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Explore our suite of cutting-edge cybersecurity solutions designed to safeguard your digital landscape. Our range of software and interactive dashboards provides real-time insights, threat detection, and advanced analytics to help you identify risks and make informed decisions. From vulnerability management to system monitoring and attack path Modelling, our tools empower you to protect critical assets, streamline operations, and stay ahead of cyber threats with ease and efficiency.

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SOC 2.0 Workshop

Build a modern SOC: Elevating Detection, Analysis, and Response Capabilities

Agenda of the Workshop

As cyber-attacks grow more sophisticated and target every major industry, organizations recognize the critical need to improve the effectiveness of their Security Operations Centers (SOC). Many have already made significant investments in building a cyber defence ecosystem, but it’s time to elevate those capabilities to stay ahead of attackers.

Prevention alone is not enough, as attackers often bypass security controls. Detection strategy should focus on identifying attackers early in the attack lifecycle, minimizing their ability to establish a foothold. When skilled adversaries manage to breach defences, organizations must be ready to respond swiftly and with minimal damage.

The SOC 2.0 Workshop is designed to guide SOC organizations toward a more efficient, modern, and effective future through cutting-edge methodologies, frameworks, and technologies.

Part 1: Three-Day Consulting Workshop

This offering provides a three-day intensive workshop aimed at enhancing SOC maturity using innovative approaches.

Days 1 & 2: Training and Knowledge Transfer

The first two days cover state-of-the-art cyber defence technologies, frameworks, and methodologies in a highly novel and interactive way. Topics include:

Topics include:

Uplifting SOC maturity with groundbreaking approaches
Exploring modern frameworks and methodologies: SANS 6-step Incident Response, MITRE ATT&CK, The Diamond Model of Intrusion Analysis, STIX (Structured Threat Information Expression)
Cyber Threat Intelligence derived from Incident and Breach Response engagements
Cyber Threat Modelling: The most effective method for incident preparation
Gaining a tactical advantage through predictive defence by identifying future attack paths based on attacker capabilities and your organization’s attack surface
Operationalizing Threat Models with automated Intrusion Investigation (Threat Hunting)
Demo of cutting-edge solutions with IdoubleS’ prototypes

The third day focuses on gathering data through discussions and interviews with the customer. This helps identify key challenges and pain points, providing the foundation for a detailed as-is analysis in Part 2.

Workshop Benefits:

Empower your team to defend against targeted attacks
Improve SOC detection, analysis, and response quality
Disrupt attackers’ efforts, imposing costs and delays

Deliverables (Part 1):

Two days of interactive training and knowledge transfer on the latest cyber defence technologies and methodologies
One day of deep-dive workshops to uncover customer-specific challenges and pain points

Part 2: As-Is Analysis and Roadmap Development

Based on the insights gathered in Part 1, we evaluate the current state of the customer’s SOC. The as-is analysis identifies limitations and gaps in current operations and provides actionable recommendations for improvement. We also propose a roadmap that aligns with the customer’s goals and timelines.

Roadmap Development:

Identify gaps and recommend actions to enhance SOC maturity
Propose a realistic timeline with clear milestones for achieving specific goals, such as becoming Threat Hunting-ready
Detail staffing requirements and role descriptions necessary to execute the roadmap

Example Roadmap Goal: Threat Hunting Readiness

If becoming Threat Hunting-ready is the goal, the roadmap will define intermediate steps based on the current state of the SOC, helping the organization achieve this capability.

Workshop Benefits:

Uplift your SOC maturity with innovative strategies and technologies
Implement Cyber Threat Modelling, the most advanced Threat Intelligence use case
Prepare to respond to incidents with speed and minimal damage

Deliverables* (Part 2):

Detailed as-is analysis based on customer pain points
Documentation of limitations, gaps, and action recommendations
Final report outlining a roadmap with timelines and resource requirements, presented to key stakeholders

* The duration of SOC 2.0 Workshop, Part 2 will be customized based on the customer's specific requirements and negotiated on an individual basis.

