Google Increases Android Security With Memory-Safe Programming Languages
The number of memory safety vulnerabilities in Android dropped from 223 in 2019 to 85 in 2022
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Background for this topic.
Google is a technology company whose ecosystem includes internet services, cloud infrastructure, mobile software, browsers, and productivity platforms. In information security, the tag commonly covers vulnerabilities and security changes across these services, as well as Google’s role as an identity and data-processing provider for organizations.
Material risks include compromised Google accounts, overly permissive cloud identities or APIs, exposed stored data, and unpatched flaws in software such as Android or Chrome. Security teams should track relevant advisories, prioritize patches based on affected assets and exposure, enforce strong authentication and least-privilege access, and review logging for suspicious account or service activity. Google’s collection and processing of user, device, and organizational data also makes privacy controls, retention settings, contractual obligations, and regulatory compliance important. Its vulnerability-disclosure and threat-intelligence work can inform defensive monitoring, but does not replace asset inventory, configuration review, or tested recovery procedures.
The number of memory safety vulnerabilities in Android dropped from 223 in 2019 to 85 in 2022
The claims come from Google’s Threat Analysis Group, which published an advisory about the threat