AI-enabled and RAN-intelligent solutions

Open, interoperable, and standards-based radio access networks (RAN), laying the foundation for the advanced 5G, 6G, and NextG networks towards intelligent, disaggregation, cloud-based, programmable, and open architecture RAN solutions. Hachi Wave introduce a fully O-RAN compliant solutions. AI enabled. Cloud based. Vendor agnostic. Green by Design.

Why HACHI Scale?

AI-Enabled

Zero touch and fully automated

Vendor Agnostic

Fully interoperable

Cloud based

Fully virtualized at any cloud

Open Archticuture

No vendor lock-in

Green by Design

Net zero emission and power efficient

Programmable

Software centeric

HACHIscale pave the way to zero touch services

NETWROK INTELLIGENCE

Innovation, excellence, reliability, and Japanese quality come together in Hachi Wave's approach. To assist mobile operators in maximizing network resource efficiency, Hachi Wave has created the Open RAN Intelligent Controller (RIC). This controller is crafted with extensive expertise in the Radio Access Network (RAN) field, leveraging Artificial Intelligence and Machine Learning (AI/ML) along with cloud-native, software-defined networking. The Hachi Wave RIC offers strategic value and distinction to operator networks by providing a framework that automates RAN operational workflows and enhances overall network performance.

HACHI SCALE

FEATURES

  • xApp and rApp for the RAN Intelligent Controller.
  • Cloud-native by design.
  • Hosted on any COTS HW stack.
  • Fully programmable with seamless CI/CD.
  • Fully automated and green by design
  • vendor-agnostic, and no vendor lock-in. 
  • Geo redundancy, 100% availability.
  • Zero touch operation for RAN workloads.
  • zero touch Provisioning for RAN workloads.
  • Hosted on any cloud.
  • Open interfaces and open architecture.

USE CASES

  • RAN test automation.
  • Energy Efficiency and Power Saving.
  • Mobility Management.
  • Power control and network access control
  • dynamic spectrum sharing.
  • capacity and Network resources managements.
  • indoor/outdoor NetHet scenarios
  • admission control.