Anyone who still thinks Russia is simply bankrolling Myanmar has the direction of money backwards. In this arrangement, Myanmar is the customer. It is preparing to buy Russian gas and, in doing so, send money into a Russian economy still financing the war in Ukraine. Russia, meanwhile, is offering technology in return: satellite navigation, communications, Earth observation and aerospace cooperation. In other words, Myanmar is not being paid to stand with Russia. Myanmar is paying Russia, while Russia trades technology for access to a new market.
In August 2026, Myanmar President Min Aung Hlaing traveled to Moscow for an official visit and met Vladimir Putin at the Kremlin. The visit produced 12 agreements and memoranda covering everything from energy and culture to competition policy and space technology. Four of them are particularly interesting because the technologies involved have obvious civilian applications, but equally obvious military ones.
The four were:
- Memorandum on cooperation in the radio-electronic industry and digital technologies;
- Memorandum on information and communication technologies;
- Memorandum between Roscosmos and the Myanmar Space Agency covering satellite navigation, human spaceflight, COSPAS-SARSAT and Russia’s ASPOS space-monitoring system;
- Memorandum between the Myanmar Space Agency and Bauman Moscow State Technical University on technological and aerospace cooperation.
At roughly the same time, Russia and Myanmar were also negotiating something much less futuristic: liquefied natural gas.
The interesting part is that Myanmar was not discussed only as the final customer. According to the Myanmar President’s Office, the talks also covered onward supplies of Russian LNG to China and Thailand. That changes the scale of the arrangement considerably. Russia is not simply looking for another buyer. Myanmar is being considered as a possible regional distribution point for Russian LNG into Southeast Asia.
That is where the arrangement starts to look slightly extravagant.
Myanmar already has substantial natural-gas reserves and remains a major gas exporter. Recent estimates put its proven reserves at around 22.5 trillion cubic feet, while a large share of its production is exported. It certainly does not suffer from a geological shortage of natural gas.
So why import Russian LNG?
Part of the answer may simply be infrastructure, contracts and energy shortages. Having gas underground is not the same thing as having sufficient gas available in the right place, at the right time and in the right form. But the Russian side has another obvious problem: it needs markets.
Western sanctions and the war in Ukraine have placed sustained pressure on Russia’s traditional energy relationships. Russia’s finances are under considerably more pressure than before the war. The liquid part of the National Wealth Fund on September 1, 2026, was lower than ever, at 13,194.88 billion rubles (US$159.94 billion). Russia therefore has every reason to find new buyers for what it still has in abundance. And what Russia has in abundance is natural resources.
Myanmar offers access to the Southeast Asian market. Russia offers LNG. So far, fairly conventional.
The LNG story did not begin in August. In April, Russian Energy Minister Sergei Tsivilev and Myanmar Energy Minister Ko Ko Lwin were already discussing supplies of Russian LNG, petroleum products and crude oil. Myanmar’s Ministry of Electricity and Energy was quite specific about what it wanted: favorable prices, quality guarantees, secure transportation and long-term supply. The same visit produced a Memorandum of Cooperation between the Ministry of Electricity and Energy and RC-Investments. The framework was designed with Russia identifying suppliers and partners and Myanmar facilitating Russian hydrocarbon and petrochemical deliveries.
Myanmar’s LNG import system already exists. Imports resumed in late 2025 after a four-year break, with LNG loaded at the Bintulu LNG complex in Malaysia and delivered to the Thilawa floating storage unit near Yangon. So, Russia is effectively trying to insert itself into an existing supply chain. Kpler expected Myanmar to import around 0.4 million tonnes of LNG in 2026, mainly to supply the Thanlyin and Thaketa power plants. Myanmar’s own Ministry of Information confirms that LNG imports are now feeding around 500 MW of generation in Yangon.
What Russia appears prepared to provide alongside it is considerably more interesting.
The Roscosmos agreement includes satellite-navigation measurement stations, access to navigation data, a COSPAS-SARSAT ground station and an ASPOS opto-electronic telescope station. Russia will also help select and train Myanmar astronauts. According to the Myanmar Space Agency (which already took the announcement down from their website), the stated purposes include economic development, search and rescue, scientific research and monitoring hazardous objects in space. All very peaceful.
