- Deloitte launched a live cyber-threat simulation lab to test security across connected ecosystems.
- The facility enables organisations to validate cyber-defence strategies without affecting live operations.
The Deloitte India ConnectSafe cyber security facility was unveiled on March 10, 2026 as a specialised environment designed to simulate complex cyber-threat scenarios across modern connected ecosystems. The 4,500 sq ft facility allows organisations to safely test, validate, and strengthen their security controls across automotive, MedTech, industrial, and consumer technology platforms without disrupting real-world operations.
Cyber-Threat Simulation for Connected Infrastructure
The facility addresses rising risks associated with connected and operational technologies. As IoT adoption, Industry 4.0 deployments, and digital public infrastructure expand across India, organisations face an increasing attack surface across devices, networks, and cloud environments.
The simulation environment enables security teams to replicate attacks targeting legacy operational technology systems and critical infrastructure sectors such as power, water utilities, aviation, railways, and public services. By modelling real-world threat scenarios, organisations can test defensive strategies and refine incident response mechanisms.
End-to-End Security Across Connected Systems
The lab focuses on comprehensive protection across the entire connected ecosystem, including devices, sensors, gateways, applications, networks, cloud platforms, and physical system interfaces. The initiative from Deloitte India aims to help enterprises detect vulnerabilities before they impact production environments.
Automotive, IoT and Software-Defined Vehicle Security
ConnectSafe includes specialised capabilities such as OT-SOC and V-SOC operations for real-time monitoring, detection, and containment of cyber threats affecting IoT and operational technology networks. The facility also supports security validation for OTA and FOTA software updates, software-defined vehicle architectures, and advanced automotive systems.
Additional areas of focus include MedTech device protection, quantum-safe security approaches, and interactive experience zones that demonstrate how cyber breaches occur. These environments allow organisations to experiment with detection models and develop advanced prevention strategies for emerging connected-system threats.
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