SOAR—or security orchestration, automation and response—refers to a set of compatible tools and software programmes that enable organisations to streamline their security operations by automating tasks and orchestrating workflows. Typically made available as a comprehensive security operations platform, SOAR combines automation, orchestration, and response capabilities to help organisations detect, investigate, and respond to cyber attacks.

As the cyber threat landscape continues to evolve, SOAR solutions have become increasingly critical in securing an organisation's digital infrastructure. The fundamentals of SOAR harness the power of cutting-edge automation, machine learning, artificial intelligence, and data analysis to identify and remediate modern-day cyber threats more effectively.

In today's fast-paced digital environment, where malicious actors constantly discover and exploit new vulnerabilities, traditional threat detection methods struggle to keep up with increasingly sophisticated attacks. This is the problem SOAR platforms address. They allow teams to expedite and automate threat detection while orchestrating workflows across multiple tools for a more streamlined incident response process.

The underlying meaning of SOAR is rooted in automation, orchestration, and response, which are defined below.


SOAR automates routine tasks, such as data collection from various sources (logs or alerts), enrichment with contextual information (IP reputation or domain registration details), correlation analysis between events (identifying patterns indicating a potential attack), and prioritisation based on risk level assessment (ranking incidents according to their potential impact on business operations).


SOAR helps coordinate actions among different security tools in order to achieve a unified defence strategy. For example, by integrating endpoint protection software with network monitoring systems, any detected malware on one device will trigger an automatic scan across all connected devices within the organisation's infrastructure.


A SOAR platform allows organisations not only to identify but also to take appropriate action against identified threats – either automatically through predefined playbooks or manually via human intervention after reviewing relevant evidence collected during the investigation phase.

SOAR provides a streamlined process for businesses to pinpoint, examine, and act against mounting cyber threats. By implementing a SOAR platform, organisations can significantly improve their cybersecurity posture, reduce the risk of data breaches, and ensure compliance with industry regulations.

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How Does SOAR Work?

By automating various tasks and integrating multiple security tools within an organisation's infrastructure, a SOAR platform improves efficiency and effectiveness in managing cybersecurity incidents. Here is an overview of how SOAR works:

  1. Data Collection: The first step involves gathering data from various sources, such as logs, threat intelligence feeds, network devices, endpoints, cloud services, etc. This information provides valuable insights into potential security risks.
  2. Data Analysis: Once the data is collected from different sources, it must be analysed for potential threats. SOAR platforms use advanced analytics techniques like machine learning algorithms or artificial intelligence to identify patterns that may indicate malicious activities.
  3. Ingestion & Enrichment: After analysing the data for possible threats, the system ingests it to add more context through the enrichment process by using external databases or internal resources available within your organisation.
  4. Triage & Investigation: When the analysis process has identified a potential threat, analysts triage its severity level based on predefined criteria set by your organisation's policies before further investigating.
  5. Actionable Insights & Remediation: If a genuine threat is confirmed during the investigation phase, appropriate remedial actions are taken based on its nature. This could include containment measures like blocking IPs/domains involved in attack campaigns or applying patches against known vulnerabilities being exploited by attackers, among other things.

SOAR's automated processes enable security teams to quickly detect and respond to threats while reducing the manual effort required for threat detection and investigation. This ultimately leads to improved security posture, faster incident response times, and increased compliance with regulatory requirements.

SOAR's thorough strategy for cybersecurity can be adapted to any organisation's requirements, helping IT personnel and cybersecurity specialists detect hazards swiftly and act appropriately. Organisations can benefit from improved threat detection capabilities and improved incident response processes by understanding how SOAR works.

What Are the Benefits of SOAR?

