Private 5G

Enterprise connectivity with a network of your own.

Private 5G brings dedicated mobile coverage, predictable service control and secure SIM-based access to industrial and enterprise environments. KAOKAB turns that network into an operable service.

Understand private 5G Discuss a proof of concept
  • Dedicated radio environment
  • SIM-based identity
  • Local data handling

SIM, radio access and Edge

How identity, coverage and local execution fit together.

A private mobile network is a chain of responsibilities rather than a single product. These conceptual visualizations show where SIM identity, site radio access, local Edge and central operations meet.

01

KAOKAB SIM identity

Controlled subscriber identity for authorized devices.

02

Radio access

Site-engineered access connects devices to the private network.

03

KAOKAB Edge

Local services and private-core responsibilities execute on site.

04

Central operations

Authorized teams coordinate lifecycle and operational visibility.

Conceptual KAOKAB product visualization; final hardware appearance may vary.Radio design, spectrum licensing and access-point selection are engineered per site. No coverage, throughput or certification claim is made here.

Why private mobile

Designed for movement, machines and operational control

Wi-Fi remains essential for enterprise connectivity. Private 5G complements it where wide-area mobility, managed device identity, controlled spectrum use or consistent industrial coverage shape the requirement.

  1. Dedicated coverage

    Engineer a private radio environment around the site's operational zones and mobility paths.

  2. Managed identity

    Use provisioned SIM or eSIM identities to control which devices can attach to the network.

  3. Local service path

    Keep application traffic on site when architecture, resilience or data handling requires it.

How it connects

From device to local application

Each layer has a clear role in delivering and operating the service.

  1. Device + SIM

    The authorized device presents its mobile-network identity.

  2. Radio access

    The private RAN provides site coverage and mobility.

  3. Private core

    Local control functions establish and manage the data session.

  4. Applications

    Traffic reaches local or approved external services according to the design.

Where it fits

Connectivity for demanding operational environments

  • Manufacturing

    Connect mobile assets, operational devices and production workflows across controlled areas.

  • Warehousing

    Support scanners, vehicles, cameras and mobile teams across large logistics spaces.

  • Ports and yards

    Extend managed mobility across outdoor operational zones and distributed assets.

  • Utilities

    Build controlled connectivity for field systems and critical operational locations.

  • Mission-critical workflows

    Provide a foundation for approved voice, video and data applications with defined service requirements.

  • Enterprise campuses

    Complement existing LAN and Wi-Fi services with private mobile coverage and identity.

Architecture choice

Private does not mean isolated.

A private mobile network can integrate with enterprise LAN, applications, identity processes and security controls while preserving a deliberate operational boundary.

Private-network domain

  • Radio access and spectrum plan
  • Subscriber and session control
  • Local traffic breakout
  • Mobile service health

Enterprise integration

  • Applications and data services
  • IT security policy
  • Operational support
  • Business service ownership

KAOKAB

Start with the operational requirement.

We can help shape a focused private 5G proof of concept around the devices, coverage and applications that matter.

Discuss a proof of concept Explore the KAOKAB platform