REFLEX -Zero-Knowledge Architecture Implementation

350.0 GBP

350.0 GBP peopleperhour 技术与编程 海外
4天前

详细信息

DO NOT APPLY IF YOU DONT HAVE RELEX AND SECUITY EXPERIENCE
We are seeking a skilled developer to implement a zero-knowledge architecture in our existing Python-based web application built with Reflex. The application currently handles user data, company information, and contact entries, and requires enhanced privacy and security through zero-knowledge principles.____________________________________________________________________________________
Current System ArchitectureThe application currently uses:Reflex framework for web developmentSQLModel/SQLAlchemy for database operationsLocal authentication systemModels for UserInfo, AdminUser, CompanyData, and ContactEntry
___________________________________________________________________________________
Technical RequirementsRequired SkillsStrong experience with zero-knowledge protocols and cryptographyProficiency in Python and modern web frameworksExperience with SQL databases and ORMsUnderstanding of secure key managementKnowledge of end-to-end encryption implementationSpecific TechnologiesZero-knowledge proof systems (e.g., zk-SNARKs or zk-STARKs)Modern encryption librariesSecure key management solutionsDatabase encryption toolsDeliverablesDetailed technical design documentImplementation of zero-knowledge architectureUpdated database schema with encryption supportSecure API endpointsDocumentation for:System architectureSecurity protocolsKey managementUser guide for encrypted operations

免责声明

该外包需求信息来源于站外平台,本站仅提供公开信息部分字段展示与订阅服务,更多请查看免责声明

关注公众号,不定期副业成功案例分享
关注公众号

不定期副业成功案例分享

领先一步获取最新的外包任务吗?

立即订阅

类似推荐

To streamline development and ensure consistency across our CRM system (built on Node.js, Vue.js, ORM, and MySQL 5.7), we are implementing a centralized master function—referred to as HODST (Header & On-Demand Search Trigger). This function will handle the dynamic creation of grid headers and unified search logic for all UI modules sharing a common structure. The design allows each module to invoke this logic with a simple, single-line trigger, significantly reducing redundancy and easing future updates. Below is a detailed scope of this initiative: Unified Grid Header Creation: The master function will dynamically construct grid column headers based on either metadata, table schema, or pre-defined configuration for each module. Centralized Search Handler: It will also serve as a common backend or frontend handler for filtering, sorting, and pagination, applying consistent search rules across all modules. One-Line Integration: All compatible UI modules will be able to activate the header and search functionality by invoking a single method (e.g., loadMasterGrid('quotes')), minimizing code changes. Configurable Behavior: While the function will support standard behavior, it will also allow optional overrides for module-specific needs like hidden columns, default sorting, or special filters. Background Execution: The logic will run in the background or asynchronously where needed, ensuring that UI responsiveness is not blocked during header or search data preparation. Developer Efficiency: Reduces the need to repeat boilerplate code for headers and search logic, allowing developers to focus on business-specific features. Consistency & Maintainability: Any future improvements or bug fixes to headers or search logic will automatically apply across all modules that use the master function, improving maintainability.
50.0 GBP 技术与编程 peopleperhour 海外
2天前