A Technical Deep Dive of eBPF (How the Hive Came to Bee Series)
Join us for the second session of our eBPF Creators webinar series to learn how eBPF works at the kernel level. You will learn how eBPF functions under the hood, discuss the internal workings, and see “how things are actually done” with eBPF.
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Daniel Borkmann, eBPF & Cilium co-creator & Distinguished Software Engineer, Isovalent at Cisco
December 8, 2022
Kubernetes Networking
Features at a Glance
High-performance CNI
Optimize network performance for high throughput and low latency.
Layer 4/7 Load Balancer
Efficiently distribute traffic across backend servers at Layer 4 or Layer 7.
Transparent encryption
Encrypt network traffic to ensure confidentiality and data integrity.
Cluster mesh
Seamlessly connect services across Kubernetes clusters for simplified communication.
Bandwidth and latency optimization
Efficiently utilize bandwidth and minimize latency for improved performance.
Kube-proxy replacement
Replace kube-proxy for improved scalability and performance over iptables.
Network policies
Enforce network policies to control traffic between pods and external networks.
Egress gateway
Securely route traffic from Kubernetes clusters to external networks.
Service mesh
Create a service mesh for improved service-to-service communication and observability, with transparent encryption.
Gateway API
Improved, role-oriented ingress and mesh for North-South and East-West traffic.
Service map
Visualize the relationships between microservices in your Kubernetes environment.
Identity-aware L3/L4/DNS network flow logs
Log network flows with identity-awareness at various layers.
Regulatory compliant images
Isovalent Networking for Kubernetes is available with special builds suitable for unique regulatory industries.
BGP
Utilize BGP for dynamic routing and network visibility in Kubernetes environments.
Advanced Network Protocol visibility
Gain deep insights into network protocol interactions for enhanced observability.