Securonix pricing in 2026: GB/Day tiers, native SOAR, and Snowflake costs

Since 1 April 2024, per its "Introducing Simplified Security" blog, Securonix has quoted on data ingestion capacity measured in GB/Day, sold as one of four packages: Basic, Standard, Advanced and All-In, using a hybrid commitment plus pay-as-you-go structure with pre-negotiated overages. That packaging is not shown on securonix.com/products today, so confirm current package names with sales. Securonix does not publish list pricing, so any dollar figure is a quote, not a rate card. The deployment choice shapes total cost: Securonix Cloud Advantage offers Bring Your Own Snowflake, Bring Your Own AWS or Securonix-hosted infrastructure. On either bring-your-own route the Snowflake or AWS compute and storage bill is a separate, additive line item paid to that provider.

Because the meter is GB/Day, log source mix matters more than raw event count. A network-heavy environment with verbose firewall and NetFlow sources produces far more GB/Day than a clean cloud-API-log environment at the same event rate. Sampling actual daily ingest over 30-60 days before contract sizing is essential; customers who size on assumption routinely either over-commit on the base tier or under-size it and pay overage rates.

The four April 2024 packages gate capability rather than just volume. Basic covers ingestion, enrichment, storage and search with basic analytics and response, and includes 90 days of hot storage on the Snowflake data lake plus a year of cold storage. Standard adds standard UEBA and threat models. Advanced adds advanced UEBA, adaptive threat modeling and posture assessment. All-In adds native Securonix SOAR (built-in, not bolted on), threat automation and orchestration, Autonomous Threat Sweeper retroactive hunting and on-demand context. Buying a package above the capability actually used, or bolting capabilities on piecemeal, both waste spend.

On a Bring Your Own Snowflake deployment, the Snowflake bill is where customer-side cost discipline matters most. Securonix does not publish how large the Snowflake-side bill is, and it depends on ingest volume, retention and warehouse sizing, so it varies too much by deployment to generalise. What is verifiable and controllable: right-sizing the Snowflake warehouse against the actual Securonix query pattern and enabling auto-suspend through Snowflake's native controls is the main lever, and it is work most deployments never do beyond the default configuration.

Trimming ingested volume before it lands is the other structural lever. Because capacity is metered on GB/Day, filtering and routing low-value telemetry at the collection layer (via the Securonix Data Pipeline Manager and remote ingestion) before it reaches the Snowflake data lake reduces both the committed capacity tier and the downstream Snowflake compute at once.

On threat intelligence, note that Securonix announced its acquisition of ThreatQuotient (ThreatQ) on 11 June 2025, bringing external threat intel natively into the platform. Before separately licensing overlapping third-party feeds, confirm what is already included in the chosen package. Securonix's competitive position against Exabeam, IBM QRadar and Splunk in the mid-to-high enterprise tier is genuinely active in 2026, so buyers running a competitive process are generally better placed than buyers signing transactionally.

Securonix earns its place in three buyer profiles. First, organisations already on Snowflake or AWS at meaningful scale, where a bring-your-own deployment piggy-backs on existing committed cloud spend and the marginal bill for security workloads is contained. Second, identity-centric SOCs and privileged-access-monitoring use cases where Securonix's UEBA depth is the binding constraint. Third, regulated industries (financial services, healthcare, energy) where a customer-owned Snowflake or AWS data plane helps satisfy data sovereignty and audit requirements that vendor-hosted SIEMs cannot match as cleanly.

Securonix is harder to justify on a bring-your-own route where Snowflake or AWS is not pre-existing infrastructure (the dual-bill model surprises customers who did not model it; the Securonix-hosted option avoids it), where pure log volume economics dominate (Splunk and Sentinel often win on raw cost), or where Microsoft 365 is the dominant log source (Sentinel's bundled Microsoft ingest is usually structurally cheaper). The GB/Day capacity model rewards careful contract sizing: customers who commit on assumption rather than measured daily ingest routinely end up either over-committed on the base tier or paying overage on an under-sized one.

The 2026 competitive environment is active. Securonix competes hard against Exabeam in the mid-enterprise tier and against IBM QRadar at compliance-heavy enterprise. Securonix does not publish discount schedules, so any specific discount figure is deal-dependent; buyers running a genuine competitive process are generally better placed than buyers signing transactionally.