
Kanishk Sachdev developed and maintained core backend systems for the Hack-PSU/apiv3 repository over six months, delivering features such as inventory management, team collaboration, photo uploads, and API key authentication. He architected secure access control and automated workflows using TypeScript, NestJS, and SQL, integrating cloud services like Google Cloud Storage and Drive for scalable file and folder management. His work included database migrations, CI/CD optimization, and robust API design, supporting both frontend and backend integration. By focusing on modularity, data integrity, and maintainability, Kanishk enabled reliable hackathon operations and streamlined developer onboarding, demonstrating depth in backend engineering and cloud integration.

January 2026 — Delivered API Key Management and Authentication System for Hack-PSU/apiv3, establishing a secure, scalable API access model. Implemented end-to-end API key lifecycle (generation, validation, revocation) with database migrations, service logic, and REST endpoints, enabling controlled access for clients and easier auditing. This work reduces security risk, accelerates client onboarding, and lays groundwork for analytics on key usage.
January 2026 — Delivered API Key Management and Authentication System for Hack-PSU/apiv3, establishing a secure, scalable API access model. Implemented end-to-end API key lifecycle (generation, validation, revocation) with database migrations, service logic, and REST endpoints, enabling controlled access for clients and easier auditing. This work reduces security risk, accelerates client onboarding, and lays groundwork for analytics on key usage.
December 2025 performance summary for Hack-PSU/apiv3: Delivered foundational SDK scaffold and release readiness for the React SDK, expanded API surface across multiple domains, implemented secure Apple authentication, refactored core data models for cleaner data structures, and improved data validation and type handling. The work accelerates partner integrations, reduces runtime issues, and equips teams with robust, scalable APIs and tooling.
December 2025 performance summary for Hack-PSU/apiv3: Delivered foundational SDK scaffold and release readiness for the React SDK, expanded API surface across multiple domains, implemented secure Apple authentication, refactored core data models for cleaner data structures, and improved data validation and type handling. The work accelerates partner integrations, reduces runtime issues, and equips teams with robust, scalable APIs and tooling.
October 2025 highlights: Delivered significant automation, reliability, and security improvements across Hack-PSU/apiv3, enabling smoother hackathon operations and better data integrity. The work focused on integrating external services, hardening core flows, and improving observability to support scale and organizers’ needs.
October 2025 highlights: Delivered significant automation, reliability, and security improvements across Hack-PSU/apiv3, enabling smoother hackathon operations and better data integrity. The work focused on integrating external services, hardening core flows, and improving observability to support scale and organizers’ needs.
September 2025 performance summary for Hack-PSU/apiv3: Delivered a Photo Upload and Management Service with Google Cloud Storage integration, including endpoints for uploading and retrieving photos, media support up to 100MB, and privacy handling adjustments. Launched a Reservations Module with related schema changes and indexing improvements to optimize reservation operations. Reduced noise in finance communications by removing an unnecessary reimbursement notification email. Included a CI build trigger placeholder to validate pipeline. No critical regressions observed; overall impact includes improved user-facing functionality, better data access performance, and cleaner CI signals.
September 2025 performance summary for Hack-PSU/apiv3: Delivered a Photo Upload and Management Service with Google Cloud Storage integration, including endpoints for uploading and retrieving photos, media support up to 100MB, and privacy handling adjustments. Launched a Reservations Module with related schema changes and indexing improvements to optimize reservation operations. Reduced noise in finance communications by removing an unnecessary reimbursement notification email. Included a CI build trigger placeholder to validate pipeline. No critical regressions observed; overall impact includes improved user-facing functionality, better data access performance, and cleaner CI signals.
In August 2025, Hack-PSU/apiv3 delivered a set of focused enhancements to improve efficiency, collaboration, and reliability across judging workflows, team management, and developer onboarding. The work emphasized business value through clearer access controls, richer wallet pass capabilities, and improved API documentation to accelerate adoption and reduce support overhead.
In August 2025, Hack-PSU/apiv3 delivered a set of focused enhancements to improve efficiency, collaboration, and reliability across judging workflows, team management, and developer onboarding. The work emphasized business value through clearer access controls, richer wallet pass capabilities, and improved API documentation to accelerate adoption and reduce support overhead.
July 2025 performance summary for Hack-PSU/apiv3: Delivered core inventory management capabilities, standardized identity and access control, hardened critical endpoints, and upgraded CI/CD practices. Implemented UUID-based identifiers, updated event data handling, and aligned database naming to improve data integrity and maintainability. The work enhances production reliability, security, and scalability for inventory, user management, and event features.
July 2025 performance summary for Hack-PSU/apiv3: Delivered core inventory management capabilities, standardized identity and access control, hardened critical endpoints, and upgraded CI/CD practices. Implemented UUID-based identifiers, updated event data handling, and aligned database naming to improve data integrity and maintainability. The work enhances production reliability, security, and scalability for inventory, user management, and event features.
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