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3 articles

🔑 IAM

DBIR 2026 Identity Chapter: Credential Theft Remains Dominant, MFA Bypass Techniques Accelerating

The identity and credential findings from Verizon's 2026 DBIR show that stolen credentials remain the most common enabler of breaches across all sectors, used in 44% of analysed incidents. More troubling: the DBIR documents a significant increase in MFA bypass techniques — adversary-in-the-middle phishing toolkits, SIM swapping, and push notification fatigue attacks that defeat MFA as commonly deployed.

#verizon-dbir +7
🔑 IAM

OpenAI Launches Advanced Account Security Programme with Mandatory Phishing-Resistant MFA

OpenAI has announced an opt-in Advanced Account Security programme for high-risk users — journalists, human rights advocates, executives, and researchers — offering phishing-resistant FIDO2 hardware key and passkey authentication, stricter account recovery controls, and session compromise mitigations. The programme, developed in partnership with Yubico, acknowledges that standard MFA is insufficient against sophisticated phishing and AiTM attacks targeting OpenAI accounts with access to sensitive workflows.

#openai +7
🔑 IAM

Microsoft Entra Passkeys Rolling Out to All Windows Devices — Phishing-Resistant MFA Now Generally Available

Microsoft has begun rolling out Entra passkey support to managed, unmanaged, and shared Windows devices, with general availability set for mid-June 2026. Passkeys close the credential-phishing gap that conventional passwords, SMS codes, and TOTP leave open, and enterprise deployment is now achievable at scale through existing Conditional Access policies.

#passkeys +5

Commentary tagged #passkeys

Opinion

TOTP MFA Is Security Theatre and We Need to Admit It

Adversary-in-the-Middle toolkits that defeat time-based one-time passwords are commercially available for under £400. The security industry's continued recommendation of TOTP as meaningful phishing protection is not a minor technical nuance — it is a significant misrepresentation of what MFA actually protects against in 2026.

CipherWatch Editorial

Security Intelligence Platform