The New Zealand Tech Alliance is a group of independent technology associations from across New Zealand that work together to ensure a strong voice for technology.
Visit Tech AllianceDINZ Hui Keynote: Juliana Cafik on Digital Identity Trust Frameworks
At the Digital Trust Hui Taumata in August, Juliana Cafik, Microsoft’s Identity Standards Architect, delivered a thought-provoking keynote on global digital identity frameworks. With over 27 years of experience, Juliana provided valuable insights into how trust frameworks enable secure, interoperable digital transactions worldwide.
What are Digital Trust Frameworks?
Trust frameworks establish rules for:
- Ensuring secure digital interactions
- Verifying identities in both public and private sectors
- Applying region-specific levels of assurance for various transactions
Global Examples of Trust Frameworks
eIDAS (European Union)
- Goal: Enable cross-border identity verification for 80% of EU citizens by 2030
- Focus: Electronic signatures, digital wallets, and consistent identity proofing across member states.
DIACC (Canada)
- Focus: Economic growth through the adoption of digital identity
- Approach: Public-private collaboration to ensure compliance and usability
New Zealand’s Unique Position
Juliana praised New Zealand’s approach, emphasising these key elements:
- Focus on Safety: New Zealand uniquely integrates safety into its trust framework
- Key Framework Pillars: Identity management, privacy, security, data management, and facilitation
- Collaborative Potential: Strong public-private partnerships can enhance adoption
Challenges and Opportunities
- Global Challenges: Trust frameworks are complex, evolving alongside technology and regulations.
- Opportunity for New Zealand: Learning from other countries’ implementations, New Zealand can lead in trust framework innovation.
Conclusion
Juliana encouraged New Zealand to embrace its potential by fostering collaboration across sectors to build a robust, trusted framework that supports digital identity verification and secure interactions.