How Regulatory Liberalization Is Fueling the Philippines’ Digital Infrastructure Boom

2. The DTIP Registry Framework & Entry Procedures

Pursuant to the DICT IRR and NTC Memorandum Circular No. 002-02-2026, the NTC established a structured sub-registry system to manage Data Transmission Industry Participants (DTIP).

                      NTC DTIP SUB-REGISTRY ARCHITECTURE
                      
            ┌─────────────────────────────────────────────────────────┐
            │            NTC DTIP REGISTRATION FRAMEWORK             │
            └────────────────────────────┬────────────────────────────┘
                                         │
            ┌────────────────────────────┴────────────────────────────┐
            │                                                         │
 ┌──────────▼──────────────────────────┐   ┌──────────────────────────▼──────────────────────────┐
 │     MAIN PTE SUB-REGISTRY (1_1)     │   │      NEW ENTRANT & SPECIALIZED SUB-REGISTRIES     │
 │   (Grandfathered Existing Licensees) │   │        (Open-Access / Direct Applicants)        │
 ├─────────────────────────────────────┤   ├─────────────────────────────────────────────────────┤
 │ • Deemed registered under RA 12234  │   │ • Tier 1: Last Mile (Up to 5 Years)                 │
 │ • Holds legacy Franchises/CPCNs/PAs  │   │ • Tier 2: Middle Mile (Up to 10 Years)              │
 │ • Subject to DTIP data rules        │   │ • Tier 3: Core/Backbone (Up to 15 Yrs / ₱100M Cap)  │
 │ • Includes PLDT, Globe, DITO, etc.  │   │ • Tier 4: IGF/Subsea CLS (Up to 15 Yrs / ₱1B Cap)   │
 └─────────────────────────────────────┘   └─────────────────────────────────────────────────────┘

I. Registration Procedures for Existing Licensees (The Grandfathering Regime)

Under Section 8 of the Konektadong Pinoy Act and its IRR, existing telecommunications companies holding valid legislative franchises, CPCNs, or Provisional Authorities (PAs) were automatically deemed registered as DTIPs without having to undergo a new initial application process.

These entities are cataloged in the NTC’s Main Sub-Registry of Public Telecommunications Entities. While grandfathered, these traditional carriers must comply with KPA data security, infrastructure sharing, and non-discrimination mandates.

II. Registration Procedures & Asset Thresholds for New Entrants

For new market entrants—whether domestic startups, satellite operators, or 100% foreign-owned local subsidiaries—the NTC established a streamlined registration workflow categorized by network layer:

3. Mapping the Philippines' IGF & Submarine Cable Landing Station (CLS) Landscape

The NTC’s Main PTE Registry reflects the core backbone of the Philippines' international connectivity, comprising legacy incumbents, national expansion carriers, specialized players, and consolidated historical assets.

I. Active Standalone IGF & Cable Landing Station Licensees

• PLDT, Inc.: The primary legacy incumbent, operating major subsea cable landing stations (such as in Batangas and La Union) and International Gateway Facilities connecting to major intra-Asia and trans-Pacific systems.
• Globe Telecom, Inc. / Innove Communications: Operates extensive international gateway switches and subsea cable landing facilities (including Batangas and Cavite) supporting trans-Pacific routes.
• Converge ICT Solutions, Inc.: Pure-play fiber broadband provider that constructed major international gateway facilities and subsea cable landing stations in Baler (Aurora) and Davao City.
• DITO Telecommunity Corporation: The designated 3rd national carrier (40% foreign equity held by China Telecom), operating independent international gateways and landing stations to support its 4G/5G nationwide grid.
• PT&T (Philippine Telegraph and Telephone Corporation): Licensed international record carrier operating core data transmission and enterprise gateway links.
• G. Telecoms, Inc. (iGSAT): Originally established as Ermita Electronics, G. Telecoms holds a 25-year national franchise (RA 11204, enacted in 2019) authorizing it to build and operate International Gateway Facilities, Submarine Cable Landing Stations, and VSAT satellite services. In 2018, it was acquired by China Communications Technology Co., Ltd. (CCT).

