The automotive industry is experiencing challenge and change from all sides. Automotive OEMs are working to better understand the changing customer journey in relation to their products, and identifying profitable growth opportunities through the integration of digital technology into all areas of the business.
Day in and day out, we install various executable files from the web which are relevant to our work. But while installing, sometimes a message is popped up, “This file can harm your computer”. That means, along with those executable files, we also receive some malicious software that can harm our computer system. So, a software development company must protect its software, which can get infected by some unwanted harmful software at the time of distribution across the web.
Attackers have begun using new malware to gain an initial foothold onto compromised networks and systems in recent campaigns. What started as a Trojan malware called Qbot in 2007 has now evolved into Qakbot with new tricks. Qakbot has been active since it was first discovered and continues to threaten financial institutions and individual bank customers. This multi-purpose Trojan malware is designed to steal banking credentials such as login information and passwords.
Email is a universal means of electronic communication used by millions of people. The organization uses them to communicate with the co-employees, suppliers, partners, and customers. It also acts as a suitable medium for cybercrimes to initiate an attack that causes severe damage to the organization. It is estimated that 90% of cyber-attacks emerge from emails. Effective cyber security practices will help the organization prevent attacks and protect the organization.
Cybersecurity threats to manufacturing and process plants are coming from a wide range of attack vectors, including supply chain, logistics, enterprise computing, remote connections, operator stations, programmable logic controllers, distributed control systems (DCSs), smart sensors, and new smart devices. Internet of Things (IoT) technologies offer greater connectivity and endless applications, but they make the cybersecurity landscape more complex.
Telehealthcare Sector is one of the best innovations that could have happened to the healthcare industry. The way it fulfilled the need of the ailing person and health care providers during the pandemic in 2019 is ineffable. For the first time, everywhere in the world, people realized the power of Teleconsultation for doctors and medicines. And it continues to grow and expand to meet the requirement of the users and suppliers.
Schools and colleges are increasingly using technology to deliver engaging classes, track student progress, and more. But as the classroom shifts online, it’s never been more important for educators to practice good security habits.
In a recent article looking at cyber security trends, we highlighted the potential for incidents to occur from supply chain attacks, as well as the prevalence of ransomware across the Internet. No organisation is safe from attack, as illustrated by the NHS 111 attack at the beginning of the month.
There is always the risk that sensitive data will be exposed during mergers and acquisitions. Throughout the M&A process, you’re adding new ways for hackers to enter your systems, enabling them to access sensitive customer information. This is because the merging of companies usually results in an increase in the attack surface, therefore, increasing the number of unknown security risks the acquiring company is unaware of. The numbers don’t lie.
Coming in with very limited domain knowledge, it was a huge challenge for me to dive in and design product features for highly specialized use cases in the data security space. Chances are, there are a lot of you in UX and Product Designer roles who go through similar experiences when designing enterprise software in niche industries. Over the past several years I've discovered a few strategies that have helped ground me in my work.
