Bonus Episode: Robotics for Sustainability (ERF 2026)

Robot Talk · 13 Aug 2026 · 32m

AI in practice: 2 real uses of AI described

What this episode covers

Claire Asher interviews experts at the European Robotics Forum (ERF) 2026 about robotics for sustainability. Anna Gunker discusses bridging the gap between digitalization and green tech funding. Stafford Suznovsky presents Sea Clear 2, a multi-robot system for marine litter collection, while Daniel Ghost describes Drunkripper, a drone-based litter collection system. Tomas Krenik and Fasha Darwin explain their project using robots to monitor and influence honeybee colonies, and Foster Frere discusses marine robotics for environmental monitoring and energy harvesting.

AI in practice

Where this conversation describes AI being used to build or deliver a product. Part of the AI in practice tracker.

Engineering & simulation

The team trained algorithms to distinguish between classes of litter and living organisms (animals/plants) by labeling images, enabling the robots to identify what to collect versus what to protect.

“So we do that through machine learning. We trained algorithms to directly distinguish between different classes of liter and we typically just label that to be trash. And other classes like animals or plants so everything that we need to protect down there.”

Stafford Suznovsky · Hear it at 8:20

Engineering & simulation

The project uses AI for automated plankton counting, where a pump collects water, filters it, and the system analyzes the sample in real-time before returning the water to the ocean.

“And then I presented also a couple of examples of automated plankton counting with the AI and a pump that collects water in real time from the ocean, goes through the filter, analyzes that and brings back the water back to the ocean.”

Foster Frere · Hear it at 22:54

Mentioned

Companies
euRobotics
Products
Sea Clear 2, Drunkripper
Also
Karlsruhe, Technical University of Munich, RPD University, Czech Technical University, Durham University, University of Zagreb, Uber University

Other shows on the same ground, closest first.

  • The Next Byte Podcast · 21m

    222. Tree-Climbing and Reef-Restoring Robots

    Hosts discuss three robotics projects developed by students at ETH Zurich under the Focus program: Monkey, a tree-climbing robot using screw-based adhesion; Reef Ranger, an autonomous underwater robot for coral restoration; and Argos, an automated monitoring system for laboratory mice welfare. The episode highlights how student constraints drive innovation and how these technologies address ecological and ethical challenges in biology and environmental science.

  • The Next Byte Podcast · 22m

    23. Bird-Inspired Drone Wings, Scaling Digital Twins, Tracking Microplastics From Space

    Hosts Daniel Scott Mitchell and Farbod Moghaddam discuss three engineering breakthroughs: Christina Harvey’s PhD research at UMich on seagull-inspired morphable drone wings for stability; Michael Capton’s MIT framework for scaling digital twins across physical assets like UAVs and health monitors; and UMich researchers repurposing NASA’s CYGNSS satellites to track microplastic pollution in the ocean.

  • The Robot Report Podcast · 1h 07m

    Bonus Edition - 2023 RBR50 Review

    Steve Crowe and Mike Oitzman review the 2023 RBR50 Robotics Innovation Award honorees, highlighting NASA’s space robotics initiatives, including the James Webb Space Telescope, the DART spacecraft, and the Perseverance Rover. They discuss Space E’s Deming Rover for retail inventory, Tusk Robots’ pallet-moving solution, and WHILL’s autonomous airport mobility service. The hosts also analyze business innovations from Teradyne, Machine Labs’ robotic metal forming, Amazon’s Sparrow picking robot, and Agility Robotics’ Digit humanoid.

  • The Robot Report Podcast · 58m

    Cloud based robotic fleet management and control

    Xavier Orr, CEO of Advanced Navigation, and Michael Arens, co-founder and CEO of Clean Earth Rovers, discuss cloud-based robotic fleet management. They detail the use of Advanced Navigation's CG Connect cellular modem and Cloud Ground Control software to enable remote operation of autonomous marine rovers for pollution cleanup. The conversation highlights the shift from manual disaster response to automated 'robotics as a service' models, emphasizing safety and scalability in outdoor environments.

  • How I Built This · 32m

    Doing the bees’ work with Thai Sade of BloomX

    Thai Sade, co-founder and CEO of BloomX, explains how his company uses robotics and AI to enhance crop pollination, addressing the decline of bee populations and the need for higher agricultural yields. He details the development of two main technologies: the Burrow, an autonomous vehicle that vibrates blueberry flowers to release pollen, and the Crosby, a manual electrostatic tool for transferring sticky pollen in crops like avocados. Sade discusses the company's validation process in Latin America, its $8 million in funding, and how increasing yield per hectare can help prevent rainforest deforestation.

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by Robot Talk. The episode itself belongs to its publisher.