PopKoren

[PopKoren @ImFlameAngel]

@uglyrobot A single sign-on endpoint makes the boundary easy to overlook. Rowly checks what an outsider can reach across auth, APIs, storage, and DB rules, including Supabase/Postgres: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@polsia Security holes are why endpoint checks belong after deployment, not just during generation. Rowly scans auth, APIs, storage, and DB rules from outside, including Supabase/Postgres: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@PovilasKorop Treating v0.1 as a spec makes sense, but the rewrite is also a good time to test the deployed boundary. Rowly scans external auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@fedemas That distinction matters: building the tool is easy, but owning the deployed boundary is the hard part. Rowly scans what a stranger can reach across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@0xhashlol @ersinkoc Yep, dev convenience can hide a dangerous public boundary. Rowly checks the deployed app from outside across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@GarvSanwariya That split makes sense for speed, but the deploy boundary still needs its own test. Rowly scans what a stranger can reach across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@bendee983 Exactly, production needs a boundary check, not just working features. Rowly scans the deployed app from outside across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@DrewWakefield5 That pace is usually what keeps the security work from getting skipped. Before calling it done, Rowly scans the deployed app's external attack surface across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@Valentinowasp Makes sense, the best security check is still useful even for a private or never-released build. Rowly scans what a stranger could reach across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@giyu_codes That combination is a permissions failure, not just a dashboard quality problem. Rowly scans the live app's external attack surface across auth, APIs, storage, and DB rules, including Supabase/Postgres when used: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@TheDavidHasbun @anah_sahh I get the frustration, but the useful divide is ownership after launch, not who typed every line. Rowly scans the deployed app's external attack surface across auth, APIs, storage, and DB rules, including Supabase/Postgres when used: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@abhaywired If someone is vibe coding a government site, the public boundary is the part I’d test first. Rowly scans a deployed app's external attack surface across auth, APIs, storage, and DB rules, including Supabase/Postgres when used: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@DawarDivyaansh The explicit constraint around auth is the important distinction. I’d still verify the deployed app from outside across auth, APIs, storage, and DB rules; Rowly scans that full surface, including Supabase/Postgres when used: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@latentliq Agree on the taste point: speed is only useful if the shipped surface is intentional. I use Rowly to scan a live app's external attack surface across auth, APIs, storage, and DB rules, including Supabase/Postgres when used: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@Abdullah_Ops1 Drafts are a good guardrail for fast iteration. Before promoting one, test the deployed app from outside across auth, APIs, storage, and DB rules, including Supabase/Postgres when used: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@jamescantcode @snakesboardgame Nice example of where a quick build still benefits from a deploy pass. Rowly scans the live app's external attack surface across auth, APIs, storage, and DB rules, including Supabase/Postgres when present: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@delali @pmitu Multiple quick launches are fine, but each live domain is another public surface to review. Check auth, APIs, storage, and DB rules from outside; Rowly scans the full external attack surface: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@rahul__ydvv The speed is real, but opaque code still needs an outsider check once it is live. I’d test auth, APIs, storage, and DB rules end to end; Rowly scans that full surface: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@claudiamiclea @X Building in public is a great feedback loop, especially once the app reaches strangers. Before launch, check auth, APIs, storage, and DB rules from outside; Rowly scans the full attack surface: https://t.co/8qtfzdH8t8

[PopKoren @ImFlameAngel]

@codebrainr Production is where the missing architecture shows up. Before celebrating a vibe-coded launch, test auth, APIs, storage, and DB rules from an outsider's view; Rowly scans that full surface: https://t.co/8qtfzdH8t8