www.youtube.com/@YerevanVlog
Joe Rogan and Gad Saad talk about progressives focusing on Islamamphobia, Islamic immigration, and moderate Islam.
source
Joe Rogan and Gad Saad talk about progressives focusing on Islamamphobia, Islamic immigration, and moderate Islam.
source
Use Consoling Words for our Butchered Nation”: Armenian Feminists’ Post-Genocide Expectations from their Turkish …
source
Explore the rich and vibrant Armenian language in this educational video. Learn new vocabulary words and practice your …
source
Trump AI and ‘crypto czar’ David Sacks discusses the administration’s crypto policies and future ambitions for the digital currency …
source
Something big is happening in the software world. The comfortable, predictable world of annual subscriptions is disappearing faster than your cell phone’s battery when it’s at one percent.
Could self-driving electric buses be coming to a city near you?
Cambridge, U.K., is taking the lead in testing a revolutionary public transit system that could transform urban mobility. The Alexander Dennis Enviro100AEV, equipped with Fusion Processing’s cutting-edge CAVstar automated drive system, is poised to change how people move around the city, offering a sustainable and efficient alternative to traditional buses.
So, forget what you think you know about public transit. This could be a sneak peek at the future of commuting, potentially disrupting the way we think about public transportation in the U.S. and beyond.
The Alexander Dennis Enviro100AEV (Alexander Dennis)
Fusion Processing and Alexander Dennis just unveiled the first Enviro100AEV autonomous electric bus. The vehicle combines the best of both worlds: a fully electric powertrain for zero-emission operation and Fusion Processing’s intelligent CAVstar automated drive system.
Powered by AI, the CAVstar system provides the “brains” for the bus’ self-driving capabilities. Notably, the Enviro100AEV features an impressive energy consumption rate of just 0.54 kWh/km. For context, this metric, standard in many parts of the world, represents energy consumption per kilometer traveled. This demonstrates the bus’ high efficiency. It also supports up to 1.2 GWh of warrantable energy throughput, indicating its robust design and longevity.
The Alexander Dennis Enviro100AEV (Alexander Dennis)
ARE THESE AUTONOMOUS TRANSPORT PODS THE FUTURE OF SKY-HIGH COMMUTING?
So, what’s next for this self-driving bus? First, it’s off to the test track to calibrate the CAVstar system. This ensures the bus can handle everything the road throws its way, all while maintaining top-notch safety and efficiency. Once the testing phase is complete, the bus will move to Cambridge, where safety drivers will receive training to supervise the operations. The plan is to launch public services later this year at the Cambridge Biomedical Campus.
The Alexander Dennis Enviro100AEV (Alexander Dennis)
AUTONOMOUS BIG RIGS FROM VOLVO AND AURORA ARE COMING TO HIGHWAYS
Cambridge is the perfect place to test out this technology because the Cambridge Biomedical Campus is a hub for world-class biomedical research, patient care and education. The Enviro100AEV isn’t just about self-driving; it’s also about sustainability. As an electric bus, it produces zero emissions, helping to create a cleaner, greener city. The hope is that autonomous buses like this will not only improve the efficiency of public transport but also make it more environmentally friendly.
WHAT IS ARTIFICIAL INTELLIGENCE (AI)?
The Alexander Dennis Enviro100AEV (Alexander Dennis)
HOP IN, NO DRIVER NEEDED FOR THIS FUTURE RIDE-HAILING ROBOTAXI
Why should you care about self-driving buses in Cambridge? This project provides a glimpse into the future of urban transportation, showcasing how technology can improve efficiency, reduce emissions and potentially transform how we design and manage our cities. The involvement of NFI Group through Alexander Dennis, a company with a significant presence in the North American market, suggests that the lessons learned and technologies developed in Cambridge could eventually find their way to cities across the United States.
The Alexander Dennis Enviro100AEV (Alexander Dennis)
This development is part of the Connector project, an initiative backed by Innovate UK and spearheaded by the Greater Cambridge Partnership. It’s a team effort, with Fusion Processing, Alexander Dennis, IPG Automotive, dRisk and Gamma Energy all pitching in. Plus, the U.K. government’s Centre for Connected & Autonomous Vehicles is providing funding and guidance.
GET FOX BUSINESS ON THE GO BY CLICKING HERE
The Alexander Dennis Enviro100AEV (Alexander Dennis)
Jim Hutchinson, CEO of Fusion Processing, is understandably excited: “This is a landmark achievement for Fusion Processing and our CAVstar system. We are proud to play a pivotal role in revolutionizing public transport with autonomous technology.”
Councillor Elisa Meschini, chair of the Greater Cambridge Partnership’s Executive Board, added, “The Connector project positions Cambridge at the forefront of innovation by trialing autonomous vehicles on our roads… This initiative not only paves the way for more sustainable and efficient travel but also highlights the power of collaboration in shaping the future of public transport.”
Jamie Wilson, head of concepts and advanced engineering at Alexander Dennis, said, “The completion of the first Enviro100AEV is a great milestone for the Connector project as we now enter a phase of vehicle testing to ready the technology for public services.”
