Operations security (OPSEC) is a process that identifies friendly actions that could be useful for a potential attacker if properly analyzed and grouped with other data to reveal critical information or sensitive data. OPSEC uses countermeasures to reduce or eliminate adversary exploitation.
Third-party vendors are an important source of strategic advantage, cost savings and expertise. Yet outsourcing is not without cybersecurity risk. As organizations' reliance on third-parties grow, so too does their exposure to third-party risk and fourth-party risk. In fact, a recent HSB survey found nearly half of data breaches in 2017 were caused by a third-party vendor or contractor.
“How do I enable GitOps for my network policies?” That is a common question we hear from security teams. Getting started with Kubernetes is relatively simple, but moving production workloads to Kubernetes requires alignment from all stakeholders – developers, platform engineering, network engineering, security. Most security teams already have a high-level security blueprint for their data centers.
Organizations build a SOC – a dedicated, centralized team of security experts – to effectively detect and respond to advanced threats. However, as SOCs deal with evolving threats and an expanding attack surface, advancements in the stack have not kept pace and analysts are feeling the pain.
Security, privacy, and risk does not have to be scary… but with GDPR, CCPA, and organizations moving to a risk-based approach to security rather than focusing on only compliance, it has become a daunting challenge. What is typically at the heart of organizations? Data and information. The common denominator that makes security, privacy and risk more effective and dare I say, easier?….data governance.
The purpose of a vendor management policy is to identify which vendors put your organization at risk and then define controls to minimize third-party and fourth-party risk. It starts with due diligence and assessing whether a third-party vendor should have access to sensitive data.
Internet Protocol (IP) attribution is the attempt to identify a device ID or individual responsible for a cyber attack (e.g. ransomware or other types of malware) based on the origin of a network packet. An IP address is given to a system for a period of time that enables them to exchange data to and from other devices on networks.
Reports from the U.S. Government Accountability Office (GAO) and Siemens highlight both the increasing cyber threats faced by the electric utility companies and the lack of adequate readiness to respond to these threats. According to these reports, a cyber-attack on the electric grid could cause “severe” damage.
SOAR solutions have been on the rise within the framework of cyber security practices. As a result, the use cases and benefits of SOAR have been being discussed recently. In this article, we will take a closer look at how SOAR can improve the overall security posture and threat detection performance of your organization. What is SOAR?
Ah, the wonders of technology. In the innovation-rich Information Age, we are the beneficiaries of a nonstop wave of new advancements, each offering the ability to execute vital tasks faster and more efficiently than ever before. However, along with each breakthrough comes potential security vulnerabilities.
