15 Technologies That Will Change The World

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Transcript

00:00Introducing the Kawasaki Corleo, a groundbreaking fusion of robotics and motorcycle engineering

00:25designed to revolutionize off-road mobility. With its four robotic legs equipped with adaptive hooves,

00:32it mimics natural walking movements and effortlessly tackles rugged terrains from grass to gravel.

00:38Powered by a 150cc hydrogen engine, the Corleo combines eco-friendly innovation with robust

00:45performance, demonstrating the future potential of sustainable energy. Riders control it through

00:51intuitive, horseback-inspired movements, delivering a uniquely immersive experience.

00:57Debuting at the Osaka Expo 2025, Kawasaki's Corleo is set to redefine personal mobility,

01:05showcasing hydrogen's promise in transforming transportation for a greener tomorrow.

01:13The Intball 2 developed by JAXA is a sophisticated free-flying camera robot engineered to enhance

01:20efficiency aboard the International Space Station ISS. Equipped with advanced navigation software,

01:27improved propulsion systems, and high-resolution 4K-capable cameras, Intball 2 autonomously

01:34captures photos and videos, reducing astronauts' workload for documentation tasks. It can maneuver

01:41precisely within the station's confined spaces, ensuring optimal data collection without human

01:46intervention. Additionally, Intball 2 serves as a platform for technological experiments,

01:52enabling external users to integrate and test new software. This cutting-edge robotic innovation

01:57not only streamlines activities aboard the ISS, but also paves the way for future advancements

02:02in space exploration and robotics.

02:04Unitree's G1 Humanoid Robot is a groundbreaking innovation in robotics, blending agility, precision,

02:16and versatility. Standing at 1.32 meters tall and weighing 35 kilograms, the G1 features 23 degrees

02:25of freedom, enabling dynamic movements like walking, running, and even performing acrobatics such

02:31as side flips. Equipped with advanced sensors, including three DLI-DAR and depth cameras, it achieves

02:38360-degree environmental awareness, making it suitable for tasks in research, industry, and potentially

02:46hazardous environments. Its three-fingered, dexterous hands allow for precise object manipulation, while its 9,000

02:54milliamp-hour battery, ensures up to two hours of operation. With a starting price of $16,000, the G1 is

03:01positioned as an accessible platform for robotics research and development, showcasing the future of

03:07humanoid robotics.

03:14The Dive XL, developed by Anduril Industries, is an extra-large autonomous underwater vehicle, XL AUV, designed for

03:22long-range and long-duration missions. With a modular and open systems architecture, it can carry multiple

03:29payloads, including large and complex ones, making it highly adaptable for tasks like seabed surveys,

03:35intelligence, surveillance, reconnaissance, ISR, and even strike missions. Powered by an all-electric

03:43drivetrain, it can operate underwater for extended periods without surfacing, enhancing its stealth and

03:49operational flexibility. Its compact design allows for easy transportation and deployment from various

03:56platforms, including ships and piers. Dive XL is setting new standards in maritime autonomy,

04:03offering unmatched versatility and endurance for both defense and commercial applications.

04:12Lab-grown meat, the lab-grown meat, also called cultivated or cultured meat,

04:16is changing everything we know about how meat is produced. Instead of raising and slaughtering animals,

04:22this process involves collecting animal cells and nurturing them in a nutrient-rich, controlled environment

04:28until they grow into real meat. No cruelty, no compromise. The benefits are huge. Dramatically lower

04:35greenhouse gas emissions, reduce land and water usage, and the ability to meet global protein demands more sustainably.

04:43It offers the same taste, texture, and nutritional value as traditional meat, but with a fraction of the

04:50environmental footprint. Major food companies and governments around the world are racing to scale

04:56up this technology, and soon lab-grown meat might be a regular item in your grocery store or even your

05:02favorite restaurant. It's not science fiction. It's the future of food, and it's happening right now.

05:14Clear Space, a Swiss startup, is spearheading efforts to tackle the escalating problem of space debris.