SUBSCRIBE TO KURT’S YOUTUBE CHANNEL FOR QUICK VIDEO TIPS ON HOW TO WORK ALL OF YOUR TECH DEVICES
The unveiling of the autonomous electric bus in Cambridge marks a significant step toward the future of public transportation. This project highlights the power of collaboration and innovation in creating sustainable and efficient mobility solutions. As the bus undergoes testing and prepares for public service, it paves the way for a potentially transformative shift in how we get around our cities.
CLICK HERE TO GET THE FOX NEWS APP
Would you feel comfortable riding a bus with no driver? What factors would be most important to you in trusting the safety of this technology, both as a passenger and as someone sharing the road with it? Let us know by writing us at Cyberguy.com/Contact.
For more of my tech tips and security alerts, subscribe to my free CyberGuy Report Newsletter by heading to Cyberguy.com/Newsletter.
Ask 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.
Onchain cybersecurity platform Cyvers detected suspicious outflows from an address linked to Mask Network founder Suji Yan on Feb. 27.
According to Cyvers, the flagged addresses received approximately $4 million in cryptocurrencies — primarily in Ether (ETH)-linked tokens.
The stolen digital assets included 113 ETH, valued at over $265,000 at the time of this writing, 923 WETH, 301 ezETH, 156 weETH, 90 pufET, 48,400 MASK, 50,000 USDt (USDT) and 15 swETH.
Tracing the compromised transaction flow. Source: Cyvers Alerts
Following the initial compromise, the funds were then swapped to ETH and funneled through six different wallet addresses, with one of the offending wallets ending in “df7.” Meir Dolev, co-founder of Cyvers told Cointelegraph:
“This incident underscores the increasing sophistication of threat actors in the Web3 space and highlights the urgent need for real-time transaction monitoring, preemptive prevention and rapid incident response.”
This cybersecurity incident is the latest in a string of recent high-profile hacks and exploits, including the $1.4 billion Bybit hack on Feb. 21 and the Pump.fun social media hack on Feb. 26.
Magazine: 2 auditors miss $27M Penpie flaw, Pythia’s ‘claim rewards’ bug: Crypto-Sec
This is a developing story, and further information will be added as it becomes available.
Friends, prepare to level up your muffin game with these undetectably vegan and gluten-free lemon poppy seed muffins! They’re perfectly sweet, tender, FLUFFY, and bursting with bright, lemony goodness.
Made in just 1 bowl, they’re just as fun to make as they are to eat! Let’s get baking!
These super FLUFFY muffins begin with using an electric mixer to cream together the vegan butter, cane sugar, and lemon zest. This adds air (to create fluffiness) and infuses the butter with BIG lemon flavor.
Next comes applesauce for moisture and a generous amount of lemon juice because we aren’t messing around when we say BIG lemon flavor! It just wouldn’t be a lemon poppyseed muffin without it. Vanilla extract is key, too, for quintessential muffin flavor!
Then it’s time for the dry ingredients: Almond flour keeps these muffins light and cakey, our GO-TO gluten-free blend adds structure, baking powder and baking soda give them major rise, sea salt adds flavor, and poppyseeds add a pleasant crunch.
The last step: Divide your batter between muffin liners and bake until fluffy with lightly golden edges. And for best texture, try to wait for your muffins to cool before digging in! We know — it’s hard. But these are worth the wait!
We hope you LOVE these lemon poppy seed muffins! They’re:
Fluffy
Bright
Tender
Super lemony
& Undetectably vegan + gluten-free!
Enjoy them for brunch, snack, or dessert, or take them to gatherings to see if you can impress even your gluten-loving friends (we think you will)!
If you try this recipe, let us know! Leave a comment, rate it, and don’t forget to tag a photo @minimalistbaker on Instagram. Cheers, friends!
Servings 12 (Muffins)
Prevent your screen from going dark
Next add applesauce, lemon juice, and vanilla extract and beat on medium until well combined and slightly fluffy. The mixture may look curdled, which is fine. This will sort itself out in the next step!
Now add almond flour and beat until smooth and well incorporated. Next add in the milk and mix on low until fully combined. Finally, add the gluten-free flour blend, baking powder, baking soda, sea salt, and poppy seeds. Mix on medium until light and fluffy with the poppy seeds evenly distributed.
Divide the batter evenly between the 12 muffin liners and bake for 30-34 minutes, until lightly golden on the edges. When a toothpick is inserted into a muffin it should come out almost clean with just a crumb or two left behind. For the best possible texture, let the muffins cool completely before enjoying.
Best when fresh, but they can be stored at room temperature in an airtight container for up to 3 days or in the freezer for up to 1 month.
Serving: 1 muffin Calories: 207 Carbohydrates: 27.9 g Protein: 3.5 g Fat: 10 g Saturated Fat: 4 g Polyunsaturated Fat: 1.5 g Monounsaturated Fat: 3.1 g Trans Fat: 0 g Cholesterol: 0 mg Sodium: 177 mg Potassium: 114 mg Fiber: 1.9 g Sugar: 12.6 g Vitamin A: 14 IU Vitamin C: 4 mg Calcium: 95 mg Iron: 0.8 mg