As an expert who sits between the C-suite and upper management, the information security architect is critical in implementing a solid security programmer in organizations. This role as an information security architect or analyst entails carrying out various information security consultative and analytical processes.
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The CISSP-ISSAP training and certification course enhances expertise in information security architecture, offering career growth opportunities and a comprehensive understanding of security strategies. It's globally recognized and awarded by (ISC)², providing a network of like-minded professionals. The course is flexible and available online, allowing busy professionals to balance their commitments while advancing their careers.
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Cloud
Preconfigured Lab Environment
Infrastructure with Tools and Software
Single Sign-On
1.1 Determine legal, regulatory, organizational and industry
requirements
Determine applicable information security standards and guidelines
Identify third-party and contractual obligations (e.g., supply chain,
outsourcing, partners)
Determine applicable sensitive/personal data standards, guidelines
and privacy regulations
Design for auditability (e.g., determine regulatory, legislative, forensic
requirements, segregation, high assurance systems)
Coordinate with external entities (e.g., law enforcement, public
relations, independent assessor)
1.2 Manage Risk
Identify and classify risks
Assess risk
Recommend risk treatment (e.g., mitigate, transfer, accept, avoid)
Risk monitoring and reporting
2.1 Identify security architecture approach
Types and scope (e.g., enterprise, network, Service-Oriented
Architecture (SOA), cloud, Internet of Things (IoT), Industrial Control
Systems (ICS)/Supervisory Control and Data Acquisition (SCADA))
Frameworks (e.g., Sherwood Applied Business Security Architecture
(SABSA), Service-Oriented Modeling Framework (SOMF))
Reference architectures and blueprints
Security configuration (e.g., baselines, benchmarks, profiles)
Network configuration (e.g., physical, logical, high availability,
segmentation, zones)
2.2 Verify and validate design (e.g., Functional Acceptance
Testing (FAT), regression)
Validate results of threat modeling (e.g., threat vectors, impact,
probability)
Identify gaps and alternative solutions
Independent Verification and Validation (IV&V) (e.g., tabletop
exercises, modeling and simulation, manual review of functions)
3.1 Develop infrastructure security requirements
On-premise, cloud-based, hybrid
Internet of Things (IoT), zero trust
3.2 Design defense-in-depth architecture
Management networks
Industrial Control Systems (ICS) security
Network security
Operating systems (OS) security
Database security
Container security
Cloud workload security
Firmware security
User security awareness considerations
3.3 Secure shared services (e.g., wireless, e-mail, Voice over Internet Protocol (VoIP), Unified Communications (UC), Domain Name System (DNS), Network Time Protocol (NTP))
3.4 Integrate technical security controls
Design boundary protection (e.g., firewalls, Virtual Private Network (VPN), airgaps, software defined perimeters, wireless, cloud-native)
Secure device management (e.g., Bring Your Own Device (BYOD), mobile, server, endpoint, cloud instance, storage)
3.5 Design and integrate infrastructure monitoring
Network visibility (e.g., sensor placement, time reconciliation, span of control, record compatibility)
Active/Passive collection solutions (e.g., span port, port mirroring, tap, inline, flow logs)
Security analytics (e.g., Security Information and Event Manage- ment (SIEM), log collection, machine learning, User Behavior Analytics (UBA))
3.6 Design infrastructure cryptographic solutions
Determine cryptographic design considerations and constraints
Determine cryptographic implementation (e.g., in-transit, in-use, at-rest)
Plan key management lifecycle (e.g., generation, storage, distribution)
Map physical security requirements to organizational needs (e.g., perimeter protection and internal zoning, fire suppression)
Validate physical security controls
3.7 Design secure network and communication infrastructure
(e.g., Virtual Private Network (VPN), Internet Protocol Security
(IPsec), Transport Layer Security (TLS))
3.8 Evaluate physical and environmental security requirements
4.1 Design identity management and lifecycle
Establish and verify identity
Assign identifiers (e.g., to users, services, processes, devices)
Identity provisioning and de-provisioning
Define trust relationships (e.g., federated, standalone)
Define authentication methods (e.g., Multi-Factor Authentication
(MFA), risk-based, location-based, knowledge-based, object-based,
characteristics based)
Authentication protocols and technologies (e.g., Security Assertion
Markup Language (SAML), Remote Authentication Dial-In User Service
(RADIUS), Kerberos)
4.2 Design access control management and lifecycle
Access control concepts and principles (e.g., discretionary/mandatory, segregation/Separation of Duties (SoD), least privilege)
Access control configurations (e.g., physical, logical, administrative)
Authorization process and workflow (e.g., governance, issuance,
periodic review, revocation)
Roles, rights, and responsibilities related to system, application, and
data access control (e.g., groups, Digital Rights Management (DRM), trust
relationships)
Management of privileged accounts
Authorization (e.g., Single Sign-On (SSO), rule based, role-based,
attribute- based)
4.3 Design identity and access solutions
Access control protocols and technologies (e.g., eXtensible Access
Control Markup Language (XACML), Lightweight Directory Access Protocol
(LDAP))
Credential management technologies (e.g., password management,
certificates, smart cards)
Centralized Identity and Access Management (IAM) architecture (e.g.,
cloud-based, on-premise, hybrid)
Decentralized Identity and Access Management (IAM) architecture (e.g.,
cloud-based, on-premise, hybrid)
Privileged Access Management (PAM) implementation (for users with
elevated privileges)
Accounting (e.g., logging, tracking, auditing)
5.1 Integrate Software Development Life Cycle (SDLC) with application
security architecture (e.g., Requirements Traceability Matrix (RTM),
security architecture documentation, secure coding)
Assess code review methodology (e.g., dynamic, manual, static)
Assess the need for application protection (e.g., Web Application