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Cyber Threat Modelling for Effective Defence Preparations

Manual analysis of strategic, tactical, and operational threat intelligence is currently time-consuming and resource-intensive, requiring numerous analysts to process large volumes of reports in natural language. This traditional approach limits scalability, slows down the creation of Cyber Threat Models, and leaves assets vulnerable for longer periods. What your organization needs is an AI-driven, open system that automates the processing of OSINT and commercial threat intelligence data. With IdoubleS, you can generate custom Cyber Threat Models tailored to your specific threats, systems, and assets, using sophisticated AI to derive threat scenarios from comprehensive intelligence and asset data. This scalable solution accelerates threat modelling, reduces costs, and minimizes the need for manual input, allowing you to focus on more strategic cybersecurity defenses. Traditional vulnerability management often focuses on non-critical exposures, wasting valuable resources while overlooking higher-risk vulnerabilities. This approach increases the chances of a security breach, as critical risks go unaddressed. IdoubleS allows you to model and prioritize relevant attacker capabilities in the context of your specific attack surface. By automatically building comprehensive Cyber Threat Models, IdoubleS helps you understand how threat actors might target your assets and provides actionable recommendations to reduce exposure. This risk-based approach enables you to preemptively mitigate threats and focus your security operations on the most critical vulnerabilities.

Defense Operations for Threat Detection

SOC leaders often engage in SIEM detection discussions without a complete understanding of the broader cyber threat landscape. As a result, many SOCs have implemented hundreds of ineffective detection use cases, leading to an overwhelming volume of false-positive alerts. This constant noise distracts analysts from critical tasks like threat hunting and often results in missed true-positive security events. To mitigate this issue, organizations should implement Cyber Threat Models to gain a holistic understanding of cyber threats. With IdoubleS, you can construct knowledge graphs at the tactical level, enabling the development of effective SIEM detection rules. This significantly reduces false positives, streamlines incident response processes, and allows resources to be allocated more efficiently – ultimately saving both time and costs.

Defense Operations for Automated Intrusion Investigation (Threat Hunting)

Threat Hunting Analysts often struggle to gain a comprehensive view of the overall threat scenario, resulting in inefficient hunting methodologies and low-level clues. This makes it challenging to differentiate between true-positive findings and background noise, and even more difficult to identify the root cause of security incidents. With IdoubleS, you can enhance Threat Hunting by leveraging knowledge graphs that provide a clear picture of the threat landscape. The system automates hypothesis formulation and testing based on specific threat scenarios, helping analysts prioritize high-probability patterns. By guiding analysts to search for the most relevant threat indicators, IdoubleS facilitates faster and more accurate identification of intrusion activity. Security investigations often rely on manual analysis, supported by tools that are frequently proprietary and lack transparency. This forces analysts to spend significant time manually validating findings, which is inefficient and resource-intensive. Implement IdoubleS to automate hypotheses generation and testing in response to real-time SIEM alerts. The system links generated hypotheses to investigative questions and tests them against data from third-party systems storing security telemetry. This structured methodology ensures full transparency and enables analysts to trace each step of the investigation, ultimately increasing confidence in the accuracy of incident validation.

Defense Operations for Incident Response

Many Incident Response Analysts often jump too quickly into containment, eradication, remediation, and recovery during an incident, due to a lack of understanding of the connections between various cyber events or incidents. This premature action stems from a reliance on basic verifications instead of comprehensive, sophisticated analysis, leaving gaps in understanding the full scope of an attack campaign. IdoubleS addresses this challenge by equipping Incident Response Analysts with advanced capabilities for scoping and analysing incidents. Leveraging scientific rigor and principles of intrusion analysis, IdoubleS enables cross-correlation of attacker events, identification of cohesive intrusion chains, successful attribution, and the discovery of previously unknown threats and threat actors. This combination of in-depth analysis with real-time insights significantly improves the accuracy and effectiveness of incident investigations.

Services

Work shop

SOC 2.0 Workshop

Services

Cyber Threat Modelling for Effective Defence Preparations

Defense Operations for Threat Detection

Defense Operations for Automated Intrusion Investigation (Threat Hunting)

Defense Operations for Incident Response

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