The Hidden Ukrainian Roots of Science, Technology, and Creative Design

This collection unveils the brightest Ukrainian minds whose work shaped humanity’s greatest achievements — from groundbreaking discoveries in nuclear physics and cybernetics, to revolutionary advances in aviation and space technology, to the visionary creative designs that defined entire eras. For decades, the Soviet regime deliberately concealed, silenced, or erased their Ukrainian identity, rewriting history to fit its ideological narrative. Today, we restore what was stolen: the legacy of Ukrainian genius, technical mastery, and creative brilliance that propelled global progress.

In the early 20th century, many scientific and technological pioneers were born and raised in ethnic Ukrainian territories,
which extended beyond today's national borders.

Just as the United States became a "melting pot" of nations in modern history, Ukraine has played this role in Europe for centuries. Our lands have always been at the crossroads of cultures, civilizations, and trade routes.

Here, the heritage of ancient Trypillian farmers, the warrior spirit of the Scythians and Sarmatians, the trading traditions of the Varangians, the engineering genius of the Greeks, and the cultural influence of Poles, Tatars, Jews, Germans, and other peoples merged and intertwined. This synthesis created a unique Ukrainian identity—rich, multifaceted, and open to new ideas.

Historical Continuity: Ukraine’s Thousand-Year Journey

Ukraine did not merely inherit the influences of these peoples—it transformed them into its own distinct culture, remaining independent yet open to new ideas. The legacy of past civilizations is reflected in the language, architecture, traditions, and military arts. Kievan Rus, blending European and Eastern influences, laid the foundation for statehood, while the Cossack democracy shaped the values of freedom and independence that have become fundamental to the Ukrainian nation.

Each historical period introduced new elements, but the essence of Ukrainian identity— its pursuit of freedom, respect for traditions, and ability to integrate without losing its uniqueness—remained unchanged.

Learn more about Ukraine’s rich history on the History of Ukraine page.

Atomic Project: Ukrainians at the Forefront of the Nuclear Era

When humanity unlocked the secrets of the atom, it faced a crucial question: how to harness this immense energy? Some saw it as an infinite source of electricity, while others viewed it as a weapon that could forever change the balance of power in the world. In both of the 20th century’s greatest nuclear projects—the Manhattan Project in the U.S. and the Soviet nuclear program—Ukrainian scientists played a key role.

Ukrainians in the Manhattan Project

George Kistiakowsky — Ukrainian, Harvard chemistry professor, chief explosives expert of the Manhattan Project.
Responsible for the precise detonation of the first plutonium bomb.

Among the brilliant minds working in the top-secret Los Alamos laboratory was George Kistiakowsky, born in Boyarka near Kyiv. A genius chemist and explosives expert, he developed the method of explosive implosion, which made the creation of the plutonium bomb possible. Without his discovery, "Fat Man"—the bomb dropped on Nagasaki—would not have worked. Later, Kistiakowsky became the scientific advisor to U.S. President Dwight Eisenhower, dealing with nuclear arms control.

The Soviet Nuclear Project: The Role of Ukrainians

At the same time, thousands of kilometers away, Ukrainians played leading roles in the Soviet nuclear program. Physicists, chemists, and engineers from Kyiv, Kharkiv, Dnipro, and Lviv contributed immensely to the development of nuclear technologies for the first Soviet atomic bomb.

Oleksandr Leipunsky — Ukrainian pioneer of nuclear physics and fast-neutron reactor technology.

• Oleksandr Leipunsky – A Ukrainian nuclear physicist who became one of the leading experts in isotope separation and fast-neutron reactor technologies. His research laid the groundwork for the creation of high-efficiency nuclear reactors, which later became fundamental to the Soviet nuclear energy program.

Kyrylo Synelnykov — Ukrainian physicist and accelerator pioneer,
co-author of the USSR’s first nuclear transmutation and founder of plasma research in Kharkiv.

• Kyrylo Sinelnikov – A physicist from the Kharkiv Institute of Physics and Technology, who in 1932 conducted one of the first successful nuclear fission reactions in the USSR. This experiment, performed long before the Soviet atomic bomb project officially began, demonstrated that Ukrainian scientists were at the forefront of nuclear physics and particle acceleration.

