25 Mac

🌍 WHY THE PHILIPPINES, THAILAND, AND VIETNAM ARE HIGHLY AFFECTED BY THE GLOBAL OIL CRISIS

Although the Philippines, Thailand, and Vietnam are not major oil producers, they are structurally vulnerable to global energy disruptions. The current instability around key maritime chokepoints—particularly the Strait of Hormuz—has exposed how deeply interconnected modern economies are with global energy flows.

These countries are not directly involved in geopolitical conflicts, yet they experience significant economic and social consequences due to their dependence on imported energy and global trade systems.

🛢️ 1. Structural Dependence on Imported Energy

🇵🇭 Philippines

Imports nearly 100% of its crude oil and refined petroleum products
Limited domestic refining capacity
Highly exposed to global price fluctuations

🇹🇭 Thailand

Has modest domestic production, but still heavily reliant on imports
Imports a significant portion of crude oil from the Middle East

🇻🇳 Vietnam

Produces some crude oil domestically
However:
- Domestic refining capacity is limited
- Rising demand exceeds local supply

👉 Core Issue: These countries are net energy importers, meaning they must purchase oil at global market prices regardless of geopolitical conditions.

🚢 2. Critical Dependence on Maritime Chokepoints

Oil shipments from the Middle East typically follow this route:

Persian Gulf → Strait of Hormuz → Indian Ocean → Strait of Malacca → Southeast Asia

Why this matters:

The Strait of Hormuz is the first and most critical bottleneck
Any disruption here affects the entire downstream supply chain

When tensions rise:

Ships may face delays or rerouting
Shipping companies may avoid high-risk zones
Transit times increase significantly

👉 This results in:

Supply uncertainty
Increased logistics costs
Reduced delivery efficiency

💰 3. Global Oil Pricing Mechanism and Risk Premium

Oil prices are determined globally through benchmarks such as:

Brent Crude
West Texas Intermediate (WTI)

Key Concept: Risk Premium

Even without an actual supply cut, prices rise due to:

Fear of disruption
Market speculation
Geopolitical uncertainty

👉 This means:

Countries like the Philippines, Thailand, and Vietnam pay higher prices immediately, even if supply is still flowing

⚡ 4. Energy-Intensive Economic Structures

🇵🇭 Philippines

Archipelagic geography (over 7,000 islands)
Heavy reliance on:
- Marine transport
- Aviation
Fuel costs directly impact connectivity and logistics

🇹🇭 Thailand

Industrialized economy:
- Automotive manufacturing
- Electronics production
High energy demand in factories and logistics

🇻🇳 Vietnam

Rapidly industrializing export economy
Major sectors:
- Textiles
- Electronics
- Manufacturing

👉 Rising oil prices lead to:

Increased production costs
Reduced competitiveness in global markets

📈 5. Inflation Transmission Mechanism

Oil price increases trigger a multi-layered inflationary effect:

Step-by-step impact:

Fuel prices increase
Transportation costs rise
Food and goods distribution becomes more expensive
Retail prices increase
Overall inflation rises

Real-world consequences:

Higher cost of living
Reduced purchasing power
Increased pressure on households

🏦 6. Fiscal Pressure and Currency Impact

Higher oil prices affect national economies in several ways:

📉 Trade Balance:

Import bills increase
Trade deficits widen

💱 Currency Pressure:

Higher demand for foreign currency (USD)
Local currencies may weaken

🏛️ Government Response:

Governments may:

Provide fuel subsidies
Implement price controls
Increase public spending

👉 This creates fiscal strain, especially for developing economies.

⚠️ 7. Exposure to External Shocks (High Vulnerability)

Unlike oil-producing countries, these nations:

Cannot control supply
Cannot influence global pricing
Cannot bypass key maritime routes

👉 They are classified as “price takers”, meaning:

They must accept global prices and conditions

🌐 8. Systemic Interdependence in a Globalized Economy

Modern economies operate within a tightly connected global system:

A disruption in one strategic chokepoint can trigger a chain reaction across continents.

In this context:

Strait of Hormuz = global energy gateway
Southeast Asia = major consumption and manufacturing hub

👉 Any instability creates:

Supply chain disruptions
Production slowdowns
Global economic ripple effects

🔥 9. Secondary Impacts: Social and Political Risks

Sustained oil price increases can lead to:

Public dissatisfaction due to rising living costs
Pressure on governments to intervene
Risk of protests or policy instability

This is particularly significant in developing economies where fuel prices directly affect daily life.

🧠 Strategic Analysis

The Philippines, Thailand, and Vietnam are not geopolitical actors in the conflict, but they are:

Highly energy-dependent economies
Deeply integrated into global trade networks
Lacking strategic control over energy routes

👉 As a result, they experience disproportionate economic impact relative to their political involvement.

