For Caroline Laubach, being a Wandercraft test pilot is about more than just trying out new technology. It's about reclaiming a sense of freedom and connection that many wheelchair users miss. Laubach, a spinal stroke survivor and full-time wheelchair user, has played a key role indemonstrating the personal AI-powered prototype exoskeleton's development, and her experience highlights just how life-changing this device can be."When I'm in the exoskeleton, I feel more free than I do in my daily life," said Laubach. "It gives me the opportunity to walk around and talk to people at eye level. I don't have to look up at people all the time."It makes me feel more visible and able to connect with others. One thing I noticed right away, was how inclusive the exoskeleton would be to a wide variety of disabilities. The goal is to have disabled people able to use this exoskeleton to live their daily life out in the world; I can definitely see that happening in the future."Laubach's story is at the heart of Wandercraft's mission: to help people move through the world with greater walking independence and upright mobility.Join The FREE CyberGuy Report: Get my expert tech tips, critical security alerts, and exclusive deals plus instant access to myfree Ultimate Scam Survival Guide when you sign up!Wandercraft's journey began with a personal challenge. Nicolas Simon, the company's co-founder, saw his own family members struggle with mobility due to Charcot-Marie-Tooth disease, a genetic condition. As a student and robotics enthusiast, Simon wanted to create something that could help his brother and others like him walk again. Alongside Matthieu Masselin and Jean-Louis Constanza, who also had a personal connection to the cause, Simon founded Wandercraft in 2012.AI ENABLES PARALYZED MAN TO CONTROL ROBOTIC ARM WITH BRAIN SIGNALSTheir goal was simple but ambitious: to bring advanced mobility solutions to the estimated 80 million people worldwide who rely on wheelchairs.EXOSKELETON HELPS PARALYZED PEOPLE REGAIN INDEPENDENCEWandercraft's first exoskeleton, Atalante X, is already making a difference in over 100 clinics and research centers worldwide. This device, cleared by the Food and Drug Administration (FDA) and approved in Europe, helps patients take over a million steps each month as part of their rehabilitation. It has already helped hundreds regain some mobility and independence.But Wandercraft wanted to go further. The new Personal Exoskeleton protoype, now in clinical trials in New York and New Jersey, is designed for daily life, at home, at work, and out in the community. It uses NVIDIA AI to adapt instantly to each user's movements, providing smooth, stable walking on all sorts of surfaces, from sidewalks to carpets. Users control the exoskeleton with a joystick, making it accessible to people with a wide range of abilities.COULD THESE EXOSKELETON "POWERED PANTS" MAKE OUTDOOR ACTIVITIES EASIER IN THE FUTURE?A big part of Wandercraft's progress comes from its partnership with Nvidia. The team uses Nvidia Isaac Sim, a powerful simulation tool, to test and improve the exoskeleton in virtual environments before real-world trials. They're also exploring Nvidia's healthcare robotics and edge computing platforms to make the device smarter and more responsive.This technology means the exoskeleton can someday keep up with everyday life, walking at a normal pace, crossing streets, and even handling stairs. As Simon puts it, "It's essential for the exoskeleton to be fast enough that it can be used in the real world. By integrating NVIDIA AI into the device, we can someday enable users to walk at an average pace, cross the road, and go up and down stairs."BIOTECH CEO PREDICTS 'REVOLUTIONARY' STEPS TOWARD CURING CANCER ON HORIZON THANKS TO AIWEARABLE EXOSKELETON CAN TURN YOU INTO A SUPERHUMAN ATHLETEWandercraft's commitment to improving lives goes beyond just building exoskeletons. In the heart of Manhattan, the company has openedWalk in New York by Wandercraft, a state-of-the-art physical therapy practice and