Veea Inc. and Tecno Buildings Deploy First Containerized Portable Niagara Software Infrastructure in Urban Mass Transit System

Veea Inc., a first-to-market pioneer in hyper converged multi-access networks, incorporating edge-to-cloud computing and Edge AI, has partnered with smart buildings specialist Tecno Buildings on the first commercially deployed use of the groundbreaking Containerized Portable Niagara (CPN) software framework in a mass urban transit system. Veea collaborated closely with Tridium to develop CPN, and is a leading Tridium partner deploying containerized Niagara at the network edge — removing wired connectivity in greenfield and brownfield deployments.Using the Veea Edge Platform, Tecno Buildings has deployed a pilot program that is revolutionizing the way internet of things (IoT) data is collected in an urban mass transit system. Tecno Buildings has installed VeeaHubs® with CPN at select stations throughout a major urban subway network in Latin America to wirelessly monitor and gather systems data.

The Veea Edge Platform is living up to its stellar reputation for flexibility and ease of deployment in edge-based functionality,” said Alfredo Melnick, founder and general director of Tecno Buildings. “We’re delighted to have Veea as a strategic partner. Veea’s smart edge solutions reduce installation complexity and offer competitive advantages that we can share with our end customers. We look forward to many successful deployments in additional project rollouts.”

The objective of the subway pilot program is to demonstrate that the combination of the Veea Edge Platform running CPN within a long-range wide area network (LoRaWAN) will reduce energy consumption costs while also providing proactive and predictive maintenance alerts for unplanned system downtime.

It is fantastic to see this deployment of Containerized Portable Niagara on Veea’s Edge Platform in such a unique setting,” said Michael Youngs, Global Sales Director, OEM at Tridium, an independent business entity of Honeywell International. “Tridium values the Veea team and their ability to find innovative use cases for CPN. The transportation network deployment demonstrates a winning combination of containerized Niagara framework on Veea’s Edge Platform and Tecno Buildings design skills. Running Niagara at the edge will reduce downtime and costs for the transportation hubs and allow for use case expansion at the same locations to address other needs.”

The Tridium Niagara Framework® is a comprehensive software infrastructure that serves as a central console for connecting real-time operational data to the people and systems that manage workflows in smart buildings, data centers, industrial processes, smart cities and other aspects of business enterprises. With CPN running on VeeaHub products, the Niagara Framework benefits from the full range of wired and wireless networking solutions to connect to electro-mechanical systems onsite, while offering easier installation and maintenance as well as reliability afforded through network redundancy. The Veea Edge Platform enables building managers and property developers to experience more efficient deployments, higher speeds and lower latencies with more networking options, wide range of expansion options, less downtime, and significant cost savings, along with the simplicity of remote management and monitoring of IoT devices.

“We couldn’t ask for a better strategic partner in Latin America than Tecno Buildings, with their laser focus on smarter buildings and more sustainable construction,” said Allen Salmasi, chairman and CEO of Veea. “It’s exciting to see our Veea Edge Platform demonstrate the world’s first-ever transit system use case for Containerized Portable Niagara. Veea with CPN has the potential for enabling transformative solutions for a variety of edge use cases in all types of environments requiring reliable monitoring and control of the infrastructure with more options for network connectivity, onsite and remote management, streamlined predictive maintenance and improved energy consumption.

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