- BeeHero leverages AI to monitor half a million beehives globally, ensuring efficient pollination.
- Tevel deploys autonomous drones equipped with advanced AI for precise fruit picking, addressing critical labor shortages.
- Both companies are expanding rapidly, securing significant funding, and planning future IPOs.
The agricultural landscape is undergoing a radical transformation, driven by innovative Israeli startups. This year's Atlas Prize highlights two such pioneers: BeeHero, which is decoding the secret life of bees for optimized pollination, and Tevel, which is deploying autonomous robots to solve the global challenge of fruit harvesting.
BeeHero, founded in 2017, has developed a sophisticated platform that uses in-hive sensors to monitor bee health and activity. Yuval Regev, co-founder and CTO, explained how their system listens to bees, identifying distress signals, hunger, or overcrowding. This real-time data allows beekeepers to intervene proactively, improving hive strength and pollination efficiency across half a million hives worldwide, from Australia to the US. The company has raised $64 million and projects revenues nearing $100 million for 2025, with ambitious plans for an IPO.
Beyond hive monitoring, BeeHero is expanding its reach by placing sensors near flowers to measure bee visitation rates, enabling accurate yield predictions for seed companies and identifying agricultural pests. Regev emphasized the challenge of convincing a traditional agricultural market, often requiring free trials to prove efficacy. However, their unique, out-of-the-box approach has allowed them to capture significant market share, making them the world's largest pollination company.
Meanwhile, Tevel, also founded in 2017, is tackling another critical agricultural bottleneck: fruit picking. CEO Yaniv Maor, who comes from a robotics and machine vision background, identified the severe labor shortage in harvesting as a persistent problem. His solution: autonomous drones equipped with AI-powered arms that can identify ripe fruit, navigate complex tree structures, and pick delicate produce without damage. The company has raised $38 million and is now the sole provider of commercial autonomous fruit-picking solutions globally.
Maor detailed the drone's intelligence, which can assess ripeness, size, color, and even detect diseases. The system makes complex decisions about how to approach and detach each fruit, adapting to various fruit types and tree conditions. Despite the engineering challenges posed by harsh weather, varied lighting, and seasonal operations, Tevel's technology is proving invaluable. Maor highlighted that while the robots perform the physical task, human farmers remain crucial for defining parameters and overseeing operations, ultimately saving costs and ensuring the stability of the food supply chain. Tevel anticipates a public offering within the next three to four years, signaling a bright future for autonomous agriculture.
“I think that doing things that are... thinking outside the box and finding places that people haven't looked at yet, there's a huge advantage in that.”
- Natalie Rotem, Program Host
