Project security view

1. 1

   Go to your project in Lovable, then click 'More' in the toolbar and select 'Security'.

   This opens the Security view, where you can see all security findings for your project.

2. 2

   Check the 'Scan status' at the top to see if your security results are 'Up to date'.

   If results are 'Out of date', your project has changed since the last scan, and the information might not be accurate.

3. 3

   If scans are 'Out of date', click 'Basic scan' or 'Deep scan' to refresh the results.

   This ensures you are looking at the most current security status of your project, reflecting your latest changes.

4. 4

   Review the 'Detected issues' section, focusing first on 'Error' level findings, then 'Warning', and finally 'Info'.

   This helps you prioritize critical problems that need immediate attention over less urgent suggestions.

5. 5

   Click on any finding to expand it and read the detailed explanation, why it matters, and suggested fixes.

   Understanding the issue and its impact helps you decide the best way to address it.

6. 6

   To fix an issue, you can reference a specific finding in your project chat to ask Lovable for help, or use 'Try to fix all' for multiple findings.

   Lovable can provide automated fixes or guidance, saving you time in resolving security problems.

7. 7

   If a finding doesn't apply to your project, click 'ignore' and provide a reason.

   This helps keep your security view clean and focused on relevant issues, but should be done carefully.

8. 8

   Go to the 'Project dependencies' section and click 'Review' to see a list of your project's software components.

   This shows you if any of the components your project relies on have known security vulnerabilities.

9. 9

   If you find vulnerable packages, use the 'Try to fix' action or update them manually.

   Keeping your project's components updated is a key way to reduce security risks.

10. 10

    Click 'Edit security memory' to add details about your app's access rules, sensitive data, or what should never happen.

    This helps Lovable's security scanner understand your project better, leading to more accurate recommendations and fewer false alarms.

Lovable, please help me review and fix security issues in my project. First, tell me if my current security scan results are up to date. If not, please run a deep scan. Then, list any 'Error' level findings and suggest how I can fix them. Finally, check my project dependencies for any critical vulnerabilities and advise on how to update them.

dependencies

These are other pieces of software or code that your project uses to work. Think of them as ingredients in a recipe; your project needs them, but they are made by someone else.

vulnerabilities

These are weaknesses or flaws in your project's code or its 'dependencies' that could be exploited by someone with bad intentions to cause harm or gain unauthorized access.

agentic code review

This is when an intelligent automated system (an 'agent') carefully examines your project's code to find potential security problems, similar to how a human expert would, but much faster.

remediation

This means the process of fixing or correcting a problem, in this case, addressing a security issue to make your project safe.

false positives

This is when a security scan incorrectly identifies something as a problem when it's actually harmless. It's like a security alarm going off when there's no actual intruder.

RLS (Row-Level Security)

This is a security feature that controls which rows (individual entries) of data in a database a user can see or change, based on their role or other criteria. It ensures people only see data they're authorized for.

EPSS score

This is a number that estimates how likely a known security weakness (vulnerability) is to be actively used by attackers in the real world. A higher score means it's more likely to be exploited.

• Publishing your project with critical security findings, which can leave your app vulnerable to attacks.
• Ignoring security findings without understanding why they don't apply, potentially leaving real vulnerabilities unaddressed.
• Not refreshing scans when your project changes, leading to outdated security information and a false sense of security.
• Relying solely on automated scans for complete security, especially for apps handling sensitive data, as they can't guarantee total protection.
• Dismissing legitimate security issues in the 'security memory' document, which can undermine the effectiveness of the security scanner.