Oleksii Brodsky – Ukrainian radiochemist who advanced uranium enrichment and
fuel processing for Soviet nuclear energy and weapons programs.

• Oleksii Brodsky – A Ukrainian radiochemist specializing in nuclear materials and uranium enrichment. His research was instrumental in refining uranium isotopes and developing fuel processing methods crucial for Soviet nuclear reactors and the production of weapons-grade uranium.
• Academician Oleksandr Nesmeianov – A Ukrainian chemist who developed techniques for producing high-purity plutonium, an essential component of nuclear weapons. His work allowed the Soviet Union to produce the fissile materials necessary for its first atomic bombs and later influenced nuclear power production.

Oleksandr Nesmeianov – Ukrainian chemist who developed high-purity plutonium production methods,
crucial for Soviet atomic weapons and nuclear energy.

Beyond scientific expertise, Ukraine also played a critical role in providing strategic materials essential for the Soviet nuclear industry. Tungsten, zirconium, and uranium, necessary for the development of nuclear warheads, were mined and processed in Ukraine. Additionally, leading Ukrainian metallurgical enterprises supplied key components for nuclear reactors and missile warheads, making the country an integral part of the Soviet atomic infrastructure.

Leap into Space: Ukrainians Who Built the Road to the Stars

Early Ukrainian Pioneers of Rocketry (19th Century and Before)

Oleksandr Dmytrovych Zasiadko — an ethnic Ukrainian, military engineer, artillery general, and founder of combat rocket artillery.

• Oleksandr Dmytrovych Zasiadko (1779–1837) – Ukrainian military engineer and artillery specialist of the Russian Imperial Army, a lieutenant general of artillery. He was a pioneer in the design and development of rocket weapons, laying the foundation for later advancements in rocketry.

Mykola Ivanovych Kybalchych - An ethnic Ukrainian, self-taught engineer, revolutionary, and inventor of
the first rocket-powered flying apparatus project.
Executed by the Russian Empire for participating in the struggle against tyranny.

• Mykola Ivanovych Kybalchych (1853–1881) – Ukrainian revolutionary and inventor of Ukrainian and Serbian descent, who, even before Tsiolkovsky, proposed the concept of a rocket-powered flying apparatus. While imprisoned, just days before his execution, he designed a visionary spaceflight concept, including a rocket engine with controlled thrust vectoring, stabilization mechanisms, and calculations for fuel combustion dynamics. His project, ahead of its time, was suppressed and published only 37 years later.

Kostiantyn Eduardovych Tsiolkovsky - Descended from a Polish‑Ukrainian‑Tatar noble family bearing the Jastrzębiec coat of arms.
His ancestors lived in the Volyn region (now Ukraine) and,
after the partitions of the Polish–Lithuanian Commonwealth, relocated to the Zhytomyr area.
The Tsiolkovsky family is connected to Hetman Severyn Nalyvaiko. He was proud of his Ukrainian heritage.

• Konstantin Eduardovych Tsiolkovsky (1857–1935) – The father of modern astronautics, whose lineage traces back to the Ukrainian Cossack family of Severyn Nalyvaiko, the legendary leader of the anti-feudal uprising in the Polish-Lithuanian Commonwealth in the 16th century. His theoretical work laid the foundations for space travel, including rocket propulsion, multi-stage launch systems, and human spaceflight concepts.

Yurii Vasylovych Kondratiuk — Ukrainian scientist and one of the pioneers of astronautics.
He developed an independent theory of spaceflight and proposed the so-called "Kondratiuk route",
later used by NASA's Apollo program for landing on the Moon.
How do you like that, Elon Musk? Yurii Kondratiuk, a Ukrainian scientist, developed the route NASA used to land on the Moon!

• Yuriy Vasylovych Kondratyuk (real name Oleksandr Hnatovych Shargei) (1897–1942) – Ukrainian scientist and inventor of Swedish-Jewish descent, one of the pioneers of rocket engineering and spaceflight theory. He is the author of the "Kondratyuk Route," a trajectory used by the Apollo missions to reach the Moon. His ideas directly influenced NASA's lunar program.

