Where will the CBRNe Summit Asia 2026 be held?

The summit will take place in Bangkok, THA.

What is the duration of the CBRNe Summit Asia 2026?

The summit is scheduled for three days.

Who is the primary audience for this summit?

The summit is designed for military, government, and industry leaders involved in CBRNe defense and response.

CBRNe Summit Asia 2026

Name: CBRNe Summit Asia 2026
Start: 2026-12-01T00:00:00Z
End: 2026-12-03T00:00:00Z
Location: Bangkok

Dec 1–3, 2026Bangkok, ThailandIn-person

Registration open

The CBRNe Summit Asia 2026, held in Bangkok, THA, brings together military, government, and industry leaders to address the evolving threats of chemical, biological, radiological, nuclear, and explosive incidents. This gathering provides a critical platform for sharing strategies, technologies, and best practices in detection, protection, and response. Participants will engage in discussions aimed at enhancing regional and international cooperation to mitigate the impact of such events.

Committees & topics

Topics
Chemical, Biological, Radiological, Nuclear, and Explosive (CBRNe) Threats · CBRN Risk Analysis and Management · CBRN Training and Consultation · CBRNE: Integrated Response to Unconventional Threats · Security and Defense in the CBRNe Domain

Why it matters

The proliferation of CBRNe threats, whether from state actors, non-state groups, or accidental releases, poses a significant and complex challenge to global security. Events like the CBRNe Summit Asia are crucial for fostering a collective defense against these dangers, especially in a region as diverse and strategically important as Asia. The summit's focus on practical solutions and inter-agency collaboration is vital for developing robust preparedness and response mechanisms.

Effective CBRNe defense requires a multi-faceted approach, encompassing intelligence sharing, advanced technological solutions, and coordinated emergency response protocols. The insights gained and connections made at this summit can directly contribute to strengthening national and regional capacities to prevent, detect, and respond to CBRNe incidents, thereby safeguarding populations and critical infrastructure. The emphasis on collaboration underscores the understanding that no single nation can effectively tackle these threats in isolation.

How to prepare

Delegates preparing for the CBRNe Summit Asia should focus on understanding the current threat landscape, particularly as it pertains to the Asian region. Research into recent CBRNe incidents, emerging technologies for detection and decontamination, and international cooperation frameworks will be beneficial. Familiarity with the specific challenges faced by countries in the region, such as border security and public health infrastructure, will also enhance participation.

To maximize engagement, participants could consider applying principles of What Is Stakeholder Mapping? and Dynamic Analysis to identify key players and potential areas for collaboration before attending. Understanding the diverse perspectives of military, government, and industry representatives will be key to effective dialogue. Preparing specific questions or proposals related to enhancing regional CBRNe resilience, perhaps drawing on lessons from other international security forums, would also be advantageous.

Country perspectives

Where the most-relevant 4 countries stand on the core issues in play. Click through for the full country profile.

Thailand

Host nation with a vested interest in regional security and capacity building against CBRNe threats.

Role in topic

As the host nation, THA plays a central role in facilitating regional dialogue and cooperation on CBRNe defense. Its geographical position makes it a critical partner in addressing transnational threats and coordinating responses across Southeast Asia. THA's participation highlights its commitment to strengthening national preparedness and contributing to regional stability.

United States

Major global actor providing expertise, technology, and support for CBRNe defense initiatives.

Role in topic

The USA is a significant contributor to global CBRNe defense efforts, offering advanced technologies, training, and strategic partnerships. Its involvement in the summit underscores its commitment to international security and its role in assisting allies and partners in building robust CBRNe capabilities. The USA often advocates for multilateral approaches to threat reduction and non-proliferation.

China

Key regional power with growing capabilities and interests in CBRNe security and non-proliferation.

Role in topic

CHN's participation in CBRNe discussions is crucial given its status as a major regional and global power. Its evolving military and scientific capabilities, alongside its strategic interests in regional stability, make its engagement vital for any comprehensive CBRNe defense strategy in Asia. CHN's perspective on non-proliferation and emergency response protocols will be a significant aspect of the discussions.

India

Significant regional player with increasing focus on national security and CBRNe preparedness.

Role in topic

IND faces unique CBRNe challenges due to its large population and strategic location. Its participation in the summit reflects its growing emphasis on national security and the development of robust CBRNe defense and response mechanisms. IND's experience in managing large-scale emergencies and its scientific expertise can offer valuable insights to regional partners.

Topics & background

The background behind each topic and the actors that shape it.

