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Tigera

Beyond the network: Next Generation Security and Observability with eBPF - Shaun Crampton, Tigera

Learn how eBPF will bring a richer picture of what's going on in your cluster, without changing your applications. With eBPF we can safely collect information from deep within your applications, wherever they interact with the kernel. For example, collecting detailed socket statistics to root-cause network issues, or pinpointing the precise binary inside a container that made a particular request for your audit trail. This allows for insights into the behavior (and security) of the system that previously would have needed every process to be (manually) instrumented.

Join Us to learn Service Mesh, Observability and Beyond

How can you scale your organization without losing an understanding of your environment? Services mesh is here to help! It gives you the observability of connected services and is easier to adopt than you might think. Come and learn service mesh concepts, best practices, and key challenges.

Ensuring adequate security, observability, & compliance for cloud native applications

Containers, Microservices, and cloud-based applications have revolutionized the way companies build and deliver products globally. This has also changed the attack surface and requires very different security strategies and tools to avoid exposure to sensitive information and other cyber attacks. Regulatory compliance has also evolved making it ever so important for companies to adapt to this new paradigm.

Enabling You to Get the Best from AWS: Introducing the New Calico AWS Expert Certification

Calico is the industry standard for Kubernetes networking and security. It offers a proven platform for your workloads across a huge range of environments, including cloud, hybrid, and on-premises. Given this incredibly wide support, why did we decide to create a course specifically about AWS?

CVE-2021-31440: Kubernetes container escape using eBPF

In a recent post by ZDI, researchers found an out-of-bounds access flaw (CVE-2021-31440) in the Linux kernel’s (5.11.15) implementation of the eBPF code verifier: an incorrect register bounds calculation occurs while checking unsigned 32-bit instructions in an eBPF program. The flaw can be leveraged to escalate privileges and execute arbitrary code in the context of the kernel.