Honda Unveils Future-Forward EV Lineup

At the CES tech conference, Honda presented two concept cars, the “Space-Hub” and “Saloon,” providing a sneak peek into their forthcoming electric vehicle (EV) lineup set to launch in North America by 2026.

The inaugural model in the new “Honda 0 Series” EV range will draw inspiration from these concepts, aligning with Honda’s commitment to the principles of being “Thin, light, and wise.” Honda CEO Toshihiro Mibe emphasized the goal of creating value and advancing mobility experiences.

The initial model, based on the Saloon concept, is slated for release in North America, followed by rollouts in other regions. The Saloon features a futuristic design with neon lighting, a redesigned Honda “H,” and a minimalistic digital cockpit. Entry is facilitated by a falcon wing door opening from the roof.

The Space-Hub, a larger minivan/shuttle variant, shares design elements with the Saloon. Both concepts suggest a focus on autonomous driving, indicated by retractable steering yokes.

Honda’s 0 Series will debut with an advanced driver-assistive system, followed by a subsequent automated driving (AD) system. Developed under the “human-centric” safety concept, the AD system incorporates advanced AI, sensing, recognition, and driver monitoring technologies for more natural and precise risk predictions during autonomous driving.

While specific specifications are undisclosed, Honda projected fast-charging capabilities for the 0 Series models in the late 2020s. The EVs aim to charge from 15% to 80% battery capacity in approximately 10 to 15 minutes.

AI Helps Find Missing Children

John Walsh, co-founder of the National Center for Missing & Exploited Children and host of “America’s Most Wanted,” expresses concerns about the technological gap between law enforcement and criminals, particularly in smaller jurisdictions. Criminals, including human traffickers and sexual predators, utilize advanced technology and encryption, posing challenges for law enforcement.

Cellebrite DI, Ltd. addresses this issue with the launch of “Operation Find Them All,” a donation initiative providing its technology to nonprofits combating child endangerment.

Matt Parker, co-founder of The Exodus Road, said he saw what a difference one piece of Cellebrite technology made in investigating the human trafficking of Rohingya Muslims in Malaysia in 2015. Through “Operation Find Them All,” Parker hopes to bring Cellebrite technology to other countries, even if the governments have previously not prosecuted human trafficking cases.

Cellebrite’s CEO, Yossi Carmil, stresses the strain on law enforcement resources and the company’s commitment to supporting these organizations. Kent Nielsen, digital forensic investigator for the Brazoria County Sheriff’s Office in Texas, said his department currently uses Cellebrite technology to process data gathered from cell phones as well as its AI-driven software to analyze the data to find potential leads.

The initiative aims to enhance investigative processes, as demonstrated by success stories from law enforcement agencies already using Cellebrite technology. Walsh hopes increased access to technology will empower organizations like the National Center for Missing & Exploited Children.

Weed Killer Robots

Verdant Robotics, a leading ag-tech company, has developed cutting-edge artificially-intelligent weed killer robots that are transforming crop management.

Verdant Robotics has created a multi-action, autonomous platform that is the only ag-robot in the U.S. market capable of simultaneously weeding, fertilizing, and treating plants for pests and diseases. Passing over a field the robots can specifically target individual weeds and crops at a rate of 20 per second, before blasting them with either de-weeder or fertilizer within a millimeter of accuracy.

The robots use sub-millimeter precision to identify and target individual plants, allowing for the use of 95% less chemicals than traditional spraying methods. This level of accuracy is made possible by a combination of advanced robotics, machine vision, and deep learning algorithms.

“Increasingly folks are turning towards things like cover-cropping again, and inter-cropping and other regenerative agriculture techniques that allow us to keep the soil healthy,” said Gabe Siblev, Founder and CEO of Verdant Robotics, in a mini-doc about their technology. “The challenges there have been that it’s difficult to do this at the same sort of scale that we can do monocropping, which is how we feed the world.”

Related Story: Carbon Robotics’ Autonomous Weeder does one thing even better.

The robots can treat an impressive 500,000 plants per hour, significantly increasing the speed and efficiency of farm operations. Furthermore, these advanced robots, such as the SprayBox, don’t just treat a plant and move on. Instead, they meticulously construct a centimeter-by-centimeter map of the entire field, including the geolocation and identification of each plant. This extensive data collection is vital in implementing regenerative agriculture on a large scale, which would otherwise require a substantial workforce.

Because of the mapping and precise targeting, this could potentially enable the large scale growing multiple crops on the same field. Doing this at a monocropping scale would be huge for utilizing regenerative farming techniques. “Ironically, it’s kind of returning to how we farmed you know, 100 years ago. Unlocking knowledge that a lot of older growers have, and bringing it back through technology,” said Siblev.

As the demand for food increases and the need for sustainable farming practices becomes more pressing, the adoption of these advanced technologies will be essential in meeting the challenges of the future.

It is well worth watching the thing in action, it almost looks like a video game.

Snoo Smart Sleeper

Dr. Harvey Karp, CEO of Happiest Baby, introduces Snoo, a revolutionary bassinet designed to emulate the soothing rhythm of the womb for infants.

Key Features:
Snoo employs automated rocking and shushing to create a calming environment, addressing the rhythm babies are accustomed to. Notably, it secures infants on their backs, aligning with safe sleep practices and reducing the risk of Sudden Infant Death Syndrome (SIDS).

FDA Approval:
In a landmark move, Snoo received De Novo approval from the FDA in March, setting a new industry standard for infant care. This recognition underscores the potential of technology in enhancing infant safety during sleep.

Future Vision:
Happiest Baby envisions the next step – insurance coverage for Snoo. Priced at $1,700, insurance coverage could make this innovative technology more accessible, ensuring its benefits reach a broader audience. As Happiest Baby looks ahead to insurance coverage, Snoo looks to become a widely accessible tool, positively impacting the health and well-being of infants.

Thoughts:
This is certainly an interesting idea, we will see if it catches on. I wonder what you parents think about it? Does this seem like something you would give a try? Or is there something else that works just fine for you?

Mosquito Proof Skin

Every year, mosquitoes are responsible for about 350 million human illnesses. Furthermore, a recent study found that light pollution might be extending the mosquito blood-feeding season.

While there are plenty of mosquito repellents out their, none of them work perfectly, (and some do not seem to work at all). So new solutions are always welcome, particularly natural ones.

Luckily, new research on bite protection has utilized a readily available natural molecule, cellulose, to create a product that reduced mosquito feeding on human skin by 80 percent.

When treated with sulfuric acid, cellulose, which is inexpensive and widely available from sources such as wood industry waste and local food and paper waste, forms nanocrystals. These cellulose nanocrystals (CNCs) form a strong and transparent barrier film.

When combined with water and a small amount of glycerol, these CNCs can be applied to the skin as a spray or gel to prevent mosquitoes from feeding through the skin.

Adult female mosquitoes require human or animal blood to produce eggs, so a significant reduction in this food source, particularly in densely populated areas, could positively impact mosquito population control.

CNCs and the effective barrier they create have also been developed for various “green” applications, such as soundproofing, removing dye from textiles, and manufacturing strong binders like superglue and composite materials as strong as bone.