INTERNATIONAL ANTI-BOTNET GUIDE 2018

whitePaper | November 18, 2022

Bot-generated attacks have risen in visibility, and defending against these attacks is now a priority for most organizations. Yet challenges persist in accurately identifying bot traffic; protecting a distributed, heterogeneous application environment from these attacks; and minimizing the impact to legitimate users while doing so. To address these issues, intelligent protection against sophisticated bots is a necessity. This should include strong analytics coupled with human expertise, a frictionless user experience, and consistent coverage across different architectures and platforms. F5 Distributed Cloud Bot Defense, built on Google Cloud, supports these requirements and can help prevent fraud and abuse against public-facing web applications.

whitePaper | November 3, 2022

While “less is more” is the critical strategy behind consolidating networks and security, “more is more” seems to be the mantra cybercriminals continue to live by. The most troubling trend we’ve observed across the cyber landscape is one we see continuing into the future—that threats of all kinds are becoming increasingly ubiquitous. From Ransomware-as-a-Service (RaaS) to new attacks on nontraditional targets like edge devices to the emerging use of wipers, the volume and variety of cyberthreats will keep security teams on their toes in 2023 and beyond.

whitePaper | January 9, 2020

The malicious programs known as ransomware have attracted a significant amount of coverage in the mainstream media over the last few years, as major companies and organizations announced that their operations had been affected by the threat. Examples of affected businesses include hospitals, universities and major international corporations [2, 3]. Despite the alarming nature of the threat, the way ransomware gains entry onto a user’s device is actually no different from the methods used by other threats. Ransomware is most commonly spread by two methods.

whitePaper | March 14, 2023

This document describes data that is exchanged between the Hardware Management Console (HMC) and the IBM Service Delivery Center (SDC). In addition, it also covers the methods and protocols for this exchange. This includes the configuration of “Call Home” (Electronic Service Agent) on the HMC for automatic hardware error reporting. All the functionality that is described herein refers to Power Systems HMC and the HMC that is used for the IBM Storage System DS8000.

whitePaper | March 14, 2023

Security automation cannot replace the creativity of humans. In fact, 92% of ethical hackers say they can find vulnerabilities scanners can’t. For the past six years, we’ve been surveying hackers to learn more about how they see the evolving security testing industry. We combine these insights with the world’s largest dataset of vulnerabilities to identify trends that inform our customers how to build an impactful security strategy.

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.