Jaybird, the leader in sport headphones for runners, announced today Jaybird Tarah Pro Wireless Sport Headphones – industry leading 14 hours of battery life, extremely durable, adventure-proof compact wireless headphones. Equipped with unique features geared towards athletes, they provide a secure custom-fit and uncompromising sound, with new Personalized EQ functionality through the Jaybird app. Tarah Pro is the first in Jaybird’s Pro Series: a new line of pinnacle-level wireless sport headphones for endurance athletes.

Tweet now: @Jaybirdsport introduces 14-hour wireless headphones: Tarah Pro wireless sport headphones built for the most epic adventures. #PowerYourPassion https://jaybird.co/TarahPro

“Designed with insights from some of the world’s best endurance athletes, we are extremely excited to announce Tarah Pro, the first wireless headphone in Jaybird’s Pro Series,” said Jamie Parker, CEO of Jaybird. “We’ve set the bar in the category with 14 hours of battery life, but I must say that I’m equally excited about the never-before-seen features bringing new benefits for runners and fitness enthusiasts, including Switch Fit for a quick transition between over- and under-ear fit, the non-stick sport cord introducing reflectivity and the new Personalized EQ in the Jaybird app.” Tarah Pro delivers an industry-leading battery life of 14 hours to accompany athletes on some of their longest runs. A quick five minute charge gives you two full hours of play time so there’s no excuse to get out and run with your favorite tunes. And, the new Magnetic Snap Lock feature automatically pauses your music when the earbuds are snapped together, securing them around your neck. The music automatically restarts where you left off when you put the buds back in your ear, preserving battery life. Featuring a lightweight design, Tarah Pro is waterproof (IPX7) and sweatproof, meaning they can handle any inclement weather you encounter: rain, snow, or even accidental submersion down to one meter for up to 30 minutes. Jaybird rigorously tested Jaybird Tarah Pro in all sweat conditions and used double hydrophobic nano coating on the buds so you can train as hard as you want. Everything about Tarah Pro was designed to ensure maximum water- and sweat-proofing, including the use of the USB-compatible proprietary charger. Since everyone trains differently, Jaybird’s Switch Fit allows runners and athletes to easily rotate between over-ear fit for a secure, sports-specific usage and under-ear for more relaxed situations on the fly, while the buds remain in-ear. The non-stick reflective fabric cord helps with visibility, allowing you to train when it’s dark out with extra visibility. And, with the new Speed Cinch cord management system, it’s super easy to adjust the length of the cable quickly. Tarah Pro comes with three different sizes of our combined silicone ear tips/fins for a customized comfortable, secure fit. The latest version of the Jaybird app allows users to unlock totally new functionality with Tarah Pro. Now Jaybird is making it even easier for people to get the perfect personalized sound. As part of the simple set up process, the Jaybird app will run users through a quick hearing test in order to create a personalized EQ setting based on Jaybird’s proprietary algorithms. The test will help you set your ideal sound profile, meaning a unique, personalized music experience with uncompromised sound quality. This is all in addition to Jaybird’s standard EQ and Spotify^® integration which allows you to create and share playlists within the app. Availability Jaybird Tarah Pro Wireless Sport Headphones are expected to be available for order exclusively at jaybirdsport.com today and in select stores in November 2018 for a suggested retail price of $159.99. The wireless headphones will be available in three color combinations: Black/Flash, Mineral Blue/Jade. The third color, Titanium/Glacier, is available exclusively at jaybirdsport.com and Best Buy. For more information, please visit jaybirdsport.com. The Jaybird app is free and available through the iOS^® and Android™ app stores. Use of the app’s Spotify^® functionality requires a Spotify^® Premium account. About Jaybird Established in 2006, Jaybird is a pioneer in sports Bluetooth^® wireless headphones for runners, outdoor athletes, and fitness enthusiasts – designed for athletes, built for adventure. Developed in close collaboration with our team of professional athletes, Jaybird earbuds feature secure comfort-fit and incredible, customizable sound in an adventure-proof, compact form factor. Jaybird has established itself as the brand for active people who love to power their passion with their favorite audio content, from music to podcasts, all without wires. For more information, please visit www.jaybirdsport.com or #PowerYourPassion with us on Instagram, Facebook and Twitter. Jaybird is a brand of Logitech International, founded in 1981 and headquartered in Lausanne, Switzerland. Logitech is listed on the SIX Swiss Exchange (LOGN) and on the Nasdaq Global Select Market (LOGI). Jaybird, the Jaybird logo, and other marks are registered in Switzerland and other countries. All other trademarks are the property of their respective owners. For more information about Jaybird and its products, visit the company’s website at http://www.jaybirdsport.com.

As more businesses around the world adopt Azure — including 95 percent of the Fortune 500 — Microsoft has introduced a powerful new solution to enhance the performance and security of its cloud.

