22 October 2026 · With the Lao Satellite State Enterprise, on the main stage of Lao Digital Week 2026 in Vientiane, for the feasibility study for the development of an AI Computer Data Center. Dr. Sulivong Luangaphay, our Founder & Chief Executive Officer, signed for Evergreen AI.
ai compute and data centres · lao pdr
Evergreen AI develops, builds and operates AI compute and data centres in Lao PDR, powered by clean hydropower. Our main product is GPU leasing: dedicated GPUs, installed and operated for you. Three projects with 220 MW of capacity are in development.
We are building a fleet of AI compute and data centres. Three projects are in development: EVERGREEN1 on the LaoSat campus in Vientiane, and EVERGREEN2 and EVERGREEN3, two larger projects that we will announce when they are ready.
EVERGREEN1 · LaoSat campus, Vientiane · Feasibility study 26 October – 22 November 2026, project kick-off on 23 November. 1 MW in operation two months after launch, 5 MW after three.
EVERGREEN2 · 15 MW capacity · In development · Location and partners announced when ready
EVERGREEN3 · 200 MW capacity · In development · Location and partners announced when ready
EVERGREEN1 is our first AI compute and data centre: 5 MW on the LaoSat campus in Vientiane, built as five IT lines of up to 1 MW, each with its own cooling, energy and networking, and powered by Lao hydropower.
22 October 2026 · With the Lao Satellite State Enterprise, on the main stage of Lao Digital Week 2026 in Vientiane, for the feasibility study for the development of an AI Computer Data Center. Dr. Sulivong Luangaphay, our Founder & Chief Executive Officer, signed for Evergreen AI.
26 October – 22 November 2026 · Evergreen AI officially enters the feasibility study for EVERGREEN1.
23 November 2026 · The day before Lao PDR graduates from Least Developed Country status.
Two months after launch · IT line 1 of EVERGREEN1 is set, connected, commissioned and serving clients.
Three months after launch · All five IT lines of EVERGREEN1 are in service.
The companies building AI data centres have moved the work into the factory. Compute, power, cooling and networking arrive as factory-built, factory-tested containers and connect to a site that was prepared at the same time. This is how we build EVERGREEN1.
Compute is built as five IT lines of up to 1 MW, each with its own factory-built IT module. Each IT line carries its own cooling, energy and networking through fixed interfaces, so a line can be added, exchanged or serviced without touching its neighbours.
Firm Lao hydropower arrives at the campus substation on two independent 22 kV lines. Buried cables carry it through the common electrical interface to the factory platform, where it runs in cable trays under the deck to every line's power module, with a UPS layer. Photovoltaic generation on the canopy adds to it.
Every IT line has its own containerised gas-engine set at the head of the line, beside its power module. It covers dips on the grid, carries the line through an outage and bridges new capacity while larger grid connections are brought in.
Every IT line cools itself in a closed loop: air at the equipment inside the IT module, and cooling water that runs through the shared cooling distribution modules to the line's own cooling source module, where dry coolers open to the sky reject the heat. Two water treatment modules keep the loop in condition, and no water is consumed in normal operation. Coolant supply and return are capped at every position, so a liquid-cooled system can be connected later without civil work.
Every IT module has its own connection to the fibre backbone that runs under the deck, and a separate management network reaches the operations centre on its own path. Three independent routes out of the country arrive at the factory on separate entries, each on its own physical path: a protected international line from LaoSat's campus data centre, the national carriers through their own campus entry, and the LaoSat-1 satellite, worked from LaoSat's campus teleport.
The factory stands on a raised steel platform on tapered steel pods, above the 1-in-200-year flood level, with no concrete in the structure. Cables and fibre run in trays under the deck, and the cooling pipework runs on low racks between the modules.
A canopy of flat engineered leaves covers the power modules, the IT modules and the cooling distribution modules, and leaves the generating sets and the cooling source modules open to the sky. The leaves are carried on central steel supports: panel-clad steel trunks inside the canopy, each with a hub at its head and branches out to the ridges of the leaves, so there are no supports at the outer edges. Every leaf is slanted, so rain runs to the outer edge, and every leaf carries photovoltaic generation across its area.