Firewall (WAF), anti-malware, secure Application Programming Interface
(API), secure Security Assertion Markup Language (SAML))
Determine encryption requirements (e.g., at-rest, in-transit, in-use)
Assess the need for secure communications between applications
and databases or other endpoints
Leverage secure code repository
5.2 Determine application security capability requirements and
strategy (e.g., open source, Cloud Service Providers (CSP),
Software as a Service (SaaS)/Infrastructure as a Service (IaaS)/
Platform as a Service (PaaS) environments)
5.3 Identify common proactive controls for applications (e.g., Open
Web Application Security Project (OWASP))
Review security of applications (e.g., custom, Commercial
Off-the-Shelf (COTS), in-house, cloud)
Determine application cryptographic solutions (e.g., cryptographic
Application Programming Interface (API), Pseudo Random Number
Generator (PRNG), key management)
Evaluate applicability of security controls for system components
(e.g., mobile and web client applications; proxy, application, and database
services)
6.1 Gather security operations requirements (e.g., legal, compliance,
organizational, and business requirements)
6.2 Design information security monitoring (e.g., Security Information
and Event Management (SIEM), insider threat, threat intelligence,
user behavior analytics, Incident Response (IR) procedures)
6.4 Validate Business Continuity Plan (BCP)/Disaster Recovery Plan
(DRP) architecture
6.5 Design Incident Response (IR) management
6.3 Design Business Continuity (BC) and resiliency solutions
Detection and analysis
Proactive and automated security monitoring and remediation (e.g.,
vulnerability management, compliance audit, penetration testing)
Preparation (e.g., communication
plan, Incident Response Plan (IRP),
training)
Identification
Containment
Eradication
Recovery
Review lessons learned
Incorporate Business Impact Analysis (BIA)
Determine recovery and survivability strategy
Identify continuity and availability solutions (e.g., cold, warm, hot, cloud
backup)
Define processing agreement requirements (e.g., provider, reciprocal,
mutual, cloud, virtualization)
Establish Recovery Time Objectives (RTO) and Recovery Point Objectives
(RPO)
Design secure contingency communication for operations (e.g., backup
communication channels, Out-of-Band (OOB)
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The CISSP-ISSAP certification is a specialized certification offered by (ISC)² that focuses on information security architecture.
In order to obtain the CISSP-ISSAP certification, candidates must first hold a CISSP certification and have at least two years of professional experience in the field of information security architecture.
The CISSP-ISSAP training and certification course covers a wide range of topics, including security architecture analysis, security capabilities assessment, risk management, security technology architecture, and emerging trends in information security.
The duration of the CISSP-ISSAP training and certification course varies depending on the individual's pace of learning. The course is self-paced and can be completed in as little as a few months, but candidates are given up to 12 months to complete it.
The benefits of obtaining the CISSP-ISSAP certification include enhanced career prospects, increased earning potential, a comprehensive understanding of information security architecture, and recognition as an expert in the field.
The CISSP-ISSAP certification exam is a computer-based test administered at Pearson VUE test centers worldwide. The exam consists of 125 multiple-choice questions and must be completed within three hours.
The passing score for the CISSP-ISSAP certification exam is 700 out of 1,000 points
The CISSP-ISSAP certification is valid for three years, after which it must be renewed through continuing education credits or retaking the exam.
As an expert who sits between the C-suite and upper management, the information security architect is critical in implementing a solid security programmer in organizations. This role as an information security architect or analyst entails carrying out various information security consultative and analytical processes. The CISSP-ISSAP is a comprehensive certification that confirms your technical abilities in security architecture and provides you with the globally recognized credentials of chief security architect or analyst. This comprehensive certification assesses your ability to conceive, implement, and analyze diverse security solutions, as well as give risk-based advice to upper management in fulfilling various organizational goals.
The CISSP-ISSAP certification training course assists you in gaining global recognition as a certified security architecture professional, advancing your career, and gaining a competitive edge in:
Creating security architecture to ensure the highest level of information system design protection across the organization
Installing and managing physical access restrictions in order to detect, prevent, and respond to suspicious activity through the use of an effective information security model.
Using encryption to safeguard organizational data and information from possible internal and external threats
Choosing and installing communication solutions in accordance with organizational rules and standards, as well as executing and measuring their performance
Detecting undesirable events that may jeopardize organizational functioning
CISSP-ISSAP training aids in the advancement of the technical abilities of:
System Designers
Analysts of Business
Designers of systems and networks
Chief Security Officers (CSOs)
Chief Information Officers
A minimum of two years of full-time, paid job experience in at least one of the six CISSP-ISSAP CBK domains is required.
The CISSP-ISSAP certification test assists you in gaining a comprehensive grasp of:
Access control system fundamentals, methodologies, and access management architecture
Communications and network architecture, security design concerns, and related hazards
Cryptography fundamentals, design concerns, and integrated cryptography solutions such as Public Key Infrastructure (PKI), API choices, and more are covered.
Approach and analysis of security architecture, design verification and validations
Business Continuity Planning (BCP), Disaster Recovery Planning (DRP), and Business Impact Analysis (BIA)
Security measures and recovery options
Considerations for physical security, requirement assessment, and solution evaluation
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