A block explorer for transactions leveraging concepts of Account Abstraction using EIP-4337 on EVM chains

Frozen on: 03-Mar-2023

Try it Live: https://www.jiffyscan.xyz/

Source Code

Figma Design Revamp (In Progress)

Overview

Convenient mechanisms to provide visibility into blockchain transactions and their processing are mandatory for scalably growing the ecosystem. While there are tools for traditional blockchain interactions, there are none currently for those leveraging concepts of Account Abstraction (AA), which is in its early development and testing phase (at least in the EVM ecosystem).

A whole set of products can be built, as the standardization and adoption of AA takes off, JiffyScan being one of them.

JiffyScan will provide a user-friendly block explorer, with an easy-to-use interface for users to view, confirm, and inspect transactions on EVM (Ethereum Virtual Machine) blockchains, specialized for EIP-4337 conforming transactions.

Since there is no actively recognized mainnet deployment, in the current scope, it will support Goerli and Mumbai (polygon) testnets. Though the will work includes planning for speedy deployment on the mainnet once the audit is completed and wallets are deployed.

Product Team

Aditya Agarwal - Product Manager (LinkedIn | GitHub)

Gautam Sabhahit - Lead Developer (LinkedIn | GitHub)

Mārtiņš Zemlickis - Designer

Target Users

Wallet Providers End-Users
Who AA-based smart contract wallet providers AA-based smart-contract wallet users
What Query the transaction details at an individual address level, even if submitted in a bundle View, Confirm, and Inspect Transactions performed using their smart-contract wallet
When Whenever they need to display relevant information to the user A new transaction is submitted or mined, or to reconcile the history
How JiffyScan API JiffyScan UI interface

Note: The stakeholders are bound to expand and evolve with future releases. For now, we keep the scope limited to v1 of the product.

User Problems We Will Solve

Must Have

Should Have

Could Have

Won’t Have