ISSAP Course Overview

ISSAP Course Overview

The CISSP-ISSAP course is an advanced certification training designed for experienced security practitioners, architects, and managers. It focuses on the specialized aspects of designing security architectures and ensuring the implementation of secure business environments. This training helps learners to deepen their understanding of security concepts and practices within the six domains outlined by (ISC)².

Learners will explore the complexities of Governance, compliance, and risk management; grasp Security Architecture Modeling; and delve into infrastructure security, including Defense-in-Depth Strategies and Secure Communication Frameworks. The course also covers Identity and Access Management (IAM) design, Application Security Integration with the SDLC, and the architectural aspects of security operations, including Monitoring, BC/DR, and IR management.

By completing CISSP-ISSAP Training, individuals will enhance their ability to develop comprehensive security solutions that address organizational needs while adhering to legal and regulatory requirements. The course provides a pathway for security professionals to elevate their careers and contribute to the robustness of their organizations' security posture.

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Successfully delivered 31 sessions for over 29 professionals

Training Advantage
Number of Learners
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Successfully delivered 31 sessions for over 29 professionals

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Course Prerequisites

To ensure that learners are well-prepared and can fully benefit from the ISSAP (Information Systems Security Architecture Professional) course, the following minimum required knowledge and prerequisites are recommended:


  • A good understanding of fundamental security concepts, including confidentiality, integrity, and availability.
  • Basic knowledge of information security governance, risk management, and compliance principles.
  • Familiarity with security architecture frameworks and standards.
  • Experience with security architecture modeling and the ability to identify different security architecture approaches.
  • Understanding of infrastructure security requirements and the principles of defense-in-depth.
  • Knowledge of network security concepts, including secure network design and common cryptographic solutions.
  • Awareness of identity and access management (IAM) principles, including the design of identity management and lifecycle.
  • Insight into application security best practices, including the integration of security within the Software Development Life Cycle (SDLC).
  • An appreciation of the importance of security operations, including information security monitoring and incident response management.
  • Candidates are typically expected to have at least two years of cumulative, paid, full-time work experience in one or more of the domains of the CISSP CBK (Common Body of Knowledge). Direct professional experience in information security architecture is highly beneficial.
  • Holding a CISSP (Certified Information Systems Security Professional) certification is strongly recommended, as the ISSAP is a concentration area within the CISSP.

These prerequisites are designed to ensure that learners have the foundational knowledge needed to grasp the advanced concepts presented in the ISSAP course. They are not meant to be barriers but rather to set the stage for a successful learning experience.


Target Audience for ISSAP

The ISSAP course is designed for professionals aiming to specialize in information security architecture and governance.


  • Information Security Architects
  • Security Systems Engineers
  • Chief Information Security Officers (CISOs)
  • IT Directors/Managers
  • Security Analysts and Managers
  • Network Architects and Engineers
  • Enterprise Architects
  • Governance, Risk, and Compliance Professionals
  • IT Auditors
  • Security Consultants
  • Identity and Access Management Architects
  • Application Security Engineers/Designers
  • Infrastructure and Network Security Specialists
  • Business Continuity and Disaster Recovery Planners
  • Cybersecurity Professionals with an interest in architectural design
  • Technical Leads overseeing security aspects of IT projects


Learning Objectives - What you will Learn in this ISSAP?

Introduction to Learning Outcomes:

The ISSAP course equips participants with advanced skills in security architecture, focusing on compliance, risk management, infrastructure security, IAM, application security, and security operations.

Learning Objectives and Outcomes:

  • Understand legal, regulatory, organizational, and industry-specific security requirements to ensure governance and compliance.
  • Acquire the ability to manage risk effectively by identifying and mitigating potential security threats.
  • Learn to identify and apply appropriate security architecture models to enhance the protection of information systems.
  • Develop the skills to create a robust infrastructure security design, incorporating defense-in-depth principles and secure shared services.
  • Gain expertise in designing and integrating technical security controls, infrastructure monitoring, and cryptographic solutions.
  • Design and implement secure network infrastructures, including VPNs and encryption protocols like IPsec and TLS.
  • Evaluate and integrate physical and environmental security measures to align with organizational needs.
  • Design comprehensive IAM architectures, managing identity and access throughout the lifecycle of users and systems.
  • Integrate application security best practices within the SDLC, utilizing standards such as OWASP for proactive security controls.
  • Design and validate security operations architectures, including SIEM, BC/DRP, and incident response management, to ensure resilience and rapid recovery.

Technical Topic Explanation

Compliance

Compliance in a professional setting refers to adhering to laws, regulations, and guidelines relevant to business operations. This ensures that an organization acts responsibly, reduces legal risks, and maintains trust with customers and stakeholders. Compliance involves regularly updating policies, training employees, and monitoring activities to prevent violations and enforce standards. Key areas often include financial reporting, data protection, and workplace safety. Successfully managing compliance not only helps avoid penalties but also enhances company reputation and stability.

Governance

Governance in a professional setting refers to the framework of policies, processes, and rules that ensure an organization effectively manages its IT systems to support business goals. It involves overseeing IT practices and infrastructure, ensuring they align with overall organizational objectives, managing resources efficiently, and maintaining compliance with laws and regulations. Good governance helps organizations achieve consistency, increase accountability, and improve risk management, ultimately enhancing business performance and sustainability. In technology, improving governance can involve training and certifications like ISSAP Certification, which equips professionals with advanced knowledge in information security and architecture.

