MashMesh

Web3 multidimensional relationship explorer makes entities and relationships in KNN3's Knowledge Graph accessible

What is MashMesh？

MashMesh is a Web3 multidimensional relationship explorer powered by KNN3 GraphX Protocol, which makes the entities and relationships in KNN3’s Knowledge Graph visual and operable without programming.

What can you search in MashMesh？

When you first visit the page of MashMesh, you can see the search box with checkboxes related to different fields. To improve the search efficiency, you may choose desired fields before your searching.

MashMesh

Check the following table for more information about searching.

Objects	Fields	Search Keywords
Avatar (Next.id)	Avatar	Avatar ID (0x…)
Twitter Account	Avatar	Twitter Handle
Address (EOA & Multisig)	Address	Address (0x…)
Event (POAP)	Event	Event Name (ID)
Token	Token	Token Name / Contract Address
NFT	NFT	Collection Name / Contract Address
Organization (Snapshot Space)	Space	Space Name (ID)
ENS Domain (Owner Address)	Domain	ENS Name
.bit Domain	Domain	.bit Name
Lens Profile	Lens	Lens Handle (.lens)

What can you view in MashMesh？

Entities

When the search succeeds, the entity will be shown in the center of the screen, and its detailed information will be displayed on the left.

Relationships

With the entities as the vertices, the relationships between them are displayed as the directed edges and the source and target of which are shown below.

	Follow	Own (Lens)	Follow (Lens)	Hold	Attend	Vote	Bond
Address	Source ⇆Target	Source	Source	Source	Source	Source	Source
Lens Profile		Target	Target	-	-	-	-
Token		-	-	Target	-	-	-
NFT		-	-	Target	-	-	-
Event		-	-	-	Target	-	-
Space		-	-	-	-	Target	-
Bits		-	-	-	-	-	Target
Avatar		-	-	-	-	-	Target
Twitter Account		-	-	-	-	-	Source

Follow

KNN3 aggregates the following relationships from RSS3 and Cyberconnect. In Mashmesh, the following relationships are turned into directed edges from the follower to the following address.

Lens

On Lens Protocol, users mint Follow NFTs to follow someones' profile.

Hold

On the basis of KNN3 GraphX Protocol, the verified possession of assets is displayed as follows. In this case, ENS is an entity representing the collection of all ENS domains, and the possession of specific domains is displayed as the details of the holding addresses on the left sidebar.

Attend

The attendance of events is displayed as the possession of the corresponding POAP is verified.

Vote

The vote shows the address has participated in the governance of the organization on Snapshot.

Bond

Only If verified, the bond from addresses and Twitter accounts to DIDs (.bit, Avatar) will be shown.

How to operate the graph?

To better operate the graph and explore the web3 relationship network, we hope you are fully familiar with the following features.

Expand

• You can right-click on the vertex to find Expand in the context menu.

• And then you can expand any types of entities related to the vertex.

• For optimal performance, the expanded entities are paging queried, you can keep expanding until it's fully expanded.

Fold & Pin

• The types to be folded are the same as those of expanding.

• You can also fold all the expanded vertices, except the vertices influenced by the Pin feature.

• You can pin/unpin the vertices in the context menu.

• The pinned vertex and its descendants can not be folded by its parent (who expands it), while still can be folded by its grandparents and ancestors.

Customize

• In the context menu, you can customize the color, size, and caption of the vertex.

• For example, you can choose the ENS domain, the name (on RSS3), or the address as the caption of the EOA entity.

• Note that all the vertices of the same type will be customized.

Focus

• You can (left) click on the vertex to focus on it, and its detailed information will appear on the left sidebar.

• When you view details of an address on the left sidebar, you can click on an NFT collection to move the focus to the corresponding vertex on the graph (if expanded).

Search in GraphQL

You can click on the button of Search in GraphQL to write your own query, and we provide an example for your reference.

Start your exploration

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