DNIF HYPERCLOUD
Security information and event management (SIEM) software
Security orchestration, automation, and response (SOAR) software
User and entity behavior analytics (UEBA) software
System security software
User threat prevention software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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What is DNIF HYPERCLOUD
DNIF HYPERCLOUD is a cloud-delivered security operations platform that centers on SIEM capabilities and extends into SOAR and UEBA. It ingests and normalizes security telemetry from cloud services, endpoints, network tools, and identity systems to support threat detection, investigation, and incident response workflows. The product is used by SOC teams that want a single platform for log management, correlation, behavior analytics, and automated playbooks. It differentiates through an integrated SIEM+SOAR+UEBA approach delivered as a managed cloud service rather than a standalone log analytics tool.
Unified SIEM, SOAR, UEBA
The platform combines log collection/correlation (SIEM), response workflows (SOAR), and behavior analytics (UEBA) in one product. This can reduce the number of separate tools a SOC must integrate and maintain for detection-to-response workflows. It is suited to teams that want investigations, alert triage, and response actions to occur in the same console. Consolidation can also simplify rule tuning and operational handoffs between detection and response.
Cloud-delivered operations model
HYPERCLOUD is delivered as a cloud service, which can reduce infrastructure planning and ongoing maintenance compared with self-managed deployments. This model typically supports faster onboarding of new data sources and scaling of storage/compute as telemetry grows. It fits organizations that prefer an operational expenditure model and want to avoid managing SIEM clusters. It also supports distributed teams that need access without VPNing into on-prem tooling.
Automation for incident handling
SOAR capabilities enable repeatable response actions via playbooks for common incidents such as credential misuse, suspicious endpoint activity, or cloud account anomalies. Automation can standardize triage steps, evidence collection, and containment actions across analysts. This helps reduce time-to-response for high-volume alert categories. It is most valuable when integrated with identity, endpoint, ticketing, and messaging systems used by the SOC.
Integration depth varies by tool
While the platform supports broad telemetry ingestion, the depth of integrations (bi-directional actions, enrichment, and context) can vary by vendor and data source. Some environments may require custom parsers, API work, or connector tuning to achieve consistent normalization and response actions. This can increase implementation effort in heterogeneous stacks. Buyers should validate required integrations and supported actions during a proof of value.
Rule and model tuning effort
SIEM correlation rules and UEBA detections often require tuning to reduce false positives and align with an organization’s baseline behavior. Initial alert volumes can be high until data quality, asset/user context, and suppression logic are refined. This can be challenging for smaller SOCs without dedicated detection engineering capacity. Ongoing tuning is typically needed as cloud services and identity configurations change.
Cloud service data residency constraints
A cloud-delivered SIEM can introduce constraints related to data residency, retention, and regulatory requirements depending on where the service stores and processes logs. Some organizations require specific regional hosting, customer-managed keys, or strict segregation controls that may not match the default service model. Network egress costs and bandwidth planning can also matter when exporting high-volume telemetry to a cloud SIEM. These factors should be assessed against internal compliance and cost models.
Plan & Pricing
| Plan | Price | Key features & notes |
|---|---|---|
| Essential | Not publicly listed on the vendor pricing page (pricing is usage-based and sold in GB/day slabs; contact sales/request a quote) | Entry tier. Includes product support; 365 days hot searchable retention; service limits (from vendor): 100 streamed workbooks/min, 20 concurrent interactive searches, 100K tracked signals, 5 scheduled reports, 5 automation configurations, 0 custom extractors, 0 custom enrichment configs, 5 users. Month-to-month and yearly billing options noted; pricing displayed in USD. |
| Professional | Not publicly listed on the vendor pricing page (pricing is usage-based and sold in GB/day slabs; contact sales/request a quote) | Mid tier. Includes product support; 365 days hot retention; service limits: 200 streamed workbooks/min, 40 concurrent interactive searches, 1M tracked signals, 10 scheduled reports, 10 automation configurations, 15 custom extractors, 2 custom enrichment configs, 10 users. |
| Enterprise | Not publicly listed on the vendor pricing page (pricing is usage-based and sold in GB/day slabs; contact sales/request a quote) | Advanced tier for large environments. Includes product support; 365 days hot retention; service limits: 500 streamed workbooks/min, 60 concurrent interactive searches, 10M tracked signals, 15 scheduled reports, 25 automation configurations, 30 custom extractors, 5 custom enrichment configs, 15 users. Vendor notes ordering in slabs of daily volume (GB/day), an ingest "circuit breaker" (allows up to 5 days past slab within a 30-day cycle to a maximum of 200% of the daily ingest slab before overage charges), and that prices are indicative — contact sales for exact quotes. |
Seller details
DNIF
Bangalore, India
2017
Private
https://www.dnif.it/
https://x.com/dnif_it
https://www.linkedin.com/company/dnif
