
DNIF HyperCloud, Single Solution for Security Operations.
Designed for extreme scale and visibility to threats.
High Speed Ingestion
DNIF has built the fastest real-time data collection, parsing and enrichment technology stack from scratch. While other SIEMs let you scale upwards to 1TB per day – DNIF lets you start at multiple terabytes per day and scale to petabytes a month.
Got 100K Events Per Second? That’s a breeze for us. We enable scale upwards of 1 Million Events per Second.


Time to Value, is ZERO
Key Capabilities You Will Love
The platform is designed to reduce pressures at the security operations center, from administration to incident response, it’s easy.
Uncover Campaigns
The graph engine continuously finds and builds connections between entities seen in monitored telemetry helping you connect the dots and uncover complex threats faster. Connecting signals provides more context, reduces the alert pressure and allows analysts to make decisions faster.

MITRE ATT&CK Alignment
Detection content is annotated with confidence levels, killchain and TTP mapping aligned with the MITRE ATT&CK framework. One platform that tells you your detection coverage.

And There is More
Critical features that will help you shorten the curve to value.
Parse and extract fields from raw events at run time, apply retrospectively
There is nothing called Warm / Cold Storage, everything is HOT for 365 Day
Use pipelines to call in multiple logic blocks, create multi stage use cases
Families of use cases, constantly evolving to match the changing threat landscape
Connect to multiple cloud service providers and stream events in real-time
Out of the box content to detect outliers using no code machine lerarning
Customer Testimonials
"DNIF's MITRE ATT&CK framework alignment has enabled us to optimize threat detection strategy. We are now able to detect threats in real-time and map them against different stages in the kill chain. A true next-gen SIEM which has significantly reduced our alert fatigue through its connected signals feature."