Decentralized Peer Governance

Charter Your Campus or City Hub

Every world on Allumnova starts as a community petition. Gather verified peer upvotes to officially charter your university, tech guild, or local mastermind.

Browse & Upvote Petitions

The 3-Step Charter Lifecycle

How grassroots community petitions transform into official canonical worlds.

1

Propose Environment

Define the purpose, institutional boundary, or regional tech scope of your proposed world.

2

Gather Peer Upvotes

Share your petition URL across student batches and builder circles. Once you reach the threshold, it triggers superadmin review.

3

Official Charter Activation

The environment is chartered with dedicated batch circles, verified admin roles, and real-time sprint spaces.

Live Community Petitions

Support Environments in Need of Upvotes

Click Upvote on any world below to accelerate its official activation on allumnova.com.

e/hbtu-kanpur approved

HBTU Kanpur Technical Guild

Harcourt Butler Technical University, Kanpur

Unified collegiate environment for Harcourt Butler Technical University students and alumni across CSE, IT, ME, and EE with batch-verified circles.

by Vipranshu Sachan
e/allumnova-ai-sprint approved

Allumnova AI & Web3 Sprint

Hybrid (Kanpur & Virtual)

Developer sprint for autonomous AI agent architectures, student tools, and smart community features.

by Alexandre Chen
e/blr-alumni-pod approved

Bengaluru Tech & Alumni Pod

Indiranagar & Koramangala, Bengaluru

Peer mastermind for technology professionals, alumni network members, and founders sharing growth playbooks and hiring referrals.

by Pooja Iyer
e/iit-bombay-robotics pending

IIT Bombay Robotics & AI Pod

IIT Bombay, Powai, Mumbai

Hardware engineering, ROS2 simulation, and autonomous drone builders circle for undergraduate and postgraduate researchers at IIT Bombay.

by Rohan Mehta
e/rust-systems-guild pending

Rust Systems & Embedded Guild

Global Borderless Guild

High-performance systems developers working with memory-safe kernel modules, WebAssembly runtime optimizations, and bare-metal firmware.

by Marcus Thorne