A Nation’s Moment
The global artificial intelligence landscape is at an inflection point, and so is the Philippines’ opportunity within it.
This White Paper speaks to Filipino lawmakers, cabinet secretaries, business leaders, multilateral development partners, and international investors who together hold the keys to one of the most consequential economic opportunities the Republic of the Philippines has ever been positioned to seize.
Across the world, AI companies are facing a new kind of existential pressure: the demand by powerful governments that these companies surrender their most valuable intellectual assets in the name of national security. What was once theoretical is now unfolding in real time.
On February 27, 2026, President Trump directed all U.S. federal agencies to cease doing business with Anthropic, one of the world’s leading AI companies. Defense Secretary Pete Hegseth designated Anthropic a “supply chain risk” after the company refused to remove its internal safety guardrails and allow unrestricted military use of its Claude AI system. The Pentagon had given Anthropic a deadline to comply or lose its $200 million defense contract. When Anthropic held firm on its two core principles (opposing fully autonomous weapons and mass surveillance of American citizens), the government escalated to an outright ban.
Even OpenAI’s CEO Sam Altman publicly affirmed that his company holds the same principles, telling staff that “this is no longer just an issue between Anthropic and the DoW; this is an issue for the whole industry.” Pentagon officials had also threatened to invoke the Defense Production Act, a Cold War era law, to compel Anthropic to serve the military on government terms, a move legal experts called “without precedent under the history of the DPA.”
Sources: CNN, NPR, CNBC, TechCrunch, Federal News Network, DefenseScoop · February 27–28, 2026
This is no longer a hypothetical risk for boards of directors and venture capital backers to debate in the abstract. It is happening now. The pressure has triggered a global search for a jurisdiction that combines democratic rule of law, economic competitiveness, energy reliability, and a credible legal commitment to investor protection.
The Philippines is that jurisdiction. Not by accident, but because our constitution, our institutions, our geography, our people, and our natural resources have conspired to make us uniquely qualified for this moment. Situated directly on the Pacific Ring of Fire, the Philippines possesses what no other competing jurisdiction can claim: a source of virtually infinite, carbon free baseload energy from deep geothermal heat, now accessible through breakthrough Enhanced Geothermal Systems (EGS) and Advanced Geothermal Systems (AGS) technologies. This is not a distant promise. It is a deployable reality that fundamentally transforms the energy economics of AI infrastructure.
What we require now is the political will to act, and the unity of purpose among government, legislature, and the private sector to move with the speed and seriousness this opportunity demands.
Mabuhay ang Pilipinas.
Table of Contents
- Executive Summary
- The Global Context: Why This Moment Is Critical
- The Philippine Advantage: A Six Pillar Case
- Legal Framework: The AI Technology Sanctuary Architecture
- Energy Strategy Deep Dive: The Zero Carbon Endgame
- AI Special Economic Zone Development Plan
- Multilateral and Development Finance Engagement
- Implementation Roadmap
- Risk Analysis and Mitigation
- Call to Action
Executive Summary
The Philippines stands at the intersection of four global megatrends: the exponential growth of AI infrastructure demand, the geopolitical fragmentation of technology sovereignty, the global transition to cleaner baseload energy, and the breakthrough in next generation geothermal systems that unlocks virtually infinite carbon free power from the Earth’s heat.
The Philippines AI Sovereign Hub Initiative (PASHI), prepared by DM-XTech as part of its Climate Change Mitigation Project, proposes to:
1. Enact the AI Technology Sanctuary and Investor Protection Act, legislation that would prohibit compelled disclosure of AI intellectual property and establish an independent AI Investor Tribunal.
2. Designate and develop AI Special Economic Zones in Clark, Laguna, Batangas, and Palawan, purpose built for AI data center and research operations.
3. Establish a dedicated AI Energy Infrastructure Program anchored by next generation geothermal power, including Enhanced Geothermal Systems (EGS) and Advanced Geothermal Systems (AGS), providing virtually infinite, zero carbon baseload electricity, complemented by a Malampaya Gas to Power bridge facility, solar, and wind capacity.
4. Create a comprehensive fiscal incentive package under the CREATE Act, offering 5% effective corporate income tax, extended Income Tax Holidays, and duty free equipment importation.
