- AI-Driven
- Application
- Cloud
- Connectivity
- Cybersecurity
- Data Center
- Data Center Networking
- Enterprise
Show all 34 topics
- Ethernet Switching
- Hybrid Work
- Infrastructure-as-Code
- Internet
- Latency
- Lifecycle Management
- Multicloud
- Network Automation
- Network Fabric
- Networking
- Networking Software
- Network Security
- Observability
- Scalability
- Security Posture
- Services
- Software
- Software-Defined Wide Area Network
- Standards
- Telemetry
- Total Cost of Ownership
- Visibility
- VXLAN
- Wide Area Network
- Wireless
- Zero Trust
Who is Networking?
Networking is an enterprise-focused provider of network infrastructure, software, and connectivity services that link users, applications, data centers, and cloud environments across distributed organizations.
- Campus and branch LAN and wireless connectivity
- Data center switching and network fabric design
- Software-defined WAN and wide area network services
- Network automation, observability, and operations management
- Network security integration and zero trust connectivity
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More About Networking
Enterprise organizations typically deploy networking offerings to support digital operations that depend on reliable, segmented, and measurable connectivity. Solutions in this area are commonly positioned for corporate campuses, branch offices, data center interiors, and hybrid or multicloud access paths, where consistent policy enforcement and predictable performance are required.
The technical foundation of this category includes Ethernet switching, IP routing, wireless access standards, overlay and underlay design, and software-defined control planes. Protocols such as BGP, OSPF, VXLAN, and EVPN are frequently associated with data center and campus fabrics, while IPsec and TLS support encrypted transport across wide area and internet paths. Network management often relies on APIs, telemetry collection, and infrastructure-as-code practices to standardize configuration across large estates.
Within enterprise IT, networking solutions are usually grouped with network security, observability, and cloud management categories. Compared with point tools that address a single function, integrated networking platforms aim to unify policy, visibility, and lifecycle management across wired, wireless, and wide area domains. Buyers often evaluate these platforms on interoperability, operational simplicity, scalability, and total cost of ownership, rather than on isolated hardware specifications alone.
The business significance of networking capabilities lies in their effect on application availability, user productivity, and security posture. Network design decisions influence latency for workloads, the scope of lateral movement during a security incident, and the effort required to onboard new sites or cloud regions. As organizations adopt hybrid work, distributed applications, and AI-driven workloads, demand for high-throughput fabrics and automated operations has grown.
In the directory context, this organization is positioned within current networking solution areas, including enterprise and data center networking, networking software and operations, and secure connectivity. Its descriptions emphasize established technology domains rather than legacy or discontinued product lines, reflecting the active focus of the category in enterprise environments.
Our description of Networking. Updated October 2026.