Alert triage 24/7
Any EDR/SIEM/email alert with an attached file is automatically analyzed and closed or escalated in seconds.
Intezer breaks every executable file into thousands of code “genes”. It compares them with a database of 40B+ fragments from known software, both legitimate and malicious. The platform automatically tells you whether a file is malware, trusted or suspicious, names its family and shows any links to APT groups.
Malware authors reuse loaders, crypters and syscall stubs from public toolkits instead of writing everything from scratch. Intezer finds these fragments.
Change the compile time or a single byte, and the signature no longer matches. Malware authors rebuild their samples daily.
It compares the semantics of blocks, not hashes. Recompilation doesn’t throw it off: 90% of genes stay the same.
Intezer Autonomous SOC automatically pulls samples from your EDR/SIEM/email alerts, runs them through Genetic Analysis, issues a verdict and closes or escalates the case.
Intezer doesn’t require replacing your EDR or SIEM. It connects through ready-made connectors and works on top of your telemetry.
Any EDR/SIEM/email alert with an attached file is automatically analyzed and closed or escalated in seconds.
Intezer Endpoint Scanner dumps memory and finds fileless implants, hollowing and process injection.
“Find all hosts where code similar to BumbleBee has been seen”: Intezer searches by genes across the whole environment.
Based on the unique genes it finds, Intezer creates a YARA rule ready to be published to the SIEM or EDR.
Analysis of attachments and payloads. Intezer finds the campaign and links it to an APT group through the loader family.
Checking new vendor software before purchase: what components it contains and whether it matches known loaders.
We supply licenses, help connect Intezer to your existing EDR/SIEM stack, write triage playbooks and train L1 and L2 analysts.
We’ll take 100 of your samples and alerts and run them through Intezer. Our report shows how many are closed automatically, how many are escalated and how the average time per alert changes.