Editing Design/Stakeholder Requirements (StRS) (section)

=== 3.1.2 The Cybersecurity Altruists ===

<span id="overview-1"></span>
==== 3.1.2.1 Overview ====

The Cybersecurity Altruists meta-persona represents a diverse group of individuals united by their commitment to cybersecurity, privacy, and the democratization of knowledge. This group spans communities focused on algorithms, hacking, malware analysis, reverse engineering, cryptography, and security education.

<span id="characteristics-1"></span>
==== 3.1.2.2 Characteristics ====

* Strong technical understanding of security and cryptography
* Commitment to ethical practices and responsible disclosure
* Focus on education and knowledge sharing
* Emphasis on practical, hands-on learning
* Value transparency and open-source collaboration

<span id="requirements-1"></span>
==== 3.1.2.3 Requirements ====

<span id="security-1"></span>
===== 3.1.2.3.1 Security =====

* MUST implement state-of-the-art cryptographic protocols
* MUST provide robust anonymity and privacy guarantees
* MUST enable secure key management and storage
* MUST support secure communication channels
* MUST implement defense-in-depth security measures

<span id="technical"></span>
===== 3.1.2.3.2 Technical =====

* MUST support security research and analysis tools
* MUST enable malware analysis in isolated environments
* MUST provide cryptographic primitives for custom implementations
* MUST support security testing and validation
* MUST enable secure code deployment and updates

<span id="privacy"></span>
===== 3.1.2.3.3 Privacy =====

* MUST minimize data collection and retention
* MUST implement zero-knowledge protocols where possible
* MUST protect metadata from correlation attacks
* MUST enable selective disclosure of information
* MUST support anonymous credentials

<span id="integration"></span>
===== 3.1.2.3.4 Integration =====

* MUST support common security tools
* MUST enable integration with analysis platforms
* MUST provide APIs for security automation
* MUST support standard security protocols
* MUST enable custom security module development

<span id="educational"></span>
===== 3.1.2.3.5 Educational =====

* MUST provide documentation and learning resources
* MUST support security testing environments
* MUST enable collaborative learning and research
* MUST facilitate knowledge sharing and discussion
* MUST support security certification and validation

<span id="operational"></span>
===== 3.1.2.3.6 Operational =====

* MUST maintain high availability and resilience
* MUST support incident response and recovery
* MUST enable security monitoring and alerts
* MUST provide audit logging capabilities
* MUST support secure backup and recovery

<span id="performance-1"></span>
===== 3.1.2.3.7 Performance =====

* MUST handle real-time security analysis
* MUST process large volumes of security data efficiently
* MUST provide responsive threat detection
* MUST support concurrent security operations
* MUST maintain performance under attack conditions

<span id="constraints-1"></span>
==== 3.1.2.4 Constraints ====

* MUST operate within ethical boundaries
* MUST comply with responsible disclosure practices
* MUST maintain separation of security contexts
* MUST respect privacy regulations
* MUST ensure secure isolation of analysis environments
* MUST prevent misuse of security tools

<span id="quality-attributes-1"></span>
==== 3.1.2.5 Quality Attributes ====

<span id="security-2"></span>
===== 3.1.2.5.1 Security =====

* Comprehensive security testing capabilities
* Strong isolation mechanisms
* Robust cryptographic implementations
* Secure communication protocols
* Defense-in-depth architecture

<span id="reliability-1"></span>
===== 3.1.2.5.2 Reliability =====

* High availability for security services
* Resilient against attacks
* Consistent security monitoring
* Dependable backup systems
* Stable testing environments

<span id="usability-1"></span>
===== 3.1.2.5.3 Usability =====

* Intuitive security tools
* Clear documentation
* Accessible learning resources
* Efficient workflow support
* User-friendly interfaces

<span id="maintainability-1"></span>
===== 3.1.2.5.4 Maintainability =====

* Modular security components
* Easy updates and patches
* Flexible configuration
* Clear audit trails
* Systematic testing procedures

<span id="success-criteria-1"></span>
==== 3.1.2.6 Success Criteria ====

* Demonstrated resistance to known attack vectors
* Strong privacy guarantees verified through audits
* Active security research community
* Comprehensive security documentation
* Regular security updates and improvements
* High adoption rate among security professionals
* Positive impact on cybersecurity education
* Successful vulnerability discoveries and responsible disclosures
* Effective knowledge sharing and collaboration
* Measurable improvement in security practices

<span id="the-digital-preservationists"></span>