Atalante X walk center located at 345 Park Avenue South. This groundbreaking center is the first of its kind in the U.S. and represents a partnership between Wandercraft and licensed physical therapy professionals to help individuals with neurological conditions move more, move better and move again.At Walk in New York, movement is truly seen as medicine. The center offers personalized screenings with licensed physical therapists, hands-free walking sessions using the Atalante X exoskeleton, and comprehensive neurorehabilitation services. Patients can experience walking again in a safe, professional environment, regardless of their trunk or upper body strength. Each therapy plan is tailored to the individual, and progress is tracked objectively to ensure the best possible outcomes.The technology at Walk in New York goes beyond exoskeletons. The center features virtual reality systems for real-time movement feedback, mirror therapy to promote motor recovery, advanced gait analysis, and immersive environments that make rehabilitation more engaging and effective.Walk in New York is also set to become the hub for Wandercraft's Personal Exoskeleton, where individuals will be able to receive their own devices, undergo training, and access ongoing support as this technology becomes available for everyday use. The center's focus on personalized care and innovation makes it a welcoming space for anyone interested in rediscovering mobility, whether for themselves or a loved one.At Walk in New York, the belief is simple: movement is medicine, and everyone deserves the chance to move through life with confidence and independence.DON'T MISS OUT ON THESE MEMORIAL DAY BEST DEALS & DISCOUNTSWandercraft is working toward FDA approval for the Personal Exoskeleton, with hopes of making it available to millions of wheelchair users in the U.S. and beyond. The company is actively recruiting participants for itsclinical trials and is committed to making this technology accessible, with plans for Medicare coverage in the future.Are you an adult 18 or older with a complete or incomplete motor SCI at or above the T6 vertebra? If so, you might be eligible for our clinical trial. To participate, you'll need a physically able companion to assist you during sessions. If you don't have someone in mind, don't worry, Wandercraft is creating a volunteer network to help connect trial participants with companions. Both patients and companions should be able to speak English or communicate well with a translator. If you meet these criteria, or if you're interested in volunteering as a companion, you can reach out to Wandercraft by emailing them atclinicaltrials@wandercraft.healthWHAT IS ARTIFICIAL INTELLIGENCE (AI)?Despite all the advances in technology over the past few decades, tens of millions of people still rely on wheelchairs. Wandercraft's Personal Exoskeleton, shaped by the real-life experiences of test pilots like Laubach, is offering a new way forward, one that brings freedom, independence and a renewed sense of possibility.SUBSCRIBE TO KURTS YOUTUBE CHANNEL FOR QUICK VIDEO TIPS ON HOW TO WORK ALL OF YOUR TECH DEVICESLaubach's story really shows how powerful this technology can be when it is designed with real people in mind. Wandercraft's Personal Exoskeleton isn't just about robotics or AI; it's about helping people stand tall, connect with others, and live life on their own terms. Every step taken with this device brings that vision closer to reality, making the future of mobility feel more hopeful and within reach than ever before.In what ways could AI-driven wearable robotics reshape how we think about disability and independence? Let us know by writing us atCyberguy.com/ContactFor more of my tech tips and security alerts, subscribe to my free CyberGuy Report Newsletter by heading toCyberguy.com/NewsletterAsk Kurt a question or let us know what stories you'd like us to cover.Follow Kurt on his social channels:Answers to the most-asked CyberGuy questions:New from Kurt:Copyright 2025 CyberGuy.com.All rights reserved.

