The first semiconductor manufacturing and AI infrastructure hub in Central America. Legacy 28–180nm chips for the industries that move the world — 3 hours from Miami. Just a few days from your region.
HSAIH™ integrates chip fabrication, data centers, and technical training on a single campus in Honduras.
More than 70% of the world's semiconductors are legacy chips. Our global competitors are abandoning them. HSAIH™ plans to manufacture them — in an ISO Class 5 cleanroom, with photolithography, CVD deposition, and plasma etching. The only fab of its kind in the Western Hemisphere south of the U.S. border. And they will remain relevant even as AI advances.
Learn moreThe AI boom demands compute infrastructure close to the client. Asia is no longer the answer. HSAIH™ plans to operate a Tier II/III Data Center with 200–500 racks in Phase 1 — 3 hours from Miami, with real latency for tech companies that can't depend on supply chains across the Pacific. Scalable according to demand from the American and Latin American markets.
Learn moreEvery chip manufactured needs to be assembled, tested, and packaged before reaching the client. That process — Assembly, Testing & Packaging — is done today almost exclusively in Asia. HSAIH™ will bring it to the hemisphere: ATP Lab -> ISO Class 7, 500–1,000 wafers/day in Phase 1. Faster delivery, shorter chain, less risk for the end client.
Learn moreThe shortage of semiconductor engineers is one of the biggest bottlenecks in the global industry. HSAIH™ builds its own pipeline: the Platia Fellows™ Program trains Honduran engineers directly on campus, with partnerships with UNAH, UNITEC, CEUTEC, and other universities across the hemisphere. Local talent, international standards, competitive cost for the client.
Learn moreLegacy nodes (28–180nm) are not obsolete technology. They are the heart of global electronics: 70% of all semiconductors manufactured in the world belong to this segment. Your car, your medical device, the controller in the factory that assembles your products — all run on legacy chips.
Our main competitors — TSMC and Samsung — are migrating capacity toward 3–5nm nodes, leaving the legacy market without enough supply. HSAIH™ fills that gap from the Western Hemisphere, with nearshore delivery for the American market.
Labor cost 5–8x lower than Taiwan or the U.S. 0% income tax under the EPZ regime. Puerto Cortés — the largest port in Central America — for importing machinery and exporting finished product to the American market.
An AI model running from Asia has 180–300ms latency to the American market. From Honduras: less than 20ms. For real-time AI applications, that difference is critical.
The growth of artificial intelligence is generating unprecedented demand for compute infrastructure. American and Latin American companies need inference and training capacity that is nearby, reliable, and has predictable latency. Asia cannot provide that.
The HSAIH™ Data Center will operate Tier II/III infrastructure with N+1 redundancy, designed specifically for AI workloads — from model inference to distributed training — with direct connectivity to Miami and the region's main internet hubs.
Assembly, Testing & Packaging is the final stage of semiconductor manufacturing. After the chip is produced in the cleanroom, it must be cut, assembled, electrically tested, and packaged for shipment. Today, that process happens almost exclusively in Asia — creating supply chain risks the American market can no longer ignore.
HSAIH™ plans to offer integrated ATP capacity on the same campus — reducing delivery times, eliminating intercontinental logistics, and giving the client full traceability of the chip from wafer to product ready for shipment to the U.S.
Manufacturing + ATP under the same roof means the client receives its chip ready for production without managing multiple suppliers across multiple continents. Lower risk, better traceability, predictable supply chain.
South Korea applied this model in the 1970s: it brought in Japanese engineers while training its own. Today it's a global semiconductor power. Honduras has the same opportunity — and HSAIH™ is the vehicle.
The shortage of specialized semiconductor engineers is one of the biggest bottlenecks in the global industry. Intel, TSMC, and the world's leading fabs compete for the same scarce talent. HSAIH™ solves that problem with a different strategy: it builds its own talent, on campus, from day one of operations.
The Platiá Fellows™ Program trains Honduran engineers directly on the HSAIH™ campus, with a curriculum co-designed with industry and partnerships with UNAH, UNITEC, CEUTEC + universities across the hemisphere. International specialists who arrive in the early stages transfer knowledge in a structured way — local talent reaches international standards at a competitive cost for the client.
June 18, 2026 — Platia Capital S.A. / HSAIH™
A semiconductor manufacturing hub operates 24 hours a day, 365 days a year, with zero tolerance for interruptions. A mid-scale chip factory requires between 50 and 100 megawatts of continuous, clean, stable power. This is not a negotiable figure — it is a physical condition of extreme-precision manufacturing.
