Skip to main content
SimilarExport ZIP
100%

Gist d38663c8f56499090f89c99b01f21db1

✓ Published0🌍 Public
AAdrienCos
Last edited Aug 26, 2019
Created on Aug 26, 2019

This example shows a keybase proof-of-ownership verification workflow, where a user’s GitHub and Keybase identities are cryptographically linked via a signed JSON statement. The visualization maps the structure of the proof document, highlighting the nested fields for the key, merkle root, and service details. It uses `d3.hierarchy` and `d3.treemap` to render the JSON’s object hierarchy as nested rectangles, with color encoding indicating the top-level sections. The code loads the raw JSON data, parses it, and applies a zoomable treemap layout, making the proof’s data schema immediately apparent.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 0693c7ab834bc69220ead71474a287e5

This example demonstrates a Keybase proof-of-ownership verification workflow, showing how a user’s GitHub identity is cryptographically linked to their Keybase account. The visualization would depict the JSON signing process, the Merkle root hash, and the signature verification steps. It uses the Keybase Go client and GitHub API to fetch and display the public key, signature, and identity metadata. The rendering highlights the structured data fields (e.g., `body`, `merkle_root`, `prev`) and the final verification result, making the cryptographic binding explicit through a clear, code-driven diagram.

DDylanFM
89% match
Loading thumbnail…

Keybase proof

This example visualizes a cryptographic identity proof from Keybase, showing the linkage between a GitHub account and a Keybase user through a signed JSON object. It renders the proof’s structured data, including the public key, Merkle root hash, and signature, as an interactive network graph. The visualization uses d3.forceSimulation to position nodes representing the user, service, and cryptographic components, with edges indicating signed relationships. It relies on the raw JSON payload from the Keybase proof file, parsing the `body` and `client` fields to display the verification chain. The graph updates dynamically when hovering over nodes to highlight connected proof elements.

AAnsonT
86% match
Loading thumbnail…

keybase.md

This example shows a Keybase proof-of-ownership workflow in action, demonstrating how a GitHub user cryptographically links their identity across platforms. It uses the Keybase command-line client and the keybase.io API to generate a signed JSON object, with the signature displayed as a hexadecimal string. The visualization highlights the verification process, where the public key and merkle root are checked against Keybase’s ledger, using the `keybase id` command for lookups. The data originates from the user’s gist and the Keybase service, with rendering emphasizing the cryptographic chain of trust through the nested JSON structure.

CCaged
85% match
Loading thumbnail…

Gist 1a826885eacfebb60a6ff421d57a9e37

This example shows a Keybase proof file, which cryptographically links a GitHub account to a Keybase identity. It demonstrates how the raw JSON payload and its signature are structured for public verification, including the nested key, Merkle root, and service binding fields. The gist itself contains no visualization code; instead, it serves as a static text-based proof, relying on Keybase’s cryptographic signing (Ed25519) and hashing (SHA-256) rather than any charting or rendering library. The rendering approach is purely textual, presenting the signed object and signature for manual or programmatic validation.

HHerbCaudill
85% match
Loading thumbnail…

Keybase proof

This example shows a Keybase proof as a signed JSON object, demonstrating how a GitHub user can cryptographically authenticate their identity across services. The visualization renders the proof’s structure, highlighting the embedded public key, signature, and metadata fields. The code parses the JSON payload and uses the Keybase API to verify the signature, while a custom SVG layout maps the hierarchical relationships between the user, service, and cryptographic elements. The data source is the gist’s raw content, and the rendering approach relies on d3.js for hierarchical node placement and Canvas for signature visualization, making the authentication flow transparent.

FFranklin Chen
84% match
Loading thumbnail…

Gist de38d64005a8c46715b22c5b4b4a6cc5

This example verifies a Keybase identity claim by presenting a signed JSON message and its PGP signature. It demonstrates how to prove ownership of a GitHub account through a public gist, using the Keybase API to fetch and display the cryptographic proof. The visualization shows the verification data in a raw, text-based format, highlighting the fingerprint, username, and signature blocks. The code relies on the `keybase` command-line tool and JSON parsing to validate the signed object, emphasizing the transparency of web service bindings. The rendering approach is plain-text oriented, making the cryptographic details immediately readable.

BBrideau
83% match
Loading thumbnail…

Gist 0ed0d9c83434b39760891be6d14dede2

This example demonstrates a Keybase identity proof by visually presenting the cryptographic signature that links a GitHub account to a Keybase user. The gist shows a JSON object containing the signed statement, along with the PGP-signed message and the public key fingerprint, all rendered as structured text. The visualization uses a plain-text layout to display the keybase.md file, highlighting the nested JSON and the encoded signature block without any additional charting or graphics libraries. The data source is the gist itself, and the rendering relies solely on HTML text formatting, with no interactive or dynamic elements beyond the static content.

EEleonore9
83% match
Loading thumbnail…

Gist 49058de6a5999fad4adf

This example demonstrates how to verify a Keybase identity claim by displaying the signed JSON statement and its PGP signature. It shows the exact data structure and cryptographic proof needed to authenticate a GitHub account, including the public key fingerprint and the signed payload. The visualization uses the `crypto` module to verify the PGP signature and the `d3.forceSimulation` layout to arrange the related key pairs and hash chains. The code renders the signature blocks and key metadata with `d3.select` and `d3.geoPath`, though no map is involved; instead, it presents the raw text and hash values for audit.

PPhilippe Rivière
83% match