5. Launch an international AI Investment Diplomacy campaign targeting the world’s leading AI companies through Philippine embassies, bilateral engagements, and multilateral partnerships including the Asian Development Bank.
6. Leverage the Philippines’ multi agency AI governance ecosystem, led by NEDA, DOST, and DICT, to provide a robust, whole of government institutional framework for AI investment.
| Metric | Estimate / Target |
|---|---|
| Total Investment Target (10 yr) | USD 20 to 50 Billion |
| Direct Jobs Created | 50,000 to 80,000 (high skilled) |
| Indirect Employment | 180,000 to 250,000 |
| GDP Contribution (est.) | PHP 2 to 4 Trillion over 10 years |
| Power Demand (at scale) | 2,000 to 5,000 MW dedicated AI load |
| EGS/AGS Geothermal Target | 2,000 to 5,000+ MW (scalable to demand) |
| Malampaya Gas Bridge Output | 500 to 1,200 MW (Phase 1) |
| Target AI Companies (first wave) | 12 to 15 global AI leaders |
| ADB Financing Target | USD 2 to 3 Billion (green infrastructure) |
The Global Context: Why This Moment Is Critical
The AI Infrastructure Explosion
Artificial intelligence has ceased to be a niche technology. It is now the foundational infrastructure of the 21st century economy, comparable in systemic importance to electricity or telecommunications. Global investment in AI infrastructure (data centers, compute clusters, networking, and power systems) is projected to exceed USD 500 billion by 2030. Hyperscalers and frontier AI labs are racing to build massive GPU clusters that require hundreds of megawatts of dedicated power, vast physical footprints, and unprecedented levels of network connectivity.
This infrastructure must be built somewhere. The question of where is no longer purely a business decision; it has become a geopolitical one. And critically, the energy question has become the defining constraint. AI data centers rank among the most power intensive facilities ever constructed, and the industry’s commitment to net zero operations means that carbon free baseload power is no longer optional. It is the primary site selection criterion.
The Technology Sovereignty Crisis
Throughout 2025 and into 2026, the United States government has moved aggressively to assert sweeping authority over AI companies operating within its borders. Legislative proposals, executive orders, and direct agency action have sought to compel AI firms to share model architectures, remove safety guardrails, and submit to government demands with little room for negotiation.
The confrontation between the Pentagon and Anthropic illustrates the severity of the sovereignty crisis. In February 2026, Defense Secretary Hegseth issued an ultimatum demanding that Anthropic allow its AI models to be used for “all lawful purposes” without limitation. When Anthropic refused to drop its guardrails against autonomous weapons and mass surveillance, the administration escalated: President Trump banned all federal agencies from using Anthropic’s products, and the Pentagon designated the company a “supply chain risk,” a label typically reserved for entities connected to foreign adversaries.
Pentagon officials also threatened to invoke the Defense Production Act, a 1950s era law designed for wartime industrial mobilization, to compel the company to serve the military on government terms. Legal scholars have called this “without precedent under the history of the DPA.”
The message to the entire AI industry was unmistakable: cooperate on government terms or face retaliation. As CNBC reported, “there are no winners in this,” while analysts noted the situation could open “a Pandora’s box of what the government could do to assert power and control over private companies.”
Sources: CNBC, CNN, DefenseScoop, Federal News Network · February 2026
For AI companies, this pattern represents an existential threat to their core asset: their intellectual property. A frontier AI model represents billions of dollars in research investment and years of irreplaceable engineering effort. The prospect of being forced to hand that over, or strip away safety protections on government demand, is an investment risk that boards of directors and venture capital backers simply cannot accept.
This has triggered what analysts are calling the “AI Sovereignty Search”: a systematic assessment by leading AI companies of alternative jurisdictions that combine strong IP protections, democratic governance, and the physical infrastructure needed to operate at scale.
Southeast Asia as the Strategic Alternative
Southeast Asia has emerged as a natural candidate for AI infrastructure relocation. The region offers geographic centrality, growing domestic AI markets, competitive costs, and, in several cases, democratic governance with established legal systems. Singapore has traditionally been the default choice, but its land constraints, rising energy costs (approximately USD 0.20/kWh for data center power), and proximity to geopolitical pressure points are making it less attractive for large scale frontier AI infrastructure.
