INZONE™ brings Industry 4.0 infrastructure and services to the world’s most innovative regions, creating a virtuous cycle of investment that accelerates digital transformation and helps communities bridge the digital divide

First INZONE in Las Vegas expected to contribute $115.8 billion in total economic impact over the next 10 years

developers of the  Kinetic Grid intelligent infrastructure platform, has joined forces with leading Open Grid technology providers to deliver INZONE, a program for bringing critical infrastructure and applications to forward-looking cities and regions, enabling enterprises in those markets to accelerate their digital transformation. The INZONE program is designed to catalyze innovative services and create a virtuous cycle of investment in a defined geography, serving as an economic catalyst for bridging the digital divide and accelerating industry 4.0 transformation.

The city of Las Vegas, Nevada and surrounding Clark County will host the first INZONE, encompassing the Las Vegas Strip and nearby industrial areas. The Las Vegas INZONE will host applications and services designed to benefit manufacturers, retailers, hospitals, hotels, convention centers, casinos, telecom service providers and other nearby businesses, as well as to local governmental entities and schools.

INZONE leverages Vapor IO’s Kinetic Grid architecture, which locates neutral-host infrastructure near high-density industrial and retail zones. Enterprises within an INZONE can leverage Open Grid technologies to implement Industry 4.0 solutions—including private 5G, IoT, video analytics, smart retail, and cloud robotics, among others. Vapor IO currently has plans to implement INZONEs in 36 US markets.

INZONE enables developers to successfully build and release latency-sensitive applications that are housed off-premises but behave as if they are on-premises. This is made possible by Vapor IO’s carefully chosen colocation sites and fiber routes that provide low-latency access to nearby industries.

It Takes a Village
INZONE is more than a collection of technologies; it’s an economic accelerator, delivered collaboratively by multiple vendors. By virtue of the neutral host, shared-infrastructure model of Vapor IO’s Kinetic Grid platform, customers and partners of Vapor IO can quickly deploy their technologies and services without having to build and operate the critical infrastructure. This makes it easier and faster to bring Industry 4.0 products to market while also amortizing infrastructure costs across the multitude of its users.

The following companies are providing technologies and participating in the first INZONE in Las Vegas:

• Amazon Web Services (AWS) will provide AWS Outposts (a service that offers the same AWS infrastructure, AWS services, APIs, and tools to virtually any datacenter, co-location space, or on-premises facility for a truly consistent hybrid experience) as part of the INZONE testbed environment in Las Vegas, making it possible to run AWS workloads as if they were on-premises.
• Guavus (a Thales company) will provide its SQLstream real-time analytics technology to drive 5G telco, Industry 4.0 and other vertical industry use cases — enabling distributed data collection, AI-based analytics deployed at the network edge , and low-code/no-code dashboards for customer ease of use.
• Hivelocity will provide bare metal provisioning and private cloud services atop ITRenew servers, making it easy for enterprise customers to provision and manage servers on a pay-as-you-go basis.
• ITRenew will provide hyperscale-grade, bare metal rack solutions in INZONE environments, delivering breakthrough TCO and sustainability, while enabling enterprises in a near-prem environment to leverage the same best-in-class hardware used by the world’s largest cloud companies.
• Lenovo will provide edge servers designed specifically for edge environments and use cases. These edge servers offer VMware’s vSphere, vSAN and Tanzu Kubernetes platform in a small, secure and ruggedized form factor.
• Terbine will provide edge-based handling of IoT data moving between vehicles, devices and various end systems. Terbine’s IoT Data Exchange Platform will run on servers close to where data is acquired and consumed, supporting advanced applications in augmented reality, autonomous vehicle guidance, city-scale digital twins, localized traffic management, public safety and security.
• Terranet Communications will provide last mile wireless for digital divide initiatives such as remote learning as well as for a variety of smart city applications.
• VMware will provide its Telco Cloud Platform in support of 5G connectivity and its Multi-Cloud Services Grid for hypercomposition of edge-native applications spanning the user to core edge continuum.

Economic Impact
The first INZONE being deployed in Las Vegas, Nevada will be served initially from two sites, spanning both the city of Las Vegas as well as areas in surrounding Clark County, including the Las Vegas strip. As detailed in Tolaga Research’s Total Economic Impact of INZONE to Las Vegasand Surrounding Clark County, the INZONE program is expected to contribute $115.8 Billion in total economic impact over the next 10 years.

Bridging the Digital Divide
A key aspect of the INZONE program includes building partnerships with city and county agencies as well as local NGOs to develop public-private partnerships to implement programs to help bridge the digital divide in Las Vegas. The city of Las Vegas already has an active program to deliver 5G private networking capabilities to the underserved and the INZONE program can provide a cost-effective means for expanding this program and helping the city and county attract federal infrastructure spending.

The First Commercial Implementation of an Open Grid Architecture
The Las Vegas INZONE is based upon principles advanced by the Open Grid Alliance (OGA). The OGA was launched in May 2021 to accelerate the creation of Open Grid infrastructure by providing a neutral platform in which member companies can co-create commercially viable technology integrations that extend today’s Internet to enable next-generation applications that include cloud robotics, autonomous drones, real-time video inferencing, and augmented and virtual reality applications.

source:PR Newswire