Ransomware attacks have been a highlight of mainstream media. By taking a preventative approach, businesses can deploy a combination of education, processes, hardware and software to detect, combat and recover from attacks if they were to arise.
Cyber Security
Cyber criminals, state-sponsored hackers and even the occasional disgruntled employee are constantly looking to gain unauthorized access for a variety of purposes: theft of money, cyber espionage, personal information for sale or for use in scams, and damage to critical infrastructure for just a few of the most common.
So how does an organization mitigate an entire world full of continual cyber attacks? Just as buildings have a number of necessary elements of physical security: access control, cameras, alarms and so on; there are similar key elements of cyber security that are absolutely vital for just about any modern business.
It starts with identifying and closing the most common doors that attackers use. For example, phishing attacks on employees are far and away the most common initial point of entry. The breach of even a low-level employee account can quickly turn into an escalation in access privileges and the ability to reach sensitive information. This is also true of smart devices, which are generally more poorly secured than computers and phones.
New studies from FireEye Mandiant Threat Intelligence and Google’s Project Zero found that 2021 was a record year for zero-day vulnerabilities, more than doubling the amount seen in 2020.
Internal sources and documents seen by Guardian reporters indicate that advanced persistent threat (APT) hacker groups working for Russia and China have likely had sleeper malware spread throughout the UK nuclear site's IT systems since at least 2015.
Today’s heightened threat level imposes responsibilities on both sides of the equation: Cloud service providers must continually evaluate their security posture to offer rigorous protection to customers. And leaders protecting their organization must choose the solution that best meets their unique security needs.
Security vulnerabilities in languages like PHP, Python, and Java may involve updating the language. The problem is that when a language level update is released, it traditionally does not simply address security issues – it introduces other, unrelated, language changes which may break existing code.
Lloyd's of London has told its global network of insurer groups that new or renewed cyber insurance coverage policies must exclude nation-state attacks as of March 31, 2023.
A security flaw in “Claude in Chrome” enables any Chrome extension, including those without permissions, to execute privileged commands, steal data, and perform agentic actions.
UK retailer the Co-op has confirmed and apologized for the data theft stemming from a cyber attack on its systems, claimed by the Dragonforce ransomware operation.
Account information of over 2.6 million Duolingo users was obtained via data scraping of an exposed API, and recently leaked on an underground hacking forum.
For an industry, as highly exposed as the healthcare industry, Artificial Intelligence seems promising for data protection. How can it be used for securing sensitive data to ensure compliance to standards such as HIPAA?