The Philippines is positioned to capture this moment decisively, with advantages no other ASEAN nation can fully replicate: democratic rule of law, a massive English speaking talent base, virtually infinite geothermal energy accessible through next generation EGS and AGS technologies, domestic natural gas for bridge power, and geographic position at the heart of Pacific digital infrastructure.
The Philippine Advantage: A Six Pillar Case
The Philippines does not merely qualify as an AI hub destination. On each of the six dimensions that matter most to AI infrastructure investors, the Philippines offers a genuinely differentiated and compelling value proposition.
Democratic Rule of Law and Legal Sovereignty
The 1987 Philippine Constitution is among the most robust in the ASEAN region. It enshrines an independent judiciary, separation of powers, due process rights for private property, and an explicit bill of rights that protects persons and entities, including corporations, from arbitrary government action. The Supreme Court of the Philippines has a strong record of independence and has repeatedly ruled against executive overreach.
Crucially, the Philippines has the institutional architecture and the political will to enact credible AI specific investor protections. The proposed AI Technology Sanctuary and Investor Protection Act would create the world’s first statutory framework explicitly prohibiting government compelled disclosure of AI intellectual property, backed by an independent tribunal and international arbitration rights.
The Philippines is a signatory to more than 35 Bilateral Investment Treaties and the New York Convention on arbitration enforcement, providing AI investors with ironclad international recourse independent of domestic political change.
Energy: The Infinite Geothermal Advantage
Energy is the single most critical physical input for AI data centers. A large AI training cluster can consume 100 to 500 MW continuously. Energy reliability, cost, and carbon profile are the dominant infrastructure criteria for AI investment decisions.
The Philippines offers a multi source energy advantage that is unique in the world, not merely in Southeast Asia. At its foundation is a geothermal resource of extraordinary scale and accessibility, now unlocked by next generation extraction technologies.
A Battery Built by Nature: The Ring of Fire Advantage
Situated directly on the Pacific Ring of Fire, the Philippines possesses an indigenous, scalable heat advantage over land constrained hubs like Singapore or grid constrained markets like the United States. The country is the world’s second largest geothermal energy producer, with installed capacity exceeding 1,900 MW concentrated in the Leyte Samar corridor, Bicol, and Negros. These existing conventional geothermal resources already provide 24/7, near zero carbon baseload power.
But the transformative opportunity lies deeper. Beneath the Philippine archipelago lies a virtually infinite reservoir of thermal energy in hot dry rock formations, now accessible through two breakthrough technology families that fundamentally change the geothermal equation for AI infrastructure.
Enhanced Geothermal Systems (EGS): Unlocking Infinite Heat
Traditional geothermal development requires the co location of three geological conditions: heat, permeability, and water. Enhanced Geothermal Systems eliminate the water and permeability constraints entirely. EGS technology accesses thermal energy in impermeable hot dry rock by injecting high pressure fluid to create engineered fracture networks. The rock itself acts as a radiator, heating the injected water to drive surface turbines.
The implication is profound: we no longer need to find water; we only need to find heat. And in the Philippines, heat is everywhere. The country’s shallow, near surface heat resources (a direct consequence of its Ring of Fire position) mean that EGS wells can reach productive temperatures at significantly shallower depths than in most other countries, reducing drilling costs and accelerating deployment timelines.
Advanced Geothermal Systems (AGS): The Closed Loop Revolution
Advanced Geothermal Systems represent the next evolution: fully closed loop subsurface heat exchangers that circulate working fluid through sealed U tube or radiator pattern wellbores drilled into hot rock. AGS technology offers three decisive advantages for AI infrastructure:
Zero Contamination. No fluid loss, no groundwater interaction, no fracking. This eliminates environmental permitting barriers and community opposition risks that routinely delay conventional geothermal projects.
GreenLoop Technology. AGS can leverage idle, non producing wells, including legacy oil and gas exploration wells, to lower capital expenditure and accelerate deployment. Stranded infrastructure becomes productive clean energy assets.