Secretary of Defense Pete Hegseth issued stricter orders on Friday for journalists accessing the Pentagon building, as the Trump administration places further restrictions on the press.The new rules ban credentialed reporters from most of the Department of Defense headquarters in Arlington, Virginia, without official approval and escort, Hegseth said in a memorandum.Hegseth described the protection of classified national intelligence information and sensitive unclassified information on operational security as "an unwavering imperative for the Department.""While the Department remains committed to transparency, the Department is equally obligated to protect [Classified National Security Information] and sensitive information - the unauthorized disclosure of which could put the lives of U.S. Service members in danger," the secretary said.PENTAGON STOPPING GENDER TRANSITION TREATMENT FOR TRANSGENDER TROOPSHegseth's order will also soon require members of the Pentagon press corps to sign a form acknowledging their responsibility to protect national intelligence and sensitive information. Journalists will also be issued new badges that clearly identify them as members of the press."We also anticipate a forthcoming announcement of additional security measures and enhanced scrutiny on the issuance of [credentials]," the memo said. "Failure by any member of the resident or visiting press to comply with these control measures will result in further restrictions and possibly revocation of press credentials."The Pentagon Press Association, a membership organization representing the press corps covering the U.S. military, said the new rules seem to demonstrate a "direct attack on the freedom of the press."BIPARTISAN BILL WOULD MAKE IT EASIER FOR MILITARY RECRUITS WITH MEDICAL ISSUES TO LAND DEFENSE JOBS"The decision is purportedly based on concerns about operational security," the group said in a statement. "But the Pentagon Press Corps has had access to non-secured, unclassified spaces in the Pentagon for decades, under Republican and Democratic administrations, including in the aftermath of the Sept. 11, 2001 attacks, without any concern about OP-SEC from DoD leadership."Last month, the Pentagon fired three officials after announcing a leak investigation in March at the Department of Defense.The Pentagon has also required legacy news outlets, including The New York Times, The Washington Post, Politico, NPR, CNN and NBC News, to vacate their office spaces in the building as part of a new rotation system to bring in other outlets, most of which are generally more friendly to the Trump administration, including the New York Post, Breitbart, the Daily Caller and One America News Network.The department said the rotation system aimed to allow other media outlets the opportunity to cover the Pentagon as resident members of the press corps.Additionally, the administration has begun using lie detector tests to probe unauthorized leaks at federal agencies. Some Department of Homeland Security officials were told they could be fired for refusing polygraphs.The White House said Trump will not tolerate leaks to the media and that federal employees who leak material should be held accountable.Reuters contributed to this report.

For Caroline Laubach, being a Wandercraft test pilot is about more than just trying out new technology. It's about reclaiming a sense of freedom and connection that many wheelchair users miss. Laubach, a spinal stroke survivor and full-time wheelchair user, has played a key role indemonstrating the personal AI-powered prototype exoskeleton's development, and her experience highlights just how life-changing this device can be."When I'm in the exoskeleton, I feel more free than I do in my daily life," said Laubach. "It gives me the opportunity to walk around and talk to people at eye level. I don't have to look up at people all the time."It makes me feel more visible and able to connect with others. One thing I noticed right away, was how inclusive the exoskeleton would be to a wide variety of disabilities. The goal is to have disabled people able to use this exoskeleton to live their daily life out in the world; I can definitely see that happening in the future."Laubach's story is at the heart of Wandercraft's mission: to help people move through the world with greater walking independence and upright mobility.Join The FREE CyberGuy Report: Get my expert tech tips, critical security alerts, and exclusive deals plus instant access to myfree Ultimate Scam Survival Guide when you sign up!Wandercraft's journey began with a personal challenge. Nicolas Simon, the company's co-founder, saw his own family members struggle with mobility due to Charcot-Marie-Tooth disease, a genetic condition. As a student and robotics enthusiast, Simon wanted to create something that could help his brother and others like him walk again. Alongside Matthieu Masselin and Jean-Louis Constanza, who also had a personal connection to the cause, Simon founded Wandercraft in 2012.AI ENABLES PARALYZED MAN TO CONTROL ROBOTIC ARM WITH BRAIN SIGNALSTheir goal was simple but ambitious: to bring advanced mobility solutions to the estimated 80 million people worldwide who rely on wheelchairs.EXOSKELETON HELPS PARALYZED PEOPLE REGAIN INDEPENDENCEWandercraft's first exoskeleton, Atalante X, is already making a difference in over 100 clinics and research centers worldwide. This device, cleared by the Food and Drug Administration (FDA) and approved in Europe, helps patients take over a million steps each month as part of their rehabilitation. It has already helped hundreds regain some mobility and independence.But Wandercraft wanted