the great cannon | Breaking Cybersecurity News | The Hacker News

Github – the popular code sharing website used by programmers to collaborate on software development – again became a victim of a distributed-denial-of-service (DDoS) attack on Tuesday morning. The attack came just a few months after the popular code repository website GitHub suffered a massive DDoS attack, which was linked to China. Also Read: China Using A Powerful 'Great Cannon' Weapon to Censor The Internet The company was made aware of the issue early on Tuesday. After investigating the problem, the team discovered that the service was under a new DDoS attack. The code repository disclosed the new attack on its status page as well as its official Twitter account. "The connectivity problems have been identified as a DDoS attack. We're working to mitigate now," GitHub status log read early on Tuesday. The March DDoS attack against GitHub lasted close to a week . At the time, the attackers used malicious JavaScript to hijack Internet...

China has something very impressive that we are not aware of. The country has a powerful and previously unknown weapon that its government is using to bolster their cyber attack capabilities: Dubbed " The Great Cannon. " INTERNET CENSORSHIP IN CHINA When I talk about Internet censorship, it is incomplete if I don't mention China. China is famous for its Great Wall of China and Great Firewall of China . The censoring of Internet access and blocking an individual website in China by its government, known as the Great Firewall of China. But, why the Chinese government does that? The answer is very simple: The Chinese government restricts those contents it deems sensitive for its country's so-called democracy. It illegalize certain online speech and activities, block selected websites, and filter keywords out of searches initiated from computers located in Mainland China. The worse: Those Chinese citizens who offend authorities against Int...

The latest Palo Alto Networks Unit 42 Cloud Threat Report found that sensitive data is found in 66% of cloud storage buckets. This data is vulnerable to ransomware attacks. The SANS Institute recently reported that these attacks can be performed by abusing the cloud provider's storage security controls and default settings. "In just the past few months, I have witnessed two different methods for executing a ransomware attack using nothing but legitimate cloud security features," warns Brandon Evans, security consultant and SANS Certified Instructor. Halcyon disclosed an attack campaign that leveraged one of Amazon S3's native encryption mechanisms, SSE-C, to encrypt each of the target buckets. A few months prior, security consultant Chris Farris demonstrated how attackers could perform a similar attack using a different AWS security feature, KMS keys with external key material, using simple scripts generated by ChatGPT. "Clearly, this topic is top-of-mind for both threat actors and ...