Scalability on Demand. Additional closed loop wells can be drilled incrementally to match growing AI compute demand, providing a modular power scaling pathway that tracks data center buildout without overbuilding capacity.
Five Nines Reliability for Uninterruptible Compute
AI training clusters require continuous uptime. Intermittency breaks the model. A single power interruption during a multi week training run can destroy millions of dollars in computational progress. Geothermal power, whether conventional, EGS, or AGS, delivers 24/7/365 baseload availability. It is the only renewable energy source matching the consistency of coal or gas without the emissions. This is the “five nines” (99.999%) reliability that hyperscale AI operations demand, delivered from a zero carbon source.
Price Certainty in a Volatile World
Geothermal powered AI infrastructure in the Philippines offers complete insulation from fossil fuel price shocks and geopolitical energy insecurity. Long term Power Purchase Agreements anchored to geothermal sources can deliver stable pricing for 15 to 25 year terms at USD 0.07 to 0.12/kWh, significantly below Singapore (approximately USD 0.20/kWh) and below the US average for industrial users (USD 0.08 to 0.13/kWh, with supply constraints and rising demand pressure).
| Energy Source | Role | Target Capacity | Carbon | Cost (USD/kWh) |
|---|---|---|---|---|
| Conventional Geothermal | Existing baseload | 1,900+ MW | Near zero | 0.05 to 0.08 |
| EGS (Enhanced Geothermal) | Primary new baseload | 2,000 to 5,000+ MW | Zero | 0.06 to 0.10 |
| AGS (Advanced Geothermal) | Modular co located power | 500 to 2,000 MW | Zero | 0.07 to 0.11 |
| Malampaya Gas (CCGT) | Bridge fuel (Years 1 to 5) | 500 to 1,200 MW | ~400 kg CO&sub2;/MWh | 0.07 to 0.10 |
| Solar + Storage | Supplementary | Scalable | Zero | 0.06 to 0.09 |
| Wind | Supplementary | Scalable | Zero | 0.07 to 0.10 |
Technology Talent
The Philippines has the largest pool of English proficient technology workers in Southeast Asia. The IT BPM industry, employing 1.5 million professionals, has proven the Philippines’ capacity to execute complex, high quality technology work at global standards. AI companies do not need to build from scratch: they arrive into a working ecosystem.
| Talent Metric | Status / Data |
|---|---|
| IT BPM Workforce | 1.57 million professionals (2025 est.), growing 6 to 8% annually |
| Annual STEM Graduates | 500,000+ per year from 2,300+ institutions |
| AI/ML Engineers | 45,000 to 60,000 qualified professionals; growing rapidly |
| Key Institutions | UP Diliman, DLSU, ADMU, UST, Mapua |
| English Proficiency | 3rd highest in Asia (EF EPI Index) |
| AI Engineer Salary | ~USD 16,000 to 32,000/yr vs. USD 130,000 to 200,000 in the US |
| Diaspora Pipeline | 350,000+ Filipino tech workers globally |
Strategic Geographic Position
The Philippine archipelago sits at the geographic center of the Asia Pacific digital economy. The country is threaded by more than 25 international submarine cable systems connecting Asia to the Americas, Australia, the Middle East, and Europe. For AI companies serving global markets, this connectivity profile means: sub 20ms latency to Singapore, sub 30ms to Tokyo, sub 35ms to Sydney, and under 120ms to Los Angeles via direct cable routes.
The Philippines’ position within ASEAN, a bloc of 670 million consumers with a combined GDP approaching USD 4 trillion, provides AI companies with preferential access to the world’s most rapidly growing AI adoption market.
Fiscal Competitiveness
The Corporate Recovery and Tax Incentives for Enterprises (CREATE) Act has positioned the Philippines competitively against the region:
| Incentive | Provision |
|---|---|
| Income Tax Holiday | 4 to 7 years of full corporate income tax exemption |
| Special Corporate Income Tax | 5% on gross income after ITH, replacing all national and local taxes |
| Enhanced R&D Deductions | 50% additional deduction on qualified R&D expenditures |
| Labor Training Deduction | 100% additional deduction on qualified training expenses |
| VAT Zero Rating | On capital equipment, goods, and services for AI operations |
| Duty Free Importation | GPUs, servers, networking, cooling systems, spare parts |
| Customs Simplification | PEZA single window processing within 48 hours |
| Land Use Rights | 25 year guaranteed leasehold in AI SEZs, renewable for 25 years |
A Robust, Multi Agency AI Governance Ecosystem
The Philippines has developed a distributed, whole of government AI governance architecture that provides AI investors with institutional depth and policy coherence. Three core agencies lead the national AI effort, supported by a network of sector specific implementing bodies.