to go further. The new Personal Exoskeleton protoype, now in clinical trials in New York and New Jersey, is designed for daily life, at home, at work, and out in the community. It uses NVIDIA AI to adapt instantly to each user's movements, providing smooth, stable walking on all sorts of surfaces, from sidewalks to carpets. Users control the exoskeleton with a joystick, making it accessible to people with a wide range of abilities.COULD THESE EXOSKELETON "POWERED PANTS" MAKE OUTDOOR ACTIVITIES EASIER IN THE FUTURE?A big part of Wandercraft's progress comes from its partnership with Nvidia. The team uses Nvidia Isaac Sim, a powerful simulation tool, to test and improve the exoskeleton in virtual environments before real-world trials. They're also exploring Nvidia's healthcare robotics and edge computing platforms to make the device smarter and more responsive.This technology means the exoskeleton can someday keep up with everyday life, walking at a normal pace, crossing streets, and even handling stairs. As Simon puts it, "It's essential for the exoskeleton to be fast enough that it can be used in the real world. By integrating NVIDIA AI into the device, we can someday enable users to walk at an average pace, cross the road, and go up and down stairs."BIOTECH CEO PREDICTS 'REVOLUTIONARY' STEPS TOWARD CURING CANCER ON HORIZON THANKS TO AIWEARABLE EXOSKELETON CAN TURN YOU INTO A SUPERHUMAN ATHLETEWandercraft's commitment to improving lives goes beyond just building exoskeletons. In the heart of Manhattan, the company has openedWalk in New York by Wandercraft, a state-of-the-art physical therapy practice and Atalante X walk center located at 345 Park Avenue South. This groundbreaking center is the first of its kind in the U.S. and represents a partnership between Wandercraft and licensed physical therapy professionals to help individuals with neurological conditions move more, move better and move again.At Walk in New York, movement is truly seen as medicine. The center offers personalized screenings with licensed physical therapists, hands-free walking sessions using the Atalante X exoskeleton, and comprehensive neurorehabilitation services. Patients can experience walking again in a safe, professional environment, regardless of their trunk or upper body strength. Each therapy plan is tailored to the individual, and progress is tracked objectively to ensure the best possible outcomes.The technology at Walk in New York goes beyond exoskeletons. The center features virtual reality systems for real-time movement feedback, mirror therapy to promote motor recovery, advanced gait analysis, and immersive environments that make rehabilitation more engaging and effective.Walk in New York is also set to become the hub for Wandercraft's Personal Exoskeleton, where individuals will be able to receive their own devices, undergo training, and access ongoing support as this technology becomes available for everyday use. The center's focus on personalized care and innovation makes it a welcoming space for anyone interested in rediscovering mobility, whether for themselves or a loved one.At Walk in New York, the belief is simple: movement is medicine, and everyone deserves the chance to move through life with confidence and independence.DON'T MISS OUT ON THESE MEMORIAL DAY BEST DEALS & DISCOUNTSWandercraft is working toward FDA approval for the Personal Exoskeleton, with hopes of making it available to millions of wheelchair users in the U.S. and beyond. The company is actively recruiting participants for itsclinical trials and is committed to making this technology accessible, with plans for Medicare coverage in the future.Are you an adult 18 or older with a complete or incomplete motor SCI at or above the T6 vertebra? If so, you might be eligible for our clinical trial. To participate, you'll need a physically able companion to assist you during sessions. If you don't have someone in mind, don't worry, Wandercraft is creating a volunteer network to help connect trial participants with companions. Both patients and companions should be able to speak English or communicate well with a translator. If you meet these criteria, or if you're interested in volunteering as a companion, you can reach out to Wandercraft by emailing them atclinicaltrials@wandercraft.healthWHAT IS ARTIFICIAL INTELLIGENCE (AI)?Despite all the advances in technology over the past few decades, tens of millions of people still rely on wheelchairs. Wandercraft's Personal Exoskeleton, shaped by the real-life experiences of test pilots like Laubach, is offering a new way forward, one that brings freedom, independence and a renewed sense of possibility.SUBSCRIBE TO KURTS YOUTUBE CHANNEL FOR QUICK VIDEO TIPS ON HOW TO WORK ALL OF YOUR TECH DEVICESLaubach's story really shows how powerful this technology can be when it is designed with real people in mind. Wandercraft's Personal Exoskeleton isn't just about robotics or AI; it's about helping people stand tall, connect with others, and live life on their own terms. Every step taken with this device brings that vision closer to reality, making the future of mobility feel more hopeful and within reach than ever before.In what ways could AI-driven wearable robotics reshape how we think about disability and independence? Let us know by writing us atCyberguy.com/ContactFor more of my tech tips and security alerts, subscribe to my free CyberGuy Report Newsletter by heading toCyberguy.com/NewsletterAsk Kurt a question or let us know what stories you'd like us to cover.Follow Kurt on his social channels:Answers to the most-asked CyberGuy questions:New from Kurt:Copyright 2025 CyberGuy.com.All rights reserved.