EVERGREEN1 as a factory: five IT lines on one raised steel platform, under a canopy of engineered leaves on central steel supports.
Along one IT line, west to east: the generating set, the power module, the IT module and the cooling source module, with the cooling distribution modules between the IT module and its cooling source.
Under the platform: tapered steel pods hold the factory above the 1-in-200-year flood level, and the cables and fibre run in trays beneath the deck.
From above: the canopy of flat leaves, each slanted so that rain runs to the outer edge, with the generating sets and the cooling source modules open to the sky.
EVERGREEN1 is bought as factory-built, factory-tested modules and assembled on a prepared site, as the industry now builds. Our one deliberate difference: the land at LaoSat lets us spread the modules out on a single level instead of packing them tight.
Air at the equipment: fan walls draw shaded air through the racks and reject the heat dry. The liquid supply and return wait at every position, pressure tested and capped.
When a client brings liquid-cooled systems, the capped connection is opened and the racks are cooled at the chip — without civil work and without touching the neighbours.
Every function arrives factory-built and factory-tested: compute, storage, power, cooling, networking and the operations centre.
Cooling, energy and networking are built by IT line. Each line has its own, behind fixed interfaces, so growth is an order rather than a construction job.
Nothing stacks. Every container has its own route in and out and can be exchanged without moving a neighbour; spacing keeps air paths and risks separate.
Every module stands above the 1-in-200-year flood level, with no concrete in the structure and nothing underground.
The canopy shades the containers, keeps tropical rain off their connections and carries photovoltaic generation across its area.
Firm Lao hydropower on two independent grid lines and containerised gas-engine generation feed a power module and UPS on every IT line.
Every IT line cools itself: air at the equipment, heat rejected dry and no water consumed in normal operation. A capped liquid connection waits at every position.
A network connection on every IT line, and two terrestrial routes and one by satellite out of the country, from the national satellite campus.
Our main product is GPU leasing. We lease dedicated GPUs to offtakers, the clients who take capacity from us under a lease, and run them for you in our data centres. You can also place your own equipment with us, have us supply and host it, or use compute we operate.
We buy the GPUs, install them in our data centre and lease them to you for an agreed term. They are yours alone to use for the whole term, and we power, cool, connect and operate them on clean Lao hydropower.
You bring your servers or racks. We provide the space, power, cooling and connectivity; you keep ownership and run your environment.
You own the equipment; we host it and run it for you, from monitoring to maintenance.
We source and install an agreed hardware configuration in our facility. Buy it or lease it, with support and operations defined in the package.
Use compute without buying or running the hardware: reserved accelerator capacity, a dedicated cluster, or inference output.
For large installations we develop capacity around your hardware and operating requirements — compute, networking, storage, power and cooling in one specified installation, with reference designs such as NVIDIA DGX B300 servers and GB300 NVL72 racks, or your own specification.
Evergreen AI designs, builds and runs its data centres with partners in technology, AI, architecture, management, services, security, insurance and law. Explore the network and choose a partner to see what we do together.
As an HPE Business Partner, Evergreen AI brings Hewlett Packard Enterprise systems to clients in Lao PDR. We install, power and operate them in our data centres, on clean Lao hydropower.
XTND Dynamics is our management company. It runs the programme with us and brings our international partners together.
With PrivateGPT we run LaoGPT and build the private AI platform our clients use in Lao PDR.
Mekong Silk-Road Engineering is our Lao design institute. It carries the design of our campus through the Lao permits and approvals, and builds it with us.
The campus concept on this page was developed with BIGLabs Studio, who consult to Mekong Silk-Road Engineering on its architecture.
adesso adds value-added services to our compute, with the experience of a managed service provider that runs its own GPU clusters and AI platform.
KLIC brings legal structuring, market entry and investment advice in Lao PDR, from a firm founded in Vientiane in 2016.
Ensign InfoSecurity is our cybersecurity partner. Our security operations centre will be designed, built and run with Ensign, with Lao analysts on the team.
