Farming's Electric Future: iTerra's AI Zaps Weeds, Not Soil

NEW YORK, NY – March 11, 2026 – In a move that could signal a paradigm shift for global agriculture, technology firm I-Pulse has officially launched iTerra, an agricultural subsidiary poised to challenge the dominance of chemical herbicides. The new venture is introducing a system that combines artificial intelligence with high-powered electrical pulses to destroy weeds, promising a future where fields can be kept clean without spraying a single drop of chemicals.

I-Pulse, a company co-founded by mining magnate Robert Friedland and technology expert Laurent Frescaline, has spent years developing civilian applications for its proprietary pulsed power technology. Now, with iTerra, it is targeting one of agriculture's most persistent and costly problems: weed control. The announcement comes at a critical time for farmers, who are grappling with the dual pressures of tightening profit margins and a growing number of weed species that have become resistant to common herbicides.

The Technology: A Bolt from the Blue

At the heart of iTerra's solution is a sophisticated fusion of advanced technologies. The system, designed to be mounted on tractor-towed platforms or future autonomous vehicles, uses AI-driven cameras and algorithms to scan fields, distinguishing crops from weeds with what early trials claim is up to 95% accuracy. Once a weed is identified, the system delivers a controlled, high-energy electrical pulse lasting just five milliseconds directly into the plant.

This jolt of electricity travels through the plant's vascular system down to its base, effectively boiling the water within its cells and destroying it from the root up. Unlike mechanical weeding, which can disturb soil structure, or chemical sprays, which can drift, this method is highly targeted. The treated weeds are left to decompose in place, returning organic matter to the soil.

"By controlling weeds with our pulsed electrical power, we will reduce reliance on the load of poisonous chemicals that are being used in global agriculture," commented I-Pulse Chairman and CEO Robert Friedland in the company's announcement. "It maintains soil health so that the food can be organic and regenerative by protecting the water table."

While the concept of using electricity to kill weeds, known as electroweeding or Electrical Weed Control (EWC), is not entirely new, iTerra's approach leverages the precision of AI and the efficiency of advanced pulsed power. Initial research from l’École d’Ingénieurs de Purpan in France, cited by the company, supports the claim that the technology has a high weed-control efficiency without disturbing vital soil microbiology. This is a crucial differentiator, as maintaining a healthy, living soil is a cornerstone of regenerative and organic farming principles.

Independent research in the broader EWC field corroborates these potential benefits. Studies at institutions like Michigan State University and trials in Australia using similar technologies have found no significant negative impact on root-zone microbial communities or soil biota, lending scientific weight to the promise of a tool that kills weeds but not the life that sustains the crops around them.

A Revolution for Sustainable Farming

For decades, chemical herbicides have been the default tool for large-scale agriculture, enabling farmers to produce the vast quantities of food needed to feed a growing global population. However, this reliance has come at a cost. The accumulation of chemical residues in soil and water, the emergence of herbicide-resistant 'superweeds', and growing consumer and regulatory concerns have created an urgent need for alternatives.

iTerra's technology enters this landscape as a potential game-changer. By eliminating chemicals from the weed control equation, it directly aligns with the goals of major sustainability initiatives like the European Union's 'Farm to Fork' strategy, which calls for a significant reduction in pesticide use. It also offers a powerful new tool for the rapidly expanding organic food market, which is strictly governed by standards that prohibit synthetic herbicides.

"This is a completely new approach to weed control," said iTerra CEO Romain Leray. "At iTerra, we’re combining two advanced technologies - high pulsed power and AI - to give farmers the ability to produce healthy organic food with absolutely no chemical herbicides involved."

The potential benefits extend beyond environmental stewardship. For farmers, it represents a new mode of action against weeds that have developed resistance to chemicals like glyphosate. By providing a non-chemical solution, iTerra could help break the cycle of resistance and reduce the need for ever-stronger and more expensive herbicide cocktails.

The Path to the Field: Hurdles and Hopes

While the technology holds immense promise, its journey from the lab to widespread adoption in farmers' fields is just beginning. The primary challenge, as with many innovations in agricultural technology, will be proving its commercial viability and scalability. Competitors in the non-chemical space, including companies developing laser-weeding robots like Carbon Robotics and other EWC systems like Zasso and Root Wave, are also vying to solve the same problem.

The initial capital investment for such a sophisticated system could be a significant barrier for many farmers. The operational efficiency, including application speed and energy consumption, will be scrutinized. Some existing EWC systems have been noted for being slower than conventional broadcast spraying, a critical factor during tight planting and growing windows. iTerra will need to demonstrate that its system is not only effective but also economically practical for farms of various sizes.

To that end, the company is embarking on a rigorous validation process. It has established collaborations with prominent U.S. agricultural institutions, including UC Davis, Cornell University, and Rutgers University, along with USDA research partners. This academic validation is critical for building trust within the conservative agricultural community. The next major milestone is the commencement of large-scale parcel testing, slated for the second quarter of 2026, which will be the true test of the technology's performance in diverse, real-world conditions.

Further bolstering its strategic approach, iTerra has enlisted high-profile advisors, including George Eustice, the former UK Secretary of State for Environment, Food & Rural Affairs, and Sarah Mock, a respected U.S. Agriculture Policy Analyst. Their involvement signals a savvy understanding that technological innovation must be paired with astute policy navigation and effective communication to succeed. These advisors provide crucial expertise in the regulatory landscapes and farmer-centric concerns of key European and American markets, suggesting iTerra is planning a comprehensive strategy for market entry and acceptance. adoption.