That reality means the reform of Honduras's electricity sector is not, for us, a political issue. It's a viability issue.
On June 17, the National Congress approved in first debate reforms to the General Electricity Industry Law, which split ENEE into three specialized strategic units: Generation, Transmission, and Distribution — operating under a structure with 100% state capital.
This architecture is the model successfully adopted by Chile, Colombia, Panama, and the vast majority of emerging economies that modernized their energy sector without losing sovereignty. The IDB, the World Bank, CABEI, and CAF publicly support it. The IMF has backed it in its program reviews with Honduras.
ENEE has accumulated losses exceeding L. 16,000 million annually — approximately $598 million — and total debt exceeding $4,200 million. And with the development of HSAIH™, which would come to contribute around $600 million annually to the Honduran State, backing the initiative. ENEE's current model cannot be reformed from within. It requires total structural transformation.
1. Functional separation = private investment in clean
generation.
The split allows private renewable energy generators to compete to
supply large industrial consumers through direct contracts. For a
semiconductor chip fab, that means access to solar and hydro power at
competitive, predictable rates.
2. Independent transmission = supply security.
A specialized transmission company can attract the $1,200 million the
Honduran grid needs to modernize — the continuity standards
semiconductor manufacturing demands.
3. Strengthened regulator = legal certainty for investors.
The reform strengthens CREE as an independent regulator. For DFC, IDB
Invest, and CABEI, a solid regulator is a signal of a serious,
forward-looking country. It's part of the case we present to them.
We support the passage of this reform. And we make a specific call: that the final legislation include a special industrial tariff regime for strategic technology manufacturing projects within the ZMTE™ framework. The framework HSAIH™ promotes to attract $1 billion in capital, of 100% pure technology.
Taiwan did it. South Korea did it. Malaysia did it. All three built their semiconductor industries on guaranteed industrial power as a matter of state policy. Honduras has the opportunity to write its own chapter and transform its history forever.
The electricity reform, combined with CAFTA-DR, the 0% income tax regime for 10–15 years, and access to Puerto Cortés, forms the perfect package of conditions that no other country in the Western Hemisphere can offer today — one that major tech capital, like that of Silicon Valley, wants to see.
Honduras is not competing with its neighbors. It's competing with Asia. And in the Western Hemisphere, it's winning. We encourage Congress to think about the legacy for our future generations. HSAIH™ is committed to making a positive impact on the Honduran people.
Moisés E. Flores Pineda
Founder & CEO — Platia Capital Investment Group S.A.
Honduras Semiconductor & AI Infrastructure Hub (HSAIH)
Contact and press
·
hsaih.platiacapital.com
The National Investment Council of Honduras is the government institution responsible for promoting, facilitating, and supporting foreign direct investment in the country. It functions as the official bridge between private investment projects and Honduran State institutions — regulatory, fiscal, and infrastructure-related. It has a presence in San Pedro Sula and Tegucigalpa, with teams specialized by geographic area and sector.
The Fast Track is the CNI's priority support channel for strategic investment projects. It activates a multidisciplinary team — legal, projects and infrastructure, and investor relations — that works in a coordinated way to accelerate the regulatory, permitting, and facilitation processes that normally take months in the standard system. Not all projects gain access to this channel — only those that demonstrate significant economic impact and job creation.
Platia Capital presented the HSAIH™ project to CNI Zona Norte through a formal request for support on the Investor Route. The response was immediate: in under 24 hours, Lic. Regina H. — Zona Norte Investment Officer — confirmed a Kick Off meeting with the full CNI team, with representatives from Tegucigalpa joining virtually. The multidisciplinary team — projects, legal, and investor relations — was involved from the very first meeting.
The activation of the Fast Track is a clear institutional signal: the CNI considers HSAIH™ a priority strategic investment project for Honduras.
A meeting has been scheduled with the CNI's projects and infrastructure team to identify concrete points of collaboration in line with their roles and responsibilities — with the goal of having the CNI promote HSAIH™ to national and international financing institutions, VCs, and facilitate structuring the Honduran State's strategic participation in the project.
Founder & CEO — Platia Capital Investment Group S.A.
