SK Telecom Introduces Next-Generation Network Control Platform
In a significant development for network management, SK Telecom has unveiled its state-of-the-art platform that automates all controls and checks required for wired network operations. The platform, an ‘AI Orchestrator’, is a ground-breaking innovation designed in-house to automate the operations and management of its 5th generation (5G) and Long-Term Evolution (LTE) wired networks.
Enhancing Operational Efficiency and Stability with Automation
The AI Orchestrator automates the Software Defined Network (SDN) by utilizing infrastructure as code. Now, network operators can input scripts in familiar programming languages, which the platform automatically translates into specific commands for tens of thousands of nationwide network devices. This integrative approach results in increased operational efficiency and enhanced system stability.
Previously, telecom company wired networks featured numerous Internet Protocol (IP) based communication devices, requiring operators to grasp a multitude of unique command sets for each piece of equipment. Additionally, hands-on work with individual devices consumed significant amounts of time.
By implementing the automated AI Orchestrator system, the overall control of equipment has become streamlined, dramatically accelerating task completion and reducing the margin for error, leading to the substantial bolstering of network operation stability.
SK Telecom’s Commitment to Network Technology Leadership
Subsequent to embedding AI-based analytical and model functions into the network operations, SK Telecom has facilitated more precise analysis and predictions. The AI Orchestrator also gained recognition at a global next-generation communications standards forum, IOWN, in Vancouver, where it was selected as a controller project. SK Telecom plans to continually evolve and document the AI Orchestrator technology, reinforcing its network technology leadership.
Indeed, embracing the NetDevOps approach for wired network operations, as pointed out by Ryu Tak Kee, the person in charge of infrastructure technology at SK Telecom, marks a momentous stride for AI integration in the infrastucture domain, positioning the company at the forefront of development culture within the industry.
Key Questions and Answers
- What is the AI Orchestrator introduced by SK Telecom?
- Why is network automation significant?
- How has SK Telecom’s AI Orchestrator been recognized globally?
The AI Orchestrator is an in-house developed platform by SK Telecom that automates the control and management of wired network operations for their 5G and LTE networks. It utilizes a Software Defined Network (SDN) approach and allows network operators to input scripts in familiar programming languages, which are then translated into specific commands for network devices.
Automation in network management is significant because it increases operational efficiency, reduces the time spent on manual tasks, enhances system stability, and minimizes human errors. This leads to more reliable and stable network operations, which is critical for providing quality services to customers, particularly in the era of high-speed 5G connectivity.
The AI Orchestrator was selected as a controller project at the IOWN (Innovative Optical and Wireless Network) global next-generation communications standards forum, showcasing SK Telecom’s advancement and commitment to pioneering network technology.
Key Challenges and Controversies
One key challenge associated with AI-powered automation is the potential for job displacement as manual tasks are automated, raising concerns over the future roles of telecom network operators. Additionally, there are challenges related to ensuring the security of AI systems, considering that networks are critical infrastructure and any vulnerabilities could have significant ramifications.
Advantages and Disadvantages
Advantages:
- Operational Efficiency: Automation significantly speeds up network operations and reduces manual workload.
- Error Reduction: AI decreases the likelihood of human error in managing complex network systems.
- Enhanced Stability: Automated systems can provide more consistent performance and quick anomaly detection.
Disadvantages:
- Employment Impact: Automation may reduce the demand for certain job roles within network operations.
- Security Risks: Automating network controls can pose security risks if not properly safeguarded.
- Complexity: Building and maintaining such sophisticated systems can be highly complex.
Related Links
Embracing a NetDevOps approach represents a significant industry shift towards more agile, responsive, and efficient network operations. As Ryu Tak Kee noted, integrating AI within the infrastructure domain places SK Telecom in a strong position within the telecommunications industry, offering the potential for continued innovation and leadership in network technology.
The source of the article is from the blog elektrischnederland.nl