Ubserve

P18 ranks here because both the homepage and scan page show a real URL input and scan controls for app security checks. It beats P8 on tighter alignment between promise and visible scanner flow, though neither shows a completed result. Total 4/5.

• P18 ranks here because both the homepage and scan page show a real URL input and scan controls for app security checks. It beats P8 on tighter alignment between promise and visible... Product page

Second at 4/5: the first screen includes the actual scanner input and a specific action, but it is one step less direct than P1 because visitors must paste a URL rather than act on a richer in-page workspace.

• Second at 4/5: the first screen includes the actual scanner input and a specific action, but it is one step less direct than P1 because visitors must paste a URL rather than act on... Product page

It ranks above P1 because the scan claim is narrower and the reachable scan page supports a surface-level security check, but broad security assurances and customer-logo trust cues remain only lightly substantiated.

• Largest claim is finding security issues in a vibe-coded app by scanning a URL; scan page supports a URL-based app-surface scan in under 60 seconds. Product page
• Landing page mentions exposed keys, auth, and RLS issues, but the reachable scan page emphasizes JavaScript bundles, headers, secrets, SSL, and HTTPS behavior, suggesting narrower... Product page

Total 2.0. The named difference I could identify is scanning specifically for vibe-coded app issues like exposed keys, broken auth, and missing RLS from a pasted URL. That audience framing is narrower than generic DAST, but the mechanism looks familiar.

• The product scans a URL for security risks in a vibecoded app, including exposed keys, broken auth, and missing RLS. Product page
• OWASP lists many general web application scanning tools, indicating the baseline mechanism is established DAST-style scanning. community.owasp.org
• Typical DAST tools focus on common web vulnerabilities like XSS and SQL injection; the product’s visible emphasis on auth, secrets, and RLS targets a narrower app-building cohort. pentest-tools.com Product page

Total 4.0. It produces a named security report after only pasting a URL, and the scan page promises completion in under 60 seconds. It sits below P1 because export/leaving-page evidence is absent and deeper work may still follow elsewhere.

• Landing page says paste your app URL, we scan your app, and you get your security report. Product page
• Scan page says 'Scan your app surface in less than 60 seconds' and asks only for app URL. Product page
• Page says the free scan checks public app surface and catches exposed keys, headers, auth pages, and API endpoints. Product page

Monthly band: scanning live web apps for vulnerabilities is a real recurring security job for teams shipping software. Total 4.0/5; above P8 because external evidence for web-app scanning is stronger and the need survives any current AI trend.

• Job is scanning a deployed web app for exposed keys, auth flaws, and other vulnerabilities; typical cadence is monthly or before releases, though exact frequency varies. Product page
• OWASP lists many application scanning tools, and DAST sources describe automated web vulnerability scanning as an established practice. community.owasp.org github.com
• Independent comparisons note ZAP and Burp are widely used for automated and manual web application security testing. reintech.io softwaresecured.com