💬 Conclusion

The oil crisis affecting Southeast Asia is not a regional issue—it is a direct consequence of global energy interdependence.

The Philippines, Thailand, and Vietnam are affected not because they are part of the conflict, but because they rely on:

Imported energy
Vulnerable maritime routes
A globally priced commodity system

In today’s world, energy security is no longer a local issue—it is a global vulnerability shared by all interconnected economies.

🌍 WHO CAN AND CANNOT PASS THROUGH THE STRAIT OF HORMUZ

⚠️ Key Reality: No Fixed “Approved Country List”

Contrary to viral claims circulating online, Iran has not officially published a fixed list of countries allowed or banned from transiting the Strait of Hormuz.

Instead, the current operational reality is more complex:

Transit is determined by political alignment, perceived hostility, and situational approval—not nationality alone.

Iran, primarily through its elite force, the Islamic Revolutionary Guard Corps (IRGC), now exercises selective and conditional control over maritime traffic.

🟢 Categories of Vessels More Likely to Be Allowed Transit

✅ 1. Neutral or Non-Hostile Countries

Countries that maintain relatively neutral or cooperative relations with Iran are generally less restricted.

Examples (based on recent patterns and reports):

China
India
Pakistan
Türkiye
Malaysia (generally viewed as neutral)
Bangladesh
Sri Lanka

Why are they allowed?

No direct involvement in sanctions or military pressure against Iran
Strong trade dependencies, especially in energy imports
Diplomatic balance between global powers

👉 These vessels are not “freely allowed” but are less likely to face obstruction.

✅ 2. Vessels That Obtain Clearance or Coordination

Many ships must:

Establish radio communication with Iranian authorities
Declare cargo, origin, and destination
Follow assigned navigation routes

In some reported cases:

Ships adjust routes based on instructions
Additional costs or “security arrangements” are involved

👉 This reflects a shift from free navigation to controlled passage.

✅ 3. Energy and Commercial Priority Vessels

Iran continues to allow certain oil and gas shipments to pass, especially when:

They are critical to global markets
They involve key trading partners

Reason:

Iran itself relies on maritime trade and cannot fully disrupt global energy flows without consequences.

🔴 Categories Facing Restrictions or High Risk

❌ 1. Countries Considered Hostile

The clearest restrictions apply to vessels linked to:

United States
Israel
Close military allies involved in pressure on Iran

Why restricted?

Ongoing geopolitical tensions
Economic sanctions against Iran
Military presence in the region

👉 These vessels may be:

Denied passage
Closely monitored
Subject to interception or warning

❌ 2. Military or Security-Linked Vessels

Ships associated with:

Naval operations
Military logistics
Intelligence or surveillance

👉 Are treated as potential threats and may be blocked or confronted.

❌ 3. “Suspicious” or Indirectly Linked Vessels

Even commercial ships can face restrictions if they are:

Owned, insured, or flagged by Western-linked entities
Suspected of supporting sanctioned activities

👉 These vessels may:

Be delayed
Be forced to reroute
Undergo inspection or intimidation

⚖️ From Free Passage to Strategic Control

🕰️ Before Escalation

The Strait of Hormuz functioned under international maritime norms
Ships enjoyed relatively free navigation

🚨 Current Situation (2026)

Iran exercises de facto control over transit conditions
Passage is conditional, monitored, and politically influenced

The IRGC now:

Communicates directly with vessels
Issues routing instructions
Determines access based on risk assessment

🧠 Understanding the Strategy: Control Without Closure

Iran has not completely blocked the strait. Instead, it has adopted a more calculated approach:

🎯 Strategic Objectives:

Maintain global oil flow (to avoid full-scale retaliation)
Exert pressure on adversaries
Strengthen bargaining power in international negotiations

👉 This approach allows Iran to:

Influence global markets
Avoid direct large-scale military confrontation

🌐 Why Countries Like Malaysia Are Less Affected

Malaysia is generally viewed as:

A non-aligned or neutral country
Not directly involved in sanctions or conflict
Maintaining diplomatic balance

👉 As a result:

Malaysian-linked vessels are less likely to be targeted
However, they are still subject to coordination and control measures

⚠️ Global Implications

💰 1. Energy Market Volatility

Since around 20% of global oil supply passes through this strait:

Any disruption immediately impacts oil prices
Markets react to perceived risk, not just actual blockades

🚢 2. Shipping and Insurance Costs Surge

War risk insurance premiums have increased significantly
Shipping companies must factor in:
- Security costs
- Delays
- Route adjustments

🌐 3. Rising Geopolitical Tension

Increased naval presence in the region
Higher risk of confrontation between major powers

⚓ 4. Risk of Maritime Incidents

Miscommunication
Aggressive maneuvers
Potential escalation into conflict

💬 Conclusion

The situation in the Strait of Hormuz today is not defined by a simple list of “allowed” or “banned” countries. Instead, it reflects a dynamic system of controlled access shaped by geopolitics, risk perception, and strategic interests.

