Open Systems’ Post

Hi developers. 😎 We are sharing an article about effective network management for cloud-native 5G networks using eBPF. Let's check it out. As we step into the future of telecommunications, the shift towards Cloud-Native Network Functions (CNF) is revolutionizing the industry. This move towards microservices architectures, driven by the rapid development of 5G technology, is setting new standards for network performance, scalability, and resilience. However, this evolution brings challenges, particularly in network performance monitoring and maintenance. Traditional methods are no longer sufficient, sparking the need for innovative solutions. Dr. Abderaouf's team proposed the '5GC-Observer' framework and successfully utilized eBPF technology to monitor telemetry data generated by the 5G core network. ✒Author: LEE KUN LIN Check the full article here. https://lnkd.in/g-C88Nyf #free5gc #5gnetworks #5gcore #kubernetes #ebpf #cnf

As we navigate the evolving #NetworkSecurity landscape, one truth remains: Secure #SDWAN is not just an option; it’s essential for #SASE. https://hubs.la/Q02l3Z3_0

#Fortinet Secure SD-WAN can scale to thousands of sites . With #Fortimanager, the overlay orchestration designed for users of any technical background, so #SDWAN networks of all sizes can be easily deployed. Learn how to deploy a large network in minute https://ftnt.net/6044RYp2Q

Are you a customer service provider (CSP) looking to provide businesses with low latency, maximum #5G network availability, and high device connectivity? Nybsys suggests you slice the network. It allows the creation of multiple virtual networks on a single physical #infrastructure. You can utilize resources efficiently, offer enhanced quality of service, and reduce excessive costs through 5G network #slicing. Plus, it paves the way to increase revenue by introducing new services to meet specific customer needs. Read this exciting blog about network slicing in 5G: https://lnkd.in/g-uSD3Ba #networkslicing #CSP #MNO #lowlatency #Nybsys

The Modius OpenData solution is able to unify information by collecting data using any standard communication protocol at the physical layer, including: Modbus BACnet SNMP Proprietary protocols RESTful API Because Modius OpenData works across all major device protocols, the solution is uniquely able to capture data from all major device categories and equipment vendors. For equipment that is not accessible on the network (via network communication cards), Modius provides a serial-to-network gateway to ensure that all of your critical equipment can be monitored. Modius OpenData can also capture data from existing systems, such as a BMS, which allows operators to leverage the legacy systems that they already have in place. Learn more on our website | https://lnkd.in/gchPTtgz. For the latest company updates, please follow us. #Modius #DataCenterManagement #DCIM #AssetManagement

**Exploring the Types of Private Networks** Diverse discussions within industry circles have shed light on various types of private networks, many of which have their roots in the 5G ACIA NPN White Paper and the 3GPP 5G Specification. 1) **Standalone private Networks:** These networks operate independently, devoid of any connection to or from PLMN. 2) **Collaborative Standalone private Networks:** In this setup, mobile network operators (MNOs) contribute shared Radio Access Network (RAN) resources to support standalone private networks. 3) **Public Network Integrated Private Networks (RAN and Control Sharing):** This configuration involves the integration of public network infrastructure, facilitating shared RAN and control resources. 4) **Public Network integrated Private Networks (End-to-End Network Slicing):** Leveraging end-to-end network slicing within public networks enables the creation of private networks tailored to specific requirements. Illustrated in the accompanying figure below, systems managed by MNOs are denoted by red icons, while those managed by enterprises are represented by blue icons. The color scheme further distinguishes components that are shared, such as RAN and database resources, with red and blue colors indicating shared elements within the network infrastructure. source: GSMA private 5G Industrial Network. #privatenetworks #private5g #5gnetworks #NPN #5g #5gsecurity

Let's Simplify the #CPRI and #eCPRI and the difference between them again. 📗CPRI (Common Public Radio Interface) and eCPRI (enhanced CPRI) are protocols used in mobile networks for the fronthaul connection between radio equipment and baseband units. 📗CPRI is known for its proprietary nature and high bandwidth requirements, while eCPRI uses Ethernet for more flexible, efficient data transport, supporting the disaggregation of RAN components and enabling more scalable and cost-effective 5G networks. https://lnkd.in/dvPFAUww #5G #eCPRI #CPRI #Fronthaul #OpenRAN #vRAN

I'm excited to share that I've completed a comprehensive course on 5G Network Fundamentals! 🎉 As MIMO and massive MIMO are technological breakthroughs in mobile networks, I gained valuable insights into the core principles of the new radio interface, data flow management, and security in 5G networks. I also learned about the new Service-Based Architecture (SBA), and network slicing modes including massive Machine Type Communication (mMTC), enhanced Mobile Broadband (eMBB), and Ultra-Reliable Low Latency Communication (URLLC). This included understanding their functional entities and roles, like the next-generation NodeB (gNB), Access and Mobility Management Function (AMF), Unified Data Management (UDM), and Authentication Server Function (AUSF). #5G #Telecommunications #NetworkSlicing #NetworkInnovation #MIMO #mMTC #eMBB #URLLC #LearningJourney

#Fortinet Secure SD-WAN can scale to thousands of sites. With #FortiManager, the overlay orchestrator is designed for users of any technical background, so #SDWAN networks of all sizes can be easily deployed. Learn how to deploy a large network in minutes: https://ftnt.net/6042Rmpxr

5G PCF is among the fundamental Network Functions (NFs) in 5G’s Service-based Architecture (SBA) and is one of the control plane network functions of the 5G core network (5GC). It extends PCRF’s capabilities to request and monitor service quality per session and enhances network capabilities and performance in a dynamic, cloud-native environment.   Amantya offers advanced policy control support to streamline operations and improve efficiency. We also ensure that your evolving subscriber demands are effectively met with optimized network resources in real time.    Read more about How PCF Enables Efficient Policy Control and Management in the 5G Core Network: https://lnkd.in/d8NhZBdf . . #PCF #PolicyControlFunction #5G #5GNetwork #AmantyaTechnologies Anuradha Gupta Sanjay Bisen Rajiv Agarwal Vivek Pachaury Bill Beltz Indraneil Deb Gaurav Sharma Gaurav Saini Rahul Gautam Harinder Kumar Ankur Bharadwaj Ravi Pardhi Mohammed Hasan Saurabh Gupta Rakesh Kumar Nitin Kumar Singh Akash Goyal