A security engineer is responsible for safeguarding an organization's information technology infrastructure and data from potential threats, vulnerabilities, and cyberattacks. These engineers play an important role in the design, implementation, and main
Learn about the fundamentals of network security and how to protect your organization from cyber threats.
Learn what DevOps engineers do and how to get the skills you need to be a DevOps engineer including implementing automation, monitoring, and building efficient systems.
Generally, a cloud network engineer is a network specialist who bridges the gap between established enterprise LANs and emerging private cloud and public cloud implementations. Most cloud network engineers report to senior IT staff or a business liaison, such as director of cloud operations. They are...
Network access control solutions act like gatekeepers, authenticating and authorizing users to determine who is allowed into the network and what they can do inside. "Authentication" means verifying that a user is who they claim to be. It also means granting authenticated users permission to access...
A typical in-house security operations center (SOC) requires a dedicated staff of security engineers and analysts and the tools to support their work. The high cost of running a SOC in house compounded by the shortage of cybersecurity talent and the burnout that often transpires, leads many ...
Security engineersfocus on quality control within the IT infrastructure. Security architectsplan, analyze, design and test an organization's IT infrastructure. Security analystsanalyze and plan security strategy, as well as perform security audits. ...
Our security engineers recommend these next steps that you should take if you either know or suspect that you’ve experienced an attack: Disconnect your device from the Internet. Disconnecting from the internet will help reduce the risk of malware spreading to other devices on the network. This ...
Cyber security is what we do. Our expert team use their skills to protect, detect and respond to the growing threat of cyber attacks.
For example, laptops, smartphones, the Internet, the banks, automobile controls and an endless list of devices can be trusted to run properly only if the chips they comprise of are free of weakness and security vulnerabilities. The combination of advancements in chip technology and the ...