The Azure Cloud Collaboration Center (CCC) is a new, state-of-the-art, 8,000-square-foot facility on Microsoft’s Redmond, Washington corporate campus. The centralized workspace allows engineering teams to come together to resolve operational issues and unexpected events that could impact customers. The first facility of its kind among major cloud providers, the CCC features a dramatic, 1,600-square-foot video wall that displays the real-time status of Azure, from internal processes and network infrastructure to the health status of customer services. At a glance, engineers can identify potential issues before they become problems — and quickly triage incidents when problems do occur. “A high priority for us in building this space was to enable faster problem resolution and proactive work to strengthen the Azure platform for our customers,” says Jason Zander, executive vice president for Azure.

He notes that the CCC was purpose-built for collaboration. Dynamic, customizable workspaces can be reconfigured for small or large groups. Cutting-edge visualization and Skype technology enable experts to be pulled into discussions, no matter where they are in the world. In addition, anything on the video wall can be viewed on a desktop for closer analysis and correlation of information. “The CCC provides a flexible workspace for engineers to spot potential problems and troubleshoot them in real time,” Zander says. “Having this kind of collaborative space to push forward the Azure platform and resolve incidents has proven to be invaluable. It’s allowed us to provide customers with new levels of responsiveness, security and efficiency.” Case in point: The CCC played a big part in the effort to make Azure compliant with the European Union’s General Data Protection Regulation (GDPR), the user privacy law that went into effect May 25. With 140 distinct Azure services, “The law had enormous implications for us,” says Lindsay Berg, director of product marketing for Azure. “It affected literally every aspect of how we run Azure.” She notes one regulation dictating that, at a customer’s request, all their personal data must be immediately, verifiably removed from all systems. “That meant we had to go through every one of our 140 services for every way we touch customer data, so we can provide or delete it on request,” she says. “We had to ensure that it could be done, was verifiable, and could be audited.” It was a weeks-long effort involving Microsoft engineering teams around the globe, and it was driven through the CCC. Azure ended up GDPR compliant on schedule. “Without the CCC, it would have been harder to meet the deadline,” says Berg. “Our engineers say it made an enormous difference to have this collaborative space.” Zander thinks this could be a template for the company moving forward. Already the space is hosting global hackathons, like a recent three-day Azure Support Hackathon. The event brought together 200 Azure program managers and engineers as well as Microsoft Customer Support Services (CSS) engineers. The goal: To foster a bigger, better community of employees working to improve Azure customers’ support experiences. “These Hackathons are vital in increasing the resiliency of the Microsoft cloud,” he says. “They allow the Azure support teams to work directly with the engineers to improve tooling and the customer experience. That kind of effort wasn’t possible before.”

Guided tours for Azure customers The CCC’s engineering workspace opened in November 2017, internal tours of the customer space began last spring and guided customer tours kicked off in July. Since then, 70 different customer groups have received an inside look at the Microsoft cloud through the second-floor Customer Experience Suite. One of those customers was Volkswagen AG, who recently announced that they are building the Volkswagen Automotive Cloud with the help of Microsoft, the largest dedicated cloud of its kind in the auto industry. Says Heiko Huettel, head of Connected Car at Volkswagen, who attended the tour, “We were impressed by the innovation and scale in the Azure Cloud Collaboration Center.” Customers like Volkswagen who visit the CCC can get up close and personal with the technology that powers Azure datacenters. Windowed displays showcase innovative chips and server racks, created in collaboration with the open source communities. Statistics pepper the displays, highlighting the global reach and scale of the Microsoft cloud: over 100 datacenters in 140 countries and all continents except Antarctica; a growing number of regions — now 54, more than any other cloud provider; and currently, Microsoft hosts more than 200 cloud services for more than 1 billion customers. “We’ve seen case after case of companies that have transformed their businesses with digital services made possible by IoT and the Microsoft cloud,” says Zander. “With the CCC, our hope is to inspire customers with a vision of what they can do with cloud computing.”

Visitors also learn about Marea, the 4,000-mile-long subsea cable between Virginia and Spain that Microsoft built with Facebook and Telxius. Dubbed “the future of subsea cables,” Marea offers connection speeds 16 million times faster than the average home internet. Customers with sustainability goals will find resonance with Microsoft’s focus on renewable energy. The company has been 100 percent carbon neutral since 2012, and is the largest corporate purchaser of solar energy in the U.S. By 2020, 60 percent of the energy in its datacenters will be from renewable resources. The tour culminates in a visit to the viewing gallery, called the Skybox, where customers get a 30,000-foot view of the CCC in operation. They look down on engineers collaborating, and the video wall streaming the massive amounts of data generated by Azure every second — on the status of Azure services, Microsoft infrastructure and network processes, and even customer health like tweets and support tickets (filtered for confidentiality). Hitoshi Momma, vice president of the Digital Solutions Business Unit for Fujitsu Limited, who recently toured the facility, said, “We were so excited when we visited the Azure Cloud Collaboration Center, which demonstrated the Azure datacenter as the ‘world’s computer’ in an innovative way.” According to Anja Ziegler, the Azure principal program manager for the CCC who has worked with a number of customers on their journey through the facility, “When customers see the video wall, it’s an ‘ah-ha’ moment for them. It shows the incredible complexity of managing cloud services at global scale. The CCC makes Azure real to customers in under an hour.” Top photo:  A visitor gets a look at the Open Platform Compute wall, which showcases IoT devices that use open source data transfer standards for industrial automation.