Innovation

DOVER, N.J., Oct. 25, 2023 /PRNewswire/ — Today, Casio America, Inc. is thrilled to introduce the Polychromatic Accents collection. This exceptional line of full metal timepieces pays homage to G-SHOCK’s time-honored legacy while embracing diversity and individuality through a vivid spectrum of colors. The G-SHOCK Polychromatic Accents collection is proof of the brand’s commitment to complementing diverse individual identities. This exceptional range takes inspiration from two iconic models with stainless steel case & band and screw-lock case back – the GMWB5000 and the GMB2100. True to G-SHOCK’s heritage, these timepieces embody an inventive and original look, seamlessly blending strength and beauty. The GMB2100PC-1A offers a captivating silver exterior with a vibrant purple and blue gradation and pops of red and green. Meanwhile, the GMB2100BPC-1A sports warm all-black tones with blue and yellow accents, celebrating inner strength and individuality. The GMWB5000PC-1 and GMWB5000BPC-1 showcase mesmerizing blue/green gradations, glass gradation vapor deposition, and colorful accents on the digital face, mode indicators, and frame lines. The Polychromatic Accents collection stays true to G-SHOCK’s legendary shock-resistant structure. Buffering components crafted from fine resin are strategically placed between the stainless-steel bezel and case. Additionally, the hairline finish graces the bezel’s top, while a mirror finish adorns the beveled edges, enhancing the metal’s texture to the fullest degree. The GMB2100BPC-1A and GMWB5000BPC-1 feature a sleek Black IP (ion plating), exuding a contemporary and sophisticated look. In keeping with G-SHOCK’s commitment to precision and reliability, each model is equipped with solar-powered timekeeping and Bluetooth® connectivity, ensuring accurate timekeeping. The GMB2100PC-1A and GMB2100BPC-1A models feature a high-brightness double LED light and hand shift feature, while the GMWB5000PC-1 and GMWB5000BPC-1 models come equipped with a high-brightness full auto LED light, phone finder, and radio-controlled Multiband 6 timekeeping. These timepieces come equipped with G-SHOCK technology including: Shock Resistance 200M Water Resistance Tough Solar (Solar Powered) Bluetooth® Smartphone Link Auto LED Light 5 Alarms (1 w/ Snooze Alarm) Countdown Timer 1/100s stopwatch (24 Hr.) World Time + UTC (up to 300-cities w/ the CASIO Watches App) The G-SHOCK GMB2100PC-1A and GMWB5000PC-1 retail for $580 and the GMB2100BPC-1A and GMWB5000BPC-1 retail for $630 and are available today, at select retailers, gshock.com, and the G-SHOCK Soho store. For more information about the G-SHOCK brand, visit gshock.casio.com/us. About G-SHOCKCASIO’s shock-resistant G-SHOCK watch is synonymous with toughness, born from the developer Mr. Ibe’s dream of ‘creating a watch that never breaks’. Over 200 handmade samples were created and tested to destruction until finally in 1983 the first, now iconic G-SHOCK hit the streets of Japan and began to establish itself as ‘the toughest watch of all time’. Each watch encompasses the 7 elements; electric shock resistance, gravity resistance, low temperature resistance, vibration resistance, water resistance, shock resistance and toughness. The watch is packed with Casio innovations and technologies to prevent it from suffering direct shock; this includes internal components protected with urethane and suspended timekeeping modules inside the watch structure. Since its launch, G-SHOCK has continued to evolve, continuing to support on Mr. Ibe’s mantra “never, never give up.” www.gshock.casio.com/us/ About Casio America, Inc.Casio America, Inc., Dover, N.J., is the U.S. subsidiary of Casio Computer Co., Ltd., Tokyo, Japan, one of the world’s leading manufacturers of consumer electronics and business equipment solutions. Established in 1957, Casio America, Inc. markets calculators, keyboards, mobile presentation devices, disc title and label printers, watches, cash registers and other consumer electronic products. Casio has strived to realize its corporate creed of “creativity and contribution” through the introduction of innovative and imaginative products. For more information, visit www.casio.com/us/ SOURCE Casio America, Inc.