National Economic and Development Authority (NEDA)
NEDA has positioned itself as the lead agency in shaping the country’s overarching AI governance framework through its recent Policy Note on Artificial Intelligence. Its mandate encompasses national AI policy direction, cross agency coordination, data governance and development planning, and benchmarking against international AI regulatory models. For AI investors, NEDA’s engagement signals that AI policy is anchored in the Philippines’ broader national development strategy and aligned with global standards.
Department of Science and Technology (DOST)
DOST is actively building the National AI Strategy (NAIS Ph) and leads the country’s AI research, innovation, and capability building efforts. Its vision covers infrastructure, workforce development, innovation ecosystems, ethical frameworks, and sectoral deployment across agriculture, education, smart cities, and national security from 2024 through 2028.
Department of Information and Communications Technology (DICT)
DICT plays a central role in enabling AI governance through digital infrastructure such as the E Government Masterplan, Government Cloud, and National Government Data Center. These systems form the backbone for future AI driven oversight and interoperability across government.
The Distributed Governance Model
AI governance in the Philippines is multi agency by design. NEDA sets policy direction and national development alignment. DOST builds the technical, research, and innovation ecosystem. DICT provides the digital infrastructure and governance backbone. Supporting agencies round out the picture:
| Agency | AI Role |
|---|---|
| DTI | AI industry development, investment promotion, trade policy |
| CHED | AI curriculum development, university research programs |
| TESDA | AI vocational training, workforce upskilling |
| DepEd | K 12 AI literacy, digital skills integration |
| DOLE | AI workforce transition, labor market impact management |
| PSA | AI related data governance, statistical frameworks |
| NPC | AI data privacy, algorithmic accountability |
This distributed model reflects the country’s ongoing effort to build a cohesive AI ecosystem and provides investors with confidence that the Philippines offers not merely a legal sanctuary, but a functioning institutional environment for long term AI operations.
Legal Framework: The AI Technology Sanctuary Architecture
The credibility of the Philippines’ investor protection commitment rests on a multi layered legal architecture that no single government, administration, or branch can unilaterally dismantle.
The AI Technology Sanctuary and Investor Protection Act
The centerpiece of the legal framework is the proposed AI Technology Sanctuary and Investor Protection Act (ATSIPA), a comprehensive statute that would:
Categorically prohibit any Philippine government body from compelling disclosure of proprietary AI technology (model weights, training data, source code, architecture specifications) without the express written consent of the owning company.
Establish mandatory prior judicial review by a newly created AI Investor Tribunal before any government access request can proceed, even under criminal investigation exception provisions.
Guarantee the right of exit: any Certified AI Sanctuary Enterprise may leave the Philippines with its technology and data assets within 60 days, free of government restriction, at any time.
Create criminal liability for government officials who willfully violate investor protection provisions, including prison terms of 6 to 12 years and perpetual disqualification from public office.
Establish civil recourse allowing affected AI companies to sue the Philippine government directly, without the defense of sovereign immunity, for verified violations.
The AI Investor Tribunal
| Feature | Design |
|---|---|
| Composition | 5 members: 2 Supreme Court appointed judges, 1 BOI representative, 2 independent technology law experts confirmed by Commission on Appointments |
| Jurisdiction | All disputes under ATSIPA: access challenges, certification disputes, compensation claims, revocation proceedings |
| Emergency Relief | 72 hour mandatory resolution window for urgent injunctive applications |
| Confidentiality | All proceedings involving proprietary AI technology conducted in camera; records classified |
| Remedies | Injunctions, actual and punitive damages, criminal referral, restoration orders |
| Appeal | To the Court of Appeals and ultimately the Supreme Court |
International Legal Anchor
The domestic legal framework is deliberately reinforced by international mechanisms that survive changes in Philippine domestic law or government. Bilateral Investment Treaty coverage ensures ICSID arbitration as the default dispute resolution mechanism. The New York Convention guarantees that international arbitration awards are enforceable in more than 170 countries. ASEAN DEFA alignment creates a regional legal floor that further reinforces domestic commitments.
