The seabed is becoming a new frontier of geopolitical competition.

Subsea cables, energy pipelines and critical underwater infrastructure underpin the global economy, yet much of this infrastructure remains difficult to monitor, defend and repair. As geopolitical tensions, maritime activity and contested waters intensify, the risk of disruption is no longer limited to conventional conflict.

Download the report to explore the emerging geopolitical risks facing Asia's seabed infrastructure, including the evolving threat landscape across the Baltic Sea, Red Sea, South China Sea and Strait of Hormuz, as well as the potential vulnerabilities emerging around the Strait of Malacca. Gain insight into the key risk factors shaping subsea security, from deliberate disruption and hybrid warfare to accidental damage, infrastructure concentration and limited underwater visibility — and understand why greater collaboration between defence, government, telecommunications, energy, maritime and technology stakeholders is becoming increasingly critical.

Discover where geopolitical pressure meets critical infrastructure — and what it means for the future of subsea security across Asia.

The maritime defense landscape of the Asia-Pacific in 2025 has evolved into a complex matrix of high-stakes deterrence, technological acceleration, and shifting alliances. Regional waters are now defined not only by traditional naval power projection, but also by cyber warfare, unmanned systems, and contested infrastructure such as undersea cables and energy corridors.  Emerging technologies—such as AI-powered ISR platforms, satellite-aided surveillance, and UAVs—are becoming central to defense modernization, while undersea infrastructure like communication cables and energy routes are increasingly targeted for disruption or protection.

Check out our latest updates on APAC's maritime defense strategies, technological innovations and scenarios to protect undersea cables and energy pipelines.

The maritime defense landscape in 2025 has rapidly evolved with the integration of advanced radar and optronic technologies. With increased geopolitical tensions, grey-zone tactics, and asymmetric threats such as UAVs and small boat intrusions, navies worldwide are adopting next-generation sensors and intelligent platforms. Radars in 2025 leverage AESA arrays, GaN technology, and machine learning algorithms for enhanced detection, clutter reduction, and multitarget tracking. Major players like HENSOLDT, Leonardo, Thales, and Elbit Systems are leading this shift. Notably, the move from traditional hardware-driven monitoring to software-defined and modular platforms has made modern systems more adaptive, agile, and scalable for evolving mission demands

Download the Sponsorship & Exhibition Guide

Position your organisation at the forefront of Critical Underwater Infrastructure Protection. Discover how Subsea Security & Defence 2027 connects you with senior defence leaders, government agencies, critical infrastructure owners and maritime technology innovators shaping the future of underwater security.

Inside the guide, you'll discover:

• Why APAC matters – The market drivers, geopolitical trends and investment opportunities shaping the underwater security landscape.
• Who you'll meet – Audience demographics, industry breakdown and key decision-makers attending the summit.
• 2026 event highlights – Attendee profile, participating organisations and regional representation.
• Sponsorship opportunities – Thought leadership, exhibition, branding and networking packages to maximise your visibility.
• Exclusive branding options – Premium sponsorships including Foundation Partner, Registration Sponsor, Lanyard Sponsor, Cocktail Reception Sponsor and more.
• Partnership solutions – Custom content marketing, exhibition and bespoke engagement opportunities tailored to your business objectives.
  

Download the Sponsorship & Exhibition Guide to explore how your organisation can engage with the region's leading platform for securing and protecting critical underwater infrastructure.