Trending...
- Terizza Forms Strategic Collaboration with UC San Diego to Pioneer Next-Generation Distributed AI Infrastructure
- Crunchbase Ranks Phinge Founder & CEO Robert DeMaio #1 Globally. Meet him in Las Vegas-Week of CES to Learn About Netverse, Patented App-less Platform
- Peter J. D'Arruda Founder of Capital Financial Joins Tom Hegna on the Podcast "Financial Freedom with Tom Hegna"
SILVER SPRING, Md. - ncarol.com -- Silent Sector, a leading cybersecurity firm specializing in protecting mid-market businesses, has discovered a major flaw in the two-factor authentication (2FA) enrollment process that could leave millions of organizations vulnerable to cyberattacks. The vulnerability lies in the use of QR codes for 2FA, a common security practice across industries, and poses an urgent threat to the security of organizations that rely on this method to protect sensitive accounts.
The vulnerability Silent Sector identified is related to the secret key embedded in QR codes used for 2FA enrollment. When users scan a QR code to link their authentication apps, such as Google Authenticator or Microsoft Authenticator, to access their accounts, the secret key that allows this link never expires. This creates a critical security risk: if a QR code was sent via email, saved to a device, or stored in a repository, hackers could potentially access that code, re-enroll in the 2FA process, and bypass account security measures.
"Many organizations trust QR codes as part of their authentication systems, but this discovery shows a significant gap in security," said Lauro Chavez, Partner and Head of Research at Silent Sector. "The issue is that these QR codes, and the secret keys they contain, can be reused indefinitely. That's a massive risk if they fall into the wrong hands."
More on ncarol.com
The Scale of the Threat
Two-factor authentication, or 2FA, is widely used by businesses and individuals to add an extra layer of security to account logins. The process typically requires users to enter not just a password but also a one-time passcode (OTP), which is generated by an authentication app on a user's phone. This is typically performed after enrolling in the multi-factor authentication process. This process is frequently enabled by scanning a QR code during the initial setup.
Indeed, for the better part of a decade, QR code-based 2FA has been considered a highly secure method because it was believed that the secret key embedded in the code expired after the initial setup. However, Silent Sector's discovery reveals that this is not the case. The secret key embedded in the QR code remains valid indefinitely, allowing a malicious actor to use it to re-enroll and gain access to accounts even if the original user is unaware.
"This vulnerability has the potential to impact millions of businesses worldwide, especially those in the mid-market, which may not have the resources or expertise to deal with such sophisticated threats," Chavez explained. "The ability to reuse these codes without expiration is particularly concerning, as many organizations may not even realize the risk."
To read the remainder of the interview, please visit:
https://bit.ly/3zEuqTs
The vulnerability Silent Sector identified is related to the secret key embedded in QR codes used for 2FA enrollment. When users scan a QR code to link their authentication apps, such as Google Authenticator or Microsoft Authenticator, to access their accounts, the secret key that allows this link never expires. This creates a critical security risk: if a QR code was sent via email, saved to a device, or stored in a repository, hackers could potentially access that code, re-enroll in the 2FA process, and bypass account security measures.
"Many organizations trust QR codes as part of their authentication systems, but this discovery shows a significant gap in security," said Lauro Chavez, Partner and Head of Research at Silent Sector. "The issue is that these QR codes, and the secret keys they contain, can be reused indefinitely. That's a massive risk if they fall into the wrong hands."
More on ncarol.com
- MEX Finance meluncurkan platform keuangan berbasis riset yang berfokus pada data, logika, dan efisiensi pengambilan keputusan investasi
- From MelaMed Wellness to Calmly Rooted: A New Chapter in Functional Wellness
- New Angles US Group Founder Alexander Harrington Receives Top U.S. Corporate Training Honor and Leads Asia-Pacific Engagements in Taiwan
- UK Financial Ltd Board of Directors Establishes Official News Distribution Framework and Issues Governance Decision on Official Telegram Channels
- UK Financial Ltd Sets Official 30-Day Conversion Deadline for Three Exchange Listed Tokens Ahead of Regulated Upgrade
The Scale of the Threat
Two-factor authentication, or 2FA, is widely used by businesses and individuals to add an extra layer of security to account logins. The process typically requires users to enter not just a password but also a one-time passcode (OTP), which is generated by an authentication app on a user's phone. This is typically performed after enrolling in the multi-factor authentication process. This process is frequently enabled by scanning a QR code during the initial setup.
Indeed, for the better part of a decade, QR code-based 2FA has been considered a highly secure method because it was believed that the secret key embedded in the code expired after the initial setup. However, Silent Sector's discovery reveals that this is not the case. The secret key embedded in the QR code remains valid indefinitely, allowing a malicious actor to use it to re-enroll and gain access to accounts even if the original user is unaware.
"This vulnerability has the potential to impact millions of businesses worldwide, especially those in the mid-market, which may not have the resources or expertise to deal with such sophisticated threats," Chavez explained. "The ability to reuse these codes without expiration is particularly concerning, as many organizations may not even realize the risk."
To read the remainder of the interview, please visit:
https://bit.ly/3zEuqTs
Source: Silent Sector
0 Comments
Latest on ncarol.com
- Run the Diamond Releases New Winter Workout Album for Baseball and Softball Athletes
- IODefi Introduces New Web3 Infrastructure Framework as XRP Ledger Development Gains Global Attention
- Terizza Forms Strategic Collaboration with UC San Diego to Pioneer Next-Generation Distributed AI Infrastructure
- EnergyStrat Launches Global LNG Risk Outlook 2025–2030
- LTL Claims Ratio Index – Update 3Q25
- Strong Revenue Gains, Accelerating Growth, Strategic Hospital Expansion & Uplisting Advancements: Cardiff Lexington Corporation (Stock Symbol: CDIX)
- Billion Strong Foundation Upgrades 3X Skills + Career Finder and New AI Impact Engine
- Holiday Decorations Most Likely to Cause Injuries
- UK Financial Ltd Confirms Official Corporate Structure of the Maya Preferred Project and Its Dual-Class Token System
- CCHR Florida Joins Global Call to Ban Electroshock Treatment, Citing New Evidence of Widespread Patient Harm
- BoxingRx Announces Full Gym Renovation Ahead of New Ownership's One-Year Anniversary
- UK Financial Ltd Announces It's Official Corporate Headquarters In The United Kingdom
- Greensboro's Leading Custom Sign Company Expands Services to Help Local Businesses Strengthen Their Brand Presence
- Rigani Press Announces Breakthrough Book for Health IT and Medical Leaders to Forge the Road to Responsible AI
- FreeTo.Chat - The bold, Anonymous Confession Platform, ushers in a new era of tension relief
- Cherokee Historical Association Hires Two New Staff Members to Lead New Programming Initiatives
- Hyatt House Fresno Celebrates Grand Opening, Introducing the First Hyatt House in Fresno, California
- "I Make Music Not Excuses" Journal by Anthony Clint Jr. Becomes International Amazon Best Seller, Empowering Music Creators Worldwide
- DanReDev, Kaufman Development & Oldivai Announce Major 2026 Projects Nationwide
- Trusted 24 Hour Mobile Locksmith In Raleigh NC