Chemical, Biological, Radiological, Nuclear, and Explosive (CBRNe) Threats

The modern CBRNe threat landscape evolved out of twentieth-century arms races and the recognition that weapons of mass destruction required dedicated international regimes. The Biological Weapons Convention (1972), Chemical Weapons Convention (1993), the Treaty on the Non-Proliferation of Nuclear Weapons (1968), and UN Security Council Resolution 1540 (2004) together form the legal backbone constraining state and non-state access to these materials. Asia has been a particular focus: North Korea's nuclear and missile programs, the 1995 Tokyo subway sarin attack by Aum Shinrikyo, the 2017 VX assassination of Kim Jong-nam in Malaysia, and the COVID-19 pandemic each demonstrated the spectrum of CBRNe risk from state arsenals to terrorist misuse to naturally occurring pathogens with dual-use research implications. Today the threat picture is widening rather than narrowing. The OPCW has documented chemical weapons use in Syria; Russia's invasion of Ukraine has revived fears around the Zaporizhzhia nuclear plant and tactical nuclear signalling; advances in synthetic biology, AI-assisted drug discovery, and commercial drones lower technical barriers to weaponization; and improvised explosive devices remain the dominant battlefield killer across South and Southeast Asia. The Indo-Pacific is also home to dense urban populations, expanding civil nuclear programs, and contested maritime trade routes carrying dual-use precursors. The core dispute is how to harden response capacity and interdiction without choking legitimate science, medicine, and energy use. Verification gaps in the BWC, attribution challenges for radiological dispersal devices, and uneven national implementation of UNSCR 1540 remain the principal unresolved issues.

Key players

CBRN Risk Analysis and Management

CBRN risk management as a structured discipline emerged after the Cold War, when planners recognized that low-probability, high-consequence events required different analytical tools than conventional security threats. Frameworks such as the EU CBRN Action Plan (2009), the EU CBRN Centres of Excellence initiative covering partner states across Asia, the IAEA's Incident and Emergency Centre, and the WHO's Health Emergencies Programme institutionalized risk assessment methodologies built on hazard identification, vulnerability mapping, and consequence modeling. The 2011 Fukushima Daiichi accident was a watershed, exposing how cascading natural and technological hazards can overwhelm even highly prepared states and prompting the IAEA Action Plan on Nuclear Safety. The COVID-19 pandemic then forced a re-evaluation of biological risk governance, revealing chronic underinvestment in surveillance, stockpiles, and surge capacity. In parallel, ransomware attacks on hospitals, chemical plants, and water utilities have blurred the line between cyber and CBRN risk, while climate change is shifting the geography of zoonotic spillover and complicating storage of legacy chemical and radiological materials. Asian states have invested heavily in national CBRN coordination bodies, but capacity remains uneven, particularly across Southeast Asia and the Pacific. The central policy debate is how to allocate scarce resources across an expanding risk register: whether to prioritize deterrence and interdiction, resilience and continuity-of-operations, or public health and decontamination capacity. Standardizing risk metrics, sharing threat intelligence across jurisdictions, and integrating private-sector operators of critical infrastructure are the contested operational questions.

Key players

CBRN Training and Consultation

Specialized CBRN training grew out of Cold War civil-defence programs and matured into a distinct professional field after the 1995 Tokyo sarin attack and the 2001 anthrax letters in the United States, which exposed how poorly first responders were equipped to identify and decontaminate unconventional hazards. NATO's CBRN Defence Centre of Excellence in the Czech Republic, the OPCW's Assistance and Protection programmes under Article X of the Chemical Weapons Convention, and the IAEA's training networks established curricula for detection, personal protective equipment, sampling, and consequence management that have since been adopted by national militaries, fire services, and public health agencies worldwide. In Asia the training landscape is fragmented. Japan, South Korea, Singapore, and Australia operate sophisticated programs; many other states rely on bilateral assistance from the United States, the European Union's CBRN Centres of Excellence, or Chinese and Russian providers. The Syrian conflict's repeated chemical attacks, evolving terrorist tactics, and pandemic response failures have all sharpened demand for interoperable, scenario-based exercises that integrate medical, law-enforcement, and military responders. Consultancy markets have expanded, but quality assurance and accreditation remain inconsistent. The principal debate centres on standardization and access: whether training norms should be set through treaty bodies such as the OPCW and IAEA, through regional organizations like ASEAN, or through commercial and bilateral channels. Concerns about dual-use knowledge transfer, export controls on detection equipment, and equitable capacity-building for lower-income states complicate every proposal.

