Network Computing


Driven by the global pandemic, the retail sector has transformed significantly because of shifts in customer transaction patterns and workforce practices. Stay-at-home orders and safety concerns prompted a surge in online shopping for a broader range of goods.

In today's digital landscape, with cyber threats becoming more sophisticated, an advanced and proactive approach to network security is indispensable. The merger of Artificial Intelligence (AI) with leading-edge hardware solutions, such as Lanner's NCA-6530 and Intel's Data Center GPU Flex Series, provides an unmatched defense framework, ensuring real-time and robust protection. This brief will elucidate the advantages of AI-powered network security, AI in Secure Access Service Edge (SASE), and the augmented capabilities presented by Lanner's NCA-6530 in conjunction with Intel's Flex Series.

A leading workforce solutions and healthcare staffing provider with 1000 facilities nationwide learnt about Lanner while looking for a robust hardware platform ideal for building a zero trust network infrastructure capable of delivering superior user experience, optimized network security and network performance for acute-care hospitals, community health clinics and physician practice groups.

A cybersecurity services specialist, whilst working with a building materials provider, came to Lanner inquiring about a network security hardware platform that can be relied on for improving operational efficiency, collaboration and most important of all, for delivering enhanced cybersecurity as this construction company was preparing to make a transition to a cloud-based networking architecture. The said company raised concerns regarding the security of its sensitive data and the potential vulnerabilities associated with this transition.

As pharmaceutical manufacturing facilities digitalize their processes to achieve operational efficiency, they also need to manage sensitive and critical data, including intellectual property, production processes, and patient data. The pharmaceutical manufacturing industry requires rapid access to robust network security solutions that enable them to manage their industrial assets, pinpoint vulnerabilities, identify breaches, and prevent downtime.

As cyber threats continue to evolve in sophistication and complexity, organizations are facing challenges in effectively detecting and responding to security incidents in real time.

Managed Detection and Response (MDR) services have emerged as an industrial automation solution to this problem, offering continuous monitoring, threat detection and rapid incident response. Only by incorporating AI, machine learning and high-performance hardware can organizations of all sizes significantly enhance their threat detection, response capabilities and overall cybersecurity posture.

In today’s dynamic work environment, enterprises are increasingly adopting cloud-based applications and services, in addition to employees, partners, and customers are accessing resources from diverse locations and devices. Traditional networking and security architectures struggle with modern business operation demands while leaving organizations vulnerable to cyber threats, inefficient workflows, and escalating costs. This distributed nature of operations requires a more flexible, scalable, and secure networking solution, which is what SASE offers.

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