Blue Cloud Softech Signs LoI with BlackDice for 5G Cybersecurity

Filed: November 7, 2025
Prepared by SC Content Desk

Filing Summary

Blue Cloud Softech Solutions Limited has signed a Letter of Intent with BlackDice Cyber Ltd to co-develop an AI-driven cybersecurity solution for 5G Fixed Wireless Access (FWA). The collaboration will integrate AI-based network protection into 5G hardware, aiming to enhance security for operators and residential users. The partnership will utilize BlackDice’s AI-driven cyber defense engine and Blue Cloud’s Edge-AI technology. The pilot phase will cover 10-15 sites in India, with a nationwide rollout planned. This initiative aligns with India’s digital security goals and the Aatma Nirbhar Bharat program.

Blue Cloud Softech Solutions Limited has entered into a Letter of Intent (LoI) with BlackDice Cyber Ltd to co-develop an AI-driven cybersecurity solution for 5G Fixed Wireless Access (FWA). This collaboration aims to integrate advanced AI-based network protection directly into 5G hardware and edge infrastructure, providing secure connectivity for operators and residential users. The initiative will establish a multi-layered security framework from perimeter defenses to endpoint protection within 5G Customer Premises Equipment (CPE) and Wi-Fi routers.

The financial terms of the agreement were not disclosed in the filing. However, the market for 5G Fixed Wireless Access (FWA) in India is projected to reach 30-35 million households and enterprises by 2028, representing a USD 8-10 billion service market. The collaboration aims to capture a significant share of the emerging 5G edge and endpoint security solutions market, projected to exceed USD 1.2 billion in India over the next five years.

The operational scope includes the integration of BlackDice’s proprietary AI-driven cyber defense engine, featuring real-time threat detection, intrusion prevention, and behavioral analytics, with Blue Cloud’s Edge-AI technology and private cloud orchestration framework. The combined platform will detect, isolate, and neutralize malware and phishing attacks directly at the network edge, protecting subscribers and critical infrastructure without compromising speed and latency.

The pilot phase, as outlined in the LoI, will cover 10-15 regional deployment sites across India. Following successful validation, the solutions will be rolled out nationwide through Blue Cloud’s service provider network. The timeline for the pilot phase and subsequent nationwide rollout was not specified in the filing.

Under the LoI, BlackDice Cyber Ltd will provide its AI-driven cyber defense engine, while Blue Cloud Softech Solutions Limited will integrate this technology across 5G CPE and Wi-Fi router platforms. The partnership aims to deliver zero-trust security from the network core to the user’s router, reinforcing the commitment to a safer digital environment.

The collaboration is strategically aligned with India’s vision of a digitally secure nation and supports the Government of India’s “Aatma Nirbhar Bharat” program. The joint initiative will enable Indian service providers to offer premium-grade “Secure 5G Broadband” services with built-in cyber protection and real-time threat visibility. The partnership also aims to establish a model for future AI-secured hardware manufacturing and cybersecurity exports.

BlackDice Cyber Ltd is a UK-based cybersecurity company specializing in AI-driven solutions that safeguard enterprise and consumer networks. The company utilizes sophisticated machine learning algorithms and federated intelligence to continuously analyze traffic and device behavior, enabling real-time threat detection and remediation across connected networks.

Blue Cloud Softech Solutions Limited, established in 1991, is a globally recognized provider of AI-driven enterprise, defense, and cybersecurity solutions. The company operates across multiple countries and focuses on AIoT, digital transformation, industrial automation, and edge computing, driving innovation through investments in AI-based systems and secure computing.