Trump Administration, Harvard, Embassy Staffers

Bidens Decline, Left-Wing Extremists, Embassy Shooting

Trump Administration, Harvard, Embassy Staffers

Bidens Decline, Left-Wing Extremists, Embassy Shooting

In his famed 1953 "Atoms for Peace" speech, President Eisenhower proclaimed that "the United States knows that peaceful power from atomic energy is no dream of the future." That dream was soon realized, as America built more than one hundred reactors over the next twenty-five years. But today, the promise of nuclear energy and innovation does indeed seem like a dream of the future.Through a series of executive orders signed this week, President Trump is taking action to usher in an American nuclear renaissance. For the first time in many years, America has a path forward for quickly and safely testing advanced nuclear reactor designs, constructing new nuclear reactors at scale, and building a strong domestic nuclear industrial base.TRUMP SIGNS EXECUTIVE ORDERS BOLSTERING NUCLEAR INDUSTRY, DOMESTIC URANIUM MININGOur stagnation was not for a lack of ingenuity or desire to innovate among Americas great scientists and technologists. By the end of the 1970s, dozens of nuclear reactors wereplanned or under construction. In the past 30 years, however, onlythree commercial nuclear reactors have been built, and many more have beenshuttered. We know America can accomplish great feats in nuclear energy, so what happened?In the wake of the Three Mile Island accident in 1979, public opinion began to sour on nuclear energy, and the effects of a decade of new federal bureaucracies began to set in. Overly burdensome regulations stifled our ability to even test, let alone deploy, new nuclear technologies. The Nuclear Regulatory Commission (NRC) set the gold standard for safety regulation when it was established in 1975, but it soon transformed into a lead curtain for innovation. Onerous environmental requirements andlong, uncertain regulatory timelines have killed industrys willingness to fund new technologies.Similarly, the Department of Defense (DOD) and the Department of Energys (DOE) National Labswhich once led the world in the development and demonstration of advanced nuclear technologiesshuttered nuclear development programs, shifting focus to other priorities. All but three offifty-two reactors at Idaho National Laboratory have been decommissioned, and it has been almost half a century since theArmy Nuclear Power Program was shut down. These decisions eroded our domestic nuclear supply chain, undermined our national security, and left us having to relearn what we once pioneered.President Trump wisely recognizes that the time is ripe for an American nuclear renaissance and is acting to deliver on the promise of nuclear energy for the American people. Across the country, American entrepreneurs and engineers are launching anew generation of nuclear companies featuring innovative reactor designs and scalable manufacturing techniques that can make nuclear safe, efficient, and economic. The Trump Administration will clear their path by dismantling outdated barriers that previous administrations had put up in their way.Today, nuclear power plants provide approximately 19% of theelectricity generated in the United States, more than solar and wind combined. That is reliable and affordable electricity for the American people, and it could and should be even more. The Trump Administration is setting the goal of expanding American nuclear energy capacity from 100 GW today to 400 GW by 2050. This weeks executive actions will help us reach that goal in four ways.First, we are going to fully leverage our DOE national laboratories to increase the speed with which we test new nuclear reactor designs. There is a big difference between a paper reactor and a practical reactor. The only way to bridge that gapunderstanding the challenges that must be surmounted to bring reactors to the market, and building public trust in their deploymentis to test and evaluate demonstration reactors.Second, for our national and economic security, we are going to leverage the Departments of Defense and Energy to build nuclear reactors on federally owned land. This will support critical national security needs which require reliable, high-density power sources that are invulnerable to external threats or grid failures.CLICK HERE FOR MORE FOX NEWS OPINIONThird, to lower regulatory burdens and shorten licensing timelines, we are asking the NRC to undergo broad cultural change and regulatory reform, requiring a decision on a reactor license to be issued within 18 months. This will reduce regulatory uncertainty while maintaining nuclear safety. We will also reconsider the use of radiation limits that are not science based, impossible to achieve, and do not increase the safety of the American people.Fourth, we will be supporting our domestic nuclear industrial base across the nuclear fuel cycle. The President has called for industry to start mining and enriching uranium in America again, as well as an expansion of domestic uranium conversion capacity as well as enrichment capabilities to meet projected civilian and defense reactor needs.When President Eisenhower spoke about nuclear potential over 70 years ago, he expressed no doubt that the worlds best scientists and engineers, if empowered to "test and develop their ideas," could turn nuclear energy into a "universal, efficient, and economic" source of power. In 2025, we have only to believe in American technologists, and give them the chance to build, to turn nuclear power into energy dominance and national security for all.

