Electron safeStorage: what it protects on each operating system
Electron safeStorage encrypts secrets with OS facilities, but the guarantees differ on macOS, Windows and Linux. Know the limits before storing tokens.
Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
Electron safeStorage encrypts secrets with OS facilities, but the guarantees differ on macOS, Windows and Linux. Know the limits before storing tokens.
Why Electron main process handlers should check who sent each IPC message, how to verify the frame origin, and what to do if a window loads other content.
Electron fuses are switches in the binary that remove features attackers abuse. Here is what each one does and which to flip for a typical app.
How to design a safe Electron preload: one purpose built function per IPC message, no pass through of ipcRenderer, and a pattern you can review in minutes.
What code signing and notarization give an Electron app, how the built in updater relies on them, and the update server choices that affect your risk.
ASAR integrity makes an Electron app verify its packaged code at launch. Learn the two fuses to enable, supported platforms, and the limits of the check.
An architecture for automating GDPR access and export requests: intake, identity, fan out to systems, review, package and deliver, with an audit trail.
Draw a threat model data flow diagram as text in Mermaid: nodes, a cylinder for the database, subgraphs as trust boundaries, and labelled arrows.
LTS .NET releases get three years of support and STS releases get two. Choose LTS for services you do not touch often, STS only if you upgrade yearly.
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