Austin Fatheree, March 25 2022
This bounty gives the opportunity to
The goal of this bounty is to produce a sample application on the Internet Computer.
Goal: Demonstrate scalability by using inter-canister calls
Create a practical dapp that has a common endpoint (primary canister) that can scale its application by creating secondary canisters and distributing requests across those canisters.
Reach Goal 1: The primary canister provides indexing information such that a client can distribute parallel calls across secondary canisters directly.
Reach Goal 2: Provide a security interface such that secondary canisters can hold private data from many users but only deliver requests to authorized requesters. Attempt to use as few inter-canister calls as possible.
Your application can be written in either motoko or rust. Further, a motoko and rust version can be submitted as seperate entries by the same person/team.
The code must be opensourced using the MIT License.
We have had 5 amazing submissions for the QuickStart Bounty on scaling with canisters. Do you want BigMap? BigMap is in the bones of most of these projects. They are a great way to get started and explore how to use canisters to expand the scalability of your smartcontracts.
We’ve decided to award all 5 projects with the 1st place prize of 400 ICP. Congrats to the winners:
Iceypee - shared canisters - motoko [GitHub - professionalGithub99/ScalingBounty repo - GitHub - professionalGithub99/ScalingBounty 2
GLdev - storage and indexing across container - Rust - https://github.com/GLicDEV/quickstart_scaling 21 2
Hoosan - auto scaling node - motoko - https://forum.dfinity.org/t/icdevs-org-bounty-20-quickstart-dapp-scaling-with-canisters-200-icp-100-icp-50-icp-multiple-winners/11756/10?u=skilesare 2 - GitHub - hoosan/auto-scaling-notes 27 1
C-B-Elite - ICSP - motoko - https://github.com/PrimLabs/ICSP 3 - Internet Computer Storage Protocol(ICSP)
Scaled Storage is a generic distributed hash table tailored for the internet computer. It can scale to possibly an infinite amount of canisters, with a worst-case scenario of one inter-canister call and usually a best case of zero. The client side never needs prior knowledge of all canisters holding data, but instead just the canister id of any one of the canisters. - The repo: GitHub - scroobius-pip/scaled_storage 1
Congrats to all the authors. Please use the below thread to promote your project and if you plan to do any more with it.
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