Iran has effectively transformed the strait from a neutral international passage into a strategically managed gateway, where access is influenced by political alignment rather than purely maritime law.

In essence, the Strait of Hormuz is no longer just a shipping route—it is a powerful geopolitical tool capable of shaping global economic stability.

🌍 MAJOR STRAITS OF THE WORLD: STRATEGIC IMPORTANCE, ECONOMIC VALUE, AND GLOBAL IMPACT

🌊 Introduction: What is a Strait?

A strait is a naturally formed, narrow waterway that connects two larger bodies of water, such as seas or oceans, while separating two land masses. Despite their relatively small size on maps, straits are among the most critical components of global maritime infrastructure.

They serve as:

Key international shipping routes
Strategic military chokepoints
Economic lifelines for global trade

In today’s interconnected world, control or disruption of a major strait can have immediate and widespread consequences on global supply chains, energy security, and geopolitical stability.

🚢 List of Major Straits and Their Strategic Roles

1. Strait of Hormuz (Middle East)

The Strait of Hormuz connects the Persian Gulf to the Arabian Sea and is widely regarded as the most critical oil transit chokepoint in the world.

Key Functions:

Facilitates the export of crude oil and liquefied natural gas (LNG) from major producers such as Saudi Arabia, Iran, Iraq, Kuwait, and the UAE
Handles approximately 20% of global petroleum consumption

Strategic Importance:

Any disruption (conflict, blockade, or tension) can cause global oil prices to surge
Serves as a geopolitical leverage point, particularly for Iran

2. Strait of Malacca (Southeast Asia)

Located between Malaysia, Indonesia, and Singapore, the Strait of Malacca connects the Indian Ocean to the South China Sea.

Key Functions:

One of the busiest shipping lanes in the world
Primary route for trade between Asia, Europe, and the Middle East

Strategic Importance:

Shortest and most cost-efficient maritime route for global trade
Essential for the economies of China, Japan, and South Korea
Critical to Malaysia’s and Singapore’s port and logistics industries

3. Strait of Gibraltar (Europe–Africa)

This strait connects the Atlantic Ocean to the Mediterranean Sea and separates Spain from Morocco.

Key Functions:

Gateway for maritime traffic entering or leaving the Mediterranean
Vital for trade between Europe, Africa, and the Americas

Strategic Importance:

Strong military and naval presence due to its importance
Acts as a control point for migration and security between continents

4. Bosphorus Strait (Turkey)

The Bosphorus Strait runs through Istanbul and connects the Black Sea to the Sea of Marmara, eventually leading to the Mediterranean.

Key Functions:

Main export route for grain, oil, and goods from Black Sea countries such as Russia and Ukraine

Strategic Importance:

Divides Europe and Asia geographically
Controlled by Turkey, giving it significant geopolitical influence

5. Bering Strait (Russia–United States)

Located between Alaska and eastern Russia, this strait connects the Arctic Ocean with the Pacific Ocean.

Key Functions:

Potential future shipping route due to melting Arctic ice
Important for scientific research and climate studies

Strategic Importance:

Represents a strategic boundary between two global powers
Increasing importance as Arctic trade routes develop

6. Strait of Dover (United Kingdom–France)

The narrowest part of the English Channel, separating the UK from mainland Europe.

Key Functions:

One of the busiest maritime passages in Europe
Major route for ferries, cargo ships, and passenger travel

Strategic Importance:

Critical for UK–EU trade
High economic and logistical significance

7. Sunda Strait (Indonesia)

Located between the islands of Java and Sumatra.

Key Functions:

Alternative shipping route to the Strait of Malacca
Regional trade route within Indonesia

Strategic Importance:

Important for domestic logistics and maritime navigation
Proximity to volcanic activity (Krakatoa) adds environmental risk

8. Taiwan Strait (China–Taiwan)

Separates mainland China from Taiwan and connects the East China Sea to the South China Sea.

Key Functions:

Major route for global shipping, especially electronics and semiconductors

Strategic Importance:

High geopolitical tension area
Any conflict could disrupt global technology supply chains

🌟 Global Importance of Straits

1. Economic Lifelines of Global Trade

Straits significantly reduce travel distance and fuel costs for shipping. Without them, vessels would need to take longer alternative routes, increasing:

Transportation costs
Delivery times
Prices of goods worldwide

2. Energy Security

Many straits are vital for transporting oil and gas. Any disruption can lead to:

Immediate spikes in global energy prices
Supply shortages in dependent countries

3. Geopolitical Influence

Countries controlling or located near strategic straits often gain:

Political leverage
Economic advantages
Military strategic positions

These locations are often heavily monitored and protected.

