The Future of Connectivity in IoT Deployments

whitePaper | June 17, 2022

The implementation of fifth generation mobile communication systems in society has been in full swing since around 2020. Mobile communication systems have evolved into a communication infrastructure (1G-3G) and a living infrastructure (4G), becoming an indispensable element in the lives of individuals. It has become a social infrastructure that connects not only people but also things like the Internet of Things (IoT).

whitePaper | December 19, 2022

The Accenture-Cisco Center of Excellence is an international center integrated with ACIC+ and its catalogue with a hub in Rome in the Accenture Cloud Innovation Center and one in Milan, in the Cisco Cybersecurity Co-Innovation Center as well as a Demo Center at Equinix’s datacenter ML5. The Center will leverage Market leader software-defined solutions for DC, WAN and LAN, Security for both corporate and industrial sites, to establish, based on Equinix Fabric and network edge catalog, a direct and low latency cloud interconnection through its resilient facilities to main cloud providers (MAG). The benefits of having Equinix in this architecture are numerous in terms of lower IT costs thanks to consumption-based billing, faster time-to-market and rapid innovation that supports large scale-up with fluid and real-time service enablement, plus monitoring from a single portal.

whitePaper | May 4, 2022

The Internet of Things, represents the billion autonomous devices connected to a network, primarily the Internet. You could find it at home, in the cities, in the industry, at hospital, and almost everywhere. IoT has given rise to concepts called smart home, smart cities, Industry 2.0 / 4.0 (depending if it’s used with or without AI) or smart healthcare.

whitePaper | August 22, 2022

Wi-Fi 6 is increasingly seen as a complementary to cellular technologies such as LTE-M and even 5G –when it becomes widely available. In private networks, the performance uplift of Wi-Fi 6 over Wi-Fi 5 is substantial and more than sufficient to support innovative use cases such as automated guided vehicles, industrial robots and many other applications.

whitePaper | May 14, 2021

The purpose of this draft paper is to start a conversation about what it means to have confidence in the cybersecurity of IoT devices used by individuals and organizations and the various ways of gaining that confidence. This paper describes the landscape of confidence mechanisms that are currently available for establishing the security of IoT devices in the marketplace. In preparing this paper, NIST conducted extensive research on initiatives that can help to instill confidence in IoT device security and held a series of meetings with government and industry experts to glean information on the unique aspects and challenges in this space.

whitePaper | August 16, 2022

During routine analysis of detection performance, we noticed a batch of processes that respected the same pattern in the process names. These names begin with sys, win or lib followed by a word that describes the functionality, such as bus, crt, temp, cache, init, and end in 32.exe. We later noticed that the .bat files and the downloaded payloads respect the same naming convention. Further investigation revealed the components are part of a monitoring application called SecondEye, developed in Iran and distributed legitimately via the developer’s website. We also found that some spyware components were already described in an article published by Blackpoint [1]. In the article, researchers drew attention to the dangers of legally distributed monitoring software with malicious behavior