team aims to implement a subscription plan that allows farmers to browse their directory, access real-time planning tools, efficiently plan and apply for funding, and estimate their potential earnings.

Oko Ag


Magnificent men and their flying machines

With 25 years of sugarcane farming in South Africa and nearly a decade of drone spraying experience, Kim Hein is now bringing his expertise to the UK as Drone Operations Manager at SwarmOps.

Hein explains: “Although there are major differences in the UK agricultural sector, our experience translates.”

SwarmOps offers drones that do more than fly – they map, spray, spread, and seed. Each drone carries up to 60 litres of liquid per arm and is built to handle wet weather, avoid soil compaction, and deliver targeted spraying with minimal waste.

The drones also work in conjunction with a mapping system. Mr Hein says, “Once you’ve done all the mapping and you’ve set the parameters, it really is a click and go system.

“The drone looks after itself in terms of its battery capacity, marks its endpoint in the field, returns home for a change of batteries and a refill of the tank. You simply re-click the task and resume, and off it goes again. An almost completely automated process”.

SwarmOps is one of the few UK companies authorised by the Civil Aviation Authority for UAV crop spraying. Their drones are already being used for pest and disease control, fertiliser distribution, and cover crop seeding, with growing interest from regenerative farmers, land managers, and environmental stewards.

SwarmOps

SwarmOps 2
SwarmOps 3

Translating microbes into management advice

“Support farmers and agronomists’ decision-making with soil biological data.”

That’s the mission behind a new machine-learning model that decodes the microbial signals in soil, helping farmers and agronomists make smarter, more targeted decisions.

Starting just three years ago, after the Carbon 13 program in Cambridge, Scott Jarrett and his co-founder combined their agricultural, commercial, and computer science skills to find new solutions for soil biology to create Elaniti.

“We contextualise data,” says Jarrett. “Soil biology in and of itself isn’t necessarily that useful. But when you associate microbial data with soil nutrients, weather, input regimes, and farm management, you start to see how it drives outcomes like yield, nutrient use efficiency, and disease expression.

The technology is designed to be simple, utilising soil nutrient tests and analysing their soil biology in the lab. Once analysed, the results are shared with the farmer/agronomist as a soil functionality assessment, ‘Soil Diagnostics’, flagging disease risks, guiding variety selection, and helping agronomists fine-tune nutrient and disease management plans throughout the season.

“It’s about steering the microbiome in the right direction,” Jarrett explains. “If you know your soil’s disease risk profile, you can choose a more resistant wheat variety. If you understand nutrient dynamics, you can reduce fertiliser use and focus interventions where they’ll have the most impact.”

Elaniti is currently in partnership with Bayer across several European countries and is working with distributors to prepare for UK release.

Elaniti

Soil Analysis (1)
Natali - Bioinformatics - In Lab (3)

Soil capsules – quite literally groundbreaking

Around 40% of the earth’s soil has been degraded, with a track to degrading 90% says engineer Lu Afolayan, who is on a mission to support farmers in regenerating the land where extreme weather and prolonged soil wetness has accelerated compaction and prevented machinery use.

Starting at Imperial College London, Lu co-founded Aeropod, climate-responsive soil aeration capsules that activate when soil reaches a critical level of compaction and moisture.

When aeropods are triggered, they aerate and enrich soil, breaking through compaction and restoring oxygen flow, and fully biodegrading to release materials that support healthy soil biology. It’s quite literally groundbreaking.

Climate-proof and time-staggered, farmers plant them once with seeds, and they work all season. The simple process ensures savings on costs, diesel, labour and machinery, Lu says.

Over the next year, the company will conduct on-farm UK trials to collect commercial data to support its ongoing efforts, and Lu is passionate about connecting with more like-minded people.

Aeropod was created with farmers in the 1st place, and we want to keep that going.”

