Hydrolix enables real-time, full-fidelity access to Cloudflare HTTP logs with native integration—promises 15+ months of log retention at scale

Hydrolix, the Portland-based data infrastructure company, has announced the launch of native support for Cloudflare’s HTTP LogPush service—bringing enterprise-grade, unsampled log visibility and extended 15-month+ retention capabilities to Cloudflare customers at dramatically reduced costs. This strategic integration marks a pivotal shift in how enterprise teams can achieve full-fidelity observability and fast, actionable insights across their traffic-heavy infrastructure.

Why Is Hydrolix Integrating With Cloudflare LogPush?

Hydrolix’s integration addresses a key challenge for enterprises operating at scale: most legacy log management solutions offer limited retention windows and apply aggressive sampling to control costs. In contrast, the new integration allows Hydrolix to ingest every HTTP request log from Cloudflare in real-time without data sampling, empowering users to conduct long-tail analysis, accelerate root-cause detection, and enhance performance tuning.

“Cloudflare users don’t just want access to their logs—they need all their data, in real time, at a cost that makes sense,” said Marty Kagan, CEO and co-founder of Hydrolix, in a press release. “By integrating with Cloudflare’s LogPush and applying our high-compression, low-latency architecture, we’re giving enterprise customers a smarter way to manage traffic visibility without compromising on scale or fidelity.”

This move aligns with a growing industry trend where enterprises are demanding real-time observability without incurring prohibitive costs associated with traditional SIEM (security information and event management) or log analytics platforms like Splunk.

How Does Hydrolix Improve Log Management Compared to Traditional Tools?

Hydrolix eliminates traditional limitations by enabling real-time ingestion of Cloudflare HTTP logs through a simplified LogPush setup. Once enabled, teams can begin analyzing raw, unsampled data within minutes using prebuilt Grafana dashboards or custom visualizations tailored to their infrastructure. One of the core advantages is complete retention of log data with no sampling, ensuring full-fidelity visibility into every HTTP request. This data is not only query-ready but also accessible in real time, reducing the time from event generation to actionable dashboard insights to just seconds. Unlike legacy platforms that often constrain users to a 30–90 day retention window, Hydrolix offers over 15 months of hot, searchable storage, allowing teams to perform historical analysis without moving data to cold storage. This long-tail access becomes crucial in scenarios involving security forensics or performance trend analysis. Additionally, Hydrolix’s high-density compression reduces the total cost of ownership significantly—often by orders of magnitude—making enterprise-grade observability achievable without performance trade-offs or budget overruns. The platform also introduces a unified CDN schema, enabling users to correlate Cloudflare data alongside other CDN traffic sources for a comprehensive, cross-network performance and security view.

Why Does This Matter for the Observability and Security Market?

The timing of Hydrolix’s announcement is significant. The observability landscape is rapidly evolving with enterprises seeking alternatives to expensive, monolithic analytics platforms. The cost of storing and querying high-volume logs has become a top concern amid rising infrastructure and security compliance demands.

Previously, companies had to choose between cold storage (e.g., Amazon S3) with limited analytics capabilities or pay a premium for platforms like Splunk for real-time search and retention. Hydrolix bypasses this compromise by delivering fast ingestion, indexed querying, and cost-effective long-term retention in one solution.

This shift also reflects a broader decentralization trend in enterprise observability—where streaming data lakes, rather than centralized analytics engines, handle massive log volumes with higher granularity and flexibility.

What Are Analysts and Customers Saying About the Rollout?

While no explicit institutional sentiment has been publicly released, early signals from the cloud-native and DevSecOps community indicate strong interest in Hydrolix’s cost-performance advantage.

Analysts tracking the APM and observability sector see this as a continuation of Hydrolix’s differentiation strategy, particularly against competitors like Datadog (NASDAQ: DDOG), New Relic (NYSE: NEWR), and Splunk (NASDAQ: SPLK)—all of whom face mounting pressure to deliver on both affordability and real-time scale.

Hydrolix’s choice to target Cloudflare (NYSE: NET) customers first also offers tactical upside. Cloudflare’s infrastructure is widely adopted by performance-driven organizations, and many of its customers have long sought more affordable ways to analyze edge traffic in detail.

What’s Next for Hydrolix’s Log Integration Roadmap?

According to the company, native support for Cloudflare HTTP logs is just the beginning. Hydrolix is already developing ingestion capabilities for additional Cloudflare log types, with early access programs underway. This expansion would further consolidate observability workflows across different log classes, including DNS, firewall events, and network traffic.

For now, the feature is available to all Hydrolix customers leveraging Cloudflare’s LogPush service. Companies interested in evaluating the integration can explore documentation or reach out for early access to upcoming capabilities.

Historical Context: From Log Analytics to Streaming Data Lakes

The push toward streaming log lakes like Hydrolix mirrors a broader evolution in enterprise telemetry over the past five years. Where ELK (Elasticsearch, Logstash, Kibana) stacks and SIEMs once dominated, today’s high-scale environments demand systems that compress, index, and query data in real time without overwhelming storage or compute budgets.

Hydrolix’s model, which combines stream processing with low-latency object storage and schema-on-read support, positions it to thrive in this emerging paradigm—especially as companies transition to more federated, modular observability architectures.

Will Hydrolix Emerge as a Core Cloud Observability Layer?

If adoption of this integration grows as expected, Hydrolix may evolve into a foundational observability layer for enterprises with high-throughput edge traffic and global CDN reliance. As companies re-architect their observability stacks away from vertically integrated platforms and toward decoupled, best-of-breed components, Hydrolix’s approach aligns with broader cloud-native modernization trends. By offering a log lake architecture that separates storage from compute while enabling real-time ingestion and indexed search, Hydrolix positions itself as a horizontal infrastructure layer capable of integrating seamlessly with incident response platforms, AIOps engines, and security analytics pipelines.

This architectural flexibility could become a strategic differentiator as more organizations adopt multi-cloud and hybrid-cloud deployments, where centralized tooling fails to scale efficiently across fragmented environments. Analysts suggest that Hydrolix’s cost-efficiency and ability to retain logs in hot storage for over 15 months make it especially attractive for regulated industries such as financial services, telecom, and healthcare—where long-term data access is not just a feature but a compliance requirement. Moreover, as data gravity shifts closer to the edge, the ability to query granular CDN traffic logs in near-real-time could prove decisive for performance engineers and security operations teams seeking to reduce mean time to resolution (MTTR) without incurring infrastructure bloat.

Hydrolix’s integration strategy also hints at a broader roadmap toward ecosystem expansion. Early indications suggest the company is pursuing deeper interoperability with CI/CD systems, data cataloging layers, and potentially managed security services. If executed successfully, this could allow Hydrolix to compete not just as a log analytics provider, but as a foundational layer in the telemetry and security data supply chain. Investors watching the observability and log data space will be closely monitoring Hydrolix’s traction across enterprise verticals, especially as competitors continue to consolidate or raise pricing. For now, the company appears well-positioned to capitalize on a growing market demand for fast, full-fidelity, cost-effective observability at petabyte scale.