eBPF
About eBPF
eBPF is a Linux kernel technology that enables high performance, in kernel programmable data paths for networking, observability, and security, increasingly adopted across cloud native and edge workloads.
Trend Decomposition
Trigger: Adoption of containerized and serverless architectures requiring efficient, programmable networking and security observability.
Behavior change: Teams deploy in kernel programs for packet filtering, tracing, and policy enforcement instead of external agents and userspace proxies.
Enabler: Mature tooling (bcc, bpftrace, libbpf), higher kernel compatibility, and cloud native platforms integrating eBPF runtimes.
Constraint removed: Reduced need for intrusive monitoring agents; faster, lower overhead data collection and policy enforcement.
PESTLE Analysis
Political: Increased focus on data sovereignty and zero trust security models influencing adoption in regulated sectors.
Economic: Lower operational costs due to lower overhead and more efficient observability; accelerated time to value for security automation.
Social: Growing demand for transparency and real time insight into systems among developers and operators.
Technological: Advanced eBPF toolchains, Kubernetes integration, and cloud native security platforms expanding capabilities.
Legal: Compliance regimes encourage auditable, programmable security controls at runtime within the kernel.
Environmental: Lower resource usage contributes to greener runtimes and energy efficiency in data centers.
Jobs to be done framework
What problem does this trend help solve?
Provides efficient, programmable, in kernel observability and security to manage complex cloud native workloads.What workaround existed before?
Agent based monitoring, sidecar proxies, and external firewalls with higher overhead and latency.What outcome matters most?
Certainty and performance through low latency visibility and policy enforcement with minimal overhead.Consumer Trend canvas
Basic Need: Reliable, scalable networking, observability, and security for cloud native apps.
Drivers of Change: Demand for low latency telemetry, zero trust security models, and dynamic policy enforcement.
Emerging Consumer Needs: Real time, in kernel analytics that do not degrade application performance.
New Consumer Expectations: Open, extensible tooling with reproducible runtimes and strong integration with CI/CD.
Inspirations / Signals: widespread adoption by cloud providers and security vendors; open source momentum.
Innovations Emerging: Programmable data planes, enhanced tracing, and kernel level policy orchestration.
Companies to watch
- Cloudflare - Uses eBPF for performance and security at scale, including DDoS mitigation and observability features.
- Isovalent - Creator of the Cilium eBPF based networking and security platform for cloud native environments.
- Google Cloud - Provides eBPF based networking and observability capabilities within Kubernetes and cloud services.
- Dynatrace - Leverages eBPF for deep performance and security monitoring of applications and infrastructure.
- Sysdig - Uses eBPF for enhanced cloud native security, monitoring, and incident response.
- Tigera - Offers Calico with eBPF based networking and security policies for Kubernetes environments.
- Solo.io - Promotes eBPF enabled service mesh capabilities and API security within cloud native stacks.
- Red Hat - Incorporates eBPF enabled networking and observability within OpenShift and Kubernetes ecosystems.
- VMware - Integrates eBPF concepts into its cloud native and security offerings for enhanced telemetry and policy control.
- Cilium (Isovalent project/brand) - Leading eBPF based networking and security project with commercial backing from Isovalent.