In his famed 1953 "Atoms for Peace" speech, President Eisenhower proclaimed that "the United States knows that peaceful power from atomic energy is no dream of the future." That dream was soon realized, as America built more than one hundred reactors over the next twenty-five years. But today, the promise of nuclear energy and innovation does indeed seem like a dream of the future.Through a series of executive orders signed this week, President Trump is taking action to usher in an American nuclear renaissance. For the first time in many years, America has a path forward for quickly and safely testing advanced nuclear reactor designs, constructing new nuclear reactors at scale, and building a strong domestic nuclear industrial base.TRUMP SIGNS EXECUTIVE ORDERS BOLSTERING NUCLEAR INDUSTRY, DOMESTIC URANIUM MININGOur stagnation was not for a lack of ingenuity or desire to innovate among Americas great scientists and technologists. By the end of the 1970s, dozens of nuclear reactors wereplanned or under construction. In the past 30 years, however, onlythree commercial nuclear reactors have been built, and many more have beenshuttered. We know America can accomplish great feats in nuclear energy, so what happened?In the wake of the Three Mile Island accident in 1979, public opinion began to sour on nuclear energy, and the effects of a decade of new federal bureaucracies began to set in. Overly burdensome regulations stifled our ability to even test, let alone deploy, new nuclear technologies. The Nuclear Regulatory Commission (NRC) set the gold standard for safety regulation when it was established in 1975, but it soon transformed into a lead curtain for innovation. Onerous environmental requirements andlong, uncertain regulatory timelines have killed industrys willingness to fund new technologies.Similarly, the Department of Defense (DOD) and the Department of Energys (DOE) National Labswhich once led the world in the development and demonstration of advanced nuclear technologiesshuttered nuclear development programs, shifting focus to other priorities. All but three offifty-two reactors at Idaho National Laboratory have been decommissioned, and it has been almost half a century since theArmy Nuclear Power Program was shut down. These decisions eroded our domestic nuclear supply chain, undermined our national security, and left us having to relearn what we once pioneered.President Trump wisely recognizes that the time is ripe for an American nuclear renaissance and is acting to deliver on the promise of nuclear energy for the American people. Across the country, American entrepreneurs and engineers are launching anew generation of nuclear companies featuring innovative reactor designs and scalable manufacturing techniques that can make nuclear safe, efficient, and economic. The Trump Administration will clear their path by dismantling outdated barriers that previous administrations had put up in their way.Today, nuclear power plants provide approximately 19% of theelectricity generated in the United States, more than solar and wind combined. That is reliable and affordable electricity for the American people, and it could and should be even more. The Trump Administration is setting the goal of expanding American nuclear energy capacity from 100 GW today to 400 GW by 2050. This weeks executive actions will help us reach that goal in four ways.First, we are going to fully leverage our DOE national laboratories to increase the speed with which we test new nuclear reactor designs. There is a big difference between a paper reactor and a practical reactor. The only way to bridge that gapunderstanding the challenges that must be surmounted to bring reactors to the market, and building public trust in their deploymentis to test and evaluate demonstration reactors.Second, for our national and economic security, we are going to leverage the Departments of Defense and Energy to build nuclear reactors on federally owned land. This will support critical national security needs which require reliable, high-density power sources that are invulnerable to external threats or grid failures.CLICK HERE FOR MORE FOX NEWS OPINIONThird, to lower regulatory burdens and shorten licensing timelines, we are asking the NRC to undergo broad cultural change