Moisés E. Flores is a Honduran entrepreneur with a track record in the private security sector — an active member of ANSEPH™, the Honduran Association of Security Companies — and founder of an ecosystem of tech startups built from Central America with a global vision.
He is Tech Ecosystem Builders and CEO of AI Mastery Hub — the first 100% Honduran artificial intelligence certification event, with a regional tour across 7 Latin American countries. See more →
He is founder and CEO of Agent Spend Control, a native artificial intelligence startup that helps companies control and optimize spending executed by AI agents — one of the most urgent challenges in the global tech ecosystem, which already has its first client — a native AI + Agents FinTech startup. He is also the founder of Platia Capital Tech, a startup designed to invest in founders across the region, providing them with specialized technical resources to scale.
Moisés is not just a tech enthusiast who builds companies — he builds the ecosystem that makes it possible for other companies to exist. In four years, his vision is clear: not only to put Honduras on the global tech map and in the sights of major venture capitalists — Sequoia Capital, Andreessen Horowitz, Peter Thiel, and institutional investors — but to bring the world's leading tech leaders to the country. Elon Musk is one of them.
The CHIPS and Science Act — passed in 2022 and with active implementation through 2027 — is the most important U.S. semiconductor legislation in decades. It allocates $52.7 billion to strengthen chip manufacturing in the Western Hemisphere and reduce dependence on Asia — especially China and Taiwan — in the semiconductor supply chain. It also creates international funds such as the ITSI (International Technology Security and Innovation Fund) to extend that vision to U.S.-allied countries beyond its borders.
Companies that receive CHIPS Act funding cannot acquire chips manufactured in China for 10 years. That creates a captive market worth hundreds of billions of dollars that needs alternative suppliers — reliable, nearshore, and aligned with the U.S.
Automotive, medical, defense, and industrial manufacturers in the U.S. must certify that their chips do not come from Chinese sources. Honda, Ford, GM, Lockheed Martin, Medtronic — all need an alternative supplier. Today, none exists in the hemisphere.
Honduras has a BIT with the U.S. in effect since 2001, CAFTA-DR with preferential access to the American market, and 0% income tax under the EPZ regime. HSAIH™ will manufacture exactly the legacy chips the CHIPS Act seeks to move away from China — 3 hours from Miami, under American legal framework, with active institutional support from the Honduran government.
The CHIPS Act does not directly fund projects in Honduras — but it creates the demand that HSAIH™ satisfies. For institutional investors and venture capital funds seeking exposure to the post-CHIPS Act semiconductor supply chain, Honduras is the missing piece on the map.
The industry talks about 3nm and 5nm chips as the future. And they are — for smartphones, high-end data centers, and supercomputers. But 70% of all semiconductors manufactured in the world are legacy chips from 28nm to 180nm. They are in every car, every medical device, every industrial sensor, every defense system. And they will remain the backbone of global electronics — even as AI advances.
The global semiconductor market. The legacy segment represents the majority of the volume — and it's the one our competitors are abandoning.
Seven out of every ten chips made in the world are legacy. It's not a niche — it's the industry's main market.
There is not a single legacy fab in the Western Hemisphere south of the U.S. border. HSAIH™ is the first.
No. AI requires cutting-edge chips for compute — but every AI system needs supporting chips: power controllers, sensors, communication interfaces, microcontrollers. All of them run on legacy nodes. AI doesn't replace legacy chips — it increases demand for them.
The margin per wafer on 3–5nm nodes is significantly higher. TSMC and Samsung are migrating capacity toward those premium nodes, reducing their supply of legacy chips. For HSAIH™, that's not a problem — it's the opportunity. Our competitors are clearing the path for us.
An automotive manufacturer in Detroit, a medical device maker in Boston, a defense contractor in Virginia — all need reliable legacy chips, delivered fast, outside the Chinese supply chain. HSAIH™ will produce them 3 hours from Miami, under CAFTA-DR, tariff-free. Geography, price, and legal framework all work together in the client's favor.
If your industry depends on electronics — and they all do — you depend on legacy chips. HSAIH™ manufactures them 3 hours from Miami, under CAFTA-DR, tariff-free.
If you manufacture vehicles or components for the American market, you already depend on legacy chips. HSAIH™ will be your closest supplier — the same logistics chain as Toyota and Ford, already operating in Honduras.
Every server rack needs dozens of legacy support chips. If you operate data infrastructure in the hemisphere, HSAIH™ will reduce your dependence on Asian supply chains, with delivery in days, not weeks.
