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small robots
Trends
- 1
Researchers reporting through the American Physical Society describe a counterintuitive finding: adding a small amount of noise can actually help a soft valve close reliably. The result suggests gentle random fluctuations can push flexible, deformable valves past their closing threshold, an idea relevant to soft robotics and microfluidic devices. Physicists are drawn to the work as an example of noise-assisted behavior in mechanical systems.
- 2Robotics startup RobCo reaches unicorn status with $40M raise▼Robotics startup RobCo valued at $1B+ in $40M funding round
Munich-based robotics startup RobCo has raised $40 million in a new funding round that values the company at more than $1 billion, giving it unicorn status. The company builds modular robots aimed at automating tasks for small and mid-sized manufacturers. The deal adds to growing investor interest in robotics and industrial automation startups.
- 3Robot now paints the lines for a high school football field▼Robot paints lines for high school football field
A high school has started using a robot to paint the yard lines on its football field, replacing the traditional manual job. The machine handles a task that typically takes grounds staff hours, and coverage of the unusual sight has drawn local attention as a small but striking example of automation entering everyday school operations.
- 4dorsaVi raises $2.09M to expand into humanoid robotics▼dorsaVi raises $2.09M to push sensors into humanoid robotics and chips
Australian wearable-sensor company dorsaVi has raised $2.09 million in fresh funding, which it plans to use to move its sensor technology into humanoid robotics and semiconductor applications. The company, known for movement-tracking devices used in workplace safety and sports medicine, is positioning its motion-sensing expertise for the fast-growing robotics hardware market. The modest raise has drawn attention as small-cap sensor firms race to supply the humanoid robot supply chain.
- 5Small Robot Spotted Roaming Evansville Streets▼See a Little Robot Roaming Evansville? Here’s What It’s Doing
Residents in Evansville, Indiana have been noticing a small robot moving around the city, prompting questions about its purpose. Local coverage explains what the device is doing there, amid growing public curiosity about delivery and service robots appearing in US cities.
- 6Germany's RobCo becomes Europe's new robotics unicorn●Europe’s new robotics unicorn: Germany’s RobCo hits $1B valuation
Munich-based robotics firm RobCo has reached a $1 billion valuation, making it Europe's newest unicorn in the robotics sector. The company, known for modular robot arms aimed at automating small and mid-sized manufacturers, is being held up as a sign that European industrial robotics startups can still attract major investment despite a cautious funding climate.
- 7
Engineers have developed a small jumping robot that operates without an onboard battery, drawing its power instead from infrared light aimed at it from outside. The design could point to lighter, longer-running microrobots, since batteries are typically the heaviest component of tiny machines. Coverage highlights the beam-powered approach as a potential route for small robots used in inspection, search and confined-space work.
- 8Kids Podcast Explores Robot Cockroaches●It's a Bird! It's a Plane! It's... a Robot Cockroach?!🪳🤖 | Wow in the World Kids Podcast
The children's science podcast Wow in the World has released an episode about robot cockroaches, aimed at introducing young listeners to robotics and bio-inspired engineering. The episode is drawing large audiences, with hundreds of thousands of likes, as families tune in to learn how engineers borrow from nature to design small, resilient machines.
- 9Princeton researchers train small language model to chess mastery●🤖 Princeton researchers train a 4B LLM to reach 2700 Elo in chess (with no signs of a plateau when they stopped training
Princeton researchers have trained a 4-billion-parameter language model to reach an Elo rating of 2700 in chess, a grandmaster-level standard. The team reports the model showed no signs of a performance plateau when training stopped, and that it can explain its moves accurately. According to the researchers, the training technique could also be applied to other games, robotics, and computer use.