Add signature analyzer & enable tools view

[manolisliolios]

No description provided.

[bugdar-dev]

Bugdar Analysis Report

Report Details

Code Overview

The code introduces new developer tools, specifically the Signature Analyzer and Signing Tool, enhancing the application's functionality. It updates the routing to include these tools, modifies the header to incorporate tool-related dropdowns, and adds various UI components to support these features. Additionally, it adjusts hooks related to transaction dry runs and network selections.

Security Risk Outline

The primary security considerations involve the handling and processing of cryptographic signatures within the Signature Analyzer and Signing Tool components. Ensuring the integrity and confidentiality of signature data is paramount. Additionally, the network selection feature must securely interact with different blockchain networks to prevent misconfigurations or unintended interactions. Proper authentication flows in the header component are also crucial to maintain secure access to privileged functionalities.

Security Test Example

No vulnerabilities identified within the defined scope. Ensure to implement unit tests that validate the correctness and security of signature handling and network interactions.

Security Fix Example

No specific fixes required as no vulnerabilities were identified within the defined scope. Continue adhering to security best practices when handling cryptographic operations and user authentication.

Code Overview

The provided code snippet represents additions to the project's dependency list, specifically detailing various packages related to build processes, TypeScript tooling, CSS handling, and other utilities. These dependencies are essential for tasks such as bundling, linting, compiling TypeScript, and managing CSS in the project.

Security Risk Outline

Upon thorough review of the added dependencies, no vulnerabilities were identified within the defined in-scope categories, namely BlockchainDLT, ZkLogin_Circuits, and DeepBook. However, it's crucial to ensure that all dependencies are regularly updated and monitored for potential vulnerabilities outside the current scope. Utilizing tools like Dependabot or Snyk can aid in proactive vulnerability management.

Security Test Example

No vulnerabilities detected within the specified scope. No additional unit tests are required.

Security Fix Example

No vulnerabilities identified within the specified scope. No code changes are necessary.

Code Overview

The provided code snippet represents additions to the project's dependency lock file, likely package.json or a similar lock file. It includes a comprehensive list of new dependencies being introduced, specifying their versions, dependencies, peer dependencies, and integrity hashes.

Security Risk Outline

The added dependencies primarily consist of common libraries and tools used in JavaScript/TypeScript projects. Within the defined Bug Bounty Scope, which focuses on Blockchain DLT, ZkLogin Circuits, and DeepBook, these additions do not directly introduce in-scope vulnerabilities. However, introducing new dependencies can pose general security risks, such as potential supply chain attacks, vulnerabilities within the added packages, or issues arising from transitive dependencies. It's essential to ensure that all dependencies are regularly audited for known vulnerabilities and that integrity checks (e.g., SHA hashes) are correctly implemented to prevent tampering.

Security Test Example

No in-scope vulnerabilities identified; therefore, specific security tests are not applicable.

Security Fix Example

No in-scope vulnerabilities identified; therefore, specific security fixes are not applicable.

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