IoT Cybersecurity vision 2018-2019

whitePaper | May 21, 2021

Critical infrastructure owners and operators have managed industrial risk for hundreds of years. This risk is usually measured in impact to health, safety, and reliability. As these industrial systems become increasingly digitized, so does the risk. What were once seen as isolated, manual processes have become reliant on communication networks and digital devices.

whitePaper | December 1, 2019

Cyberspace and information technology have enabled the economic, political, and cultural inte - gration of the United States and China. However, interdependence creates costs as well as benefits. Increased interconnection has also contributed to major obstacles in the bilateral relationship, generating mutual distrust of incentives, actions, and norms in cyberspace. Information technology raises new challenges for states by allowing actors to exploit networks, conduct cyber espionage, or compromise national security with greater ease.

whitePaper | April 29, 2021

The cyber security industry has faced two major sets of challenges over the last twelve months. The attacks and exploits affecting Solar Winds, Accellion, Microsoft and their customers have focused attention on supply chain risk, but the impact of the coronavirus pandemic has been felt more broadly across cyber security domains and disciplines.

whitePaper | November 28, 2019

Safety Instrumented Systems (SIS) are designed to keep processes safe, especially during critical situations. With this concept in mind, it is paramount that the SIS components are not taken down due to cyber-threats. The purpose of this white paper is to explain, in detail, the Emerson approach for cybersecurity as well as the built-in security features available within the DeltaV SIS process safety system.

whitePaper | February 20, 2020

As the threat landscape continues to evolve, your cybersecurity efforts must follow suit. With your security operations center (SOC) at the core of your offense against threats, you must ensure that it can handle anything that comes its way. To be effective, you need to mature your SOC to stop threats early — before damage occurs. Whether your SOC is a virtual team of two to three or a 24x7 operation, maturing your security operations capabilities will help you achieve a faster mean time to detect (MTTD) and mean time to respond (MTTR) to cyberthreats. This white paper explores LogRhythm’s Security Operations Maturity Model (SOMM), which explains how to measure the effectiveness of your security operations. Through the model, you can learn how to mature your security operations capabilities, improving your resilience to cyberthreats.

whitePaper | December 4, 2019

This paper describes a distributed anomaly detection approach designed to accurately track actions performed by adversaries across a network. The illustrated approach involves running multiple machine learning models on both endpoints and the network as well as on a centralized backend, and includes communication and replication of learned states between these models.