Proof-of-work & client SDK
Bypass Kasada
Kasada uses client-side SDK challenges, proof-of-work computations, and cryptographic token validation. Piloterr solves Kasada challenges in stealth Chrome with distributed proof-of-work handling.
- Kasada SDK challenges executed in hyper-stealth Chrome
- Proof-of-work solved server-side with distributed computation
- x-kpsdk token generation and session continuity
How Kasada detects bots
Kasada's client SDK runs cryptographic challenges in the browser, including proof-of-work puzzles that consume CPU time. Valid tokens (x-kpsdk-*) must accompany subsequent requests.
- Client SDK injects obfuscated JavaScript challenges
- Proof-of-work puzzles require significant CPU computation
- Tokens expire and must be refreshed per session
How Kasada detects bots
How Piloterr bypasses Kasada
Stealth Chrome executes the Kasada SDK in a valid browser context. Proof-of-work is computed on Piloterr infrastructure; tokens are injected and refreshed automatically across request chains.
- SDK execution in patched Chromium with valid WebCrypto APIs
- Distributed PoW solving, no client-side CPU burden
- Token refresh handled transparently on expiration
How Piloterr bypasses Kasada
Frequently asked questions
Everything you need to know before integrating.
How long does Kasada bypass take?
Proof-of-work adds latency on first request. Piloterr caches valid tokens within the session window to minimize overhead on subsequent pages.
Simple usage-based pricing
Pay only for successful requests. Start with +500 credits, then scale with transparent plans.