Puckstack is a project focused on improving how modern teams and communities coordinate work. The vision is to combine the openness and transparency of blockchain-inspired systems with the accessibility of a simple web platform. Instead of relying on managers assigning work, Puckstack encourages autonomous participation where contributors can discover tasks, prove their work, and build reputation through verified contributions.
We designed and developed a full web application using SvelteKit with a focus on clarity, transparency, and contribution tracking. The system introduces open bounty-style tasks, chains of tasks called quests, and a proof-of-work approval process where multiple reviewers validate contributions. The platform was designed to mimic certain blockchain coordination mechanics while remaining fully off-chain and accessible to any team.
The result is a lightweight yet powerful collaboration platform where communities can organize work without rigid hierarchies. Contributors can pick tasks from an open board, submit proof of work, and earn reputation through peer approval. The system encourages autonomy, transparency, and collective responsibility while remaining simple enough for non-technical teams to adopt.

Creating a task system that allows open participation while maintaining clear workflows required careful design of task states, approval rules, and contributor permissions.
Tasks are not assigned to individuals but appear on an open board where contributors can choose work based on interest and eligibility.
We implemented linked task chains called quests that allow teams to structure larger initiatives into manageable steps.
Each completed task requires proof of work and approval by a majority of reviewers, ensuring transparency and shared responsibility.
Contributor levels unlock more advanced tasks over time, encouraging engagement and rewarding consistent participation.
The platform mirrors some blockchain-inspired mechanics such as transparent contribution records while remaining fully off-chain and accessible.
Application framework and frontend architecture
Type-safe application logic
Interactive UI behavior and task logic
Data storage for tasks, quests, and reputation
Utility-first styling and responsive layout
Interface design and prototyping