article is way too theoretical honestly like ok but what am i actually supposed to do with all this
really needs a simple decision tree or something. like silent 403 = check IP, challenge page = audit TLS and headless setup. we also need real cost breakdowns of resi proxy bandwidth vs paying for a managed API, otherwise it's hard to decide anything
the runtime.enable detection part is super vague. just drop an actual JS snippet showing how sites catch CDP calls in the wild so people aren't guessing. same with DC IPs getting blocked -- how bad is it rn? cloudflare and imperva block at the WAF level but smaller tech leans on runtime stuff, which completely changes if DIY is even worth it.
and yeah, maintaining DIY bypasses is a headache, but show proof. drop a quick timeline of when a specific trick died and which vendor update killed it. thats how the build vs buy debate actually gets real.
article is way too theoretical honestly like ok but what am i actually supposed to do with all this
really needs a simple decision tree or something. like silent 403 = check IP, challenge page = audit TLS and headless setup. we also need real cost breakdowns of resi proxy bandwidth vs paying for a managed API, otherwise it's hard to decide anything
the runtime.enable detection part is super vague. just drop an actual JS snippet showing how sites catch CDP calls in the wild so people aren't guessing. same with DC IPs getting blocked -- how bad is it rn? cloudflare and imperva block at the WAF level but smaller tech leans on runtime stuff, which completely changes if DIY is even worth it.
and yeah, maintaining DIY bypasses is a headache, but show proof. drop a quick timeline of when a specific trick died and which vendor update killed it. thats how the build vs buy debate actually gets real.