Amy Haden had a surprise one morning when her daughter alerted her to a dog on their back porch. Initially, Amy didn’t think much of it, assuming it was one of their family’s dogs. However, she soon realized it was a new visitor, comfortably settled on their patio furniture.
“It’s like he had taken up residence,” Amy recalled, noting how the dog had made himself at home on the cushions and showed no signs of leaving.
Despite the dog’s contentment in their company, Amy knew he needed assistance. She took on the responsibility of caring for him and embarked on a mission to reunite him with his family, reaching out to the community and using social media platforms.
Despite efforts to locate his previous owners, including checking for a microchip, the dog remained unclaimed. Amy affectionately named him Walker, with input from TikTok users, and her family continued to provide him with care.
As time passed, it became evident that Amy’s household wasn’t the permanent solution for Walker. Compatibility issues arose with her existing dogs, prompting Amy to seek a forever home better suited for Walker’s needs.
Fortunately, Amy’s persistence paid off when she found an ideal match for Walker—an elderly lady who had been longing for a furry companion.
“She was super sweet,” Amy shared, expressing gratitude that their paths crossed. “She told us that she had been praying for a dog like him and that we were the answer to her prayers.”
Here’s What You Need To Know If You See Someone Wearing Shoes
Computer scientists from Austria have introduced a groundbreaking shoe, called InnoMake, designed to help blind individuals navigate obstacles while walking,
Developed by Tec-Innovation and Graz University of Technology, this innovative shoe, priced at over $3,000, boasts waterproof ultrasonic sensors on each toe, capable of detecting obstacles up to 13 feet away.
As wearers approach objects, vibrations and sounds alert them, akin to parking sensors in vehicles. Markus Raffer, a visually impaired co-founder of Tec-Innovation, has lauded its effectiveness, noting personal benefits.
Each foot features a dedicated sensor, available as a complete shoe or retrofit option, capable of identifying an object’s nature, be it a wall, car, or stairs, and providing tailored alerts.
Future plans include incorporating camera-based recognition and machine learning for improved navigation assistance, potentially offering a “street view navigation map” for users.
Friedrich Fraundorfer at TU Graz emphasized the shoe’s potential to revolutionize the lives of visually impaired individuals, granting them greater independence and safety in navigating their surroundings.
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