MemoriaCloud is our own product that we developed entirely in-house. We designed and built a comprehensive cloud platform offering unlimited, high-resolution photo storage with advanced preservation technology and secure client access, ensuring users' cherished memories are safely stored and easily accessible through intuitive interfaces.
Users needed a reliable, high-performance photo storage solution that preserved image quality and provided privacy-first sharing and access.
Our team built a robust cloud-based photo storage platform with automatic backups, smart album organization, secure sharing, and intuitive web and mobile interfaces.
Unlimited high-resolution photo storage
Advanced preservation technology
Secure client access systems
Intuitive user interfaces
Cloud platform development
Photo management tools
Privacy-focused sharing features
Developing storage systems that could efficiently handle unlimited high-resolution photos while maintaining original quality and minimizing costs.
Creating robust preservation technologies that ensured long-term integrity and accessibility of stored images despite evolving file formats.
Building secure access controls that protected private memories while enabling convenient sharing with authorized individuals.
Designing interfaces that made complex photo management tasks simple and accessible to users with varying levels of technical proficiency.
Implemented a sophisticated storage architecture that intelligently distributed photos across hot, warm, and cold storage tiers based on access patterns while preserving original quality.
Developed a comprehensive preservation system with format migration capabilities, integrity verification, and redundant storage to ensure long-term accessibility.
Created a flexible permission model that allowed for precise control over photo access, from individual images to entire collections, with customizable sharing options.
Conducted extensive user research to design intuitive interfaces that simplified complex photo management tasks through thoughtful information architecture and visual design.
Optimized cloud infrastructure for cost-efficiency and performance, implementing auto-scaling, caching strategies, and content delivery networks for global accessibility.
MemoriaCloud is a photo storage and client-sharing platform for photographers, built as a Spring Boot service layer behind a React web app. Originals are written to AWS S3 and moved between hot, warm and cold tiers by access pattern, while MySQL holds albums, clients and permissions. A modular monolith was the right shape for a small team: one deployable with clear modules for upload, preservation, sharing and billing.
A React and Ant Design web app serves photographers for uploading and organizing, and a lighter client-facing gallery view for their customers.
A CDN fronts both the app and image delivery; uploads bypass the API via signed URLs straight to object storage.
Java Spring Boot modules handle metadata, derivative generation, preservation checks and the permission model.
Originals and derivatives live in S3 across lifecycle tiers; relational metadata lives in MySQL.
Subscription billing, transactional email for share invitations and analytics on gallery views.
Auto-scaled application nodes on AWS with S3 lifecycle rules, cross-region replication and CDN caching.
A photographer selects a shoot; the app requests signed upload URLs and streams originals directly to the S3 hot tier.
The ingest service records metadata in MySQL, computes a checksum and queues derivative generation.
The derivative pipeline renders web and thumbnail sizes and stores them beside the original for fast CDN delivery.
The photographer groups photos into an album and grants a client access; the permission service issues a scoped share link.
The client opens the link, is authenticated, and the gallery loads derivatives via the CDN while originals stay private.
Lifecycle rules move rarely accessed originals to warm and cold tiers; integrity jobs verify checksums and migrate formats over time.
Large high-resolution files never pass through the application servers, which keeps the Spring Boot fleet small and lets uploads scale with S3 rather than compute.
Unlimited storage is only viable if cost falls with age; moving originals to cheaper tiers by access pattern while serving derivatives from the hot tier preserves quality and controls spend.
Galleries are view-heavy, so pre-rendered sizes served from edge caches gave the 5x faster load time, while originals stay behind authenticated, time-limited access.
With a 10+ person team and tightly coupled upload, album and permission logic, one Spring Boot deployable was simpler to operate and still met the 99.99% uptime result.
“The frontend and storage architecture developed by the team has provided our users with a seamless and secure experience for preserving their precious memories.”
We ship MVPs, AI agents, and production systems in 8 weeks. Bring the rough spec — we'll scope the build inside a week with a fixed timeline and quote.