4. Military and Security Importance

Straits act as chokepoints where naval forces can:

Monitor or restrict movement
Enforce blockades
Project power

This makes them critical in times of conflict.

5. Environmental and Navigational Significance

Due to heavy traffic, straits are also:

High-risk zones for maritime accidents
Sensitive ecological areas
Important for global environmental monitoring

⚠️ Challenges Facing Global Straits

Congestion and traffic density
Piracy (especially in Southeast Asia)
Political tensions and conflicts
Environmental hazards (oil spills, climate change)

💬 Conclusion

Straits are far more than simple geographic features—they are strategic arteries of the global economy. Their control and stability directly influence international trade, energy distribution, and geopolitical balance.

In a world increasingly dependent on maritime logistics, the importance of straits will only continue to grow. Ensuring their safety, accessibility, and neutrality remains a critical priority for the global community.

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“MALAYSIA: A GLOBAL BENCHMARK in ISLAMIC ASTRONOMY”

It is deeply disappointing.

Recently, a post by the media platform Free Malaysia Today (FMT) regarding the official announcement of Hari Raya was flooded with more than 279 laughing reactions, accompanied by a number of insensitive remarks. What is particularly disheartening is that many of these responses appeared to originate from individuals outside the Muslim community.

At a time when Muslims observe the process of moon sighting with solemnity, discipline, and respect for religious and scientific procedures, such reactions reflect a concerning lack of sensitivity towards the sovereignty of religious institutions and the integrity of scientific methodologies in Malaysia.

What may seem trivial or humorous to some is, in fact, a matter of structured knowledge, national credibility, and international recognition.

1️⃣ JAPAN: EVEN A TECHNOLOGICALLY ADVANCED NATION REFERENCES MALAYSIA

A closer look at an official notice issued by the Ruyat-e-Hilal Committee Japan reveals an important detail.

In their announcement, it was explicitly stated:

“…the Hilal of Shawwal has NOT been sighted anywhere in Japan and Malaysia.”

This is not a casual mention.

Japan—widely recognised as one of the world’s most technologically advanced nations—has, through its Islamic institutions, acknowledged Malaysia as a key reference point in astronomical and lunar observation matters.

Rather than relying solely on their countries of origin (such as Pakistan, Bangladesh, or Middle Eastern nations), Muslim communities in Japan demonstrate trust in Malaysia’s structured, centralised, and data-driven system.

2️⃣ EAST ASIA: MALAYSIA AS A REGIONAL ANCHOR

This pattern extends beyond Japan and can be observed across East Asia.

• Korea Muslim Federation (KMF)
Frequently aligns its Ramadan and Syawal announcements with Malaysia, recognising the country’s consistency, stability, and reliability in its methodology.

• Muslim communities in Shanghai and Taipei
In diverse urban centres where Muslims come from various national backgrounds, Malaysia’s decision is often adopted to maintain unity and avoid fragmentation within the community.

Malaysia, in this context, functions as a regional anchor—providing clarity in a space that could otherwise be divided by differing interpretations and practices.

3️⃣ WHY MALAYSIA—AND NOT THE MIDDLE EAST?

It is reasonable to ask why these communities do not simply follow announcements from countries such as Saudi Arabia.

• Geographical Relevance
Malaysia’s longitudinal and latitudinal position is significantly closer to East Asian countries such as Japan and Korea. From an astronomical perspective, lunar visibility data derived from Malaysia is more regionally applicable and scientifically relevant.

• Integrated Methodology (Rukyah & Hisab)
Malaysia adopts a hybrid approach that combines:

Physical moon sighting at multiple official locations
Precise astronomical calculations based on the Imkanur Rukyah criteria

This integration of empirical observation and scientific computation has earned recognition among international scholars and practitioners in the field.

CONCLUSION: A MATTER OF RESPECT, NOT HUMOUR

It is highly ironic that while communities in cities like Tokyo, Seoul, and Taipei attentively await Malaysia’s announcements out of respect for its scientific and religious credibility, some individuals within the country respond with ridicule.

Those 279 laughing reactions do not reflect insight or intelligence. Rather, they highlight a lack of understanding of Malaysia’s respected position in the global landscape of Islamic astronomy.

For Muslims, the determination of Hari Raya is not a trivial matter—it is a deeply significant act of worship rooted in both tradition and science.

If institutions in technologically advanced nations can acknowledge and respect Malaysia’s expertise, it is only reasonable that we, as members of the same society, demonstrate mutual respect for one another’s religious practices and knowledge systems.

