Encryption alone can't protect you; metadata reveals your identity and habits. Metadata minimisation, via hardened systems and strategic controls, is essential for real-world digital security.
This playbook outlines best practices for mobile security against loss, seizure, and coercion, emphasizing device seizure protection, duress PINs, metadata minimization, encrypted communication, and tailored privacy solutions like AOSP...
Duress PINs provide covert defense during device seizure by triggering panic actions like wipes or lockdowns. Hardened systems (GrapheneOS, AOSP) enhance coercion resistance tailored to threat models.
Hardened mobile systems protect data during seizure and coercion using duress PINs, metadata minimisation, verified boot, and network hardening, ensuring privacy in high-risk scenarios.
Standard smartphones lack security under pressure, risking data exposure during loss, seizure, or coercion. Hardened mobile systems with duress PINs, panic actions, encryption, and metadata minimisation better protect high-risk...
Standard smartphones lack protections against loss, seizure, coercion, SIM swaps, and forensic attacks. Hardened, open-source devices with duress PINs and metadata minimization offer superior real-world digital security.
This guide details mobile strategies for privacy-critical professionals, emphasizing metadata risks and mitigation via hardened systems like GrapheneOS, duress PINs, panic actions, and privacy-focused devices.
Custom security configurations for privacy-critical professionals create hardened phones that protect data under duress via features like duress PINs, metadata minimisation, verified boot, and remote wipe, ensuring secure use...
Panic actions and duress PINs protect phones under coercion by irreversibly deleting keys, activating decoys, or killing radios without network reliance, ensuring data privacy in high-risk scenarios.
Duress PINs and panic actions on hardened Android systems enable irreversible data protection by instantly disabling access and destroying encryption keys under coercion, securing privacy in high-risk scenarios.