Key players

CBRNE: Integrated Response to Unconventional Threats

The 'E' in CBRNE — explosives — was added to the traditional CBRN framework in the early 2000s as counter-terrorism agencies recognized that improvised explosive devices, vehicle-borne IEDs, and radiological dispersal devices ("dirty bombs") were the most likely vectors for non-state actors to deploy unconventional materials. The wars in Iraq and Afghanistan, the Bali bombings of 2002, the Mumbai attacks of 2008, and sustained insurgencies in the southern Philippines and southern Thailand established Asia as a critical theatre for combined explosive and unconventional-materials threats. UN Security Council resolutions 1373 and 2370 and the Global Counterterrorism Forum's good practices on IEDs frame the international response. Integrating CBRN and explosives response is operationally demanding. Bomb-disposal technicians, hazardous-materials teams, forensic investigators, and intelligence services have historically operated in separate silos with different equipment standards, command structures, and legal authorities. Recent incidents — from drone-delivered payloads in the Middle East to attempted radiological smuggling in Eastern Europe and Central Asia — have reinforced the case for unified CBRNE doctrines, joint exercises, and shared evidence-handling protocols that preserve attribution while protecting responders. The contested questions are jurisdictional and technological: how to coordinate civilian and military responders at a contaminated blast scene, how to regulate commercial drones and 3D-printed components, and how to manage the growing risk that AI-enabled targeting could couple precision explosives with CBRN payloads. Information-sharing across borders remains uneven and politically sensitive.

Key players

Security and Defense in the CBRNe Domain

The security and defense dimension of CBRNe sits at the intersection of arms control, military doctrine, and homeland security. Throughout the Cold War, deterrence and arms-limitation treaties — the NPT, the Biological Weapons Convention, the Chemical Weapons Convention, and bilateral US-Soviet/Russian agreements — defined the field. The post-9/11 era added counter-proliferation, counter-terrorism, and consequence management as co-equal pillars, embodied in the Proliferation Security Initiative (2003), UNSCR 1540, and a wave of national CBRN defense commands. The Indo-Pacific has become the most strategically dynamic CBRNe theatre. North Korea's nuclear and missile testing, Chinese nuclear-arsenal expansion, AUKUS-related debates over naval nuclear propulsion safeguards, and India-Pakistan deterrence dynamics all shape regional defense planning. Russia's war in Ukraine has normalized nuclear rhetoric, while the erosion of New START and stalled progress on a Korean Peninsula denuclearization framework have weakened the broader arms-control architecture. Simultaneously, militaries are integrating CBRN defense with cyber, space, and unmanned systems, recognizing that future conflicts may blur conventional and unconventional thresholds. The defining policy questions are how to maintain deterrence credibility without lowering the threshold for use, how to protect armed forces and civilian populations against adversary CBRN capabilities, and how to preserve cooperative threat-reduction programs amid great-power rivalry. Export controls, attribution mechanisms, and alliance-level interoperability are the operational fronts.

Key players

Resources

News, lessons, and country profiles to prep for CBRNe Summit Asia 2026.

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Lessons

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Hidden Stakeholders

Dynamic Analysis

Engagement Strategies

Stakeholder Mapping Workshop

Courses

Guided courses that go deeper on the topic

Crisis Management

Advanced Negotiation

Multilateral Negotiation

Policy Brief Writing

The states in play, with the data that shapes their stance

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

Country dossier

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Country dossier

Thailand December 2026

By committee

Frequently asked questions

CBRNe Summit Asia 2026

Dec 1–3, 2026Bangkok, ThailandIn-person

Registration open

Committees & topics

Topics
Chemical, Biological, Radiological, Nuclear, and Explosive (CBRNe) Threats · CBRN Risk Analysis and Management · CBRN Training and Consultation · CBRNE: Integrated Response to Unconventional Threats · Security and Defense in the CBRNe Domain

Why it matters

How to prepare

Country perspectives

Where the most-relevant 4 countries stand on the core issues in play. Click through for the full country profile.

Thailand

Host nation with a vested interest in regional security and capacity building against CBRNe threats.

Role in topic

United States

Major global actor providing expertise, technology, and support for CBRNe defense initiatives.

Role in topic

China

Key regional power with growing capabilities and interests in CBRNe security and non-proliferation.

Role in topic

India

Significant regional player with increasing focus on national security and CBRNe preparedness.

Role in topic

Topics & background

The background behind each topic and the actors that shape it.