Living together in a diverse nation requires more than tolerance—it requires awareness, restraint, and respect.

It would be unfortunate if those outside Malaysia recognise the value of what we have, while some within continue to diminish it through cynicism and insensitivity.

SELAT HORMUZ—LALUAN SEMPIT YANG MENYALURKAN HAMPIR SATU PERLIMA BEKALAN MINYAK DUNIA

kini bukan lagi sekadar perairan antarabangsa yang bebas dilalui. Ia telah berubah menjadi titik tekanan strategik yang dikawal secara tidak rasmi.

Laporan terkini daripada Financial Times bersama analisis pakar maritim mendedahkan satu realiti baharu: Iran, melalui pasukan elitnya Islamic Revolutionary Guard Corps (IRGC), didakwa telah mewujudkan sistem “kawalan laluan” yang berfungsi seperti kaunter tol di tengah laut.

Ini bukan lagi sekadar spekulasi atau percubaan tekanan politik. Ia telah menjadi satu mekanisme operasi yang nyata—dan memberi kesan langsung kepada industri perkapalan global.

1️⃣ MACAM MANA “TOL” NI BERFUNGSI?

Apa yang berlaku bukan sekadar sekatan biasa, tetapi satu sistem kawalan yang tersusun, senyap, dan sukar dibuktikan secara rasmi.

• Panggilan Radio Taktikal
Sebaik sahaja kapal tangki memasuki zon sensitif Selat Hormuz, mereka akan dihubungi melalui radio oleh pihak yang dipercayai daripada IRGC.
Arahan diberikan secara terus—laluan mana perlu diikuti, kelajuan, dan kadangkala amaran halus tentang “keselamatan”.

• “Lampu Hijau” Berbayar
Untuk mendapatkan jaminan laluan selamat, operator kapal didakwa perlu membuat bayaran tertentu.
Laporan menyebut sekurang-kurangnya satu kes pada Mac 2026 melibatkan bayaran sekitar US$2 juta (~RM9.5 juta) hanya untuk satu perjalanan tanpa gangguan.

• Transaksi Luar Sistem
Bagi mengelakkan sekatan antarabangsa, pembayaran tidak dibuat melalui bank konvensional.
Sebaliknya, kaedah alternatif digunakan seperti:

Mata wang kripto (contohnya Bitcoin)
Tunai fizikal
Barter (pertukaran minyak, barangan industri, atau logistik)

Ini menjadikan sistem ini sukar dikesan dan hampir mustahil dibuktikan secara undang-undang antarabangsa.

2️⃣ PILIHAN PAHIT: BAYAR ATAU TANGGUNG RISIKO

Syarikat perkapalan kini berada dalam dilema besar—bayar untuk selamat, atau ambil risiko yang jauh lebih mahal.

• Insurans Melonjak Gila
Zon Selat Hormuz kini diklasifikasikan sebagai kawasan berisiko tinggi.
Premium insurans meningkat mendadak sehingga RM17 juta – RM28 juta bagi satu perjalanan, bergantung kepada keadaan semasa.

• Ancaman Fizikal Nyata
Kapal yang enggan “berunding” berdepan risiko:

Dipintas oleh bot laju bersenjata
Dipaksa ubah haluan
Dalam kes ekstrem, berisiko ditembak atau dirampas

• Kesan Domino Kepada Dunia
Kos tambahan ini tidak berhenti di laut. Ia akan dipindahkan kepada:

Harga minyak global
Gas asli (LNG)
Baja dan kos makanan

Akhirnya, pengguna biasa—termasuk kita—secara tidak langsung menanggung kos ini setiap kali isi minyak atau beli barang asas.

3️⃣ TAKTIK “PILIH KASIH” YANG STRATEGIK

Iran tidak menutup terus Selat Hormuz kerana mereka juga bergantung kepada perdagangan.
Sebaliknya, mereka mengawal aliran secara selektif.

• Laluan Mudah Untuk Sekutu
Negara yang mempunyai hubungan baik atau perjanjian tidak rasmi—seperti India atau rakan dagang tertentu—mendapat laluan lebih lancar, kadangkala tanpa bayaran.

• Tekanan Kepada Blok Barat
Kapal yang dikaitkan dengan Amerika Syarikat, United Kingdom, atau Israel berdepan:

Caj lebih tinggi
Pemeriksaan lebih ketat
Risiko sekatan atau gangguan

Ini menjadikan Selat Hormuz bukan sekadar laluan ekonomi, tetapi alat geopolitik yang sangat berkuasa.

PENUTUP: “CEKIKAN SENYAP” EKONOMI GLOBAL

Apa yang berlaku ini boleh dianggap sebagai bentuk tekanan ekonomi tanpa peluru—
satu strategi di mana kawalan terhadap laluan kritikal digunakan untuk menjana keuntungan dan mempengaruhi kuasa global.

