
Fillipe Souza developed and integrated advanced composite scaling techniques for the CKKS homomorphic encryption scheme in the openfheorg/openfhe-development repository. Over four months, he engineered new modes for parameter generation, bootstrapping, and modulus selection, focusing on improving precision, efficiency, and production reliability. His work involved C++ and CMake, leveraging deep knowledge of number theory, RNS arithmetic, and cryptography to implement robust error handling, compatibility checks, and comprehensive unit testing. By refining prime selection and scaling factor logic, Fillipe enhanced the flexibility and stability of CKKS workflows, delivering clear examples and documentation to support both developer adoption and real-world encrypted computation.

Month: 2025-04 — Consolidated and shipped robust improvements to CKKS RNS composite scaling in OpenFHE, with a focus on reliability, test coverage, and developer/user workflow enhancements.
Month: 2025-04 — Consolidated and shipped robust improvements to CKKS RNS composite scaling in OpenFHE, with a focus on reliability, test coverage, and developer/user workflow enhancements.
Concise monthly summary for 2025-03 focusing on CKKS RNS Composite Scaling for Bootstrapping within the openfheorg/openfhe-development repo. Emphasis on feature delivery, test coverage, and resulting business value.
Concise monthly summary for 2025-03 focusing on CKKS RNS Composite Scaling for Bootstrapping within the openfheorg/openfhe-development repo. Emphasis on feature delivery, test coverage, and resulting business value.
February 2025 monthly summary for openfhe-development focused on delivering CKKS enhancements and stabilizing the math pipeline for composite prime moduli. This iteration emphasizes practical value for users by enabling more flexible modulus configurations, robust scaling factor handling, and clearer examples for real-valued encrypted computations.
February 2025 monthly summary for openfhe-development focused on delivering CKKS enhancements and stabilizing the math pipeline for composite prime moduli. This iteration emphasizes practical value for users by enabling more flexible modulus configurations, robust scaling factor handling, and clearer examples for real-valued encrypted computations.
January 2025: Delivered a new Composite Scaling Technique Mode for CKKS in the openfhe-development repo, including a usage example and full integration into library parameter generation and evaluation logic. Introduced compatibility checks and error handling to support the new mode, improving robustness. This work enhances CKKS flexibility and performance for production workloads and provides clear guidance for users.
January 2025: Delivered a new Composite Scaling Technique Mode for CKKS in the openfhe-development repo, including a usage example and full integration into library parameter generation and evaluation logic. Introduced compatibility checks and error handling to support the new mode, improving robustness. This work enhances CKKS flexibility and performance for production workloads and provides clear guidance for users.
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