Table of Contents

Goals

Build Hyperfiles ⛓️🧠.

  1. Redesigned UI integrating Near Attestation Service (NAS) into Hyperfiles
    1. Highlight value to ecosystem: curating data & rendering data objects by type
  2. Extend core features
    1. Highlight value to ecosystem: consistent and composable data at the app layer
  3. Actualize use cases and partnerships
    1. Highlight value to ecosystem
    2. Potlock: impact evaluation for retroactive “trust” in public goods funding
    3. Social Graph Reputation System: proactive “trust” prediction based on global profile rankings
    4. Ethereum Attestation Service (EAS): integrate the EAS standard for attestations as Hyperfiles data objects to leverage the network effect of people creating schemas and attestations on EVM chains
    5. OpenWeb Forms: demonstrate an evergreen mass-market use case targeting projects conducting lead generation, research, creating allowlists, doing airdrops, giveaways, etc.
    6. OpenCann: marketplace for data objects, creates liquidity for and drives demand for data objects while increasing data supply
    7. Chatafisha: impact calculator

Timeline

Team Members & Roles

Specific Tasks

Integrate Hyperfiles + NAS

The preliminary design plans for a four-tab UI (wireframes and forked components) are shown in Figure 1. Users will be able to create Hyperfiles, explore the Hyperfiles graph by reference object type(s), compose new data objects by querying existing data objects, and manage their own personal data tree on socialDB (organize, curate, delete, delegate permissions).

  1. Create: publish a Hyperfile (e.g. dataset, algorithm, attestation, or impact certificate) or define custom types for schema properties
  2. Explore (Query): find data objects like data sets, algorithms, attestations, and impact certificates (graphs are linked via references specified during object creation/update)
  3. Run: run a job, use an algorithm to transform existing data into new object(s), output can be fed to the create component after job is completed to create new objects

Figure 1. Redesigned Hyperfiles UI integrating NAS.

Figure 1. Redesigned Hyperfiles UI integrating NAS.

To recreate the features of EAS we only need to build the Create and Explore components.

Adding the ability to run as described jobs and render interactive results will require additional work. A demo showing how to render canvas data objects using Hyperfiles references is shown in the Hyperfiles Quickstart Guide.