Iran tidak perlu melancarkan serangan besar-besaran.
Cukup dengan mengawal “pintu masuk” minyak dunia, mereka sudah mampu memberi kesan besar kepada ekonomi global.

Bayangkan:
Jika satu kapal membayar sekitar RM9.5 juta, dan 10 kapal sehari terpaksa akur—
jumlah yang dikutip boleh mencecah hampir RM100 juta sehari.

Selagi tiada penyelesaian diplomatik atau campur tangan antarabangsa yang efektif, sistem “tol laut” ini berpotensi menjadi norma baharu—
dan dunia akan terus membayar harga yang semakin tinggi, secara langsung atau tidak langsung.

13 Mac

COMPARATIVE OVERVIEW BETWEEN TWO MAJOR SOUTHEAST ASIAN NATIONAL OIL COMPANIES (NOCs): PETRONAS OF MALAYSIA AND PERTAMINA OF INDONESIA

Both organizations play crucial roles in their respective countries' economies, energy security, and global energy markets. The infographic highlights several key aspects: founding year, total assets, oil production, annual revenue, and operational focus. Below is a more detailed explanation and deeper analysis of each element shown in the poster.

Detailed Explanation of the Poster: PETRONAS vs PERTAMINA

1. Overview of National Oil Companies (NOCs)

National oil companies are government-owned corporations responsible for managing a country’s petroleum resources. Their responsibilities usually include:

Exploration of oil and natural gas reserves
Production and extraction of hydrocarbons
Refining crude oil into usable fuels
Distribution and marketing of petroleum products
Strategic management of national energy security

Both PETRONAS and PERTAMINA were created to ensure that their countries maintain control over their natural energy resources instead of leaving them entirely to foreign oil companies.

However, their development strategies and global positions differ significantly.

2. Founding Year and Historical Context

PETRONAS (Malaysia) – Founded in 1974

PETRONAS, officially known as Petroliam Nasional Berhad, was established in 1974 after Malaysia passed the Petroleum Development Act.

This law gave PETRONAS exclusive ownership and rights over Malaysia’s petroleum resources, including offshore oil and gas fields.

Key historical factors behind PETRONAS' creation:

Malaysia wanted to regain control over oil resources previously dominated by international oil companies.
The government aimed to ensure petroleum profits would contribute directly to national development.
PETRONAS was structured to operate with commercial independence, allowing it to compete globally.

Over the decades, PETRONAS transformed from a national energy manager into a global integrated oil and gas corporation.

PERTAMINA (Indonesia) – Founded in 1957

PERTAMINA (Perusahaan Pertambangan Minyak dan Gas Bumi Negara) was founded in 1957, making it significantly older than PETRONAS.

Indonesia had a long history of oil production dating back to the Dutch colonial period, when companies such as Royal Dutch Shell operated in the region.

After independence, the Indonesian government nationalized many oil operations and consolidated them into a national company.

However, Pertamina’s early history included challenges such as:

Political instability
Rapid expansion without financial control in the 1970s
Debt crises that required government restructuring

Despite these challenges, Pertamina remains a central pillar of Indonesia’s energy system.

3. Total Assets

PETRONAS

US$157 Billion in assets

Assets represent the total value of everything the company owns, including:

Oil and gas fields
LNG plants
Refineries
Offshore drilling infrastructure
Shipping fleets
International energy investments

PETRONAS has invested heavily in global upstream and downstream operations, including:

Canada (LNG Canada project)
Australia (large LNG facilities)
Brazil (deepwater exploration)
Turkmenistan (gas projects)
Middle East energy developments

These international investments significantly increased PETRONAS’ asset value.

PERTAMINA

US$85 Billion in assets

Although still very large, Pertamina's assets are smaller than PETRONAS. This difference is partly due to:

Less aggressive international expansion
Greater focus on domestic refining and fuel distribution
Declining domestic oil production in Indonesia

However, Pertamina still manages:

Numerous refineries
National fuel distribution networks
Large domestic oil and gas fields
Petrochemical facilities

4. Oil Production Capacity

PETRONAS

2.4 million barrels of oil equivalent per day

This figure includes both:

crude oil
natural gas production

PETRONAS operates in multiple international energy basins, which helps diversify production sources.

Major production regions include:

Malaysia offshore fields
Africa
Middle East
South America
Australia

Additionally, PETRONAS is one of the world’s leading exporters of liquefied natural gas (LNG).

Malaysia itself ranks among the largest LNG exporters globally.

PERTAMINA

0.8 million barrels per day

Indonesia used to be a major oil exporter and was once a member of OPEC.