05:20In collaboration with the European Space Agency, ESA, they are developing the Clear Space One mission,

05:26aiming to be the first to actively remove debris from Earth's orbit. Initially set to capture the Vega

05:33secondary payload adapter Vespa left in orbit since 2013, the mission's target shifted to the Probe-1

05:40satellite due to unforeseen circumstances. Swiss watchmaker Omega has partnered with Clear Space,

05:46becoming the first private entity to support this groundbreaking initiative. The mission is slated for

05:51launch in the second half of 2026 aboard a Vega-C rocket. This collaboration highlights the increasing

05:58role of public-private partnerships in ensuring the sustainability of space activities.

06:07The Boeing Recoverable Launch Booster was an ambitious concept developed by Boeing in the 1960s

06:13as part of the effort to reduce the costs of launching spacecraft into orbit. The design featured a

06:19double-body structure with a specialized booster stage designed to be reused. The concept used a

06:24combination of rocket engines for the initial ascent and a set of turbofan engines for the return flight.

06:30Once the spacecraft had been launched into space, the booster would separate and then engage its turbofan

06:36engines for a controlled return to Earth, where it would land on a runway for refurbishment and reuse.

06:42This concept, while promising, was ultimately never built or flown,

06:47as advancements in other space technologies and shifting priorities led to its cancellation.

06:52However, the Boeing Recoverable Launch Booster helped pave the way for future reusable rocket concepts.

07:02Kawasaki's ALIS system is a groundbreaking step toward the future of smart mobility.

07:08Designed to debut at the Osaka Kansai Expo in 2025, ALIS stands for Accessible Linkages for

07:15innovative and comfortable experiences, and it's all about seamless travel. Imagine stepping into a sleek,

07:21compact ALIS cabin that carries you through city streets, then docks into a train, boards a ferry,

07:28or even attaches to a plane, without you ever leaving your seat. Each cabin seats up to four people

07:36and is powered by hydrogen fuel, making it clean, green, and futuristic. At the heart of it is Kawasaki's

07:43innovative OCU VOID power unit, born from their motorcycle engine tech. This isn't just a concept,

07:52it's a bold vision for a future where transportation is smooth, sustainable, and fully interconnected.

07:58ARIA Gen 2 is META's next-generation smart glasses, designed to advance research in AI,

08:10machine perception, and robotics. Building on the original project ARIA, these glasses feature

08:15upgraded sensors, including RGB cameras, spatial microphones, eye-tracking sensors, and SLAM cameras for

08:23precise positional awareness. New additions like a heart rate monitoring PPG sensor and a contact

08:29microphone enhance usability and accessibility, particularly for blind and low vision individuals.

08:35With on-device AI capabilities for speech recognition, hand tracking, and simultaneous localization and

08:42mapping, SLAM, ARIA Gen 2 offers six to eight hours of active use and a lightweight foldable design.

08:50This innovative device is a significant step forward in wearable technology,

08:55paving the way for future advancements in accessibility and AI-driven applications.

09:05The Aeronova airships represent a new era in aeronautics,

09:08focusing on innovative designs for passenger and cargo transportation.

09:12These next-generation airships are designed to be environmentally friendly, cost-effective,

09:18and capable of long-duration, year-round flights. Utilizing advanced materials and patented

09:23technologies, Aeronova airships feature semi-rigid structures, mechanized mooring systems,

09:29and the ability to land on small pads or water. They aim to revolutionize air travel by offering

09:35sustainable solutions for various industries, including logistics, tourism, and emergency services.

09:42With a strong emphasis on safety, efficiency, and versatility,

09:48Aeronova is paving the way for the future of airship technology.

09:57The Suxtia 1 W51 Mustang 1 is a state-of-the-art ultralight aircraft inspired by the iconic

10:04P-51 Mustang of World War II. This 70-percent-scale replica combines timeless design with modern

10:11innovations, featuring a carbon-fiber structure, retractable landing gear, and a Garmin G3X glass

10:18cockpit for advanced avionics. Powered by a turbocharged Rotax 916IS engine, the SW51 delivers

10:28exceptional performance with a climb rate of over 2,000 feet per minute and a cruising speed of 216

10:34knots. With its authentic details, including simulated rivets and a Merlin engine sound system,

10:40the SW51 blends aviation heritage with cutting-edge technology, offering an exhilarating and unique

