SOAR Security Services

SIEM (Security Information and Event Management) collects, correlates, and alerts on security events from across your environment. SOAR takes the next step; it automates what happens after an alert is generated.

Where SIEM tells you something happened, SOAR decides what to do about it and executes the response automatically. Most mature security operations environments use both together, with SOAR consuming alerts from the SIEM and orchestrating the response workflow.

No. SOAR is designed to sit on top of your existing security stack and integrate with the tools you already have, including SIEM, EDR, firewalls, threat intelligence platforms, ticketing systems, and more. The value of SOAR comes from connecting and orchestrating these tools, not replacing them.

A basic SOAR implementation with core integrations and initial playbooks typically takes four to eight weeks, depending on the complexity of your environment and the number of integrations required. More complex deployments with custom integrations and a larger playbook library take longer. We provide a clear implementation timeline during the scoping engagement.

A SOAR playbook is an automated workflow that defines exactly what happens when a specific type of security incident is detected. It specifies which data to collect, which actions to take automatically, when to escalate to a human analyst, and how to document the incident. Playbooks are the core of effective SOAR implementation. Without well-designed playbooks, a SOAR platform adds little value.

Yes. In fact, smaller security teams often benefit most from SOAR because automation multiplies the effective capacity of every analyst. A two-person security team with well-implemented SOAR can handle alert volumes and response workflows that would otherwise require a much larger team by eliminating repetitive manual tasks and accelerating response to common incident types.

Yes. SOAR (Security Orchestration, Automation and Response) can help organisations support compliance with regulatory requirements by automating incident response workflows, evidence collection, escalation procedures, and reporting processes.

Simply Data SOAR implementations include pre-configured playbooks that can be aligned with key Malaysian regulatory frameworks, including:

• BNM RMiT - Supports incident escalation, evidence collection, case management, and reporting workflows for financial institutions.
• Cyber Security Act 2024 - Helps NCII entities manage incident response processes, maintain audit trails, and support regulatory notification requirements.
• SC Malaysia GTRM - Supports incident handling, documentation, escalation, and reporting requirements for capital market entities.
• PDPA - Assists with breach investigation, documentation, response coordination, and notification workflows.

By automating repetitive security operations tasks, SOAR helps organisations improve response times, maintain consistent processes, and generate the documentation required for governance, audit, and compliance purposes.

SOAR ROI for Malaysian organisations is realised across four areas: response speed, analyst capacity, breach cost reduction, and regulatory penalty avoidance.

Organisations using SOAR automation can reduce mean time to respond (MTTR) by up to 80%, while analyst productivity typically increases by around 50%, extending team capacity without additional headcount in a market where cybersecurity talent is scarce and expensive.

On breach costs, faster containment has direct financial impact. Against a Malaysian average breach cost of RM3.2 million in 2026, even a 25% reduction through faster response represents significant savings.

The ROI dimension most specific to Malaysia is regulatory. Failure to notify NACSA of a cybersecurity incident carries penalties of up to RM500,000 under the Cyber Security Act 2024. PDPA breach notification failures carry separate penalties of up to RM1 million per offence. Automated playbooks with timestamped audit trails reduce the risk of missing these deadlines under pressure, which is precisely when manual processes are most likely to fail.