THE FIRST AND ONLY AI-DRIVEN WIRELESS LAN

September 19, 2018

Mist has brought true innovation to the wireless space with the world’s first AI-driven Wireless LAN (WLAN). The Mist Learning WLAN makes Wi-Fi predictable, reliable and measurable with unprecedented visibility into the user experience. Time consuming manual IT tasks are replaced with AI-driven proactive automation and self-healing, lowering Wi-Fi operational costs and saving substantial time and money. Mist also brings enterprise-grade Wi-Fi, Bluetooth® LE and IoT together so businesses can increase the value of their wireless networks through personalized location services, such as wayfinding, proximity notifications, and asset location. With Mist’s patented virtual BLE (vBLE) technology, no battery beacons or manual calibration are required.

Spotlight

Telenor

Telenor Group has mobile operations in 13 markets in the Nordic region, Central and Eastern Europe and in Asia, as well as an economic stake of 33 per cent in VimpelCom Ltd., operating in 14 markets. Headquartered in Norway, Telenor Group is one of the world's major mobile operators with more than 200 million mobile subscriptions, revenues of NOK 107 billion in 2014, and a global workforce of about 33,000.

OTHER WHITEPAPERS
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Next Generation Mission Critical Networks

whitePaper | May 31, 2023

In a society moving towards digital, where access to data in almost real time is key to every single industry sector, Public Safety (PS) services are seen as laggers when it comes to take most of the technology available to enable agencies and emergency services to benefit the best information available. By relying in voicecentric technologies, Public Safety services cannot support themselves for instance on simple video-based use cases, which would leverage decision making processes with insightful information that could for example make a difference between life and death.

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4 Keys to Managing IT Remotely

whitePaper | January 12, 2022

The advantages of a well-designed remote IT management solution become indispensable once it enables MSPs and IT departments to do all of the following remotely: Run and maintain IT infrastructure to significantly reduce the average ticket response time Perform maintenance tasks during off hours to avoid interrupting employees Be proactive instead of reactive by keeping software current and safe from cyberattacks, with endpoints protected and data backed up Gain real-time insights into IT infrastructure and share them with business stakeholders to help evaluate current conditions, make timely decisions, and project future needs Boost operational efficiency and reduce costs by monitoring devices and addressing potential problems before they become major issues

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Medical and iot device security for healthcare

whitePaper | December 27, 2021

With the advent of the Internet of Things (IoT), businesses are experiencing a digital transformation bigger than the PC and Mobile revolutions combined and healthcare is no exception. The new breed of connected medical devices brings the promise of improved patient care, better clinical data, improved efficiency, and reduced costs but they also bring increased security risks.

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IoT To The Rescue For Biotech & Pharma Manufacturing

whitePaper | March 30, 2022

The Internet of Things (IoT) could not be timelier for biotech/pharma. With fierce cost pressures, thepush for value-based outcomes, and the need for flexible manufacturing solutions, the IoT is the much-needed shot in the arm to bring about transformational change.

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Internet of Things (IoT) in the Federal Government

whitePaper | June 8, 2021

The Internet of Things is one of the most impactful IT innovations of our time. As consumers, we already encounter the IoT in our daily lives with smart items such as TVs, watches, and phones. As we journey further in time, IoT will become a ubiquitous aspect of life at home and in the workplace. Gartner defines the IoT as the network of physical objects that contain embedded technology to communicate and sense or interact with their internal states or the external environment.” More simply, IoT devices are computers (typically very small), that are embedded into an object to perform a function (e.g., collect data, run software) and connect to a network (e.g., the internet). For example, an IoT device could be an assembly line sensor capable of detecting minute deficiencies and determining when equipment needs repair.

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Transforming Endpoints with Artificial Intelligence

whitePaper | August 5, 2021

There has never been so much compute power available in IoT devices - now is the time to be designing and deploying true intelligence in IoT endpoints. Devices which are aware of their environment are capable of adding huge value to the data they collect and the services which they enable. This paper explores how new and emerging technology can enable your devices to see, hear and feel what is going on, interpret what they sense, take autonomous actions and generate real, trusted, valued data for the cloud. Recent developments in hardware and software will enable a step change in the capability of resource-constrained endpoint platforms, allowing developers to build vision, voice and vibration capability, coupled with genuine intelligence at the endpoint.

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Spotlight

Telenor

Telenor Group has mobile operations in 13 markets in the Nordic region, Central and Eastern Europe and in Asia, as well as an economic stake of 33 per cent in VimpelCom Ltd., operating in 14 markets. Headquartered in Norway, Telenor Group is one of the world's major mobile operators with more than 200 million mobile subscriptions, revenues of NOK 107 billion in 2014, and a global workforce of about 33,000.

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