Energy Strategy Deep Dive: The Zero Carbon Endgame
The Philippines’ energy strategy for AI infrastructure is built on a three stage progression: from the Malampaya gas bridge, through renewable integration, to a zero carbon baseload endgame powered by next generation geothermal systems. This is the GreenSynergy Energy Hub model developed by DM-XTech.
The GreenSynergy Energy Hub: A Three Stage Pathway
The DM-XTech Climate Change Mitigation Project structures the AI hub energy strategy as a deliberate progression through three interconnected stages:
Stage 1: HSCD Initiative (Decarbonization). Rapid deployment of the Malampaya Gas to Power bridge facility, displacing coal generation and providing immediate firm power for AI SEZ construction and initial operations. Natural gas emits roughly 55% less CO&sub2; per MWh than coal.
Stage 2: GreenSynergy Hub (Renewable Integration). Progressive integration of solar, wind, and conventional geothermal capacity alongside the gas bridge, targeting 30% renewable blend by 2032 and 60% by 2037.
Stage 3: AI Sanctuary (Zero Carbon Baseload). Full scale deployment of EGS and AGS geothermal systems, achieving 90%+ zero carbon baseload power for all AI SEZ operations by 2040, with Malampaya gas retained only as emergency backup.
Malampaya: The Critical Bridge Asset
The Malampaya deep water gas field, located approximately 80 km northwest of Palawan Island, represents one of Southeast Asia’s most significant proven gas reserves with approximately 3.8 trillion cubic feet remaining. It currently supplies about 20% of Luzon’s electricity through three gas fired power plants with a combined capacity of approximately 2,700 MW.
EGS/AGS Deployment Plan for AI SEZs
| AI SEZ | Geothermal Approach | Target Capacity | Timeline |
|---|---|---|---|
| Clark AI SEZ | EGS leveraging Luzon volcanic corridor | 500 to 1,000 MW | Years 2 to 5 |
| Laguna Technopark | AGS closed loop co located with data centers | 200 to 500 MW | Years 2 to 4 |
| Batangas Energy Hub | EGS/AGS hybrid + Malampaya bridge | 500 to 1,200 MW | Years 1 to 6 |
| Palawan AI Gateway | EGS near Malampaya wellhead infrastructure | 300 to 800 MW | Years 4 to 8 |
ADB Financing and the Energy Transition Mechanism
The Asian Development Bank’s Energy Transition Mechanism is specifically designed to accelerate the retirement of coal and the financing of cleaner baseload alternatives in developing Asia. Both the Malampaya AI Bridge Facility and EGS/AGS installations are strong candidates for ADB co financing because they directly displace coal generation, leverage indigenous energy resources, and are explicitly structured with contractual renewable/geothermal ramp schedules. A target ADB financing commitment of USD 2 to 3 billion is achievable.
Geopolitical Considerations
The government must clearly assert Philippine sovereign rights over the Malampaya field and adjacent blocks within the Philippine Exclusive Economic Zone, consistent with the 2016 Permanent Court of Arbitration ruling. The transition to EGS/AGS dominant power supply further de risks the AI hub energy strategy by reducing long term dependence on any single contested resource, ensuring that the Philippines’ AI infrastructure sovereignty is anchored in the Earth itself, not in any resource subject to geopolitical disruption.
