Cloud software meets private mobile networks

Accelerating adoption of business critical applications on enterprise wireless

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What we are working on:

An end-to-end product architecture that bridges the divide between LTE and 5G wireless and enterprise networks.

Driving factors

CBRS Spectrum

A new clean spectrum is finally available for use within enterprise networks in the United States with the arrival of Citizens Broadband Radio Service. Shared spectrum principles adopted with CBRS results in an "interference free operation" as the frequency usage among radios within the same, and nearby, networks is coordinated based on geo-location.

Plan my network.

Driving factors

AI Powered Apps

Digital transformation journey within enterprises will be defined by new generation of devices that use “life as the input” - environmental sensing, spatial computing, video image analysis, voice recognition, among others.

Some use cases.

Driving factors

5G Cellular Wireless

Business applications that require guaranteed service level agreement (SLA) and ultra-low latency finally find their match with 5G. Eventually running on top of the CBRS spectrum, 5G will allow enterprises to cut the cord for applications that demand highest levels of availability and reliability.

What's required.

Celona Value

Deploy private mobile networks in minutes and eliminate the need to operate multiple disparate products

Technology Innovation.

End to End.

Along with centralized SIM and network management, all of the private LTE / 5G network components come integrated. Indoor and outdoor access points and mobile core are deployed with zero-touch, integrating directly with an existing enterprise network.

Cloud Born, Edge Ready.

Celona's cloud-native software architecture is designed to scale from one to thousands of access points without losing a beat. It's private mobile network core can be deployed on-premises, reducing network latency for connected apps and improving data privacy.

Integrated AI-Ops.

Automated network orchestration is designed to meet application level SLA requirements and KPI based health reporting. Self Organizing Network (SON) functions translate dynamic spectrum sharing models to wireless infrastructure configuration in real-time.

Founders.

Rajeev

Mehmet

Vinay

Ravi

Help Us Take Enterprise Wireless To Where It Has Not Yet Been

Our engineering team is looking forward to partnering with businesses and service providers during our beta program.

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