The Ukrainian Engineers Behind the Soviet Space Program (20th Century)

Ethnic Ukrainian Serhiy Korolev, born in Zhytomyr — the mastermind of the Soviet space program,
whose name was kept secret even during the first human spaceflight.

R7 rocket designed by Sergey Korolev

The first artificial satellite, Sputnik-1

• Serhiy Pavlovych Korolyov (1907–1966) – Born in Zhytomyr, Ukraine, Korolyov is recognized as the father of the Soviet space program. He led the development of the R-7 Semyorka, the world's first intercontinental ballistic missile, which later became the basis for all Soviet space launches. Under his leadership:
  • In 1957, the first artificial satellite, Sputnik-1, was launched, initiating the Space Race.
  • On April 12, 1961, Yuri Gagarin became the first human in space, making a 108-minute orbit around Earth aboard Vostok-1.
  • He was the driving force behind the first planetary missions, including Luna, Venera, and Mars programs.

Monument to Volodymyr Chelomey — prominent Ukrainian aerospace engineer —
located at Kyiv Polytechnic Institute, honoring his legacy in missile and space technology.

• Volodymyr Mykolayovych Chelomey (1914–1984) – Ukrainian aerospace engineer who developed strategic missiles and satellite systems. He was responsible for the UR-500 rocket, later used for the Proton heavy-lift launch vehicle, and initiated the Soviet space station program, which led to Salyut and Mir.

Mykhailo Yangel — Ukrainian missile designer who revolutionized Soviet strategic rocketry with the R-16 and R-36 ICBMs,
elevating the USSR to global nuclear power status.

• Mykhailo Kuzmich Yangel (1911–1971) – Ukrainian missile engineer, constructor of intercontinental ballistic missiles, who propelled the USSR into world leadership. He introduced autonomous control systems and high-boiling-point propellants, creating the R-16 and R-36 ICBMs, which became the backbone of Soviet nuclear deterrence.

Valentyn Hlushko — pioneer of Soviet liquid-fuel rocketry and head of NPO Energia, who led the Energia-Buran space program and
the orbital laser project 'Skif' during the Cold War space race.

• Valentyn Petrovych Hlushko (1908–1989) – Ukrainian rocket scientist, founder of Soviet liquid-propellant rocket engine development. He was the head of NPO Energia, responsible for the Energia-Buran space program, and oversaw the "Skif" orbital laser project, designed as part of the Soviet response to the U.S. Strategic Defense Initiative (SDI).

Academician H.E. Lozino-Lozinskyi Chief Designer of the Energia-Buran System,
Creator of the World's First Autonomous Flying Spacecraft

• Hleb Yevhenovych Lozino-Lozinskyi (1909–2001) – Ukrainian engineer and aerospace designer, born in Kyiv. He was the chief designer of NPO Molniya and led the development of the Energia-Buran reusable space system. He was also the initiator of the "Spiral" aerospace system, which was decades ahead of its time. Under his leadership, the Buran space shuttle completed a fully autonomous flight and landing in 1988, proving the superiority of Soviet automated spacecraft control.

The Ukrainian Engineer Who Built the Cosmodromes

Lt. Gen. Mykhailo Hryhorenko — Hero of the Soviet Union,
Ukrainian Engineer Who Built the Cosmodromes (Baikonur and Strategic Test Ranges)

• Mykhailo Hryhorenko – Ukrainian engineer and Lieutenant General, Hero of the Soviet Union awarded during the Second World War for personal bravery. In peacetime, he led the construction of cosmodromes, including Baikonur, as well as test ranges and launch complexes, providing the “road to the sky” without which spacecraft and launch vehicles would have rusted on the ground, never rising into space.

The Thorny Path of Ukrainian Cosmonauts: Death, Oblivion, Silence

Valentin Bondarenko, a Ukrainian cosmonaut, died during training before humanity's first spaceflight.
Grigoriy Nelyubov, also Ukrainian, was among the top candidates and Yuri Gagarin's backup - he could have been the first human in space.
Pavel Popovich became the first Ukrainian to reach space, successfully completing the fourth flight in Soviet space history.

