IMC 2023: Tata Elxsi unveils Neuron AI Platform for cloud-native networks & 5G innovations across industries
Tata Elxsi's Neuron Autonomous Network Platform brings together the principles of DevOps and the power of AI and machine learning (ML) to construct cutting-edge cloud-native networks.

Highlights
- Tata Elxsi's NEURON Autonomous Network Platform enables operators to create intent-driven networks for 4G/5G networks
- Neuron leverages AI/ML & DevOps principles to construct autonomous cloud-native networks
- The platform consists of two key components: the Neuron Telco Cloud & Neuron Dark NOC
The Indian Mobile Congress (IMC) 2023, one of Asia's biggest gatherings for telecom, media, and technology, was inaugurated by Prime Minister Modi on 27 October 2023. The event brought together thousands of industry experts and innovators, showcasing groundbreaking technologies and ideas across various sectors. One of the highlights of the event was Tata Elxsi's remarkable contribution to the telecommunications industry.
Tata Elxsi's revolutionary AI solution
Tata Elxsi, a global leader in design and technology services, unveiled a game-changing innovation at the IMC 2023. Their Neuron Autonomous Network Platform is set to transform the world of telecommunications. This revolutionary solution is designed to power and manage the largest and most advanced 4G/5G and fixed networks globally, making it easier for operators to create intent-driven networks.
Power of AI
Tata Elxsi's Neuron Autonomous Network Platform consists of two key components: the Neuron Telco Cloud and the Neuron Dark NOC. These elements bring together the principles of DevOps (accelerate software delivery) and the power of AI and machine learning (ML) to construct cutting-edge cloud-native networks. Neuron Telco Cloud focuses on streamlining the management of network elements, while Neuron Dark NOC is all about automating network operations.
Use case of Tata Elxi’s innovation
This groundbreaking platform has already seen global deployment in multiple data centers, serving millions of subscribers with over 10,000 virtual network functions (VNFs) and cloud-native functions (CNFs).
What's impressive is that it seamlessly integrates with existing IT systems, legacy systems, and Operational Support Systems/Business Support Systems (OSS/BSS), all while ensuring secure domain-isolated networks. This transformation is multi-domain and multi-cloud, making it open, easy to manage, and significantly reducing operational costs.
Customised solutions
Tata Elxsi understands that each operator has unique needs and infrastructure requirements. That's why they offer tailor-made solutions that address specific pain points and ensure optimal performance across network architecture and existing systems.
The Vision and impact
According to R. Rajagopalan, CTO at Tata Elxsi, the Neuron Autonomous Network Platform is a significant milestone in the telecom industry. It aligns with Tata Elxsi's vision of driving innovation and shaping the future of connectivity. The platform empowers operators to deploy and manage large 4G/5G networks more efficiently, reduce operational costs, and deliver high-quality services to their customers at a faster pace.
Beyond telecom
Tata Elxsi's Neuron doesn't stop at telecom. It supports operators in private 5G deployments, enabling the delivery of use cases across various industries, such as connected vehicles, healthcare, smart cities, and factories. By collaborating with open-source and standardisation organisations, Tata Elxsi aims to enhance the convergence of IT and networking, promoting innovation and seamless integration.
Innovation & collaboration
Ramesh Ramanathan, Principal Architect at Tata Elxsi, and OSM TSC member ETSI Rapporteur, emphasised the importance of innovation and collaboration.
He stated that the Tata Elxsi partners with leading vendors to develop standardised testing approaches, empowering operators to embrace cloud-friendly practices and explore new avenues for revenue generation. This commitment to innovation and partnership is the driving force behind the Neuron Autonomous Network Platform.