Aeropod


 

Aeropod 1
Aeropod 4

Tesco T-Jam winner to speed up pathogen testing

As this year’s Tesco Agri T-Jam winners, crowned from 130 applications, ProtonDx’s Bob Enck and Elliot Quigley are aiming to supply livestock producers, veterinarians and farmers with rapid portable tests to detect infections in livestock and poultry.

Originating as an Imperial College London spin-out and initially operating within the human health sector, the company employs laboratory quality diagnostic results to identify multiple pathogens in a single test – from virtually anywhere.

Currently, the UK relies on veterinary practices to send samples to a centralised laboratory, which can take about two weeks for vets, producers and farmers to receive results. Dragonfly, ProtonDx’s rapid, portable, molecular platform, provides results in just 30 minutes without leaving the farm.

“That delay in timing is a challenge. To provide an answer, pen side, nearly immediately is innovative for the industry and offers a tremendous amount of value,” says Bob.

“Our tests can handle the extreme temperatures and weather that we have in the UK. Whether it’s Scotland in the winter or southern England in July.” Plus, Dragonfly tests are produced and manufactured in the UK.

Over the last twelve months, ProtonDx has closed several significant partnerships and has recently been awarded a multi-million-pound farming grant.

Going forward, the ProtonDx team is launching their first farm-ready PRRSV and Swine Influenza test and continues to develop tests for a variety of other pig pathogens, as well as expanding to additional livestock species, including tests for other flu strains. They are seeking partners in the cattle and poultry sectors to mirror their work from the pig sector.

ProtonDx

Image 2
Image 3

ATW 2025: A Tour of Agrii’s Flagship Throws Farm Technology Centre

Member News
The views expressed in this Member News article are the author's own and do not necessarily represent those of Agri-TechE.

Agri-TechE Week 2025 celebrates its 12th year! Our largest yet, featuring 11 events curated by Agri-TechE and hosted by our incredible member community, followed by the REAP Conference on 4th November. This week exemplifies innovation, collaboration, and forward-thinking in agri-tech.

Each event reflects the strength of our ecosystem, showcasing what our community can achieve and bringing together our growers, researchers, and technology developers. A big thank you to our members for hosting – we wouldn’t have an agri-tech week without you and we are very proud to have your membership.

Agrii was pleased to host the recent Agri-TechE Week event at Throws Farm Technology Centre, bringing together delegates from across the agri-tech community to explore emerging innovations that are shaping the future of sustainable farming.

Agrii ATW 2025 Strawberry
Agrii ATW 2025 2

The visit provided a valuable opportunity for knowledge exchange, discussion, and collaboration between researchers, technology providers, and industry practitioners – all with a shared goal of improving productivity, profitability, and sustainability across the sector.

The programme included guided tours of Agrii’s research facilities, where visitors saw a diverse range of projects spanning biological research, adjuvant technology, drone applications, and hyperspectral imaging systems – all designed to enhance the precision, efficiency, and resilience of crop production.

Attendees also explored work within the amenity division, where innovative technologies have potential crossover into mainstream agriculture, highlighting the benefits of cross-sector innovation and knowledge transfer.

A key theme throughout the day was the role of digital connectivity and interoperability in making technology work more effectively for growers. Through RHIZA and the Contour platform, Agrii is helping to integrate data from multiple sources – including soil analysis, satellite imagery, and on-farm observations – to provide a more complete picture of crop performance and support more informed decision-making. This focus on interoperability is critical to ensuring that new technologies complement, rather than compete with, one another to deliver meaningful value on farm.

For Agrii, the event was an excellent opportunity to engage with new and existing contacts, share insights from our in-house R&D and digital platforms, and learn from others across the wider agri-tech ecosystem.

Overall, the event reflected the shared ambition within the Agri-TechE network to accelerate innovation and sustainability in UK agriculture. Hosting the visit allowed Agrii to contribute to that dialogue while demonstrating how research, technology, and partnership can come together to deliver real progress for farmers and the wider industry.