dominic-boban-portfolio

Enforced via top-level workflow configuration policies. GitHub Actions workflow files explicitly declare minimized 'permissions:' blocks (e.g., contents: read, security-events: write) at the root level, ensuring tasks default to the absolute lowest privilege scope rather than inheriting broad default repository tokens

The project enforces strict semantic versioning tags (e.g., v1.0.0) generated through the GitHub Releases framework. Each deployment release boundary is uniquely tagged and permanently mapped to an immutable specific Git commit SHA hash

Met. Detailed change logs, functional modifications, security adjustments, and version evolution tracks are actively maintained and compiled inside the root 'CHANGELOG.md' asset file of the repository.

The package management pipeline relies exclusively on standard, widely verified ecosystem tooling (npm) to parse, ingest, lock down, and fetch project dependencies

Enforced natively via lockfile tracking. The repository's root 'package-lock.json' file serves as a comprehensive, cryptographically verified integrity manifest, tracking precise 'integrity' hashes (SHA-512) for every dependency asset ingested by the system.

The root documentation outlines that dependencies are declared within the project's native package manifests and audited automatically during integration cycles using GitHub dependency scanning alerts

The README.md documentation contains explicit step-by-step instructions on how to install dependencies, pass environment variables, and instantiate the local infrastructure testing boundary via the npm package scripts layout.

As an independent cybersecurity research and portfolio project, the sole maintainer with privileged system access and administrative authorization is transparently listed as Dominic Boban

The repository documentation explicitly clarifies that the project maintainer handles all code engineering, vulnerability triage, dependency management, architecture design, and final production edge deployments.

The project enforces code quality expectations, security baseline requirements, and continuous integration validation testing constraints through its contribution guidance instructions.

Code contributions require authors to legally assert ownership and distribution rights on every commit by explicitly verifying changes against the project's open-source MIT License terms or using Git commit signing protocols.

GitHub branch protection rules completely gate the primary 'main' branch. Automated testing pipelines including Semgrep scanning and GitHub CodeQL static application security testing—must pass successfully before any pull request can be merged

The project's continuous integration pipelines run extensive automated static application security testing (SAST) suites via Semgrep OSS and GitHub CodeQL on every commit and pull request.

The root README.md documentation incorporates a comprehensive, sequential, three-phase horizontal Mermaid architecture layout mapping out every data node flow, serverless edge action, automated warmup queue, and analyst UI triage actor.

The project documentation explicitly breaks down all outbound security telemetry endpoints, including integration paths for AbuseIPDB, Cloudflare Radar, VirusTotal, and Spamhaus DQS/SIA routing loops.

Regular security assessments are executed across the codebase via automated Semgrep OSS rule sets and GitHub CodeQL engines to evaluate input validation vectors, cache-manipulation paths, and dependency supply-chain risks.

The project features a dedicated 'SECURITY.md' policy file explicitly outlining a coordinated vulnerability disclosure pathway, including a strict, transparent promise to acknowledge and respond to all private triage reports within 48 hours.

The 'SECURITY.md' policy documentation explicitly routes private security notices and proof-of-concept exploit disclosures away from public issue trackers and directly to a secure, private communication endpoint: dominicboban@dominic-boban.com.

If a security flaw or input verification bypass is discovered and validated within an active release, the project coordinates remediation patches and publishes historical disclosures publicly via the GitHub repository's security advisory portal or release logs.