DAILY INNOVATION BRIEF by Edward Kane, Journalist

DAILY INNOVATION BRIEF

By Journalists Edward Kane & Maryanne Kane

OH BEHAVE!!! GOOGLE DEEPMIND MAKING SURE AI ROBOTS BEHAVE

Source: Google & Stock

Google's DeepMind has developed new rules for AI robots to abide by when they are doing chores or cleaning your home. Here are some key facts:
Google DeepMind has written a new set of rules - an operational constitution of sorts - to make AI robots safer
It's called AutoRT and is designed to enable robots to function like smart humans doing chores safely and accurately
The guidelines provide robots with better grasp of objects and clearer instructions for doing their chores, such as putting some snacks for the family on the countertop not someplace else
Enables robots to learn more in real-time "on the fly" to navigate their environment dynamically
Google's new "rules" encompass a massive amount of data powered by large language models (LLM) and visual language models used in conjunction with a camera
Extensively tested for months by Google
At this time, it can handle up to 20 robots simultaneously
This AI robot advancement by Google DeepMind is designed to make the use of robots safer and enable them to behave well in your home.

HEALTHY PLANTS GROWN WITH LESS PESTICIDES

Source: Rice plant Stock

University of Southampton (UK) scientists have bio-engineered a plant microbiome, boosted the plant's good bacteria, protected it from disease and significantly reduced the need for pesticides to keep the plant healthy. Here's what we know:
This is a world scientific first
UK scientists, along with an international team of scientists from Austria and China, have engineered a plant microbiome for the first time
They specifically added "good bacteria" to the microbiome to protect it from disease
This breakthrough could dramatically cut the need for pesticides, which are known to be harmful to the environment
Microbiomes are the environment of particular bacteria in an organism
They influence the organism's metabolism, immune system and likelihood of getting sick
Knowing a plant's microbiome enables scientists to know their vulnerabilities to disease and how to prevent it
Specifically scientists successfully added helpful bacteria that prevent disease and keep the plant healthy without the need of pesticides
They successfully used the technique on rice plants but say it can be used in other plants
The potential of this approach to cut the use of harmful pesticides is said to be significant.

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