While it might be tempting to reduce face recognition to an inevitable Orwellian nightmare, its benefits cannot be realized unless we educate ourselves about how the technology really works, separate fact from fiction, and pass common sense regulation that set guidelines for use. Here are five popular misconceptions about face recognition and privacy to help set the record straight on this powerful, emerging technology.
The COVID-19 pandemic has created an environment in which malicious cyber actors thrive. They are exploiting today’s uncertainty and anxiety through ransomware attacks, phishing campaigns, social engineering and financially-motivated scams. Although we are living in unprecedented times, the cyber threats we face and the malicious actors we defend against are not new. But the globe’s singular focus on COVID-19 may make us the proverbial fish in a barrel for bad actors.
To detect and contain breaches faster, it’s become increasingly important to go beyond the typical malware detection capabilities and invest in the ability to detect and react to lateral movement within the environment. Lateral movement is a core piece of an attacker’s strategy once he’s gained a foothold within the environment. What three steps can you take to help stop lateral movement focus on security measures that minimize dwell time?
Ransomware. It may be the most feared word of security and risk managers. After countless headlines and costs of over 11.5 billion dollars in 2019 alone, organizations around the world are understandably terrified of being hit by a ransomware attack. What are four steps you can take to protect against ransomware?
On April 21, the Small Business Administration (SBA) revealed that around 8,000 small business loan applicants had their potentially sensitive information exposed in a data leak affecting the website being used to host the online application.
According to Verizon's 2019 Mobile Security Index report, two-thirds of organizations said they are less confident about the security of their mobile assets than other devices. Many of these breaches occur due to vulnerable devices, servers and applications that allow bad actors to gain access. Security breaches and the threat of compromise are a serious issue for organizations of all sizes.
After a seven-year tenure as Chief Security Scientist at Bank of America, Sounil Yu joined YL Ventures as Chief Information Security Officer-in-Residence. What is his main focus in his new role and what are his initial priorities over the next six months?
Risk remains the top concern for organizations adopting software-as-a-service (SaaS) models and this is an issue that is only getting worse. What is needed today is the ability to remove the dependency on human behavior and human error, bringing control back to the security team.
When it involves the safety of residents, data needs to be reliable and easily accessed – which is where a 0G network comes in. IoT connectivity options like 0G provide a cost-efficient, low-power and user-friendly experience, with simple integration for public safety officials looking to stay up-to-date and secure. Here are some ways IoT devices running on a 0G network can be used to aid officials, allowing for better public safety.
Even if a Chief Information Security Officer (CISO) performs 99 percent of their tasks perfectly, there is still plenty of opportunity to make mistakes. When companies have unpatched vulnerabilities, or incorrect configurations, or other holes in their security tactics (not to mention the "set it and forget it” mentality after deployment)—security management can quickly become a CISO’s nightmare. This is why it's so important for leaders to consider the following when developing the right security approach for their organizations.