ReadMeFeed / Community knowledge
Real questions. Useful conversations. Find the people who know your stack.
Explore how Chrome's Site Isolation architecture prevents speculative execution attacks like Spectre by moving the security boundary from the tab to the site, and why this increases RAM usage.
Learn how Chrome Site Isolation separates renderer processes to prevent cross-site memory leaks and how to verify these boundaries using internal diagnostics.
Learn how Chrome’s Site Isolation splits origins into separate renderer processes, the memory trade‑off, and how developers can observe the effect in practice.
Explains Chrome Site Isolation’s requirements, minimal renderer‑per‑site design, trust boundaries, operational checks, failure modes, and when the design might change.
Learn how Chrome’s Site Isolation isolates each website into its own renderer process, how to verify it, and what trade‑offs to expect.
Chrome assigns a dedicated renderer process to each site to blunt Spectre‑style attacks. Learn how it works, see it in Task Manager, and understand the trade‑offs for developers and power users.
Learn how to turn on Chrome’s Site Isolation feature to run each website in its own renderer process, improving security and limiting cross‑site attacks.
Firefox's Project Fission (Firefox 93+) isolates cross-origin documents into separate OS processes to mitigate Spectre-class attacks. Covers per-eTLD+1 design, IPC bridges, trust boundaries, verification via about:processes, failure modes, and future design pressures.
chrome
firefox