Tel Aviv-based Groundcover, an eBPF observability service for monitoring the performance of apps, systems, and their infrastructure, raised a $35M Series B
Mike Wheatley / SiliconANGLE :
Context & Ripple Effects
Groundcover’s $35M Series B extends a financing arc that began with its 2022 $20M Series A for cloud-application performance monitoring. The follow-on round indicates the company has moved from its earlier cloud-monitoring positioning toward an eBPF-based observability pitch spanning applications, systems, and infrastructure.
The raise also lands amid related Tel Aviv enterprise-monitoring activity, including Oligo Security’s Series B for application-security monitoring, though the two companies address different operational layers.
First-order effects
- Groundcover gains $35M to fund the next stage of its eBPF observability offering, with direct implications for its product development and go-to-market capacity.
- Customers evaluating monitoring tools gain a better-capitalized vendor focused on performance visibility across application and infrastructure layers.
Second-order effects
- The round raises competitive pressure on observability providers to show how their data collection and analysis approach differs from eBPF-based monitoring, rather than competing only on broad platform coverage.
- The proximity of performance observability and application-security monitoring may increase buyer interest in tools that can fit into shared engineering and operations workflows.
Third-order effects
- If follow-on funding continues to concentrate in low-level telemetry platforms, observability competition could increasingly turn on control of data collection and operational context rather than standalone dashboards.
- The pattern points to a broader convergence of performance, infrastructure, and security monitoring around common runtime signals, although the corpus does not establish that these categories will consolidate.
The trend: This is one data point in the expansion of runtime observability platforms that use deeper system-level signals to serve cloud operations teams.