CyanConnode revolutionises smart metering with integrated, seamless communication

Growing demand for efficient, scalable and adaptive energy management solutions is leading to the evolution of the smart metering industry. As utilities worldwide transition to smarter grids, innovative technologies are reshaping how meters communicate, operate and integrate with broader systems. CyanConnode is at the forefront of this evolution, delivering cutting-edge communication solutions that enhance the reliability and cost-effectiveness of smart metering. Ajoy A Rajani from the company states that from In-meter Gateways and long-range RF modules to AI-powered cellular solutions and a Universal Head-End System (UHES), their innovations empower utilities to overcome challenges like interoperability and scalability, driving efficient energy management and enabling a sustainable energy future. Let us hear more from him.

How is CyanConnode advancing smart metering technology for efficient and adaptable energy management?

The smart metering sector is witnessing rapid advancements, driven by the need for greater efficiency, scalability and adaptability in energy management. As utilities worldwide embrace smarter grids, innovative technologies are reshaping how meters communicate, operate and integrate with broader systems. At CyanConnode, we are always working on cutting-edge solutions that enhance the reliability and cost-effectiveness of smart metering systems. Our efforts have resulted in several key innovations tailored to meet the diverse needs of utilities and ensure seamless energy management.

In-meter gateways are reshaping smart metering communications by integrating the communication system directly within the meter. These gateways dynamically adapt to network conditions, forming part of a mesh network to relay data to the nearest RF gateway or seamlessly switching to a cellular backhaul when a mesh connection is unavailable. This dual functionality ensures uninterrupted and reliable communication across diverse environments, including densely populated urban areas and remote locations. By reducing dependency on external devices, in-meter gateways lower hardware and maintenance costs while enhancing tamper resistance and data security, making them a critical innovation for utilities.

Moreover, long-range radio technology facilitates reliable communication over distances of up to 10 KM on a single link, making it ideal for rural and hard-to-reach areas. This capability reduces infrastructure costs while ensuring seamless connectivity across challenging terrains, enabling cost-effective and efficient smart metering deployments.

Additionally, AI-powered cellular solutions are advanced cellular modules equipped with dual-SIM technology and AI-based switching, which ensure continuous connectivity by selecting the strongest available network. These solutions also feature smart functionality, which maintains data integrity during network outages, significantly improving service levels and operational reliability.

Also, the Universal Head-End System (UHES) platform supports multiple communication technologies, including RF, cellular and PLC, within a unified interface. This versatility enables utilities to manage diverse meter types efficiently, streamline operations and scale their networks easily, reducing overall system complexity and costs.

With the rapid deployment of smart meters across various regions, how does CyanConnode address challenges related to interoperability and scalability in diverse utility environments?

CyanConnode addresses the challenges of interoperability and scalability in smart metering through its innovative and adaptable communication solutions. Built on open standards, our platforms ensure compatibility with various meter types, manufacturers and communication technologies, eliminating vendor lock-in and enabling seamless integration into existing Advanced Metering Infrastructure (AMI) and smart grid systems. This flexibility allows utilities to adopt and upgrade technologies without disrupting current operations. Our solutions are also designed for effortless scalability, whether for small pilot projects or large-scale deployments spanning millions of meters. The mesh architecture of the Omnimesh platform dynamically adjusts as new meters are added, maintaining optimal network performance. At the same time, features like long-range RF technology ensure reliable communication across challenging terrains. Additionally, in-meter gateways and UHES simplify network expansion and management, ensuring utilities can efficiently scale to meet growing demand. CyanConnode’s future-ready solutions empower utilities to overcome these challenges, driving efficient and sustainable energy management.

Could you share insights into the upcoming innovations or projects CyanConnode is working on, particularly in emerging markets or under government-led smart grid initiatives?

CyanConnode continues to work on cutting-edge projects and innovations aligned with emerging markets and government-led smart grid initiatives. Our focus remains on deploying scalable and reliable communication solutions, including in-meter gateways, long-range radio, AI-powered cellular solutions, UHES, etc., which simplify integration and enhance operational efficiency. These advancements, detailed above, are pivotal for large-scale deployments in India. CyanConnode’s tailored solutions empower utilities to meet the unique demands of diverse markets while driving energy efficiency and sustainability.

How can the budget accelerate India’s smart metering growth through technology, policy and incentives?

This year’s budget has the potential to play a transformative role in advancing the energy and smart metering ecosystem of the country. We expect continued emphasis on smart grid modernisation with further allocations for the Revamped Distribution Sector Scheme (RDSS) to accelerate smart meter deployments and reduce Aggregate Technical and Commercial (AT&C) losses. This funding will empower utilities to adopt advanced technologies, improving efficiency and revenue collection.

Incentives or tax breaks for renewable energy integration and energy-efficient technologies could further drive the adoption of net-metering systems and demand-side management tools, indirectly supporting the growth of smart metering solutions.

Additionally, policy support for local manufacturing under the ‘Make in India’ initiative, particularly in chip manufacturing, can significantly impact the smart metering ecosystem. Chips are critical components for RF modules and gateways, and their local production will reduce reliance on imports, stabilise supply chains, lower costs, and enhance deployment efficiency.

Addressing these aspects, the budget can significantly enhance the scalability and reliability of the smart metering ecosystem in India, and CyanConnode is ready to support this transformation with its cutting-edge communication solutions.

How do you see ELECRAMA 25’ and what are your plans for this mega event?

At ELECRAMA 2025, CyanConnode plans to showcase its cutting-edge communication solutions which are driving the evolution of smart metering and smart grid landscape of India. Our exhibit will highlight the latest innovations, including long-range RF technology, in-meter gateways, etc., demonstrating how these technologies enhance reliability, scalability and cost-effectiveness in smart energy systems.

Through live demonstrations and interactive displays, we aim to illustrate why CyanConnode is the preferred partner for achieving the nation’s smart metering and grid modernisation goals. Our solutions are designed to address the unique challenges of the country’s diverse terrains while aligning with the government’s focus on energy efficiency, sustainability and digital transformation. ELECRAMA 2025 will serve as a platform to engage with stakeholders, share our vision and reaffirm our commitment to supporting India’s future energy.