Eos.ii™ empowers CISOs and SOCs with the platform and insights needed to scale up security to meet the demands of IoT business models. It offers unmatched capabilities to help energy and critical infrastructure organizations build and maintain robust, adaptable, and resilient defenses in a fast-moving and competitive IoT future.

Managed Detection and Response (MDR) powered by Eos.ii™ is an AI-based service, powered by �����˿�����’s revolutionary monitoring platform. It provides energy companies with the visibility and context to shine a light into industrial operating environment to stop attacks before they occur.

This white paper offers an example of an attack against a fictional electric utility, as it manages an unfolding crisis and illustrates how incident response planning can make a difference in reaching the least disruptive outcome.

Wind farm developers, owners, and operators share an interest in cybersecurity risk manage ment strategies that account for the full life cycle of these assets. To ensure secure reliable renewable power delivery, offshore wind farms should be built and operated with a secure by design approach, with systems-level integration in mind, and with the understanding that the threat environment will continue to evolve long after construction is complete.��

This MIT Technology Review report gathers insights from leading practitioners in the oil and gas sector to better understand how global companies are applying advanced digital technologies to both improve efficiency and protect themselves from cyberattacks — and why AI is the key to unlocking and securing the energy transition.

This report from the Ponemon Institute highlights the unique cybersecurity requirements for�� for the Utility industry.

In conjunction with the Ponemon Institute, this report delves into the cyber readiness of the oil and gas industry in the Middle East.

Learn how US companies in the oil and gas industry are addressing cybersecurity risks in the operational technology (OT) environment.