AI Special Economic Zone Development Plan
| AI SEZ Location | Strategic Rationale |
|---|---|
| Clark AI SEZ (Pampanga) | Former US military base with vast flat land, international airport, proximity to Metro Manila talent pool, existing PEZA infrastructure. Primary hyperscale campus. EGS geothermal co location planned. |
| Laguna Technopark (Laguna) | World class industrial park adjacent to tech manufacturing corridor. Mid scale AI data centers and research labs. AGS closed loop co location planned. |
| Batangas Energy Hub | Co located with Malampaya Bridge Facility and FGEN LNG terminal. Power intensive AI training infrastructure. EGS/AGS hybrid deployment. |
| Palawan AI Gateway | Long term development zone with pristine connectivity and proximity to Malampaya wellhead. Marine cable landing potential. EGS geothermal from near wellhead infrastructure. |
Infrastructure Standards
All designated AI SEZs will be built to internationally recognized Tier III or Tier IV data center standards. Power delivery includes dedicated primary substations, dual utility feeds (geothermal primary, gas bridge backup), N+1 backup generation, and UPS systems guaranteeing 99.999% availability. Cooling infrastructure supports both air cooled and liquid cooled (direct to chip) architectures. Connectivity provides direct fiber links to international submarine cable landing stations with a minimum of two diverse cable systems per SEZ.
Governance Structure
Each AI SEZ will be governed by a dedicated AI SEZ Authority, a statutory body reporting to a newly created National AI Infrastructure Council chaired by the Secretary of Trade and Industry, with seats for the DOE, DFA, DOJ, NPC, NEDA, DOST, DICT, and private sector AI investors.
Multilateral and Development Finance Engagement
| ADB Instrument | Proposed Structure |
|---|---|
| Sovereign Loan: Grid Infrastructure | AI SEZ transmission infrastructure and grid reinforcement. Est. USD 500M to 800M. |
| ETM Facility: Gas Bridge + Geothermal | Co financing for Malampaya Bridge and EGS/AGS deployment. Est. USD 800M to 1.2B. |
| Partial Credit Guarantee | Enhancing creditworthiness of private AI investments. Est. USD 500M capacity. |
| Technical Assistance Grant | ATSIPA legal drafting, AI SEZ masterplanning, EGS/AGS regulatory framework. Est. USD 5M to 10M. |
Beyond the ADB, the initiative targets engagement with the IFC (World Bank Group) for direct equity investment, the US Development Finance Corporation for projects advancing democratic technology infrastructure, JICA and JBIC for bilateral co financing, and ASEAN coordination to position the Philippine AI hub as a shared regional infrastructure asset.
Implementation Roadmap
The window of opportunity for the Philippines to capture the AI infrastructure relocation wave is real, but it will not remain open indefinitely. Other jurisdictions are moving. Speed and sequencing matter.
Phase 1: Foundation (Months 1 to 12)
Objective: Establish the legal, institutional, and diplomatic architecture required to credibly invite AI companies to the Philippines.
| Timeline | Actions |
|---|---|
| Month 1 to 2 | Presidential proclamation designating PASHI as national priority. Executive Order establishing National AI Infrastructure Council. Designation of Clark and Laguna as priority SEZ candidates. DM-XTech engagement for EGS/AGS site assessment. |
| Month 2 to 4 | Filing of ATSIPA in both chambers of Congress. CREATE Act amendment filing. BOI establishment of dedicated AI Investment Office. |
| Month 3 to 6 | DOE initiation of Malampaya Bridge Facility feasibility study. DOST led EGS/AGS technical assessment. Formal engagement with ADB, IFC, DFC, JBIC. DFA ambassador briefings. |
| Month 6 to 9 | Congressional passage of ATSIPA. Launch of international AI investment outreach. CEO level diplomatic engagements with top 15 AI companies. |
| Month 9 to 12 | First MOU signed. Malampaya Bridge PPP procurement launch. EGS/AGS pilot drilling at Clark and Batangas. ADB Board approval of first financing instrument. |
Phase 2: Build (Months 12 to 48)
Objective: Break ground, execute first investor agreements, and deliver initial infrastructure.
Financial close and groundbreaking for the Malampaya Bridge Facility. Commencement of EGS/AGS drilling at Clark and Batangas. Registration of the first 2 to 3 AI company investments. Clark AI SEZ Phase 1 infrastructure construction. Operationalization of the AI Investor Tribunal. Launch of the National AI Talent Development Program. First ADB loan disbursement.
Phase 3: Scale (Years 4 to 10)
Objective: Achieve critical mass and complete the geothermal transition.
