Talita Rodrigues

Designed and implemented encrypted databases with searchable encryption and granular access controls. Researched and integrated advanced privacy-enhancing technologies (PETs) for secure data analytics, ensuring compliance with GDPR/CCPA and other data protection regulations.

Optimized the Noise Protocol, improving encryption reliability and performance. Redesigned authentication protocols with self-signed identities, enhancing key security and communication.

Developed a modular cryptographic framework integrating JCE and Tink for scalable financial systems. Upgraded legacy Kafka systems with modern cryptographic primitives, enhancing security and efficiency.

Built a privacy-focused behavior-based data loss prevention platform with anomaly detection aligned with global privacy standards. Pioneered data security approaches prioritizing data origin over endpoint protection.

Developed predictive security-based data loss prevention solutions. Led a team to build secure data sharing frameworks and cryptographic architectures.

Built REST API-driven communication templates for email, SMS, and push notifications. Designed a high-efficiency reporting system for 10M customers, integrating external bureaus.

Built scalable messaging services with dynamic templates for multi-channel communication. Improved system scalability and customization to support business growth.

Built access management systems using Clojure and microservices for scalable authentication. Enhanced cryptographic libraries, fixing vulnerabilities and improving security.

Currently pursuing a Master of Science in Computer Engineering with a research focus on advanced cryptographic techniques. Specializing in searchable encryption, data-in-use encryption, and privacy-preserving technologies.

Completed a Bachelor of Information Systems, gaining foundational knowledge in various aspects of information technology. Developed skills in system analysis, design, and implementation.