New or redesigned network
Plan a LAN around buildings and teams.
Infrastructure & Network
LAN / VLAN / ROUTING / DESIGN
Network Infrastructure
Design and implement enterprise networks from IP and VLAN planning to switching, routing, and branch connectivity, with a topology that is documented and practical to troubleshoot.
ENTERPRISE NETWORK PATH
DESIGNED TOPOLOGYUsers & branchesOffices, floors, and devices
Access switchConnect users and equipment
Distribution / coreAggregation and internal paths
RoutingSubnets and traffic paths
Servers & InternetInternal services and egress
Branches & servicesConnectivity and visibility
This service focuses on network connectivity and architecture; security controls have a separate service page.
LAN design
Topology for the real site
Segmentation
Clear VLAN and subnet plan
Connectivity
Switching and routing
Operations
Documentation and diagnosis
NETWORK DESIGN
A network whose paths are understandable and extensible
An enterprise network is more than a set of switches. User and server locations, VLAN and subnet design, traffic paths, port capacity, and future growth need to fit one coherent map so changes and troubleshooting remain traceable.
SERVICE CAPABILITIES
What Network Infrastructure covers
Design and implement enterprise networks from IP and VLAN planning to switching, routing, and branch connectivity, with a topology that is documented and practical to troubleshoot.
Design and addressing
Network topology
Align site, equipment, and aggregation points with organizational needs.
IP and subnet plan
Plan addressing and subnets around services and expected growth.
VLAN design
Define logical boundaries for users, servers, and connected equipment.
Switching and routing
Access and distribution
Review layer roles and connection capacity across offices and branches.
Internal routing
Document traffic paths between subnets and internal services.
Branch connectivity
Assess site connectivity needs against available paths.
Performance and documentation
Connectivity troubleshooting
Investigate ports, VLANs, addressing, routes, and performance symptoms.
Capacity planning
Record port and uplink use alongside expected expansion.
Topology documentation
Hand over a network map and key settings for operations.
NETWORK TOPOLOGY
Trace users to services and their network paths
A topology should represent real traffic paths and dependencies, not just decorative equipment placement.
- Users and devicesOffices and branches
- AccessPorts and VLANs
- CoreNetwork aggregation
- RoutingSubnets and paths
- DestinationServers and Internet
Network consumersVoIPCCTVMicrosoftLinuxWi-Fi
OPERATIONAL OUTCOMES
A network that is easier to operate
Clear paths
VLANs, subnets, and connection points are mapped.
Controlled changes
New sites and services follow a documented structure.
Focused troubleshooting
The checks from access layer through routing are clear.
COMMON ENVIRONMENTS
Network challenges this service addresses
New VLAN or subnet
Add maintainable logical segmentation and addressing.
Branch connectivity
Review requirements and paths between locations.
Intermittent or slow access
Trace ports, uplinks, routing, and traffic paths.
DELIVERY APPROACH
From current-state discovery to an implementation map
- 01
Discover
Record equipment, sites, services, and current connections.
- 02
Define needs
Clarify capacity, logical boundaries, and required paths.
- 03
Design
Prepare topology, IP plan, and VLAN layout.
- 04
Implement
Apply agreed changes in stages and validate connectivity.
- 05
Document
Hand over the map and relevant configuration details.
TECHNOLOGY SCOPE
Concepts and components considered
Implementation is aligned with the organization’s existing equipment; no vendor dependency is assumed.
- LAN
- VLAN
- IPv4 Subnetting
- Switching
- Routing
- Access / Distribution / Core
- Branch Connectivity
- Topology Documentation
WHY SYSTECHNIC
Architecture designed for practical operations
Clear service boundary
Connectivity design stays distinct from security control configuration.
Environment-aware
Existing equipment, capabilities, and operator skills inform the design.
Documented output
Decisions and paths remain useful for future changes.
FAQ
Network infrastructure questions
What is included in enterprise network design?
Depending on scope, topology, IP planning, VLANs, switching, routing, branch connectivity, and documentation are reviewed.
Does this page include firewall and VPN work?
No. This page focuses on LAN connectivity and architecture; firewalls, VPNs, and access controls are covered by Network Security.
Can you troubleshoot an existing network?
Yes. Ports, VLANs, subnets, routes, and performance symptoms can be investigated based on available access and information.
Can you design for multiple branches?
Yes. Branch requirements and available paths are considered; implementation depends on existing equipment and connectivity services.
Must equipment come from one vendor?
No. Compatibility and actual device capabilities are assessed against organizational needs and constraints.
What documentation is delivered?
Depending on scope, deliverables may include a topology map, IP/VLAN plan, and agreed key configuration details.
NEXT STEP
Review your organization’s network map
Share your sites, equipment, and connectivity challenges to define a practical design or remediation scope.