ATEON

Security Operations, Monitoring and Log Management

SIEM, SOAR and log management solutions that collect and correlate security events centrally and automate incident response.

Security Operations, Monitoring and Log Management

ATEON delivers security operations, monitoring and log management projects with Palo Alto Networks- and Arctera-certified engineers, connecting Cortex XSIAM, Cortex XSOAR and Data Insight to your existing security and data infrastructure and taking them live.

Security teams work through thousands of alerts coming from different products. Most of them are noise, and a real attack can slip through unnoticed in the pile. Collecting events in one place, correlating them and automating repetitive response steps is the most effective way to shorten detection and response times.

Cortex XSIAM brings SIEM, XDR and automation together in a single SOC platform, making it a fit for organisations looking to replace a traditional SIEM. Cortex XSOAR integrates your existing security products and automates steps such as alert enrichment and user or device isolation through playbooks. Enterprise Vault Data Insight shows who owns the data on file servers, who accesses it and which folders are over-permissioned, shrinking the amount of data ransomware can reach.

Each project starts by mapping log sources and existing response processes. ATEON connects the data sources, tailors correlation rules and playbooks to the organisation and hands the platform over to your team. Organisations without their own SOC team, or that want to support it, can have incidents followed continuously by ATEON through our Managed Detection and Response (MDR) service.

Palo Alto Networks

Palo Alto Cortex XSIAM

Cortex XSIAM is a next-generation security operations solution that unites SIEM, XDR, security analytics, attack surface visibility and automation capabilities in a single data-driven SOC platform.

Cortex XSIAM is a next-generation security operations solution that brings SIEM, XDR, security analytics, attack surface visibility and automation capabilities together in a single, data-driven SOC platform. It collects and normalizes high volumes of security telemetry and analyses it with machine learning to correlate and prioritize incidents automatically and trigger response workflows.

XSIAM turns the traditional SOC model — based on rules and manual alert review — into a more automated, case-driven structure. Producing fewer but higher-fidelity incidents reduces analyst fatigue, and ready-made analytics and automations let specialists focus on critical threats. Platform consolidation can lower data, licensing and operating costs and helps improve detection coverage and SOC maturity faster.

Palo Alto Networks

Palo Alto Cortex XSOAR

Cortex XSOAR is a security orchestration, automation and case management platform that integrates security products with business systems and automates incident response through playbooks.

Cortex XSOAR is a security orchestration, automation and case management platform that integrates security products and business systems and automates incident response processes with playbooks. It allows repetitive steps such as alert enrichment, IOC lookups, user or device isolation, notification and approval to be carried out through standard workflows.

Automating manual response steps shortens incident resolution time and reduces the time analysts spend on repetitive work. Standard playbooks help apply a consistent process to every incident, track tasks and create an audit trail. A broad integration ecosystem lets existing security investments work together, increasing the value obtained from those tools and reducing dependence on individual staff.

Arctera

Enterprise Vault Data Insight

Enterprise Vault Data Insight is a data visibility and governance solution that analyzes ownership, access, usage, age, size and risk characteristics of unstructured data across file systems and enterprise data sources.

Enterprise Vault Data Insight is a data visibility and governance solution that analyses the ownership, access, usage, age, size and risk characteristics of unstructured data across file systems and enterprise data sources. By showing who accesses which data, who actually uses it, and which folders hold risky or unnecessary content, it helps identify data owners.

Making orphaned, over-permissioned, old or unnecessary data visible directs access remediation and data clean-up efforts to the right places. The organization can reduce storage costs, shrink the scope of data ransomware could reach, and increase accountability over sensitive content. Ownership and usage context helps archiving, classification and retention projects proceed with less disruption to the business.