Smart networking—also known as smart network management—combines real-time visualization, automation, and AI to simplify operations and manage increasingly complex networks. By offering end-to-end visibility into applications and network performance, enabling IT networking teams to automate provisioning, monitoring, and real-time threat handling.
The concept of smart networking has long been used to describe an architecture that separates auxiliary services from the core system, allowing those services to be managed more efficiently and flexibly.
According to Gartner, approximately 30 percent of enterprises are expected to automate more than half of their network activities by 2026. This initiative is part of a broader adoption of AI to strengthen infrastructure resilience and operational responsiveness. So, how far can smart networking benefit your business? Here’s the breakdown.
What is Smart Networking?
Smart networking is a network management approach that combines automation, visualization, and AI to proactively monitor, configure, and manage network environments. In other words, this intelligent method eliminates the dependence on manual processes by providing comprehensive visibility into network performance and usage across both cloud and on-premises environments.
Interestingly, smart networking does not require organizations to invest in new infrastructure. Instead, it enhances and optimizes existing networks through intelligent management tools that simplify the workload of network teams.
Key Features of Smart Networking
There are some key features of smart networking, such as.
Automation and Zero-Touch Provisioning
Intelligent network management tools can perform zero-touch provisioning for new devices and automatically configure network equipment without manual intervention.
End-to-end Monitoring
Comprehensive visibility across networks and applications—including performance, latency, and network usage by devices, applications, and users across multiple locations.
AI-Based Anomaly Detection & Remediation
AI enables systems to automatically detect performance issues, security threats, or misconfigurations. The system can then recommend corrective actions or even resolve issues automatically.
Dynamic Access Control
To ensure granular network security, smart networking allows access policies based on user roles, device types, and locations.
Digital Twin & Network Planning
Teams can design, simulate, and test network changes before deployment to reduce risk.
Network Efficiency
Some smart networking solutions automatically adjust configurations to conserve energy and reduce operational carbon footprint.
Benefits of Smart Networking for Businesses
Implementing smart networking delivers a range of strategic advantages:
- Better Visibility and Control
IT teams gain a single pane of glass to monitor network and application performance in real time, helping prevent disruptions and accelerate incident response.
- Operasional Efficiency
Automated device configuration and repair ticket workflows reduce administrative workload and speed up incident handling—saving time and manpower.
- Stronger Security
Role-based access, rogue device identification, and automated threat responses help strengthen network protection without increasing manual effort.
- Scalability & Flexibility
Organization can expand their networks with ease without increasing infrastructure teams, as most management tasks are automated via the cloud.
- Cost Savings
Reduced manual intervention, optimized device usage, and full infrastructure utilizationcontribute to lower operational and maintenance expenses.
- Environmental Impact
Energy-saving modes and zero-touch provisioning support carbon reduction and sustainability initiatives.
Read More: Hidden Threats Lurking! Why Network Detection and Response is No Longer Optional?
Ruijie Enterprise Simplified Optical Ethernet (SOE) – Smart Networking Made Simple
Ruijie Enterprise Simplified Optical Ethernet (SOE) is a modern solution for building faster, more efficient, and easier-to-manage fiber-based networks. Compared to traditional copper-cable infrastructures, SOE offers up to 10x faster data transmissionwith 10G connectivity—delivering high performance especially for bandwidth-intensive digital applications.
SOE architecture combines simple Ethernet protocols with highly stable fiber connectivity, enabling rapid deployment, easy configuration within minutes, and hassle-free operations without the typical complexity of conventional networking systems.
Beyond superior performance, SOE is also designed to significantly reduce operational costs and Total Cost of Ownership (TCO). Its infrastructure consolidation capabilities can cut construction, space, resource, and maintenance costs by up to 60%, while efficient design further reduces TCO by 20%.
High-density connectivity and Coarse Wavelength Division Multiplexing (CWDM) technology ensure bandwidth can be distributed without performance degradation, supporting flexibility and fiber conservation for future expansion needs. With seamless integration into Fiber-to-the-Room architectures and high-bandwidth access across all areas, SOE delivers a reliable, centrally managed network foundation ready to support evolving digital demands.
Built a Smarter & More Secure Neetwork with Ruijie Enterprise and MBT
Beyond speed, modern networks must deliver stability and operational simplicity. RuijieEnterprise SOE offers all these advantages in one integrated solution—reducing operational cost without compromising infrastructure reliability.
As part of CTI Group, MBT is ready to support your end-to-end Ruijie Enterprise SOE implementation to ensure your business network is efficient, intelligent, and secure. With extensive expertise in enterprise-grade infrastructure solutions and a comprehensive IT ecosystem, MBT helps you build a modern, future-ready network—from planning and deployment to ongoing optimization. Contact our team today to build a stable, future-proof modern network with Ruijie Enterprise SOE.
Author: Ervina Anggraini – CTI Group Content Writer