10:47flying experience. NASA's Mars Sample Return mission, in collaboration with the European

10:57Space Agency aims to bring Martian rock, soil, and atmospheric samples back to Earth for

11:04comprehensive analysis. The mission involves multiple steps. The Perseverance rover collects

11:10and caches samples on Mars. A future lander will retrieve these samples and launch them into Martian

11:15orbit. Then, an orbiter will capture the sample container and return it to Earth. This complex

11:22campaign seeks to provide unprecedented insights into Mars geology and potential signs of past

11:27life. However, the mission faces challenges, including escalating costs estimated at around $10 billion

11:34and potential delays pushing the sample return to the late 2030s. To address these issues, NASA is

11:40exploring partnerships with private aerospace companies to streamline the mission and reduce expenses.

11:49AST Space Mobile is on a mission to revolutionize global communication by creating the world's first

11:56space-based cellular broadband network that connects directly to everyday smartphones. No special hardware

12:02needed. Using advanced satellites like BlueWalker 3 with a massive 693-square-foot antenna and the

12:09upcoming Bluebird satellites, AST has already made history with the first-ever space-based voice call

12:15and 5G connection from space using an unmodified phone. Partnering with giants like AT&T and Vodafone,

12:23the company is working to eliminate connectivity gaps across land, sea and air, bringing high-speed

12:294G and 5G coverage to even the most remote corners of the planet. This isn't just innovation,

12:36it's a bold step toward truly global mobile connectivity. Smart Swim 2, the next-gen augmented

12:46reality goggles that are changing the game for swimmers. These high-tech goggles project real-time

12:52metrics like distance, time and heart rate directly into your line of sight so you can track performance

12:59without ever stopping. With a sleeker design, upgraded eye seals for better comfort and a built-in heart rate

13:06monitor on the strap, they're engineered for peak performance in the water. Compatible with both iOS and

13:13Android, swimmers can sync workouts to the Form app and connect with platforms like Strava. Whether

13:20you're training for competition or just want smarter swim sessions, the Smart Swim 2 delivers a powerful

13:26boost right before your eyes. Neo Gamma is an advanced humanoid robot developed by One X Technologies,

13:37designed to seamlessly integrate into home environments and assist with daily tasks. With a soft,

13:423D-printed nylon-knit suit that mimics human movement, Neo Gamma offers enhanced performance,

13:49reduced noise, and improved safety with tendon-driven joint actuation and soft covers.

13:54The robot is powered by advanced neural networks, allowing it to predict actions, walk with a human-like

14:00gait, and interact naturally through contextual body language in a custom-built language model.

14:06Planned for early home tests in 2025, Neo Gamma could revolutionize home robotics,

14:12with an estimated price range of $20,000 to $30,000.

14:21Autonomous transport pods represent the future of sky-high commuting, offering a sleek,

14:27innovative solution to the growing challenges of urban congestion.

14:32These autonomous pods, designed to travel above city streets, are set to revolutionize how we think

14:37about transportation. With their ability to glide along elevated tracks or cable systems,

14:43they bypass traffic and provide a fast, efficient, and environmentally friendly mode of transport.

14:49The system, like WHOOSH, is designed to reduce traffic congestion, lower emissions,

14:55and offer a more flexible and affordable commuting option compared to traditional transit. As cities

15:01look for smarter ways to move people, autonomous transport pods could soon become a staple in urban

15:06mobility, changing the way we commute forever.

15:09The Aki K1 is an AI-powered home gym and personal trainer that brings advanced fitness

15:21technology into your living space. It features a compact design folding down to just 0.3 square meters,

15:29making it 90% smaller than traditional gym equipment. The system offers over 140 classes and 280 movements,

15:37including strength training, pilates, yoga, and aerobics, catering to diverse fitness goals.

15:43Its AI-driven coaching utilizes motion tracking and real-time feedback to create personalized

15:49workout plans tailored to your fitness level and objectives. The Aki K1 also provides comprehensive

15:55fitness assessments, monitoring cardiovascular endurance, muscle strength, flexibility,

16:01and more, ensuring a holistic approach to your health and wellness journey.

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