Your AI model needs 3nm chips — but the device that runs it needs legacy chips. If you're building AI infrastructure, HSAIH™ will be the support supplier you were missing in the hemisphere.
The FDA requires origin traceability for chips used in critical devices. If you manufacture medical equipment for the American market, HSAIH™ plans to give you a certified, verifiable supply chain outside China, as regulations require.
Your smart factory runs on 90–180nm chips. If you're deploying automation or Industry 4.0 in the hemisphere, HSAIH™ will be the regional supplier that eliminates the Asian supply bottleneck.
The Department of Defense requires chips from verified allied sources. Honduras has had a BIT with the U.S. since 2001 and active CAFTA-DR. HSAIH™ will meet the supply chain diversification mandate the Pentagon already requires.
Our competitors — TSMC and Samsung — are abandoning 28–180nm nodes to focus on cutting-edge chips. That leaves a $491B annual gap that no one in the Western Hemisphere is filling. HSAIH™ is there.
Legacy chips represent the vast majority of all semiconductors manufactured. They are not the past — they are the present that drives every industry. And they will remain relevant as AI advances: every AI system needs supporting chips, sensors, and controllers that run on legacy nodes.
The 2021 legacy chip shortage paralyzed assembly lines in Detroit for months. Companies like Ford and GM lost billions by depending on a single supplier in Asia. The CHIPS Act responds to that vulnerability — and HSAIH™ is the hemisphere's answer.
The legacy chip manufacturing model has been publicly documented for 40 years. HSAIH™ isn't inventing the process — it's executing it where the market needs it most: 3 hours from Miami, under CAFTA-DR, with 0% income tax. For the client, that translates into a predictable supply chain, free of geopolitical risk.
HSAIH™ isn't just a fab. It's the complete tech ecosystem that no country in Latin America has today.
ISO Class 5 Cleanroom · 28–180nm · The only one in the hemisphere
Assembly, Testing & Packaging · ATP Lab -> ISO Class 7 · 500–1,000 wafers/day
Tier II/III · 5–15 MW · Regional AI Inference
Platia Fellows™ · Honduran engineers · First generation of semiconductor talent
The chips planned for manufacture here have a destiny that goes beyond what you'd imagine.
HSAIH™ · Market analysis
There's a dominant narrative in the tech industry: "3nm and 5nm chips are the future, and everything else is history." It's a narrative that sells headlines. And it's incomplete. Without legacy chips, AI doesn't work.
AI doesn't run on a single type of chip. It runs on an ecosystem of chips. The large language model that generates text needs cutting-edge chips — an NVIDIA H100 running on 4nm. But the device that delivers that response to the end user, the sensor that feeds the system with data, the power controller that keeps the server running, the communication module that transmits the result — all of them run on legacy chips from 28nm to 180nm.
The edge inference market — running AI models directly on devices, without relying on the cloud — is one of the fastest-growing in the industry. And the chips that make it possible are mostly legacy: 90nm microcontrollers for industrial sensors, 28nm NPUs for smart cameras, 180nm power management chips for IoT devices. None of these require 3nm. All of them require volume, reliability, and a predictable supply chain.
American companies building AI infrastructure — from computer vision startups to industrial platforms for smart manufacturing — have a supply chain problem the market hasn't solved: they need legacy support chips in volume, delivered quickly, outside the Chinese supply chain. HSAIH is the answer the hemisphere doesn't have yet.
A nearshore legacy supplier, aligned with the CHIPS Act, under CAFTA-DR, with delivery to Miami in hours. For an American company building AI infrastructure that needs support chips in volume — HSAIH eliminates the supply chain risk Asia can't eliminate.
HSAIH™ · Market analysis
In 2021, Ford lost $2.5 billion in profits due to a chip shortage. GM shut down plants in Michigan, Tennessee, and Kansas. Toyota cut global production by 40%. It wasn't a failure of cutting-edge electronics — it was a shortage of 40nm to 180nm legacy microcontrollers used in engine control systems, ABS, airbags, and climate control. Chips that cost between $1 and $5. That halted multibillion-dollar industries.
The automotive industry never trusted a single supplier again. The world's largest OEMs implemented dual sourcing policies — two different suppliers per critical component — and began requiring regional buffer inventory. A supplier in Taiwan or Korea is no longer enough. They need one nearby.