However, several factors reduced production:

Mature oil fields
Limited discovery of new large reserves
Increasing domestic consumption

As a result, Indonesia has transitioned into a net oil importer, meaning it imports more oil than it produces.

This significantly affects Pertamina’s production figures.

5. Annual Revenue

PETRONAS

US$90 Billion per year

Revenue comes from multiple sources:

crude oil sales
natural gas exports
LNG trading
petrochemical products
international energy trading

PETRONAS is also one of the largest contributors to Malaysia’s government revenue, historically providing a significant portion of national income through dividends and taxes.

PERTAMINA

US$72 Billion per year

Pertamina generates large revenues primarily through:

fuel sales across Indonesia
refinery operations
domestic oil and gas production
shipping and distribution networks

Indonesia’s large population of over 270 million people creates enormous demand for gasoline, diesel, and other petroleum products.

This large domestic market supports Pertamina’s revenue even with lower oil production.

6. Operational Focus

PETRONAS – Global Expansion Strategy

The poster highlights that PETRONAS operates in more than 30 countries worldwide.

Its business model includes:

upstream exploration
LNG export
downstream petrochemical production
global energy trading

PETRONAS has positioned itself as a global energy multinational, competing with international oil companies.

One of its biggest achievements is becoming a global LNG leader.

PERTAMINA – Domestic Market Dominance

Pertamina’s strategy focuses on energy security for Indonesia.

Its key responsibilities include:

maintaining national fuel supply
managing thousands of gas stations (SPBU)
operating refineries across Indonesia
distributing fuel across an archipelago of over 17,000 islands

This logistical challenge is enormous and requires a vast infrastructure network.

7. Structural Differences in Strategy

PETRONAS Strategy

PETRONAS emphasizes:

international expansion
high-value energy exports
global investment diversification

This approach reduces reliance on domestic oil reserves and allows PETRONAS to generate revenue worldwide.

PERTAMINA Strategy

Pertamina focuses on:

national energy supply
domestic refining capacity
fuel distribution to support economic growth

This makes Pertamina more closely tied to Indonesia’s internal energy needs.

8. Strategic Significance for Their Countries

PETRONAS and Malaysia

PETRONAS plays a major role in:

funding government programs
supporting national development
strengthening Malaysia’s global energy presence

It also contributes to Malaysia’s reputation as a major LNG exporter.

PERTAMINA and Indonesia

Pertamina is essential for:

ensuring stable fuel supply
supporting Indonesia’s large transportation sector
maintaining national energy security

Given Indonesia’s massive population and geography, Pertamina’s logistics operations are among the most complex in the world.

Final Key Insight from the Poster

The infographic illustrates a key contrast:

PETRONAS

Younger company
More globally integrated
Higher production and assets

PERTAMINA

Older company
Focused on domestic energy supply
Large but less internationally diversified

Both companies are critical pillars of their national economies, but they represent two different models of national oil company development.

HOW CAN A COUNTRY THAT IS MILITARILY WEAKER IN CONVENTIONAL TERMS STILL DETER A SUPERPOWER AND MAKE IT THINK TWICE BEFORE INITIATING WAR?

In the past, Iran clearly understood the global balance of military power. Its leaders were fully aware that if a direct, conventional war were to occur, they would struggle to compete with Western powers, especially the United States. When comparing military strength in terms of advanced fighter jets, aircraft carriers, satellite surveillance, and cutting-edge missile defense systems, the technological gap between Iran and the United States — along with its allies — was extremely wide. The United States possesses one of the most powerful militaries in the world, supported by a massive defense budget, global military bases, and highly advanced research and development in defense technology.

If Iran had chosen to confront such a force using traditional methods of warfare — tank battles on land, dogfights between fighter jets in the air, or direct naval engagements between large fleets — the outcome would likely have been heavily unfavorable to Iran. The United States operates fleets of aircraft carriers capable of projecting power thousands of kilometers away from its own shores. These carriers alone can carry dozens of advanced fighter aircraft, supported by destroyers, cruisers, and submarines equipped with sophisticated missile systems.

Given this reality, Iran’s leadership had to confront an important strategic question: how can a country that is militarily weaker in conventional terms still deter a superpower and make it think twice before initiating war?

The answer began to take shape after the end of the Iran–Iraq War (1980–1988). That conflict, which lasted nearly eight years, was one of the longest and most devastating wars of the late twentieth century. Hundreds of thousands of people were killed, and both countries suffered enormous economic and infrastructural damage. The war served as a major lesson for Iran’s military planners. They realized that relying solely on traditional military structures and equipment would leave them vulnerable in any future confrontation with technologically superior adversaries.