• Valentin Bondarenko (1937–1961) was a Ukrainian-born Soviet fighter pilot and a member of the first cosmonaut corps. Originally from Kharkiv, Ukraine, he was considered among the top candidates for the first human spaceflight. In March 1961, during a high-risk training exercise in an oxygen-rich isolation chamber, Bondarenko suffered fatal injuries and died shortly before Gagarin's launch. His death was kept secret for over 20 years. A similar tragedy occurred in the U.S. space program: on January 27, 1967, the entire Apollo 1 crew — Virgil Grissom, Edward White, and Roger Chaffee — perished in a launch pad fire during training. Bondarenko is remembered today as a silent symbol of Ukraine’s early role in space exploration.

• Hryhorii Nelyubov (1934–1966) was a Ukrainian, originally from the Zaporizhzhia region, a backup to Yuri Gagarin and one of the most promising candidates in the first group of Soviet cosmonauts. His exceptional professionalism, strong sense of dignity, and commitment to justice set him apart from his peers — but these very qualities were seen as “flaws” within the rigid structure of the Communist Party and its ideological control. His national identity and independent character made him unsuitable as a propaganda symbol, and despite the enormous investment in his training, he was dismissed from the program. Instead, Gagarin — an ideal figure for the Communist showcase — was chosen for the first flight, while Nelyubov’s career was destroyed and his name nearly erased from official history.

• Pavel Popovich — a Ukrainian-born Soviet cosmonaut, the fourth man in space and the first Ukrainian to fly beyond Earth. He made two spaceflights: in 1962 aboard Vostok-4 and in 1974 to the Salyut-3 space station. Officially described as a scientific mission, Salyut-3 was in fact part of the secret military project “Almaz” — a dual-purpose orbital platform equipped with a rapid-fire aircraft cannon. It wasn’t designed to strike targets on Earth, but to defend the station against approaching enemy interceptor satellites, much like a WWII B-17 bomber defended itself from enemy fighters. The station’s primary mission was reconnaissance, with film capsules returning high-resolution images to Earth. Popovich was a close friend of Grigory Nelyubov, whose career was destroyed by political and personal intrigues. Witnessing what happened to Nelyubov, Popovich adopted a public demeanor similar to Yuri Gagarin’s — smiling, genial, and carefully avoiding conflicts — a survival strategy in the high-stakes world of the Soviet space program.

Ihor-Orest Bohachevsky — a Ukrainian genius given the chance by America,
safely bringing Apollo 11 home

Ihor-Orest Bohachevsky (1928–2010) was a Ukrainian-American mathematician, inventor, and professor at New York University

Ihor-Orest Bohachevsky (1928–2010) was a Ukrainian-American mathematician, inventor, and professor at New York University who played a pivotal role in the early development of spaceflight and nuclear propulsion systems. His mathematical models were instrumental in calculating the return trajectory of the Apollo 11 lunar module — from the Moon’s surface back to orbital rendezvous, and ultimately to Earth. Born in Sokal (then Poland, now Ukraine), Bohachevsky survived World War II, immigrated to the U.S., and went on to work at institutions like Bell Labs, Los Alamos National Laboratory, and Rockwell International. Author of over 100 scientific publications, he was known not only for his technical brilliance but also for his humility and generosity toward colleagues. The song Fly Me to the Moon became a quiet personal anthem — not as a romantic ballad, but as a metaphor for humanity’s scientific leap into space.

In 1974, Ukrainian scientist Valentyn Hlushko became the head of NPO Energia, leading the entire Soviet space industry. Under his leadership:

• He developed the heavy-lift Energia rocket, which in 1988 launched the Buran shuttle—the first spaceplane to land autonomously.
• He oversaw the "Skif" project, a laser-equipped space weapon, designed as part of the Soviet response to the US "Star Wars" (SDI) program.

Bohdan Hnatyuk – Ukrainian Scientist Who Contributed to the Development of the Trident Missile

Bohdan Hnatyuk — Ukrainian engineer who contributed to the design of the Trident II submarine-launched ballistic missile.

