SIEM
Centralises security logs, correlates attack patterns and adds MITRE ATT&CK technique context.
SIEM details ↗Learn about the security operations centre, the capabilities of the Aegis platform and cybersecurity obligations in Croatia.
A SOC brings together experts, procedures and technology to monitor security. Analysts assess alerts, identify incidents and coordinate the response. A managed service adds an expert team for organisations that want to entrust monitoring to an external provider.
Aegis: SOC as a service ↗An agent sends logs over outbound HTTPS traffic on port 443.
Different logs are normalised into comparable events and correlated.
Correlated findings are verified before escalation.
Rules trigger a block, a notification or a new case.
Actions are logged for analysis and reporting.
Processing flow based on Aegis SIEM ↗.
An overview of capabilities for monitoring infrastructure, detecting threats, responding and preparing security evidence.
Centralises security logs, correlates attack patterns and adds MITRE ATT&CK technique context.
SIEM details ↗Filters application requests using rules for OWASP risks. Offers traffic monitoring, active blocking and geographic rules.
WAF details ↗Detects unusual sign-ins, behavioural anomalies and possible account takeover.
Monitors outbound connections, suspicious DNS, communication with attacker infrastructure and data exfiltration, with process and user context.
NDR details ↗Finds known weaknesses and prioritises remediation based on risk and data on actively exploited vulnerabilities.
Vulnerability scanning ↗AegisEDR monitors endpoint threats and integrates with GravityZone and CrowdStrike.
Monitors logins and access to MySQL, MariaDB and MSSQL databases.
Tracks domain exposure and the appearance of leaked credentials.
Predefined playbooks link alerts to blocking, notifications, cases and webhook actions.
Analyses security logs and reconstructs the sequence of an attack.
Maps controls to records, activity logs and reports to help prepare for compliance reviews.
Dedicated decoys raise alerts about suspicious activity in the infrastructure.
cPanel protection, code analysis, VPN management, DNS analysis, phishing simulations and attack path analysis.
Module overview: Aegis platform ↗. Availability of individual features depends on the contracted scope.
Evaluates endpoint events and indicators of compromise.
Performs additional verification of findings before escalation.
Combines signals from multiple modules into a risk score for each source.
An AI analyst that summarises incidents and suggests next steps, separately for each client.
A score from 0 to 100, with grades A to F, shows security coverage and areas for improvement. Recommendations help guide the next steps.
Regular scans look for known weaknesses in services, applications and configurations. The result is a prioritised list of findings with recommendations, and you can track how they are resolved over time.
Aegis: scanning ↗Agreed tests check whether weaknesses can be exploited in web applications, LAN/WAN networks, VPN and DNS. The scope, permitted methods and authorisation are defined before testing begins.
The Aegis team monitors and assesses alerts, tunes rules, escalates incidents and prepares reports. Coverage of 8×5, 12×5 or 24×7 and response targets are defined in the contract.
Managed service model ↗Separate data, users and rules for each client, with a shared partner console.
Data can stay in your own infrastructure or in a managed environment in Croatia, with primary data stored in Croatia/the EU.
Integrations include Linux, Windows, macOS, Synology, MikroTik, FortiGate, Barracuda and Microsoft 365.
Supported environments at Aegis.hr ↗Directive (EU) 2022/2555 has been transposed into Croatian law by the Cybersecurity Act (Zakon o kibernetičkoj sigurnosti, Official Gazette NN 14/2024). Implementing requirements are set out in the Regulation published in Official Gazette NN 135/2024.
Categorisation distinguishes between essential and important entities. It depends on the sector, size and specific criteria; exceptions to the size rule apply to certain providers and public bodies.
Categorisation is carried out by the competent authority. CSIRT responsibilities are divided between NCSC-HR and the National CERT, depending on the sector.
NCSC-HR: entities in scope and competences ↗Management bodies approve security measures, oversee their implementation and attend appropriate training. Employees must be given the opportunity to receive cybersecurity training.
Act, Article 29 ↗The readiness package links control evidence, security events and activity logs. Reports, ISO/GDPR control mapping and test results make audit preparation easier.
Tools and organisation are chosen to match the prescribed level of measures. A SOC is not a separate legal obligation, and acquiring one does not by itself prove that all requirements are met. NCSC-HR guidance ↗
The first step is to assess whether an incident meets the significance criteria. Notifications are sent to the competent CSIRT through the PiXi system, in line with the applicable guidance.
No later than 24 hours after becoming aware of a significant incident: basic details, suspected malicious activity and possible wider impact.
No later than 72 hours after becoming aware: an initial assessment of severity and impact and any available indicators of compromise.
No later than 30 days after submitting the initial notification: description, root causes, impact and measures taken.
Trust service providers must submit the initial notification within 24 hours. If an incident is still ongoing, a progress report is submitted; longer incidents are subject to additional periodic reports and the final deadline set out in Article 71.
Deadlines and exceptions: Regulation, Articles 64–71 ↗. Forms and procedure: NCSC-HR ↗.
Pricing is based on the number of monitored systems, or nodes. A node can be a server, a virtual machine, a workstation or a network device. Prices are not published; the offer depends on the scope and service level.
Agent-based monitoring, detection rules, automatic blocking and alerts.
SIEM, web protection, permission management and security case management.
Advanced correlation, integrity monitoring, CIS benchmarks and vulnerability assessment.
SOC PRO capabilities, NIS2 evidence preparation and record reviews.
Experts handle monitoring and escalations according to the agreed SLA.
A partner platform for separate clients under your own brand.
Indicative package scope based on the Aegis pricing model ↗. The final offer and capabilities are confirmed with the provider.
The regulations define the measures and required capabilities, and each organisation chooses suitable tools and ways of working. An in-house SOC is not explicitly required. NCSC-HR ↗
Coverage depends on the contract: 8×5, 12×5 and 24×7 levels are available. Response and escalation times are agreed separately. Aegis ↗
ISO 27001 certification is not prescribed as an obligation. Appropriate measures must be implemented, and existing ISO documentation can help with control mapping. NCSC-HR ↗
The platform can help with monitoring and evidence. The organisation remains responsible for meeting its obligations; a security tool is no substitute for a complete compliance assessment. Aegis ↗
Essential entities carry out an audit at least once every two years, and important entities a self-assessment at the same minimum interval. The competent authority may request an additional review. NCSC-HR ↗
Content reviewed on 3 October 2026. For your categorisation, level of measures and sector-specific requirements, refer to the notice from the competent authority and the current official guidance. Linked legal sources are in Croatian.
Tell us how many systems you have and what you want to monitor.