Leading-edge SOAR solutions offer numerous benefits to organisations looking to enhance their cybersecurity posture. Key advantages of implementing SOAR include:

  • Improved visibility: SOAR automates data collection from multiple sources, such as security tools, logs, and threat intelligence feeds. This provides organisations with comprehensive insights into their security environment.
  • Faster incident response times: By automating repetitive tasks in detecting and investigating threats, SOAR enables security teams to respond more quickly to incidents before they escalate into severe breaches or disruptions.
  • Reduced manual effort: With SOAR technologies handling routine tasks like data enrichment and correlation analysis on behalf of analysts, IT teams can focus on higher-value activities that require human expertise.
  • Better compliance management: A well-implemented SOAR platform helps maintain regulatory compliance by providing audit trails for all actions taken during an incident's lifecycle while ensuring adherence to established policies.
  • Informed decision-making: A robust SOAR solution offers advanced analytics capabilities that enable security professionals to make better-informed decisions based on real-time information about emerging threats.

SOAR affords organisations a potent tool for identifying, reacting to, and reducing cyber dangers. To learn more about how SOAR can help your organisation, explore Proofpoint's Threat Response platform.

Why Is SOAR Important?

SOAR plays a pivotal role in modern cybersecurity strategies. Providing organisations with the required tools to detect and respond to potential threats in real-time, SOAR helps organisations promptly pinpoint and respond to cyber threats before they can cause significant damage or disruption. Additional reasons why SOAR has become essential for cybersecurity include:

  • Reduced response time: By automating threat detection and investigation processes, SOAR solutions significantly reduce the time taken to identify security incidents. Security teams can take prompt action against cyberattacks before they escalate.
  • Informed decision-making: A comprehensive SOAR platform collects data from multiple sources and presents it in an easily digestible format. Security analysts are empowered with actionable insights that facilitate informed decisions when responding to incidents.
  • Increased efficiency: With automation capabilities, SOAR minimises manual intervention by streamlining repetitive tasks such as log analysis or incident reporting. As a result, security teams can focus on more strategic activities while maintaining an optimal security posture.
  • Prioritised threats: SOAR platforms analyse large volumes of data using advanced algorithms that prioritise high-risk events over low-risk ones. Thus, resources are allocated effectively towards addressing critical vulnerabilities first.
  • Streamlined compliance management: By providing visibility into an organisation's overall security landscape, SOAR automates the process of generating compliance reports, making it easier for businesses to meet regulatory requirements and avoid penalties.
  • Scalability: As organisations grow and evolve, their security needs change. SOAR solutions can be easily scaled up or down to accommodate new threats, technologies, or business processes without compromising efficiency or effectiveness.

SOAR is a valuable asset for companies to reduce the potential damage of cyber security issues and facilitate rapid responses in times of crisis. By harnessing the power of SOAR technology automation and orchestration, organisations can stay one step ahead of potential attacks while maximising their security resources effectively.

Use Cases for SOAR

By automating redundant tasks and streamlining the incident response process, SOAR solutions enable organisations to effectively strengthen their security backbone. Here are some common use cases where SOAR platforms proved invaluable:

  • Incident Response Automation: With SOAR, organisations can automate the entire incident response process – from detection to remediation. This helps reduce human error while speeding up threat containment.
  • Threat Hunting Automation: Proactively searching for potential threats in an organisation's environment is essential for maintaining robust security. A SOAR solution automates this process by continuously scanning logs, network traffic, and other data sources for indicators of compromise (IOCs).
  • Vulnerability Management Automation: Identifying vulnerabilities in systems and applications is crucial to prevent cyber-attacks. SOAR automates vulnerability management by regularly scanning assets, prioritising risks based on severity, and initiating appropriate remediation actions.
  • Log Analysis Automation: Analysing log files generated by various devices across an organisation's infrastructure provides valuable insights into potential security issues. A SOAR platform automatically processes these logs to identify anomalies or suspicious activities that warrant further investigation.
  • Malware Analysis Automation: A key component of effective cybersecurity strategy involves analysing malware samples discovered within your environment or shared through threat intelligence feeds. SOAR platforms automate malware analysis, helping organisations quickly identify and respond to emerging threats.

In each of these use cases, SOAR platforms play a crucial role in enhancing an organisation's cybersecurity capabilities. By utilising SOAR, organisations can automate their security operations and gain visibility into their cybersecurity landscape.