Then the cooperation expanded further. On August 19, Min Aung Hlaing met Roscosmos Director General Dmitry Bakanov. Their discussions included Earth-observation satellite imagery, a satellite-navigation measuring station, the Rassvet low-orbit communications system, nano-satellites and continued Russian assistance in developing Myanmar’s space capabilities.
None of these technologies is inherently military. That is precisely the point. They do not need to be. Remember the Chinese balloon incident in 2023? A Chinese high-altitude balloon crossed the United States before being shot down by an F-22 off the coast of South Carolina on February 4. Beijing insisted that it was a civilian airship used mainly for meteorological research which had simply been blown off course. The U.S. State Department had a rather different interpretation. A U-2 surveillance aircraft examined the balloon while it was still in the air and confirmed that it carried intelligence-collection capabilities. The U.S. government later described it as part of a broader Chinese military-linked aerial surveillance program.
Earth-observation technology works on exactly the same uncomfortable boundary between civilian and military use. The same satellite imagery that monitors forests, floods, agriculture or climate can also show roads, buildings, camps, vehicles and changes on the ground. Optical satellites provide detailed imagery; synthetic-aperture radar can observe through cloud and at night; repeated passes over the same area show what has moved, appeared or disappeared. Communications systems can connect remote communities. They can also support command and control. Radio-electronic technology can support industry. It can also support surveillance and electronic warfare. Calling the technology civilian therefore tells us very little about what it can actually be used for. A satellite looking for deforestation can look at a military base just as easily.
Below is the kind of imagery Russia can produce. These are examples from Russian Resurs-P and Canopus-V satellites:
Resurs-P4 and P5 can produce panchromatic imagery at about 1 m resolution and multispectral imagery at roughly 3-4 m. As for the Canopus-V imagery, you can clearly distinguish agricultural plots, settlements, roads and terrain. Russian Space Systems explicitly lists infrastructure monitoring among the applications of these Earth-observation systems.
And what about Rassvet? It is essentially Russia’s answer to Starlink, a low-Earth-orbit broadband communications network being built by Bureau 1440, part of Russia’s X Holding. Bureau 1440 describes the satellites themselves as “5G base stations in orbit”. The target orbit is around 800 km, with advertised speeds of up to 1 Gbit/s and latency below 70 milliseconds. The satellites communicate with each other through laser links, while user terminals can be installed on fixed sites as well as cars, ships, aircraft and trains.
Militarily, the potential is obvious. What it can potentially do is provide broadband communications in places where terrestrial networks are absent or unreliable. That could support communication between command posts, mobile units, aircraft or unmanned systems. It could also transmit satellite imagery and other intelligence quickly from one location to another.
Myanmar is an unusually important place to make that distinction.
Myanmar’s civil war is nearly as old as the country itself. Armed conflict between the central state and ethnic organizations began almost immediately after independence in 1948. The Karen conflict started in 1949, while other ethnic insurgencies developed across Kachin, Shan and other border regions. These were not temporary rebellions. They became long-running territorial conflicts over autonomy, federalism, political control and, in some cases, independence.
The Myanmar military has never been particularly effective in many of these areas. Geography is one reason. Ethnic armed organizations operate in mountains, jungles and forests along the borders with Thailand, China and India. They know the terrain, move in small units, use ambushes and landmines and often operate among populations with which they have close local connections. The Myanmar military has traditionally been much stronger in towns, on major roads and around fixed military positions.
The military is therefore not acquiring these capabilities in an abstract security environment. It is fighting an actual war.
Better Earth observation means better information about what is happening on the ground. Better satellite navigation means better positioning. Better communications mean better coordination. Better mapping means a clearer picture of roads, settlements, bases and infrastructure in territories that the military has historically struggled to control.
Russia does not need to sign a memorandum saying that it will help Myanmar locate ethnic armed organizations. No government writes agreements like that. It only needs to provide the infrastructure that makes locating them easier.
Ana Brown is a nuclear lawyer, academic and intelligence analyst specialising in defence economics, and an ALM candidate at Harvard University.