PARIS, Oct. 24, 2023 /PRNewswire/ — Fibocom (Stock Code: 300638), a global leading provider of IoT (Internet of Things) wireless solutions and wireless communication modules, took center stage at BBWF 2023 with its up-to-date showcase. Located at Booth #G8 in the Porte De Versailles from October 24th to October 26th, 2023. Fibocom Illuminates the full empowerment of the FWA ecosystem by demonstrating a series of 5G FWA dedicated modules and solutions, together with multiple FWA devices. Fostering the 5G FWA Connectivity through Fibocom’s Dedicated Modules and Solutions As one of the enablers in 5G adoption, 5G FWA technology has harnessed 5G networks to deliver high-speed internet services to households and businesses. The growing proliferation of the IoT, and smart home devices also amplifies the demand for high-speed broadband connectivity, further propelling 5G FWA solution providers to continuously innovate for these surging needs. Fibocom, as a pioneer in IoT commercialization, has always been steadfastly attuned to the ever-evolving technological landscape and kept advancing connectivity solutions for the 5G FWA market. The complete range of modules and solutions has been presented at this significant broadband connectivity event as well as various success cases. Designed to deliver outstanding cellular performance for 5G FWA applications, Fibocom presented modules including FG160/FM160、FG170、FG180、FG190、FG360、FG370. All of those modules enable most typical FWA applications like CPE, ODU, and Mobile Hot Spot ensuring a plug-and-play FWA experience featured with fast and stable connections and powerful edge-computing capability. Both modules and devices are presented in a home-look stand at Fibocom’s booth. In addition, several FWA-dedicated solutions integrated with Fibocom’s latest 5G modules like FG180, FG190, and FG370 are also demonstrated. Again, those solutions address the majority of common FWA applications and refine the 5G experience to a new level. Empower the Great Diversity of the 5G FWA Ecosystem with All Industrial Partners Through several highly interactive activities at this annual gathering of broadband connectivity, Fibocom also poses an invitation to all partners to empower the great diversity of the 5G FWA ecosystem. For a one-in-kind event experience, Fibocom’s stand features a visualized 5G experience of the cellular plus Wi-Fi integrated FWA solutions for all visitors for the very first time, which indicates the capability for swift product integration. Furthermore, Fibocom experts present the latest industry sharing and cutting-edge FWA solutions on-site daily, where partners could dive into any discussions on new products and market insights. The excitement continues in Paris, feel free to join Fibocom at Booth #G8 and let us be part of witnessing the future of connectivity. About Fibocom Fibocom is a leading global provider of wireless communication modules and solutions as well as the first wireless communication module provider listed on China A-shares stock market (stock code: 300638). Fibocom offers a one-stop solution for industry customers by integrating wireless communication modules and IoT solutions. With over two decades of engagement in M2M and IoT communication technology and extensive expertise, we are capable of bringing reliable, convenient, secure, and intelligent connectivity service to every industry, enriching smart life with a perfect wireless experience. Fibocom’s product portfolio ranges from cellular modules (5G/4G/3G/2G/LPWA), automotive-grade modules, AI modules, android-smart modules, GNSS modules, and antenna service. Together, we aim to empower digital transformation across industries such as ACPC (Always Connected PC), mobile broadband, smart retail, C-V2X, robotics, smart energy, IIoT, smart cities, smart agriculture, smart home, telemedicine, etc. Find out the latest news at www.fibocom.com, and follow us on LinkedIn /X /Facebook /Youtube. SOURCE Fibocom Wireless Inc.