Ford, GM, and Toyota have active operations in Honduras. Toyota manufactures wiring harnesses in San Pedro Sula. They already know the country, already have logistics in place, already operate under CAFTA-DR. HSAIH™ is the natural next step in that relationship.
ABS system, engine control, ADAS sensors, infotainment, backup cameras, automatic climate control — every electronic system in a modern vehicle runs on legacy chips. An average car carries between 1,000 and 3,000 chips. All from 28nm–180nm nodes.
Puerto Cortés — the largest in Central America — has direct routes to U.S. East Coast ports. Chips manufactured at HSAIH™ can reach Detroit in 5 days. From Taiwan: 4 to 6 weeks. The difference in response speed is critical for an industry that operates with just-in-time inventory.
Honda, Ford, GM, and Toyota already have a presence in Honduras — they know the country, trust its workforce, and operate under the CAFTA-DR legal framework. HSAIH™ offers them the missing piece: local production of the chips they need. The relationship already exists. The fab is the next chapter.
HSAIH™ · Strategic analysis
The law prohibits beneficiary companies from buying Chinese chips. That means automotive, medical, and defense manufacturers in the U.S. need certified alternative sources — now, not in 10 years. There is no fab in the hemisphere south of the U.S. border able to meet that demand. Yet.
90% of the world's advanced chips are manufactured in Taiwan. Risk analysts at major insurers and sovereign wealth funds are already modeling disruption scenarios for the Taiwan Strait. A fab in the Western Hemisphere isn't a long-term option — it's a risk-management necessity the market is starting to price in.
The FDA is tightening traceability requirements in the medical device supply chain. A pacemaker, an ICU ventilator, a glucose monitor — all have chips that must be traceable back to the fab of origin. Honduras, under a BIT and CAFTA-DR, offers that legal guarantee. A fab in Asia doesn't.
The U.S. Department of Defense has an explicit mandate to diversify its chip supply chains toward verified allied sources. Drones, communication systems, radars, border sensors — all use legacy chips. A supplier in a country with a BIT and CAFTA-DR, 3 hours from Miami, meets that mandate. A supplier in Taiwan or Korea doesn't guarantee it.
The region has exported raw materials and low-value manufacturing for decades. The semiconductor market is the first real opportunity to integrate into the global tech value chain. The country that moves first sets the regional standard. Honduras already has the legal framework, the manufacturing talent, and the location. HSAIH™ is the moment.
All five forces point to the same place: the Western Hemisphere needs its own nearshore fab, under an American legal framework, within the next 5 years. HSAIH™ is not a speculative project — it's the structural response to a need the market already recognizes but no one has built yet.
HSAIH™ · Strategic analysis
Honduras is already a supplier to the world's most important automotive industry. Toyota, Ford, and GM receive wiring harnesses manufactured in San Pedro Sula. More than 150,000 Hondurans work in manufacturing overall. 19,670 to 23,080 jobs in wire-harness electronics under international standards. The country exports more than $665 million a year in electrical components — with almost no one in the tech world aware of it.
That's no coincidence. It's the result of decades of public policy, investment in free trade zones, and manufacturing talent development. Honduras has already proven it can manufacture for the world's most demanding clients. HSAIH™ isn't a leap into the void — it's the next step on a ladder the country has been building for 30 years.
The same Toyota, Ford, and GM clients who receive Honduran harnesses today are the same ones who need legacy chips for their vehicles. The supply chain already exists. The relationship already exists. What was missing was someone to manufacture the chip in the same hemisphere. That's HSAIH™.
It took Honduras 30 years to become a first-tier supplier to the global automotive industry. HSAIH™ makes the next move in that same direction — but with one difference: this time we're not making the cable. We're making the brain. For the same clients, with the same logistics, under the same legal framework — but with ten times the economic impact.
HSAIH™ has active institutional support in Honduras and the United States. We have presented the project to the hemisphere's leading development finance institutions.
HSAIH™ is a strategic infrastructure project with an estimated total investment of $500 million across its full development horizon, structured in four progressive stages — from feasibility studies to full fab operation. The project has active institutional support from the National Investment Council of Honduras (CNI) and formal outreach to U.S. development finance institutions.
We are identifying our first strategic partners and founding clients. If your company depends on legacy chips — now is the time to talk.
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Honduras is building something no one in the hemisphere has done before. If you want to be part of it — client, partner, founding employee, or investor — this is your moment. Venture capital is what gets deployed before it's obvious.