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Hackers obtain counterfeit TLS certificates for Google and other large services

Attackers hijacked three top-level domains and used their control to mint counterfeit TLS certificates for Google and other large organizations, Google said Tue...

By Dan Goodin•Oct 6, 2026, 07:21 PM UTC•4 min read
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Hackers obtain counterfeit TLS certificates for Google and other large services
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  • Primary Wire Report: Attackers hijacked three top-level domains and used their control to mint counterfeit TLS certificates for Google and other large organizations, Google said Tue...
  • Desk & Verification: Normalized under Technology desk via Ars Technica.
  • Classification Status: CONFIRMED wire dispatches verified against institutional sources.

Attackers hijacked three top-level domains and used their control to mint counterfeit TLS certificates for Google and other large organizations, Google said Tuesday. The attackers launched a series of attacks on the .gh, .sl, and .as country code top-level domains (ccTLDs) and then modified authoritative DNS records for selected domains within those namespaces. By controlling those DNS records, the attackers were able to pass automated domain control validation checks and obtain unauthorized certificates for “several Google domains” and “several leading global brands and widely used online services.” Google said it updated Chrome to block all certificates it identified as unauthorized, and worked with the issuing certification authorities to ensure the unauthorized certificates for Google properties were revoked. Certificate issuance: The weak link in the chain TLS certificates are the cryptographic credentials that underpin authentication and encryption protections for websites, mail servers, and other Internet infrastructure. These x.509 certificates use a digital signature to bind a domain name such as google.com to a public key. The public key is publicly available, while the private key is held only by the website operator. When a connection shows that the keys match, the visiting party knows it’s connected to the authentic site rather than an impostor. Possession of unauthorized certificates allows attackers to cryptographically impersonate the affected infrastructure. Read full article Comments

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Dan Goodin

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Contributing Reporter via Ars Technica

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This article has been aggregated and formatted under Chronicle Global's editorial standards. Primary source reporting is attributed to originating news services and verified against public records.

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Format: CONFIRMED

Retrieved / Published: Oct 6, 2026, 07:21 PM UTC

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