prnewswire | December 29, 2020
Today, PassTime GPS, a main supplier of car and IoT GPS arrangements, reported an essential organization with Polte Corporation, the pioneer of Cloud Location over Cellular (C-LoC) innovation, to join profoundly exact Polte Mobile IoT area into PassTime's line of Encore resource trackers. Together, PassTime and Polte will empower Buy Here Pay Here sellers, establishment vendors, powersports vendors, car money organizations, in addition to a wide scope of clients in different businesses to safely find vehicles and resources practically anyplace that GPS gets inaccessible. This incorporation will permit Encore resource trackers to keep up the most minimal force profile at the littlest size conceivable.
Polte's multi-licensed C-LoC innovation creates the most precise cell area available, utilizing pervasive 4G and 5G cell network signals and the Polte IoT Cloud (PIC) to convey ongoing experiences as gadgets move inside, outside, and wherever in the middle. Polte's problematic methodology kills the mass and cost of extra equipment or foundation required for situating with conventional innovations, while saving battery by offloading computational unpredictability from the gadget to the cloud.
With finished business mix of Polte's area innovation, PassTime's Encore line of resource trackers, expected to consolidate Polte's area innovation in mid 2021, will fill in the holes in insight left by contenders utilizing exclusively GPS for situating. This new organization changes the client experience, permitting, for instance, vehicles to be all the more immediately recuperated or found whenever left inside or in parking structures. This smoothes out activities and cost of capital, eliminating the time needed to look for missing resources. Polte carries more prominent speed to ROI and a more straightforward, more nimble expansion to PassTime's area the board. Rather than hybridizing with substitute alternatives, for example, Wi-Fi or BLE, Polte's mix takes out the requirement for the huge overhead and bother of passages or reference point organizations.
"Selecting Polte's Mobile IoT location technology as an augmentation to our Encore product line was simple," PassTime EVP and CTO Todd Goodnight said. "Taking advantage of Polte not only allows us to unlock precise location and indoor visibility where GPS falls short, but reinforces our value promise: providing long battery life trackers that are compact, easy to use and require no installation. Our customers will now have everything they need to safeguard vehicles and precious assets against loss or theft."
"Powered by Polte" PassTime Encore trackers incorporate WNC's 5G compatible LTE-M module containing a Sony Semiconductor Israel chipset, utilizing both Mobile IoT hardware partners to deliver massive scale, security and power savings for a variety of customers looking to connect their vehicles and protect their assets.
"We are excited to work with PassTime to offer unprecedented location intelligence to the automotive industry," Polte CEO Ed Chao said. "Due to Polte's use of cellular networks for positioning, the evolution of Encore will only become more powerful with the expansion of 5G. Together, we are setting the new standard for vehicle asset tracking."
About Polte Corporation:
Polte, the innovator of Cloud Location over Cellular (C-LoC) technology, provides disruptive, low-cost indoor and outdoor IoT location solutions that empower enterprises with unprecedented, real-time visibility into all the things that matter. Leveraging global 4G and 5G cellular signals, Polte transforms what is possible with asset tracking by driving heightened accessibility and greater speed to ROI for supply chain, logistics, manufacturing, and a wide range of other sectors.
UConn | April 20, 2021
The University of Connecticut (UConn) and AT&T* are collaborating on the Stamford campus to advance entrepreneurship, innovation, and data science by using AT&T 5G+ millimeter wave and Multi-access Edge Compute (MEC) technologies. The AT&T 5G+ network will allow the university to advance research initiatives that will investigate new use cases and increase entrepreneurial activity.
AT&T's partnership with UConn Stamford, with the assistance of CTNext and StamfordNext, will add 5G capabilities to bolster the UConn Stamford Data Science Initiative, which includes the Stamford Start-up Studio, the UConn Technology Incubation Program (TIP Digital) in Stamford, and the work of a soon-to-be recruited a team of data science research faculty. AT&T and UConn anticipate that the latest resources on the Stamford campus will connect business experience with student and faculty innovation, paving the way for new job opportunities and cutting-edge research.