What Is SIEM?

Like SOAR, security information and event management (SIEM) is another fundamental component of modern cybersecurity strategies. SIEM collects, analyses, and manages security-related data from various sources within an organisation's IT infrastructure. The primary objective of SIEM systems is to provide organisations with immediate insight into any potential security risks, allowing them to rapidly identify and address incidents.

A typical SIEM solution comprises two main components:

  • Security information management (SIM): Gathering log data generated by different devices, applications, and systems across the network. SIM helps in the long-term storage, analysis, and reporting of this collected information.
  • Security event management (SEM): Focuses on real-time monitoring and correlation of events detected in logs or other data sources. It aids in identifying patterns that may indicate a security incident or breach.

In addition to these core functions, advanced SIEM integrations also offer features such as user and entity behaviour analytics (UEBA), threat intelligence integration, and automated response capabilities for specific incidents like phishing attacks or ransomware infections.

The implementation of an effective SIEM system allows businesses to:

  1. Detect suspicious activities early through continuous monitoring;
  2. Analyse vast amounts of data efficiently with advanced analytics tools;
  3. Prioritise alerts based on severity levels;
  4. Maintain compliance with industry regulations by generating audit-ready reports;
  5. Improve overall cyber resilience through proactive identification, mitigation, and prevention measures

It's important to recognise that SIEM solutions alone cannot address all cybersecurity issues. They require proper configuration and maintenance to effectively detect threats and generate actionable insights. This is where the concept of SOAR comes into play, as it complements and enhances traditional SIEM capabilities by automating many processes involved in threat detection, investigation, and response.


In the world of cybersecurity, both SOAR and SIEM are integral in protecting organisations from cyber threats. However, understanding the distinctions between SOAR and SIEM is essential in selecting an appropriate solution for your organisation.

Security, Orchestration, Automation, and Response (SOAR)

  • Automation: A key feature of SOAR solutions, automation enables security teams to streamline repetitive tasks by automatically executing predefined actions or workflows based on specific triggers or conditions.
  • Orchestration: This involves coordinating various security tools and technologies within an organisation's infrastructure to improve threat detection, investigation, and response capabilities.
  • Response: SOAR platforms provide a centralised interface for managing incident responses across multiple security tools while also enabling collaboration among team members during investigations.


Security Information and Event Management (SIEM)

  • Data Collection & Aggregation: SIEM systems collect data from various sources such as network devices, servers, applications, databases, etc., providing a comprehensive view of an organisation's IT environment.
  • Data Analysis & Correlation: SIEM solutions analyse collected data in real-time using correlation rules that identify patterns indicative of potential threats or malicious activities. This helps detect incidents early on before they escalate into more significant issues.
  • Reporting & Compliance: One primary function of SIEMs is generating reports required for regulatory compliance monitoring and reporting. These reports can help organisations demonstrate adherence to industry standards like GDPR, HIPAA, and PCI DSS.


While both SOAR and SIEM solutions aim to improve an organisation's security posture, their approaches differ significantly. SOAR automates recurring tasks, orchestrates various security tools for better collaboration, and provides a centralised platform for incident response management. On the other hand, SIEM collects data from multiple sources within the IT environment to detect potential threats through real-time analysis and correlation while also generating compliance reports.

Why Automation Is Important in Cybersecurity

The importance of automation in cybersecurity cannot be overstated. With cyber threats constantly evolving and growing more complex, organisations must find ways to stay ahead of attackers while also managing their limited resources. Thus, automation is a crucial component of modern-day cybersecurity, allowing organisations to anticipate attacker strategies while effectively managing their resources.

