Security Governance, Risk & Privacy Topics
Governance, compliance frameworks, regulatory requirements, compliance implementation, and compliance-driven risk management. Covers compliance frameworks (SOX, GDPR, HIPAA, FCPA, etc.), regulatory interpretation, compliance control design, audit and control effectiveness evaluation, and compliance process management. For operational security implementation and technical threat mitigation, see Security Engineering & Operations.
Data Subject Rights and Request Handling
Operationalizing individual rights: access, rectification, erasure, portability, restriction, and objection requests. Covers identity verification, response timelines, locating data across systems to fulfill a request, and handling edge cases and exemptions. Includes designing systems that can execute deletion and export reliably at scale.
GDPR Principles and Compliance
The General Data Protection Regulation in depth: the six lawful bases, data subject rights, accountability and records obligations, DPO requirements, and enforcement and fines. Covers how GDPR principles translate into concrete engineering and product controls. Includes controller and processor obligations and demonstrating compliance.
Privacy by Design and Default
Embedding privacy into architecture and the development lifecycle: the privacy-by-design principles, privacy-protective defaults, and on-device or edge processing to minimize data exposure. Covers integrating privacy controls into product and program design and into engineering workflows rather than bolting them on. Includes designing privacy-first solutions and reference architectures.
Data Minimization and Retention
Collecting and keeping only what is necessary: data minimization at collection, purpose limitation, and retention scheduling with automated deletion. Covers defining retention periods, enforcing them technically, and defensibly disposing of data. Includes balancing operational or analytics needs against minimization obligations.
Privacy-Enhancing Technologies and Anonymization
Technical safeguards that reduce identifiability: anonymization, pseudonymization, tokenization, differential privacy, and related privacy-enhancing technologies. Covers the difference between anonymized and pseudonymized data, re-identification risk, and when each technique is appropriate. Includes evaluating the privacy-utility tradeoff of a given technical control.
US State Privacy Laws (CCPA/CPRA)
California and other US state privacy statutes: consumer rights to know, delete, correct, and opt out of sale or sharing, sensitive-data limits, and the patchwork of state regimes. Covers how US law differs from GDPR in scope and mechanics and how to operationalize opt-out and disclosure duties. Includes the compliance obligations these laws place on data-handling systems.
Privacy and Security Alignment
The relationship between privacy and security: how they overlap and differ, and how access control, least privilege, encryption, and other security controls serve privacy goals. Covers aligning privacy and security programs and reasoning about safeguards that protect personal data at scale. Includes distinguishing a privacy failure from a security failure.
Data Inventory, Mapping and Records of Processing
Knowing what personal data exists and how it flows: data mapping, personal-data inventories, and records of processing activities (RoPA). Covers building and maintaining data flow diagrams, cataloging processing purposes and recipients, and keeping documentation current. Includes the processing concepts and recordkeeping that underpin most other compliance work.
Global Privacy Regulations and Data Protection Frameworks
The landscape of privacy and data protection law and how core frameworks fit together: controllers vs processors, personal vs sensitive data, lawful processing, and cross-framework concepts. Covers foundational privacy terminology and how to reason about which regimes apply to a given data flow. Serves as the orientation layer beneath the regulation-specific topics.