TECHNOLOGY DOMAINS

Advanced automation and control solutions designed for ships such as frigates, patrol vessels, and submarines. These systems provide real-time monitoring, control, and integration of key functions including propulsion, electrical systems, auxiliaries, machinery, and combat to enhance operational effectiveness, efficiency, safety, and decision-making.

Our naval platform technologies enable comprehensive ship management with integrated systems that optimize performance, reduce crew workload, and enhance mission capability across both defence and commercial maritime applications.

Modular Mission Systems or Vehicle Management Systems, are integrated software and hardware architectures designed for military ground vehicles such as tanks, armored fighting vehicles, and reconnaissance platforms. This enables real-time monitoring, control, and integration of vehicle subsystems including mechanical, electrical, electronics (vetronics), communications, weapons, and mission-specific modules to improve operational flexibility, reliability, and battlefield effectiveness.

Our land forces technologies provide comprehensive vehicle management with integrated systems that optimize performance, enhance battlefield awareness, and increase mission capability across both defence and commercial ground vehicle applications.

Sophisticated diagnostic and prognostic technologies through integrated sensors, data analytics, and software to monitor critical components such as engines, avionics, structures, and hydraulics in real-time, enabling predictive maintenance, fault detection, failure prevention, and optimized scheduling to enhance safety, operational availability, and cost reduction.

Our aircraft system technologies provide comprehensive aircraft health monitoring with integrated diagnostic systems that optimize performance, enhance safety, and reduce operational costs across both defense and commercial aviation applications.

As a leading domain, AI drives our systems approach by integrating predictive and autonomous capabilities into multi-domain networks. AI encompasses algorithms that enable machines to perform tasks requiring human-like intelligence, such as learning from data, reasoning, and decision-making.

Our AI technologies are grouped into distinct categories:

• Leading AI/ML Algorithms: Machine Learning (ML)/Deep Learning and Generative AI (GenAI)
• Supporting Autonomous Systems: Autonomous Swarms/AI-Enabled Devices
• Specialized Applications: Predictive Analytics/AI-Driven Cybersecurity

Supporting AI and quantum leads, our Cybersecurity domain ensures resilient multi-domain networks. Our technologies address emerging threats including quantum computing vulnerabilities, sophisticated cyber attacks, and supply chain risks.

Our cybersecurity technologies are organized into three key groups:

• Leading Encryption Models: Post-Quantum Cryptography and Zero-Trust Architecture
• Supporting Threat Tools: AI-Driven Cybersecurity and Wireless Intelligence
• Decentralized Security: Blockchain distributed ledger systems

SADG's Aerospace domain encompasses advanced air and space technologies including unmanned aerial vehicles, hypersonic systems, advanced air mobility solutions, space situational awareness, satellite constellations, launch vehicles, on-orbit servicing, and radar systems.

Our aerospace technologies enable enhanced surveillance, reconnaissance, communication, and transportation capabilities across both defence and commercial applications.

SADG's Advanced Materials domain focuses on developing next-generation materials with enhanced properties for specific applications. Our materials research spans lightweight composites, metamaterials, advanced semiconductors, graphene-based materials, and high-temperature ceramics.

SADG's Energy Technologies domain focuses on advanced power generation, storage, and distribution systems for both stationary and mobile applications. Our technologies include next-generation batteries, Edge microreactors, directed energy systems, and wireless power transmission.