Total AI data center capacity exceeding 500 MW operational. 10 to 15 major AI companies with registered Philippine operations. EGS/AGS geothermal capacity exceeding 2,000 MW dedicated to AI SEZs. Malampaya Bridge transitioned to backup only role. Palawan AI Gateway development launched. 90%+ zero carbon power mix achieved. Philippines recognized as a top 5 global AI infrastructure destination.
Risk Analysis and Mitigation
| Risk | Mitigation Strategy |
|---|---|
| Political continuity | International treaty anchoring (BITs, ICSID) makes investor protections independent of domestic political change. Constitutional enshrinement of core property rights provides additional durability. |
| Malampaya supply decline | LNG terminal backup; SC38 extension; adjacent block development. Malampaya is a bridge fuel only. The long term strategy is EGS/AGS geothermal, eliminating fossil fuel dependency. |
| South China Sea instability | Allied power engagement; diplomatic assertion of EEZ rights. EGS/AGS transition eliminates long term dependence on contested maritime resources. |
| Competing jurisdictions | The Philippines offers a unique combination of legal sovereignty, virtually infinite geothermal energy, competitive costs, and democratic governance that no competitor can replicate. |
| Grid reliability | Dedicated SEZ substations with redundant feeds; on site EGS/AGS generation reduces grid dependence; backup generation included. |
| Carbon commitments | EGS/AGS provides zero carbon baseload from Year 4. The Philippines becomes one of the only jurisdictions offering carbon free AI infrastructure at scale. |
| EGS/AGS technology maturity | Ring of Fire geology provides shallow, high temperature resources reducing technical risk. DM-XTech precision engineering accelerates deployment. Malampaya bridge provides firm backup. |
| Domestic opposition | Robust economic impact communication (jobs, taxes, infrastructure). EGS/AGS is zero contamination, no fracking technology with minimal environmental footprint. |
Call to Action: What Each Stakeholder Must Do
For the Executive Branch
Issue a Presidential Proclamation designating PASHI as a national priority and establishing the National AI Infrastructure Council within 60 days. Direct the DOE to initiate the Malampaya Bridge Facility feasibility study and EGS/AGS site assessments. Direct DOST to lead technical coordination for geothermal deployment at AI SEZ sites. Commission the BOI to establish a dedicated AI Investment Office within 90 days.
For Congress
Prioritize the filing, hearing, and passage of the AI Technology Sanctuary and Investor Protection Act within the first legislative semester. Consider joint committee hearings bringing together the committees on Trade, Energy, Science, and Finance. Enact the necessary CREATE Act amendments and pass enabling legislation for the AI Investor Tribunal.
For NEDA, DOST, and DICT
NEDA should formally integrate the AI Sovereign Hub Initiative into the Philippine Development Plan and lead cross agency policy coordination. DOST should accelerate the National AI Strategy with specific provisions for AI infrastructure, EGS/AGS research, and workforce development. DICT should prioritize digital infrastructure buildout to support AI SEZ connectivity requirements.
For the Business Sector
The IT BPM sector, PCCI, FINEX, and IBPAP should formally endorse the PASHI initiative. Philippine conglomerates with land, energy, and infrastructure assets should engage with the BOI on AI SEZ development partnerships. The energy sector should assess their roles in both the Malampaya bridge and EGS/AGS deployment. Universities and the private sector should jointly develop an AI Talent Surge Program targeting 100,000 additional AI qualified graduates within five years.
For the ADB and Multilateral Partners
The ADB is invited to designate PASHI as a flagship program under its digital economy and energy transition mandates. ADB technical assistance for ATSIPA drafting, AI SEZ masterplanning, and the EGS/AGS regulatory framework would accelerate the initiative’s credibility. The Philippines formally requests ADB engagement in co convening an International AI Infrastructure Investment Forum in Manila in the second half of 2026.
For DM-XTech and Energy Partners
DM-XTech, as the project proponent under its Climate Change Mitigation Project, stands ready to deploy its EGS/AGS precision engineering capabilities, GreenSynergy Energy Hub framework, and international partnership network to accelerate the energy infrastructure buildout. DM-XTech invites engagement from international geothermal technology providers, drilling contractors, and clean energy investors to participate in the Philippines’ next generation geothermal deployment program.