II. The ETPI Case Study: Duopoly Joint-Ownership with Independent Registration

A notable entry in the NTC's Main PTE file is Eastern Telecommunications Philippines, Inc. (ETPI / Eastern Communications):

III. The Digitel & DCI / TCI Case Study

A historical analysis explains why major legacy names such as Digitel (Digital Telecommunications Philippines, Inc.) and DCI (Digitel Crossing, Inc.) do not appear as standalone registrants in the current NTC main registry:

1. The Absorption of Digitel: In October 2011, PLDT acquired Digitel from JG Summit Holdings for ₱69.2 billion. Digitel’s mobile assets (Sun Cellular) were migrated to Smart Communications, while its fixed-line network, backhaul, and IGF authorizations were absorbed directly into PLDT, Inc. Consequently, Digitel ceased to exist as an independent PTE registrant.
2. From Digitel Crossing (DCI) to Telstra Converge Inc. (TCI): DCI was established in 2001 as a joint venture between Digitel and Pacnet/Asia Global Crossing (later Telstra) to operate terrestrial backhaul linking the EAC-C2C subsea landing stations in Cavite and Nasugbu to Metro Manila.
   • In June 2021, Converge ICT Solutions acquired PLDT/Digitel’s controlling 52% stake in DCI and Asia Netcom Philippines Corp. (ANPC) for $7.5 million, with Telstra holding the remaining 48%.
   • In May 2022, the entity was formally rebranded as Telstra Converge Inc. (TCI).
   • Registry Status: Neither DCI nor TCI appears as a standalone registrant because the physical Cable Landing Station assets and backhaul links managed by TCI are consolidated and reported under its majority parent and primary franchise holder, Converge ICT Solutions, Inc.

4. The Hyperscaler Paradigm: Regulatory Rights vs. Operational Reality

The arrival of global hyperscalers—Amazon (AWS), Google, and Meta—highlights the practical intersection of the new Philippine legal framework and international infrastructure deployment.

I. Registry of Foreign Hyperscaler Local Entities

Following RA 11659, tech giants established 100% foreign-owned local SEC-registered entities in the Philippines:

• Amazon Web Services Philippines, Inc. (SEC Reg: CS201214035) — Manages local cloud operations, enterprise services, and the AWS Local Zone in Metro Manila.
• Google Philippines, Inc. (SEC Reg: CS201207015) — Supports cloud infrastructure, local digital ecosystem growth, and technical partnerships.
• Facebook Philippines, Inc. / Edge Cable Holdings USA, LLC — Meta's corporate and specialized global infrastructure entities managing subsea cable investments.

II. Direct Ownership Rights vs. The "Landing Partner Model"

Under RA 11659 and the Konektadong Pinoy Act, hyperscalers legally possess the right to register as DTIPs and directly build, own, and operate physical Cable Landing Stations (CLS) in the Philippines. However, in practice, hyperscalers utilize the Consortium / Landing Partner Model:

• Fiber Pair Ownership: Hyperscalers directly purchase, own, and control dedicated fiber pairs or Indefeasible Rights of Use (IRUs) on the international subsea cable trunks.
• Local Landing Station Ownership: Hyperscalers contract local Philippine operators (such as PLDT or Converge ICT) to own and operate the physical Cable Landing Station (CLS), beach manholes, and terrestrial backhaul.
• Case Study 1 — Apricot Cable System (Google, Meta, PLDT, NTT): Connects Japan, Taiwan, the Philippines, Indonesia, and Singapore. While Google (via GU Holdings) and Meta own fiber pairs, PLDT is the exclusive local landing party, building and operating the two physical landing stations in Baler (Aurora) and Digos (Davao).
• Case Study 2 — Bifrost Cable System (Meta, Amazon, Keppel, Telin, Converge): Connects the U.S. West Coast to Singapore via the Philippines. Converge ICT acquired a fiber pair on the trunk and built, owns, and operates the physical Cable Landing Station in Davao City.

III. Geopolitical Dynamics & The CAP-1 Withdrawal

The reality of trans-Pacific infrastructure is deeply influenced by geopolitical considerations. The CAP-1 Cable System (originally backed by Meta, Amazon, and China Mobile International to link California directly to Pagudpud, Ilocos Norte) ran into regulatory roadblocks. In April 2022, Meta and Amazon formally withdrew their FCC cable landing application following national security scrutiny by U.S. "Team Telecom" over the legacy ownership structures involving Chinese state-owned entities.

This withdrawal prompted hyperscalers to shift capital into clean-slate trans-Pacific systems—such as Bifrost, Apricot, and Echo—that bypass contested waters and rely on vetted landing partners in the Philippines.

