Security¶
Security Policy¶
Table of Contents¶
Current Vulnerability Status¶
As of March 2025, there are no unpatched vulnerabilities of medium or higher severity that have been publicly known for more than 60 days in the Edgar-SEC codebase.
We monitor for vulnerabilities through:
Automated dependency scanning with GitHub Dependabot
Security analysis with CodeQL
Community reports through our responsible disclosure process
Regular manual security reviews
Reporting a Vulnerability¶
The Edgar-SEC team takes security vulnerabilities seriously. We appreciate your efforts to responsibly disclose your findings.
Please do not report security vulnerabilities through public GitHub issues.
Instead, please report them via email to:
Email: nsunder724@gmail.com
Please include the following information in your report:
Type of vulnerability
Full paths of source file(s) related to the vulnerability
Location of the affected source code (tag/branch/commit or direct URL)
Any special configuration required to reproduce the issue
Step-by-step instructions to reproduce the issue
Proof-of-concept or exploit code (if possible)
Impact of the vulnerability, including how an attacker might exploit it
Response Process¶
When you report a vulnerability, you can expect:
Acknowledgment: We will acknowledge your email within 48 hours.
Verification: We will work to verify the vulnerability and its impact.
Remediation: We will develop a fix and test it.
Disclosure: Once a fix is ready, we will coordinate with you on the disclosure timeline.
Disclosure Policy¶
We will work with you to understand and address the vulnerability.
We aim to provide a fix within 60 days of verification for all medium or higher severity vulnerabilities.
We will credit you for the discovery in our release notes and CHANGELOG (unless you request otherwise).
Supported Versions¶
Version |
Supported |
---|---|
1.0.x |
:white_check_mark: |
< 1.0 |
:x: |
Only the latest minor release within each supported major version will receive security updates.
Common Vulnerabilities and Mitigations¶
As an API client library, Edgar-SEC’s primary developer is knowledgeable about these common vulnerability types and their mitigations:
API Client-Specific Vulnerabilities¶
Injection in API Parameters
Vulnerability: Unvalidated user inputs passed directly to API calls
Mitigation: All parameters are validated against allowlists before being sent to the API
Certificate Verification Bypass
Vulnerability: Disabling SSL/TLS verification to make HTTPS requests work
Mitigation: Edgar-SEC always enforces certificate verification in all HTTP clients
Insecure Deserialization
Vulnerability: Unsafe parsing of API responses
Mitigation: Strict type validation of all API responses before further processing
Excessive Data Exposure
Vulnerability: Logging sensitive information from API responses
Mitigation: Careful filtering of sensitive data before logging
General Python Vulnerabilities¶
Dependency-Chain Vulnerabilities
Vulnerability: Security issues in dependencies
Mitigation: Regular dependency scanning with Dependabot, minimal dependency philosophy
Path Traversal in File Operations
Vulnerability: For cached data storage
Mitigation: Strict validation of file paths and names
Regular Expression Denial of Service (ReDoS)
Vulnerability: Unsafe regular expressions for input validation
Mitigation: Careful design of regular expressions, usage of timeout mechanisms
Improper Error Handling
Vulnerability: Leaking sensitive information in error messages
Mitigation: Custom exception types with appropriate information filtering
Security Measures¶
Edgar-SEC implements several security measures:
Type hints and static analysis to prevent common errors
Dependency scanning through GitHub’s Dependabot
Automated security scans using CodeQL
Regular dependency updates
Signed releases
Third-Party Security Dependencies¶
Edgar-SEC relies on several third-party libraries. We regularly update these dependencies to incorporate their security fixes.
Secure Software Delivery¶
Edgar-SEC is distributed through these secure channels to prevent MITM attacks:
Anaconda¶
All Anaconda packages are distributed through secure HTTPS connections
Packages are hosted on the authenticated nikhilxsunder channel
Package integrity is verified through SHA256 checksums
Install securely using:
conda install -c nikhilxsunder edgar-sec
For maximum security with conda packages:
Verify the package integrity with conda’s built-in verification:
conda list --explicit
Compare the SHA256 checksum with the one published in our release notes
PyPI (Python Package Index)¶
All PyPI downloads use HTTPS (TLS) by default
PyPI implements modern TLS practices to prevent interception
Install securely using:
pip install edgar-sec
GitHub Releases¶
All GitHub downloads use HTTPS (TLS) by default
We provide GPG signatures (not just checksums) for all release artifacts
Clone securely using:
git clone https://github.com/nikhilxsunder/edgar-sec.git
For maximum security, you can also verify our release signatures:
Download our public GPG key: [LINK_TO_GPG_KEY]
Import the key:
gpg --import edgar_sec_public_key.asc
Verify the release:
gpg --verify edgar_sec-1.0.0.tar.gz.asc edgar_sec-1.0.0.tar.gz
Verifying Package Signatures¶
All Edgar-SEC releases are signed with GPG. To verify a release:
Import our public key:
curl -s https://raw.githubusercontent.com/nikhilxsunder/edgar-sec/main/edgar_sec_public_key.asc | gpg --import
Download the package and signature: Example for version 1.0.0
curl -O https://github.com/nikhilxsunder/edgar-sec/releases/download/v1.0.0/edgar_sec-1.0.0.tar.gz curl -O https://github.com/nikhilxsunder/edgar-sec/releases/download/v1.0.0/edgar_sec-1.0.0.tar.gz.asc
Verify the signature:
gpg --verify edgar_sec-1.0.0.tar.gz.asc edgar_sec-1.0.0.tar.gz
Security Updates and Announcements¶
Security updates will be announced via:
GitHub release notes
README updates
Our documentation portal
Security Design Principles¶
Edgar-SEC follows established security design principles, including the Saltzer and Schroeder principles:
Economy of mechanism: We keep our codebase modular and focused, avoiding unnecessary complexity.
Fail-safe defaults: Our API client defaults to secure settings (HTTPS, rate limiting, etc.).
Complete mediation: All API requests verify authentication and authorization.
Open design: Our security doesn’t depend on obscurity - our code is open source and we rely on proper key management.
Separation of privilege: We encourage environment-based API key storage separate from application code.
Least privilege: Our API client only requests the minimum necessary permissions.
Least common mechanism: We minimize shared state between components.
Psychological acceptability: Our API design follows standard Python conventions for ease of use.
Limited attack surface: We carefully review dependencies and minimize code exposure.
Input validation with allowlists: We validate all user inputs against expected patterns before processing.
For questions about this policy, please contact nsunder724@gmail.com.