The world is currently gripped by the spread of Covid-19, more commonly referred to as coronavirus, and unsurprisingly, cybercriminals are making the most of the situation and public uncertainty through phishing scams. There are many different examples of Covid-19 phishing scams in active circulation. Some purport to share the latest guidance, others encourage people to apply for a tax rebate, and yet more ask for donations towards medical efforts. Some even claim to provide a magical cure.

The evolution of Security Information and Event Management (SIEM) is deeply intertwined with cloud computing, both in terms of technological breakthroughs the cloud provided and from its inherent security challenges. With the rise of cloud computing, we no longer rely on long-lived resources. An ephemeral infrastructure obscures the identity of the components and, even if you do have the visibility it doesn’t necessarily mean you can comprehend the meaning behind the components.

Security, whether focused on physical, cyber, operational, or other domains, is an interesting topic that lends itself to considerable debate among practitioners. There are, however, basic concepts and underpinnings that pervade general security theory. One of the most important, yet often misunderstood concepts are those inextricably entwined concepts of vulnerabilities and exploits. These basic underpinnings are critical in all security domains.

Many organisations are acting to prevent the spread of Coronavirus by allowing their employees to work from home. In order to be able to do so comfortably, and without introducing a component of risk, businesses should follow certain best practices that can guarantee their digital assets are just as secure with a remote workforce as they would be in-house. Unfortunately, cybercriminals have already started to take advantage of this pandemic.

Sysdig is working with VMware to deliver enhanced microservice and cloud security. Leveraging the container runtime security capabilities of Sysdig Secure along with the operations and security policies of VMware Tanzu Service Mesh, built on VMware NSX, customers will be better able to accelerate Kubernetes and cloud adoption, as well as application modernization.

The Zero Trust approach to security is based not on where you are, but who you are. This model shifts the focus from network and perimeter-based security to identity-based access. In simple terms, this means: Zero Trust security provides a powerful approach to keeping an organization’s resources secure and usage auditable.

Zero Trust is an information security model that does not implicitly trust anything inside or outside its network perimeter. Instead, it requires authentication or verification before granting access to sensitive data or protected resources. Zero Trust was coined by John Kindervag at Forrester Research in 2009. Zero Trust security provides visibility and security controls needed to secure, manage, and monitor every device, user, app, and network.

We have seen great strides in improving security tooling and processes over the past ten years. Via constantly maturing security models, security teams have become increasingly dependent upon an ever-more complex toolchain of products and services. But what happens when these systems fail. How much effort are we putting into planning and maintaining our security solutions to ensure they’re available when issues occur?

2020 is predicted to be an exciting year with more organizations adopting Kubernetes than ever before. As critical workloads with sensitive data migrate to the cloud, we can expect to encounter various Advanced Persistent Threats (APT) targeting that environment.

When it comes to monitoring third-party APIs and web services, what you monitor is as important as how you monitor. Data is useful, but actionable data is where the true value is. Below we've listed the most common and valuable metrics to monitor when relying on third-party API integrations and web services.