Cyber Crime, Representational Image
Using an email address and password mistakenly exposed on the Internet, a hacker gained access to the internal files of US-based cyber security company Comodo, bringing the credibility of the company under question.
The credentials were found in a public GitHub repository owned by a Comodo software developer, TechCrunch reported on Saturday.
The account was not protected with two-factor authentication and with the email address and password in hand, the hacker could enter the company’s Microsoft-hosted Cloud services.
The leaked credentials were discovered by a Netherlands-based security researcher Jelle Ursem who reached out to Comodo Vice-President Rajaswi Das.
According to Ursem, the account allowed him to access internal Comodo files, including sales documents and spreadsheets in the company’s OneDrive and the company’s organisation graph on SharePoint, allowing him to see the team’s biographies, contact information, like phone numbers and email addresses, photos, customer documents and calendar.
Screenshots of folders containing agreements and contracts with several customers — with names of customers in each filename, such as hospitals and US state governments.
“Seeing as they’re a security company and give out Secure Sockets Layer (SSL) certificates, you’d think the security of their own environment would come above all else,” the report quoted the Userm as saying.
Earlier this year Ursem found a similarly exposed set of internal Asus passwords on an employee’s GitHub public account.
Government says India has ample fuel stocks, stable supply, dismisses shortages and misinformation claims nationwide.
The flight landed at Kolkata Airport at around 12.45 a.m. It was supposed to take…
Who doesn’t want some extra cash? And if you can earn it just by sitting,…
At 66, most consider it an age of old age and retirement. However, this woman…
Elon Musk reveals SpaceX’s bold timeline: Starship aims to launch for Mars by 2026, with…
The researchers developed a novel hydrogel from biodegradable alginate, featuring a unique dual-network structure that…