and regulatory reform, requiring a decision on a reactor license to be issued within 18 months. This will reduce regulatory uncertainty while maintaining nuclear safety. We will also reconsider the use of radiation limits that are not science based, impossible to achieve, and do not increase the safety of the American people.Fourth, we will be supporting our domestic nuclear industrial base across the nuclear fuel cycle. The President has called for industry to start mining and enriching uranium in America again, as well as an expansion of domestic uranium conversion capacity as well as enrichment capabilities to meet projected civilian and defense reactor needs.When President Eisenhower spoke about nuclear potential over 70 years ago, he expressed no doubt that the worlds best scientists and engineers, if empowered to "test and develop their ideas," could turn nuclear energy into a "universal, efficient, and economic" source of power. In 2025, we have only to believe in American technologists, and give them the chance to build, to turn nuclear power into energy dominance and national security for all.

A city recently announced the discovery of a gilded Christian artifact dating back to the Early Middle Ages.In a statement published on May 12, the City of Leeds in the U.K. said the Saxon-era pendant was uncovered in a local field. It dates back over 1,200 years and was found by a metal detectorist last year.The "tiny Saxon treasure" has one broken arm, and the central stone it once held is now missing. But the city said the artifact is "nevertheless a stunning example of metalwork, made from solid silver covered with a thin layer of gold leaf."LATE BRONZE AGE SETTLEMENT DATING BACK 3,000 YEARS UNCOVERED AMID ROAD WORK: 'IMPORTANT DISCOVERY'"Believed to date from the 8th century, the gilded pectoral cross may have once been a badge of office for an important church leader or official and was unearthed last year by a metal detectorist," the city said."[The pendant] gives experts a fascinating glimpse into life in early medieval Yorkshire."Pictures show the small cross bearing an intricate interlacing pattern.Kat Baxter, a curator of archaeology at Leeds Museums and Galleries, said the cross was likely worn by a high-status member of Saxon society, such as an important church leader or official."The cross is beautifully decorated on both sides, which suggests it was designed to hang around the neck with the suspension loop on the missing arm," the historian said.METAL DETECTORISTS STUMBLE ACROSS 1200-YEAR-OLD TREASURE, UNUSUAL CHRISTIAN ARTIFACT IN VIKING GRAVESBaxter added, "It would certainly have been worn by someone of high status and is an outward display of religious identity."She added that the cross was made when Leeds was part of Northumbria. Leeds was first mentioned in the 8th century by Saint Bede, a monk who recorded much of what historians know about the early history of the British Isles.The kingdom was affiliated with paganism until the 7th century A.D.It transitioned to Christianity after making the cross an early remnant of Christianity in Leeds."[A]long with a number of other discoveries in the area, it really helps us build a picture of the types of people who would have lived here during this time," Baxter said.For more Lifestyle articles, visit foxnews.com/lifestyle"All of these finds are part of a puzzle, which together show that Leeds was home to high-status, important individuals during the Saxon period, and this beautiful cross is the latest glimpse into the past," Baxton added."Unfortunately, objects representing less wealthy people are less likely to survive."Salma Arif, a member of the Leeds City Council, called the cross "a beautiful example of the history all around us."CLICK HERE TO SIGN UP FOR OUR LIFESTYLE NEWSLETTER"Its always wonderful when we are able to add important objects like this to our collections, and were very grateful for the continued support of funders and visitors in helping us to preserve our local heritage," she said.In addition to the Saxon cross, Leeds is home to many fascinating historical finds.The remains of an Ancient Roman aristocrat, for example, were found within city limits in 2023.Before that, over 600 19th-century beer bottles were found under a staircase in the city.