A new VIAVI study revealed that 73 percent of respondents said security professionals need comprehensive visibility into network infrastructure to enhance cybersecurity efforts and speed remediation.
What are some steps Security Operations Center (SOC) teams and security professionals can take to improve the performance of their Intrusion Detection Systems (IDS) tools, and lower the noise?
The UK has banned Huawei from its 5G telecom network, reversing a January decision to allow the embattled Chinese tech company a limited role in building the country's super-fast wireless infrastructure.
With the second anniversary of GDPR on the horizon, the topic of data security is as pertinent as ever. Despite the proliferation of connected devices and the personal information and sensitive data they harbor, many consumers are unaware of just how susceptible their pocket-sized computers are to cyberattack.
Traditional network management approaches of multiple point products, manual change processes, monolithic policies and data silos no longer work. Business, risk, service and security assurance programs all need to be agile, efficient and anticipate future threats and remedies.
According to a report from Cisco, 5G’s faster broadband (10 to 20 times faster than 4G) will enable 12 billion mobile-ready devices and IoT connections by 2022 compared to 9 billion in 2017. While this is great news for the rising number of smart device users globally, the increased connectivity can be taxing for IoT security. The combination of higher bandwidth and lower latency is a double-edged sword. While it enables new, exciting use cases like Vehicle-to-Vehicle and telemedicine, it is critical to not lose sight of the fact that it expands the scope of security threats, such as ransomware and botnets, among others.
The U.S. Army's National Training Center at Fort Irwin, California and Fort Hood, Texas were selected by DoD for their second round of 5G communications testing and experimentation.
Researchers at NIST have developed a mathematical formula that, computer simulations suggest, could help 5G and other wireless networks select and share communications frequencies about 5,000 times more efficiently than trial-and-error methods.
