#AI-powered indoor garden

#AI-powered indoor garden

Qi Sun's DrayEasy platform exemplifies a significant advancement in logistics, merging quoting, booking, and real-time tracking into a seamless automated experience for shippers.

"Why should tubs be relegated to bathrooms?" Poe questions, showcasing his innovative approach to interior design by placing a bathtub in the main living area.

"We want to make the Graham Norton of video games," says Kirsty Rigden, the chief executive of Brighton-based FuturLab, which makes PowerWash Simulator. Aspiring to emulate a talkshow host who has a reputation for being affable rather than for setting pulses racing is perhaps an unusual ambition for a gaming studio.

"Peppermint offers a mild, temporary deterrent, but squirrels quickly adapt, and the scent fades outdoors."

In the past, roof inspections mostly focused on what could be seen from the outside. Contractors looked for broken shingles, worn flashing, or areas where water might enter the roof. The problem is that roof damage does not always show clear signs right away. Water can move through roofing layers before it becomes visible inside the home.

We are making sure that we have renewable energy powering all of our datacentre footprint. We have 100% renewable power today that is powering all of Azure, and we're very proud to build that base and essentially stimulate renewable energy around the world and in the UK.

It can drive through the field and look at every square inch. We really honed our craft on model performance and detection with rocks, and now we've transitioned that into weeds. The robot uses a boom-mounted camera system to capture detailed imagery across the field. With eight cameras operating at 1 millimetre resolution, TerraScout can generate billions of data points per acre, allowing it to identify specific objects, including individual weeds.

Enter the LeafyPod, a self-watering smart planter that utilizes AI to understand your leafy companions, and keep them well cared for. The system is simple: a connected app monitors hydration and nutrient levels, noting what's best for that specific type of plant. Recently named one of TIME's Best Inventions of 2025, the hydroponic system allows users to grow herbs, greens, or flowers all year long. LeafyPod is adaptive, responding to plant health and to changes in environment.

All of the appliances and systems are brand-new: the HVAC, the lighting, the entertainment. Touch screens of various shapes and sizes control this, that, and the other. Rows of programmable buttons sit where traditional light switches would normally be. The kitchen even has outlets designed to rise up from the countertop when you need them, and slide away when you don't.

The method Moisture meters measure electrical conductivity in the soil, which roughly correlates with moisture. Push the probe into the pot, around the root ball, read the dial and water only if it dips into the dry zone. Cross-check with the old tests: feel the soil, lift the pot to gauge the weight, and look at the plant itself. If the meter says dry but the soil feels cool and damp, trust your senses.

You are not alone: social media is full of claims that soaking banana skins in water makes a fertiliser that will give you bigger leaves and better blooms. The hack Put banana peels in a jar of water, leave them to sit, then pour the liquid on your plants. Bananas do contain potassium and small amounts of other nutrients. The snag is you have no idea how strong it is or what's missing.

Yaghi describes AI not as a silver bullet, but as an advanced form of statistical pattern recognition-tools that can identify trends in data that may be difficult or time-consuming for people to uncover on their own. The real opportunity, he says, depends heavily on what farms are already doing. Operations that are consistently collecting and digitizing high-quality data are better positioned to benefit, whether the goal is lowering per-cow costs in a dairy, improving financial analysis, or identifying operational efficiencies.

Future Farm is a modular vertical farming system designed by Qing Duan for integration within urban architecture, proposing a model where buildings function as hydro-ecological systems. Rainwater is collected, filtered, and redistributed to support plant growth and domestic needs, establishing a closed-loop water cycle that combines sustainable agriculture with everyday city life. The project incorporates public greenhouse spaces, shared kitchens, rooftop farms, and educational zones to enable collective care, learning, and interaction with urban farming processes.