Among other trends, Networking and Security Innovations are bringing us the ability to connect and share data with the cloud and the Internet of Things. But how will these changes impact our daily lives?
Keeping the digital transformation in mind, Fortinet introduced FortiOS 7.2, which continues the evolution of network and security functions. It is designed to help organizations accelerate their digital transformation while protecting their networks and data. This latest version of Fortinet’s converged networking and security platform delivers more than 300 new features, including upgrades across the entire Fortinet portfolio. Among the new capabilities are improved performance, advanced automation, and AI-powered FortiGuard security services.
With FortiOS 7.2, organizations can develop a robust cybersecurity environment by enabling advanced process automation and network security devices features for IoT devices. The newest version also introduces a new inline sandbox service that transforms the traditional detection sandbox capability into real-time in-network prevention. This feature helps organizations improve their protection against ransomware threats. It is integrated with Fortinet’s Security Fabric, which provides advanced capabilities for detecting and stopping sophisticated threats in real time.
Fortinet also enhanced the capabilities of its NGFW solution. The new feature, which is based on a cloud access security broker, enables customers to consume Security-as-a-Service. This allows them to consume WAN on 5G and LAN equipment, providing complete remote site security. These advancements also help organizations build a robust platform of integrated solutions. They can achieve true WFA while simplifying deployment and improving ROI.
In addition, FortiOS 7.2 includes updates to the operating system, identity, and network security. It introduces a number of new features, including passwordless multifactor authentication technology, advanced vulnerability correlation, and improved branch orchestration.
VMware Edge Compute Stack 2
Earlier this year, VMware announced the next version of its Edge Compute Stack, which will enable enterprises to run edge-native applications at the near and far edges. This new VM-based stack is built on the vSphere hypervisor and enables the management of edge applications. It also includes software-defined networking (SDN) and SD-WAN services, along with integrated security solutions.
The Edge Compute Stack delivers a flexible infrastructure for running edge applications, including AI and analytics processing. It provides centralized performance management and orchestration, as well as built-in security against threats at all levels. It is offered in three versions: Standard, Advanced, and Enterprise.
VMware vSphere 8 is a major new release that includes a host of advancements. It is designed to help improve operational efficiency and IT productivity. It features a next-generation storage platform, vSAN 8. It also introduces ESXi-RT, a virtual machine that supports containerized edge-native applications.
VMware Edge Compute Stack builds on vSphere, vSAN, and SASE and offers a complete, integrated edge computing solution for customers. It can be deployed at the edge for near-instantaneous data speeds, as well as on the public or private network or in the cloud. It includes AIOps and real-time visibility, as well as total memory encryption.
It is designed to deliver performance improvements and support for smaller cluster sizes. The new version of VMware Edge Compute Stack will support GPU passthrough, enabling containerized edge-native applications.
Despite the hype around cloud computing, the traditional on-premises data center is still relevant and in vogue. This is exemplified by VMware’s recent announcement of its upcoming NSX and QEW product lines. The company is also set to announce the second iteration of its Edge Compute Stack. The most notable change will be the introduction of smaller cluster sizes, allowing for more efficient management of VMs on the fly. The company also lauded its new security offering, VMware Identity Sense, which provides a secure and unified access layer for a variety of UI elements, including authentication, encryption, and policy enforcement.
The aforementioned Project QEW, in addition to its other offerings, will be a major contributor to VMware’s recent success. The company is also introducing its next-generation Edge Compute Stack and related product offerings. The latter will be a logical next step from the former, allowing for greater efficiencies, agility, and lower costs of ownership.
Compared to its predecessors, 4G/LTE, and LTE-A, 5G is completely different. Its network architecture is software-defined, virtualized, and scalable. It can adjust bandwidth and security. Its standardized building blocks allow it to address vulnerabilities quickly and afford greater flexibility in the future.
It leverages a new radio integrity algorithm and a New Radio Encryption Algorithm to ensure that data is encrypted. It also enables the ability to virtualize higher-level network functions, which were previously performed by physical appliances. These functions are based on a common language of Internet Protocol (IP), and they are performed by software-defined networking and common operating systems.
To ensure a secure 5G experience, networks must implement and implement security features. Early implementers need to conduct a detailed analysis and continuous upgrades. Then, they can begin using the technology to provide security services to their subscribers.
The most effective approach is to implement managed security services. These include next-generation firewalls, secure web gateways, and remote access solutions. These services can offer long-term economic and convenience benefits to consumers.
The initial implementation phase of 5G requires strategic planning and analysis. In the future, mobile network operators will have to work with cloud providers and third-party developers. This is an exciting opportunity for businesses to build a more secure and innovative 5G network. However, these efforts require a new relationship between business and government.