Network Design and Implementation

A properly designed network architecture ensures stable connectivity, optimal performance and security for the entire IT infrastructure. We offer complete network design, implementation and optimization services, tailored to operational requirements and the required level of security.

By using modern networking standards and the principles of segmentation and redundancy, we build reliable, scalable and easy-to-manage networks, ready to support the development of the organization.

Network Design and Network Implementation

At WideBits we offer your our knowledge and expertise in building, maintaining and securing a solid network foundation.

.01

Design your Network Layout

.02

Segment your Networks via Scope

.03

Setup routing and switching layout

.04

Setup Wi-Fi Networks

.05

Enhance Network Security

.06

IPsec, DMVPN and remote access VPN

.07

Network Traffic Optimization

.08

Monitoring, Alerting and Documentation

Network Blueprint and Implementation

01. Design your Network Layout

We analyze your business requirements in order to create the best-optimized, secure and performance graded network blueprint layout, tailored for your needs.

 

  • Evaluate your connectivity and device access requirements
  • Evaluate your Internet and Upstream provider access
  • Evaluate your network redundancy requirements
  • Evaluate your network capacity design
  • Evaluate your network speed requirements
  • We size your network capacity design
  • We segment your network domain design for security
  • We define your WAN / LAN topology
  • We propose and explain a network model blueprint design
02. Segment your Network via Scope

In order to obtain the best control, security and traffic management, we segment your network layout to multiple sub-networks and zones.

 

  • Configure and Implement VLANs (Virtual LANs)
  • Configure network layer VLAN logical separation (security)
  • Segment access traffic vs critical network traffic
  • Create a separated network for guest access
  • Setup inter-vlan and policy access routing
  • Optimize broadcast and multicast traffic per VLAN
03. Setup Routing and Switching layout

Implementation of routing and switching between your internal networks and outside, Internet network:

 

  • Configure Network devices  remote management
  • Configure Inter-VLAN routing
  • Configure NAT and Firewall Policies
  • Configure Trunking and VLAN transport
  • Configure Routing protocols
  • Configure Layer 2 switching
  • Configure Quality of Service (QoS) for packet prioritization
  • Configure Network routing redundancy and load-balancing
04. Wi-Fi Network Setup

Implement a stable, secure and performant wireless network for your office locations.

 

  • Define network coverage points
  • Configure Network Access Points
  • Configure Network Authorization
  • Configure Guest Wi-Fi network
  • Optimize wireless transfer performance
  • Optimize Wi-Fi device roaming
  • Optimize Wi-Fi radio channels

Network Security, Network Optimization and Intranet and remote access VPN

05. Network Security

When it comes down to security, correct measures have to be implemented both on the logical and physical access for all network devices within a corporate, campus or enterprise network.

 

  • Tailor physical device access on roles
  • Configure local and remote device access policy
  • Control traffic flow and protocols on the network
  • Configure and control traffic flow to the Internet
  • Setup firewall and remote access management
  • Setup remote access VPN for teleworker users
  • Configure and control NAT rules and zones
  • Setup network security hardening
06. IPsec, DMVPN and VPN and remote access

Protecting network traffic traveling through the Internet is done via IPsec. DMVPN and SD-WAN links multiple branch office networks, all in together for a business Intranet access. VPN provides the users with remote or hybird work ecosystem.

 

  • Configure Site-to-Site VPN access
  • Configure Hub &  Spoke VPN network access for HQ and branch offices
  • Configure VPN access for tele-workers access
  • Configure network encryption and security
  • Configure remote access policies
  • Configure VPN links redundancy
  • Optimize VPN and traffic flow performance
07. Network Traffic Optimization

In order for a network to run smooth traffic optimization has to be made. Therefore, at WideBits, we try to create the best operating conditions for your network segments:

 

  • We analyze your traffic patterns
  • We identify possible congestion points
  • We optimize latency and packet flow
  • We optimize and adapt your network load-balancing and load-sharing configuration

Network Monitoring and Documentation

.08 Network Monitoring and Alerting

A network without monitoring is a network that can break under load. At WideBits, we deploy monitoring solutions for our implemented customer networks for performance, stability and security observation:

 

  • Monitor network devices for routing and switching performance
  • Monitor and track IP resource SLA
  • Monitor and track device and connection uptime
  • Monitor traffic flow and traffic performance
  • Monitor for network outages and incidents
.08 Documentation and Network Drawings

We create and provide you with a clear blueprints for your network design implementation.

 

  • Create HLD (High Level Design) layout
  • Create network traffic flow design
  • Document network VLAN and security segmentation and policies
  • Document device network configurations
  • Document IP address planning and CIDR segments
  • Document network device inventory
  • Document links and ports configuration and use-cases

Why benefit?

A well-designed network architecture supports application performance, data security, and efficient user collaboration.

Through our network architecture services, we implement reliable and secure solutions that support the stability of the IT infrastructure and the development of the organization.

Take always for your business requirements

 

    1. Business operation becomes high available
    2. On premise data and operation control
    3. Reduce downtime risks
    4. Better resource utilization
    5. Scalable and performance optimized infrastructure
    6. Utilize older hardware and reduce TCO (Total Cost of Ownership)
    7. Reduce your operational risks and 3rd party providers dependency
    8. Simplified Administration
    9. Cost optimization for CAPEX and OPEX budget planing
    10. Scales with your business growth