AT&T's 5G infrastructure will provide UConn Stamford with cellular high-speed access. MEC computing is a wireless network infrastructure that, when combined with 5G+, enables near real-time, ultra-high bandwidth, and ultra-low latency connectivity to wireless mobile applications. Through a private network, 5G and MEC will help connect students, faculty, and university partners. In other words, the technology would enable UConn Stamford to provide advanced experiences and results to students, teachers, and research groups without requiring data to travel to distant data centers.
The addition of AT&T's 5G+ mmWave service will boost and extend Connecticut's innovation ecosystem, enhancing UConn Stamford's capacity to support the state, city, and university. Academic programs and student life should benefit as well, and the socioeconomic effect of this growth should benefit University partners and stakeholders in a meaningful manner.
AT&T and UConn anticipate that the new 5G lab will enable a wide set of technical tools and innovations that will allow the university to extend its work in entrepreneurship and data science. AT&T 5G+-enabled UConn use cases will include:
Entrepreneurship and Innovation Co-op – This program will teach aspiring entrepreneurs how to develop early-stage innovations and technologies for the real estate and construction industries. The 5G technology will assist student entrepreneurs in unleashing their innovation and transforming business operations. Besides, the initiative assists women and minority-owned business innovators by connecting and developing a network of partnerships within the university and throughout the state.
Data Science Tech Incubator – 5G will assist TIP Digital startups in studying and assessing data more quickly and effectively. Real-time processing of patient data so that treatment can be delivered more quickly, as well as better management of extreme weather so that service providers can adapt to power outages more quickly, are examples of use cases. Access to 5G technologies enables TIP Digital firms to evolve more quickly and draw top talent to the field.
Faculty Fellows in Data Science – 5G can be used for analytics and data visualization research in engineering, liberal arts, fine arts, and industry. These data science faculty fellows will collaborate with industry partners to conduct cutting-edge research with the potential for commercialization.
UConn's commitment to Stamford and the business community is accompanied by this initiative. When the lab opens, UConn anticipates partnering with regional companies to expand student activities and opportunities.
About AT&T Communications
We help family, friends, and neighbors connect in meaningful ways every day. From the first phone call 140+ years ago to mobile video streaming, we @ATT innovate to improve lives. AT&T Communications is part of AT&T Inc. (NYSE: T).
About UConn Stamford
UConn Stamford, UConn's largest undergraduate regional campus, is located in the state's most affluent and economically active county and offers a top-ranked research university education in the intimate setting of an urban liberal arts college. Graduate and undergraduate students study business, computer science, digital media and design, and other fields, all while benefiting from the City of Stamford's impressive network of government and business partners. Furthermore, with New York City and everything it has to offer less than an hour away, UConn Stamford's proximity and possibilities for synergized partnerships favor our students and the region. The campus catalyzes entrepreneurship and innovation, leading to social mobility for our students, and economic impact for the region.
IT SYSTEMS MANAGEMENT
Redline Communications | November 26, 2021
Redline Communications Group Inc. a leading provider of mission-critical data infrastructure for remote and harsh environments, announced today that the company has been selected to provide high-speed, wireless broadband service solutions for one of the largest telecom service providers in the Middle East.
Redline will be deploying its award-winning Virtual Fiber technology to deliver last mile wireless transport and enhance the service providers' over-the-air, ultra high-speed broadband access connections for enterprises across the region.
"Enterprise demands for bandwidth and high-speed broadband are steadily increasing. and Redline offers premier service and hardware solutions for businesses who require reliable, high-speed connectivity for their customers, even in the most remote operating locations,This contract broadens Redline's footprint in the service provider industry and lays the groundwork for more opportunities in this sector and in this region of the world."
Richard Yoon, President and CEO of Redline Communications
Redline secured the three-year contract, valued at over $2.2M USD, after a competitive bid by demonstrating best-in-class reliability, connection and customer service, all at the lowest total cost of ownership. Redline will provide the equipment along with its world-class advanced services.
About Redline Communications
Redline Communications designs and manufactures powerful wide-area wireless networks for mission-critical applications in challenging locations. Redline networks are used by Oil & Gas companies onshore and offshore, Mining companies on surface and underground operations, by municipalities to remotely monitor infrastructure, and by specialized telecom service providers to deliver premium services. Hundreds of businesses worldwide rely on Redline to engineer, plan and deliver ruggedized, secure and reliable networks for their IoT, voice, data, and video communications needs.