Docker’s default 64 MB /dev/shm partition and unreaped renderer subprocesses crash unhardened Playwright deployments within hours. Our BotFoundry model allocates 0.78 GB per active BrowserContext group, enforces shm_size: "2gb" plus init: true, and pairs worker pools with high-RAM DDR5 KVM or Ryzen servers.
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1. BotFoundry Crash Fix #1: Expand Docker /dev/shm from 64 MB to 2048 MB and Enable init: true
Chromium’s Skia compositor and V8 IPC channels allocate shared memory frames inside /dev/shm; once a complex React storefront exceeds 64 MB, tabs throw "Target page, context or browser has been closed." Pairing shm_size: "2gb" with init: true reaps exited renderer PIDs immediately so RSS memory stays flat across weeks.
2. Multiplexing BrowserContexts Over One Chromium Binary in BotFoundry Worker Pools
Calling chromium.launch() on every queued URL burns 280–450 MB of cold startup RAM. Launch one parent Chromium process per worker container, spawn isolated browser.newContext({ proxy }) tabs (~80–120 MB each), and recycle the parent binary cleanly every 250 completed tasks.
3. Aborting Media & Webfont Requests Cuts Proxy Bandwidth 65% in BotFoundry Models
Intercept non-essential assets with page.route("**/*.{png,jpg,webp,mp4,woff2}", r => r.abort()) whenever visual screenshots are not required — halving CPU decode load on a $10.49/mo 16 GB Hostinger KVM 4 slice.
Why does BotFoundry favor flat-rate KVM VPS over serverless functions for 24/7 Playwright?
Serverless 15-minute execution ceilings, cold Chromium binary decompression, and $0.09/GB cloud egress tariffs make continuous scraping 5x–8x costlier than a flat-rate 16 GB–32 GB KVM VPS on Hostinger or InterServer.
Does BotFoundry include a GPU requirement for headless Chromium DOM scraping?
No — pass --disable-gpu for HTML/JSON extraction. Only specialized WebGL canvas workflows require software SwiftShader threads, where high-core AMD EPYC or Ryzen CPUs excel.
What NVMe swap and vm.swappiness values does BotFoundry set on scraper nodes?
We provision a 4 GB NVMe swapfile with sysctl vm.swappiness=10 as an emergency shock absorber while enforcing strict concurrency caps in BullMQ.