Marsh insures what we build and what our clients bring: one policy for our data centres, and one for the hardware our clients host with us.
At this scale, the cost of intelligence moves toward the cost of power. Lao PDR holds clean hydropower in surplus.
That surplus leaves the country as electricity.
It can stay home and work as intelligence — and leave the country as high-value, export-grade AI instead.
We develop, build and operate AI data centres, and our clients lease GPUs and buy compute and hosting in them. Investors can own them: an IT line, a whole site, or the compute equipment inside it.
An IT line or a whole site. We build it and operate it, and fill it with clients.
In a Capacity Partnership you keep title to the equipment; we operate it and sell its output, and you are paid under an agreed fee or revenue arrangement.
Join the development of the fleet’s next projects, 15 MW and 200 MW, from the start.
The latest announcements and stories from Evergreen AI, which develops, builds and operates AI compute and data centres in Lao PDR.
Thursday 22 October 2026 · On the main stage of Lao Digital Week 2026, the Lao Satellite State Enterprise (LSE) and Evergreen AI Co., Ltd. signed a Memorandum of Understanding on the feasibility study for the development of a Sovereign AI Computer Data Center.
Wednesday 21 October 2026 · Evergreen AI took its seat at the High-Level Digital Transformation Forum 2026, where the Lao PDR and the governments of the region met to accelerate digital government, cultivate a digital workforce and drive innovation into the AI era.
Wednesday 21 October 2026 · On the opening day of Lao Digital Week 2026, VIPs and dignitaries visited Evergreen AI at booth D1 to see sovereign AI built in Lao PDR: compute on Lao hydropower, with data, models and keys held in the country.
Sunday 25 October 2026 · Lao Digital Week 2026 closes on Sunday 25 October at Lao-ITECC, Vientiane: the Closing Ceremony in the afternoon, presided over by H.E. Dr. Santisouk Simmalavong, Minister of Technology and Communications, and a Mini Concert on the main stage in the evening.
The management team and the Advisory Board of Evergreen AI, which develops, builds and operates AI compute and data centres in Lao PDR.
Leads Evergreen AI in Lao PDR: its institutions and in-country work, land and environment, and the channel to government. Executive Director, and the company's registered Director.
Leads strategy, the commercial model and the international platform. Twenty-five years across Northern Europe and Southeast Asia: founded NEXOES in Singapore, delivering to the Singapore Government; satellite-communications systems architect at ST Electronics & Engineering; ran PrivateGPT in Denmark with PrivateAI.
Leads operations, delivery and government relations. Forty years in government, energy and infrastructure: the Lao Energy Security Project of USAID and its agreements with EDL, Convalt Energy Laos, and the Asian Development Bank's Mekong Business Initiative. Speaks Lao and Hmong.
Leads AI services and models, the national large language model programme, and the bridge to the National University of Laos. Qualified as an engineer at NUOL in 2015, and has led 64Bit Development, a Lao AI software company, since 2021.
Leads the technology stack, the platform and the compute architecture, and our engineering partners. A serial entrepreneur in AI, well connected across Chinese technology, based in Chengdu.
Directs the Evergreen AI Academy, Evergreen AI's training and certification arm: practical training from data-centre operations to AI engineering, programmes for government and industry, and the pipeline of Lao AI talent.
Former Vice Minister of the Ministry of Technology and Communications.
Twenty years in Mekong hydropower and energy, from project mitigation to grid interconnection between Lao PDR and Thailand. Speaks Thai and Lao.
Chief Technical Adviser to the Department of Environment, Lao Ministry of Agriculture and Environment. Twenty years in climate policy, from the Clean Development Mechanism to Article 6 markets.
Blubell Capital Group. More than five years on infrastructure and aviation projects.
Twenty-five years of enterprise transformation and AI strategy across Asia and Europe: Global Head of Digital Solution and Innovation at Indorama Ventures, Manulife, Sun Life and twelve years at IBM.
Tell us what you need — capacity for your workloads, a data centre to own, or a story to tell — and the right person in our team will answer.
