Burhan Platform Earns a 65.26 Proof of Usefulness Score by Building a Production-Ready Multi-Tenant SaaS Boilerplate

Welcome to the Proof of Usefulness Hackathon spotlight , curated by HackerNoon’s editors to showcase noteworthy tech solutions to real-world problems. Whether you’re a solopreneur, part of an early-stage startup, or a developer building something that truly matters, the Proof of Usefulness Hackathon is your chance to test your product’s utility, get featured on HackerNoon, and compete for $150k+ in prizes. Submit your project to get started ! Today, we're speaking with Ibrahim Samir, the creator behind Burhan Platform . This project serves as an open-source "Technical Waqf" and sovereign media-CMS designed to empower developers to easily deploy self-hosted, censorship-resistant digital infrastructures out of the box. What does Burhan Platform do? And why is now the time for it to exist? Burhan is a production-ready, feature-complete multi-tenant SaaS boilerplate and sovereign media-CMS built with Nuxt 4, Supabase, and PostgreSQL Row-Level Security (RLS). Designed as an open-source "Technical Waqf," it eliminates months of architectural overhead, empowering developers to deploy self-hosted, censorship-resistant digital infrastructures out of the box. The platform has achieved immediate organic traction with 93 clones and nearly 100 stars within its first two weeks of release. Now’s a good time for Burhan Platform to exist because developers and sovereign organizations urgently need self-hosted infrastructures to secure data privacy, prevent algorithmic censorship, and bypass platform monopolies. What is your traction to date? How many people does Burhan Platform reach? 2,035 total views, 791 unique visitors, 93 Git clones, and 75 unique cloners within the last 14 days, driven entirely by organic community distribution. Who does your Burhan Platform serve? What’s exciting about your users and customers? Sovereign organizations, independent intellectual/scholarly institutions, digital publishers, and indie developers (Solo Founders) who need a bulletproof, secure, self-hosted infrastructure to distribute media and prevent algorithmic censorship or platform monopolies. What technologies were used in the making of Burhan Platform? And why did you choose ones most essential to your techstack? To provide military-grade data isolation and a modern developer experience, we utilized Nuxt 4 paired with a Nitro Server Engine and styled with Tailwind CSS and TypeScript. We fundamentally relied on Supabase and PostgreSQL with Row-Level Security (RLS) to ensure a bulletproof, feature-complete architecture right out of the box. What is traction to date for Burhan Platform? Around the web, who’s been noticing? Burhan Platform found immediate organic validation on GitHub, securing 99 stars and 33 forks within its first 14 days of release. Deep technical adoption is evident through high clone rates and heavily concentrated traffic inspecting the core database schema and backend routing files. Burhan Platform scored a 65.26 proof of usefulness score ( https://proofofusefulness.com/report/burhan-platform ) - how do you feel about that? Needs reassessed or just right? The 65.26 score is structurally "just right" for an algorithm calibrated to measure traditional, revenue-generating commercial SaaS over a long period. Since Burhan is a recently launched, zero-revenue "Technical Waqf" (an open-source public asset), a mid-tier score for a 14-day-old project is expected. However, human evaluators recognize that providing a feature-complete, enterprise-grade multi-tenant backend for free generates a profound, unquantifiable utility that transcends standard revenue and long-term retention metrics. What excites you about this Burhan Platform's potential usefulness? * Burhan cuts through the "Vibe Decay" by delivering a feature-complete, production-ready architecture rather than an unbuilt pitch deck. What excites me most is its capacity to save solo developers months of complex engineering by providing military-grade data isolation (PostgreSQL RLS) and a 4-tier RBAC hierarchy out of the box, proving that sovereign, censorship-resistant infrastructure can be deployed instantly and independently. Walk us through your most concrete evidence of usefulness. Not vanity metrics or projections - what's the one data point that proves people genuinely need what you've built? The ratio of unique cloners to overall visitors. In just 14 days, 75 unique developers executed a git clone . Clicking "Star" is a low-friction vanity metric; however, cloning a complex Nuxt/Supabase architecture to a local machine means the developer actively intends to deploy, self-host, or dissect the underlying logic. That is definitive, hard evidence of utility. How do you measure genuine user adoption versus "tourists" who sign up but never return? What's your retention story? For an open-source boilerplate, "tourists" merely read the README.md and leave. Genuine adoption is measured by deep code inspection. Our GitHub traffic data shows highly concentrated views on our /supabase migration files and /server/api routing. When developers spend time analyzing Row-Level Security (RLS) policies rather than just looking at the frontend shell, it proves they are treating the architecture as a serious foundation, not a passing trend. If we re-score your project in 12 months, which criterion will show the biggest improvement, and what are you doing right now to make that happen? Evidence of Traction" and "Audience Reach." While the standalone repository is feature-complete and frozen, its core architectural logic is currently being extracted and integrated into a massive, unified Go-based Super-App ecosystem. In 12 months, the biggest proof of Burhan's utility will be seeing its foundational multi-tenant architecture operating live under the stress of a regional, multi-service digital ecosystem. How Did You Hear About HackerNoon? Share With Us About Your Experience With HackerNoon. HackerNoon has consistently been a refuge for authentic, developer-written technical deep dives, standing out in an internet increasingly flooded with AI-generated noise. The Proof of Usefulness hackathon aligned perfectly with our mission to build and highlight real, functional tools instead of empty pitch decks and vaporware. With 93 git clones and 99 stars in your first two weeks, what strategies will you use to sustain this early organic traction on GitHub? Because the backend architecture is deliberately "frozen" and stable, our primary strategy is community delegation. We are actively channeling our organic traction into our Discord community, inviting developers to fork the repository and contribute UI/UX enhancements while relying on our bulletproof, unchanging backend as their stable foundation. As a recently launched open-source project, what is your roadmap for translating high initial GitHub engagement into long-term active developer usage and ecosystem growth? The roadmap relies on positioning Burhan strictly as the default 'Blueprint' for digital sovereignty. While the standalone repository is feature-complete, its core architectural logic is being integrated into the larger, unified product ecosystem of our parent brand, Ainux . By maintaining Burhan's status as a 'Technical Waqf,' we ensure it remains a trusted starting point for independent organizations, while naturally feeding into the broader sovereign infrastructure solutions we are building at Ainux. Considering Burhan Platform eliminates months of architectural overhead, what specific features or modules within your PostgreSQL RLS and 4-tier RBAC setup have developers found most useful out of the box? Developers immediately gravitate toward the unified schema.sql script. Instead of wrestling with complex multi-tenant database configurations, they can deploy the entire PostgreSQL structure—including tables, enums, storage buckets, and the exact 4-tier RBAC policies—in one click. Seeing data isolation enforced strictly at the database level via RLS, rather than relying on flimsy application-level checks, provides immense peace of mind and saves months of trial and error. 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