As a result, Iran began to fundamentally rethink its military doctrine. Rather than attempting to match Western powers weapon-for-weapon, Iran gradually shifted toward a completely different strategic philosophy known as Asymmetric Warfare.

Asymmetric warfare is based on a simple but powerful principle: do not confront your opponent where they are strongest; instead, exploit the areas where they are vulnerable. This strategy is often adopted by smaller or less technologically advanced forces when facing much stronger opponents. By using unconventional tactics, mobility, and strategic creativity, a weaker power can significantly increase the cost and complexity of war for its adversary.

Over time, Iran developed several key pillars that form the foundation of this asymmetric strategy.

1. Economic Attrition: Forcing the Enemy to Spend More

One of Iran’s most important strategic ideas is to turn the economics of war against its adversaries.

Building advanced fighter jets, stealth aircraft, or large warships requires enormous financial investment, sophisticated industrial capacity, and access to advanced technologies. Instead of trying to compete directly in those areas, Iran focused heavily on producing ballistic missiles, cruise missiles, and large numbers of attack drones, particularly loitering munitions sometimes referred to as “kamikaze drones.”

These systems are relatively inexpensive compared to the sophisticated air-defense systems used to intercept them. For example, a single drone might cost tens of thousands of dollars, while the missile used to shoot it down could cost hundreds of thousands — or even millions — of dollars.

When launched in large numbers, these drones and missiles create a strategic dilemma for defenders. If they intercept every incoming threat, they may spend vast sums of money very quickly. If they fail to intercept them, the drones may damage infrastructure, military bases, or economic targets.

Over time, this approach can place significant financial and logistical pressure on technologically advanced militaries that rely on expensive defensive systems.

2. Building a Network of Regional Allies and Proxies

Another key element of Iran’s strategy is the development of relationships with armed groups and political movements across the Middle East.

Over several decades, Iran has cultivated ties with various organizations in countries such as Lebanon, Iraq, Syria, and Yemen. These groups may share ideological alignment, strategic interests, or political cooperation with Iran.

From a strategic perspective, this creates a multi-front environment. If a major conflict were to break out, Iran’s adversaries might not face a single battlefield. Instead, they could encounter simultaneous pressures in multiple locations across the region.

This situation forces opponents to divide their attention, resources, and military capabilities. Rather than concentrating their strength in one theater of war, they may need to respond to various threats occurring at different distances and in different environments.

Such a dynamic can significantly complicate military planning and increase the overall cost and difficulty of sustained military operations.

3. Strategic Geography: Control Near a Global Energy Chokepoint

Iran’s geographical position also plays a crucial role in its strategic calculations.

The country lies next to the Strait of Hormuz, one of the most critical maritime chokepoints in the world. A large percentage of global oil exports passes through this narrow waterway every day, making it vital to international energy markets.

Because so much of the world’s energy supply depends on safe passage through this strait, any disruption there could have immediate global consequences. Even the possibility of instability in the region can cause oil prices to rise sharply, affecting transportation, manufacturing, and the broader global economy.

This geographic reality gives Iran a significant form of strategic leverage. Any major conflict in the region could threaten the stability of this crucial shipping route, which in turn would create economic and political pressures far beyond the Middle East.

4. Swarm Tactics in Naval Warfare

When it comes to naval power, the United States is known for its large and technologically advanced fleet, including massive aircraft carriers that serve as floating airbases.

Iran, however, has chosen a different approach. Instead of attempting to build large warships comparable to those of major naval powers, Iran has invested in large numbers of small, fast attack boats equipped with missiles, torpedoes, or explosives.

In narrow and complex waterways such as the Persian Gulf, these small vessels can maneuver quickly and approach larger ships from multiple directions at once. This tactic is sometimes described as a “swarm attack”, where numerous smaller units converge simultaneously on a much larger target.

Although each individual boat may not be powerful on its own, the combined effect of many fast-moving attackers can create significant challenges for larger vessels. Coordinated attacks from multiple angles can overwhelm defensive systems and complicate a ship’s ability to respond effectively.

The Strategic Objective

Importantly, the ultimate objective of Iran’s strategy is not necessarily to defeat a superpower like the United States in a traditional battlefield victory.

Instead, the strategy is designed to ensure that any potential war becomes extremely costly, prolonged, and politically complicated for the opposing side. By increasing the economic burden, logistical challenges, and regional instability associated with war, Iran seeks to raise the overall price of military confrontation.

In strategic terms, this approach focuses on deterrence through difficulty. If the potential costs of war become too high — economically, militarily, and politically — decision-makers in opposing countries may conclude that the conflict is not worth pursuing.

In this sense, victory is not measured solely by battlefield success. Rather, it is achieved by creating conditions in which the opponent decides that continuing the conflict would be more damaging than avoiding it altogether.