Infrastructure Security

Infrastructure Security involves protecting critical physical and digital systems from threats like cyberattacks, natural disasters, or human error. This security encompasses measures across all hardware, software, networks, and data. It aims to ensure the continuity, integrity, and availability of an organization's critical infrastructure. Effective infrastructure security involves risk management, adherence to compliance standards, and proactive defense strategies. Training and certification, such as CISSP-ISSAP, play crucial roles in equipping professionals with the skills and knowledge to architect, design, and manage a secure infrastructure, addressing areas like ISSAP certification and ISSAP training.

Secure Communication Frameworks

Secure Communication Frameworks are designed to protect the exchange of data across networks. They encompass methods and protocols that ensure privacy, integrity, and security for messages transmitted between devices, often utilizing encryption. Essential for maintaining confidential communications, they prevent unauthorized access and data breaches. This concept is fundamental in areas like ISSAP, where professionals learn to design and manage security architectures including these frameworks to enhance organizational and network security. Completing an ISSAP certification further validates one’s expertise in developing, implementing, and managing a secure communication infrastructure efficiently and effectively.

Identity and Access Management (IAM) Design

Identity and Access Management (IAM) Design is a framework for ensuring that the right people have access to the appropriate resources within an organization. It involves creating policies and technologies to manage user identities and regulate user access privileges based on roles, responsibilities, and security requirements. Effective IAM design helps in preventing unauthorized access and data breaches while ensuring compliance with regulatory mandates. Proper IAM design is fundamental for maintaining control, visibility, and management of user access across increasingly complex IT environments.

Application Security Integration with the SDLC

Application Security Integration with the SDLC involves embedding security measures into the Software Development Life Cycle. By incorporating security at every phase—from planning through design, development, testing, and deployment—organizations can detect and mitigate security vulnerabilities early. This proactive approach reduces risks and improves the security of the final product. It aligns with best practices recommended in security certifications like CISSP-ISSAP, ensuring developers and engineers are trained to integrate robust security controls effectively throughout the development process.

Monitoring

Monitoring in technology refers to the ongoing process of observing and analyzing the performance, health, and configuration of IT infrastructure and applications. This practice ensures systems operate efficiently and are compliant with established standards. Effective monitoring helps detect and diagnose issues before they affect service, enhancing system reliability and security. It encompasses tracking everything from network traffic and software performance to system uptime and resource utilization, providing key insights for proactive management and optimization.

Security Architecture Modeling

Security Architecture Modeling involves designing a comprehensive framework that outlines how security controls and measures are structured and interact within an organization. It's essential for identifying security risks, enforcing policies, and ensuring compliance. CISSP-ISSAP training helps professionals gain deep knowledge in this area, focusing on aspects crucial for ISSAP certification. This training equips individuals with the skills to develop, implement, and manage a tailored security architecture that aligns with the organization’s needs and enhances its defense mechanisms against potential threats.

Defense-in-Depth Strategies

Defense-in-depth strategies involve layering multiple security measures to protect information systems. By implementing various defenses at different levels, organizations can safeguard against potential threats that bypass one security layer. This approach includes using physical security, network firewalls, anti-virus software, strong password policies, and monitoring systems to create a robust barrier. The goal is to ensure that if one defense fails, others will still be operational to prevent unauthorized access or data breaches. This cumulative protective strategy is crucial for maintaining the integrity and security of sensitive information in various environments.

Risk Management

Risk Management is the process of identifying, analyzing, and mitigating potential risks that could negatively impact an organization's assets and financial profitability. This critical function helps in decision-making through policies and procedures that minimize the impacts of risks on organizational goals. Risk management also involves continuous monitoring to detect new risks and evaluate the effectiveness of risk control measures. Effective risk management supports strategic and operational stability, improving overall resilience and ensuring sustainability. This helps professionals focus better on growth opportunities while protecting against losses and uncertainties.

Target Audience for ISSAP

The ISSAP course is designed for professionals aiming to specialize in information security architecture and governance.


  • Information Security Architects
  • Security Systems Engineers
  • Chief Information Security Officers (CISOs)
  • IT Directors/Managers
  • Security Analysts and Managers
  • Network Architects and Engineers
  • Enterprise Architects
  • Governance, Risk, and Compliance Professionals
  • IT Auditors
  • Security Consultants
  • Identity and Access Management Architects
  • Application Security Engineers/Designers
  • Infrastructure and Network Security Specialists
  • Business Continuity and Disaster Recovery Planners
  • Cybersecurity Professionals with an interest in architectural design
  • Technical Leads overseeing security aspects of IT projects


Learning Objectives - What you will Learn in this ISSAP?

Introduction to Learning Outcomes:

The ISSAP course equips participants with advanced skills in security architecture, focusing on compliance, risk management, infrastructure security, IAM, application security, and security operations.

Learning Objectives and Outcomes:

  • Understand legal, regulatory, organizational, and industry-specific security requirements to ensure governance and compliance.
  • Acquire the ability to manage risk effectively by identifying and mitigating potential security threats.
  • Learn to identify and apply appropriate security architecture models to enhance the protection of information systems.
  • Develop the skills to create a robust infrastructure security design, incorporating defense-in-depth principles and secure shared services.
  • Gain expertise in designing and integrating technical security controls, infrastructure monitoring, and cryptographic solutions.
  • Design and implement secure network infrastructures, including VPNs and encryption protocols like IPsec and TLS.
  • Evaluate and integrate physical and environmental security measures to align with organizational needs.
  • Design comprehensive IAM architectures, managing identity and access throughout the lifecycle of users and systems.
  • Integrate application security best practices within the SDLC, utilizing standards such as OWASP for proactive security controls.
  • Design and validate security operations architectures, including SIEM, BC/DRP, and incident response management, to ensure resilience and rapid recovery.