In an increasingly interconnected world, the convenience and efficiency of essential services have become integral to our daily lives. From electricity and water supply to healthcare and transportation systems, these services form the backbone of modern society. However, there’s an invisible threat looming over them – the ever-growing risk of cyberattacks. As we rely more heavily on technology to deliver these services, the potential for disruption and chaos becomes a very real concern. It’s time to shed light on this looming danger and explore how cybersecurity companies are our safeguard against these threats. Essential services, once mostly reliant on manual operations, are now heavily digitized and interconnected. This connectivity offers unprecedented convenience and efficiency but also opens the door to malicious actors seeking to exploit vulnerabilities. Cyberattacks can disrupt power grids, compromise medical records, cripple transportation systems, and more. The recent surge in high-profile cyber incidents has demonstrated that no sector is immune, and the consequences can be devastating. Imagine a city suddenly plunged into darkness due to a cyberattack targeting its power grid. Hospitals struggle to maintain life-saving operations, transportation grinds to a halt, and communication systems falter. The interconnectedness of essential services amplifies the ripple effects of such attacks. Hospitals depend on electricity, which in turn relies on fuel distribution and communication networks. This domino effect showcases the intricate web of dependencies we often overlook. The battle against cyber threats is fought on many fronts, with cybersecurity companies at the forefront. These specialized firms dedicate themselves to staying one step ahead of cybercriminals. They develop sophisticated tools, strategies, and technologies to protect critical infrastructure and essential services from attacks. One of the key ways cybersecurity companies combat threats is through innovation. They develop advanced threat detection systems that can identify abnormal activities in real time, allowing for swift intervention. Machine learning and artificial intelligence play a crucial role in identifying patterns and anomalies that might otherwise go unnoticed. The battle against cyber threats is a collective effort. Governments, private sector entities, and cybersecurity firms collaborate to create a resilient defense. Sharing threat intelligence, conducting regular security assessments, and implementing best practices are vital to maintaining the integrity of essential services. In an ever-evolving digital landscape, it’s not a question of if but when the next cyberattack will occur. As essential services continue to rely on technology, the importance of cybersecurity cannot be overstated. Cybersecurity companies stand as sentinels, tirelessly working to thwart threats, protect our way of life, and ensure that essential services remain operational even in the face of malicious intent. In this ongoing battle between security and threat, the unseen heroes are the cybersecurity experts, dedicated to keeping our vital services up and running. As our dependence on technology grows, so too does the significance of their role, ensuring that the invisible danger remains just that – invisible – and that our essential services continue to serve and protect us.

Insects that can perform a flapping-wing flight, climb on a wall, and switch smoothly between the 2 locomotion regimes provide us with excellent biomimetic models. However, very few biomimetic robots can perform complex locomotion tasks that combine the 2 abilities of climbing and flying. Here, we describe an aerial–wall amphibious robot that is self-contained for flying and climbing, and that can seamlessly move between the air and wall. It adopts a flapping/rotor hybrid power layout, which realizes not only efficient and controllable flight in the air but also attachment to, and climbing on, the vertical wall through a synergistic combination of the aerodynamic negative pressure adsorption of the rotor power and a climbing mechanism with bionic adhesion performance. On the basis of the attachment mechanism of insect foot pads, the prepared biomimetic adhesive materials of the robot can be applied to various types of wall surfaces to achieve stable climbing. The longitudinal axis layout design of the rotor dynamics and control strategy realize a unique cross-domain movement during the flying–climbing transition, which has important implications in understanding the takeoff and landing of insects. Moreover, it enables the robot to cross the air–wall boundary in 0.4 s (landing), and cross the wall–air boundary in 0.7 s (taking off). The aerial–wall amphibious robot expands the working space of traditional flying and climbing robots, which can pave the way for future robots that can perform autonomous visual monitoring, human search and rescue, and tracking tasks in complex air–wall environments. Insects possess remarkable flying and climbing abilities after millions of years of evolution. Their complex flapping flight and versatile posture adjustments enable them to achieve high lift, agile flight, and precise movements. Insects exhibit different adhesion mechanisms on various surfaces, using claws for rough surfaces and smooth pads for smoother ones. Wall-climbing and aerial robots have been developed to mimic these abilities, with wall-climbing robots using claws or adhesive pads, and aerial robots achieving flight with flapping-wing mechanisms. However, each type of robot has limitations in terms of energy consumption, load capacity, and interaction with the environment. Aerial–wall amphibious robots, combining both aerial and wall-climbing capabilities, offer a solution to overcome these limitations. These robots can transition between climbing and flying modes, enabling them to reach challenging areas and adapt to various environments. The development of such cross-medium robots is a significant step towards achieving insect-like maneuverability and stability for various applications. Discover the benefits and outcomes, along with additional in-depth information about this remarkable research, by clicking here. Source: qian li, haoze li, huan shen, yangguang yu, haoran he, xincheng feng, yi sun, zhiyuan mao, guangming chen, zongjun tian, lida shen, xiangming zheng , and aihong ji