5. Infrastructure Convergence: Subsea Cables & Hyperscale Data Centers

The combination of regulatory liberalization and the "South China Sea Bypass" strategy—routing trans-Pacific cables south of Taiwan through the Philippine Sea—has created a mutually reinforcing loop between subsea cable landings and data center development. As global carriers and hyperscalers seek low-latency, resilient connectivity across the Indo-Pacific, the Philippines has transformed into a critical nexus where trans-Pacific express highways intersect with high-density intra-Asia networks.

I. Major New Subsea Systems Touching the Philippines

The unprecedented expansion of subsea fiber infrastructure in the Philippines marks its emergence as one of the Asia-Pacific region’s premier digital connectivity hubs. Driven by skyrocketing global demand for route diversity, the surge in cloud and AI workloads, and progressive regulatory reforms like Republic Act No. 11659 and the Konektadong Pinoy Act, global consortiums and technology giants are funneling massive capital into Philippine landing infrastructure. By serving as a critical bridge between North America, East Asia, and Southeast Asia while bypassing geopolitically sensitive and disaster-prone corridors in the South China Sea, the archipelago has rapidly evolved from a regional landing destination into an indispensable, high-capacity crossroads for global data traffic.

A. Trans-Pacific Systems

• Bifrost: Low-latency express route linking Davao directly to Guam, Hawaii, and the U.S. West Coast (connecting onward to Indonesia and Singapore).
• Echo: Trans-Pacific express cable connecting North America (California and Guam) directly to the Philippines, Indonesia, and Singapore.
• TPU (Taiwan-Philippines-US): Trans-Pacific cable system directly connecting the U.S. with Taiwan and the Philippines (landing in Claveria, Cagayan).
• PLCN East (American Subsea Network): Dedicated trans-Pacific route connecting Baler (Aurora) directly to the United States.

B. Intra-Asia Systems

• Apricot: High-capacity regional route linking Northern Luzon (Baler) and Southern Mindanao (Digos) directly to Japan, Taiwan, Singapore, Indonesia, and Guam.
• Candle: High-capacity 24-fiber-pair system (~8,000 km) connecting Japan, Taiwan, the Philippines (landing in Baler, Aurora and Nasugbu, Batangas), Indonesia, Malaysia, and Singapore.
• AUG East (Asia United Gateway East): 8,900 km intra-Asia cable connecting Japan and Singapore, with landing points in the Philippines (Luna, La Union), Taiwan, South Korea, Brunei, Indonesia, and Malaysia.
• I-AM (Intra-Asia Marine Cable): 8,100 km resilient regional network connecting core nodes in Japan, Malaysia, and Singapore, with extended branch connectivity to the Philippines, Taiwan, and South Korea.
• ADC (Asia Direct Cable): High-capacity intra-Asia trunk linking the Philippines (Batangas) to China/Hong Kong, Japan, Singapore, Thailand, and Vietnam.
• ALC (Asia Link Cable): High-speed regional network connecting the Philippines (Luna, La Union) to Hong Kong, Hainan (China), Singapore, Thailand, and Vietnam.
• SEA-H2X (South East Asia Hainan-Hong Kong Express): Express intra-Asia route connecting the Philippines (La Union) with Hong Kong, Hainan, Thailand, Malaysia, and Singapore.
• PLCN West: Intra-Asia cable system connecting San Fernando (La Union) directly to Hong Kong.

II. The Hyperscale Data Center Explosion

Subsea fiber capacity requires high-density computing infrastructure at its terrestrial termination points. Supported by 100% foreign equity rules and streamlined permitting under EO 32, global data center operators are expanding rapidly beyond legacy 1–5 MW enterprise facilities into 30–100+ MW hyperscale campuses:

• ST Telemedia Global Data Centres (STT GDC Philippines): Developing the STT Fairview campus in Quezon City, designed for up to 124 MW of IT load.
• ePLDT VITRO: Operating the VITRO Sta. Rosa facility (50MW+), explicitly built to host hyperscale cloud and AI workloads.
• Carrier-Neutral Entrants: Operators including Digital Edge, Yondr Group, A3 (Ayala Land), and SpaceDC are deploying high-density facilities in Metro Manila, Laguna, and Batangas, creating a carrier-neutral ecosystem directly connected to subsea backhaul.