Automation helps standardise various aspects of cybersecurity operations by reducing manual effort and increasing efficiency. Some key reasons why automation is essential for modern-day cybersecurity include:

  • Faster threat detection and response: Automated tools quickly analyse large volumes of data from multiple sources, helping security teams identify potential threats faster than human analysts alone. Automation significantly reduces the time needed to identify and react to cyber-attacks by refining processes like log analysis or incident response workflows.
  • Better use of resources: Security teams often face a shortage of skilled professionals to manage complex threat detection and mitigation tasks. Automation allows these experts to focus on high-priority issues that require human intervention while letting automated systems take care of repetitive or routine tasks.
  • Improved accuracy: Human error is inevitable when manually managing vast amounts of data; however, automated solutions consistently minimise such errors by following predefined rulesets without getting fatigued or overwhelmed by information overload.
  • Maintaining compliance with regulations: Many industries have specific regulatory requirements regarding handling sensitive data and protecting against cyber threats. Automating certain aspects like vulnerability scanning or patch management ensures that businesses remain compliant even as regulations evolve over time.

Automation is a must-have in cybersecurity, enabling organisations to rapidly identify and take action against potential hazards, minimising the danger of digital attacks. By automating processes such as orchestration, security teams gain visibility into their environment and reduce the manual effort for tasks prone to human error.

Automation and Orchestration

In cybersecurity, automation and orchestration are critical concepts that work together to improve an organisation's security posture. Let's explore each concept in detail.


Automation refers to using technology to perform tasks without human intervention. In cybersecurity, this means leveraging software, artificial intelligence, and machine learning solutions that automatically detect threats, analyse data, and take action based on predefined rules or algorithms. Automation helps organisations:

  • Reduce manual effort: By automating tasks such as log analysis or incident response processes, security teams can focus on more strategic initiatives.
  • Increase efficiency: Automated systems identify potential threats by analysing large volumes of data faster than manually possible by humans.
  • Mitigate risks: With automated threat detection and response capabilities in place, organisations minimise the impact of cyberattacks by responding swiftly before significant damage occurs.



On the other hand, orchestration involves coordinating multiple tools and processes within an organisation's IT environment to streamline workflows and ensure seamless integration between different systems. This is particularly important for SOAR integrations since they collect data from various sources (such as SIEMs) while integrating with other security tools (like endpoint protection or vulnerability scanners). Some benefits of orchestration include:

  • Better collaboration: Orchestration enables different departments (e.g., IT operations & security teams) to collaborate effectively by sharing information through a centralised platform.
  • Team unification: Organisations can leverage a unified perspective to make more effective decisions on resource deployment or remediation prioritisation by assimilating data from multiple sources.
  • Faster response times: Streamlined workflows enable security teams to quickly identify and respond to threats before they escalate into major incidents.


In summary, automation and orchestration are essential components of SOAR. These concepts help organisations improve their cybersecurity defences by reducing manual load, increasing efficiency, enhancing team collaboration, and ultimately enabling faster threat detection and response capabilities.

Automation and orchestration are powerful tools that help organisations better protect themselves from cyber threats. Proofpoint's solutions provide the necessary intelligence, automation, and orchestration to strengthen an organisation's security posture.

How Proofpoint Can Help

Proofpoint Threat Response is a leading SOAR solution that empowers security teams to respond faster and more effectively to potential threats. With the help of Proofpoint's SOAR integration, organisations can benefit from:

  • Quicker incident response times: With automated tasks and streamlined workflows, Proofpoint enables security teams to quickly identify and mitigate threats before they result in significant damage or breaches.
  • Better visibility into the organisation's security posture: With advanced analytics capabilities, Proofpoint provides comprehensive insights into an organisation's cybersecurity health, helping them make informed decisions on how best to protect its assets.
  • Ease of integration with existing tools: The flexible architecture of the Proofpoint SOAR solutions allows seamless integration with various third-party applications like SIEM systems or other IT management tools for better coordination among different departments.
  • Tailored threat intelligence feeds: The ability to customise threat intelligence feeds according to specific industry verticals or geographical regions ensures that organisations receive relevant data about emerging risks in real-time, thereby enabling proactive defence measures against targeted attacks.

In compliance with regulatory requirements such as GDPR, the Proofpoint Threat Response platform provides organisations with robust data protection and privacy controls to safeguard sensitive information from unauthorised access or misuse.

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