Although most Ukrainian engineers worked within the framework of the Soviet space program, some, due to historical and political circumstances, ultimately contributed to Western defense projects. One such example is Bohdan Hnatyuk, an outstanding Ukrainian engineer who participated in the development of the American three-stage ballistic missile Trident II (D5), designed for U.S. Navy submarines.

His efforts serve as yet another example of how valuable Ukrainian expertise in rocketry has been for global space and defense technologies.

Conclusion: The Ukrainian Legacy in Space

These were the people who launched humanity into space. In the design bureaus of Dnipro and Kyiv, carrier rockets were developed and built, later launching from Baikonur, Plesetsk, and Kapustin Yar, embodying the ambitions of the Soviet space program.

But just like with the nuclear program, no one asked Ukrainians who they wanted to work for. The empire exploited their talents while claiming their achievements as its own.

Ukraine Today: Carrying the Space Legacy Forward

Today, Ukraine remains a key player in the global space industry. Companies like Yuzhnoye Design Bureau and Yuzhmash continue producing rockets, engines, and components for international space missions, proving that the Ukrainian space legacy is far from over.

But as with the nuclear program, no one asked Ukrainians who they wanted to work for. The empire exploited their talents while claiming their achievements as its own.

Ethnic Ukrainian and world-class aviation pioneer – Igor Sikorsky

Ukraine Gave the World Sikorsky, and America Gave Him the Sky

Kyiv-born Igor Sikorsky – a Brilliant Aviation Engineer Who Changed the World

Genius aviation engineer Igor Sikorsky was born in Kyiv, the heart of ancient Kyivan Rus, a cradle of great warriors, thinkers, and pioneers. Ukrainian blood ran through his veins, fueling his genius, determination, and relentless passion for flight.

He did not just build airplanes – he created the future.

His "Ilya Muromets" became the greatest bomber of World War I, a revolutionary machine capable of long-range strategic flights. This aircraft embodied the strength and grandeur of Kyivan Rus – a land of legendary warriors capable of defying any enemy.

But saber-toothed communists, maddened by bloodshed, could not tolerate free thought or brilliant minds. They destroyed what they could not understand and eliminated those superior in intellect.

• Sikorsky's factories were seized.
• His creations were thrown at the feet of executioners.
• A genius who could have led his homeland to the heights of progress was left with no place in a country consumed by hatred.

The Red Terror forced Sikorsky into emigration.

He did not simply flee – he left, as only the strong-willed do, without looking back at the ruins.

He chose the United States – a country where his dreams were destined to soar in the sky of Freedom.

Pedigree Ukrainian Helicopters of America by Igor Sikorsky

In the United States, Sikorsky became the father of the world's helicopter industry.

Each of his helicopters is a legacy of his mind, strength, and belief in the sky.

• Sikorsky R-4 (1942) – the world's first mass-produced helicopter, pioneering a new era of aviation.
• Sikorsky SH-3 Sea King (1959) – the legendary maritime giant, saving and protecting lives.
• UH-60 Black Hawk (1974) – a combat icon, a symbol of U.S. military mobility.

Marine One (Sikorsky VH-3D) Marine One over Washington DC May 2005.

• Marine One – the official presidential helicopter of the United States, a symbol of power and reliability, trusted by U.S. presidents for decades.
• S-97 Raider, CH-53K King Stallion – new-generation helicopters continuing Sikorsky’s legacy.

The range of Sikorsky helicopters is so vast that listing them all is simply impossible.

Sikorsky – A Man with a Capital "M"

Regardless of political systems or opposing worldviews – Freedom vs. Totalitarianism – Sikorsky remained loyal to aviation and the honor of an engineer.

On August 28, 1962, when a Ka-22 rotorcraft crashed during testing near Tashkent, claiming the lives of seven test pilots, Sikorsky did not remain indifferent.

He not only expressed condolences – he wrote a heartfelt letter filled with grief and deep respect.

• Because the sky unites more strongly than borders.
• Because true engineers know no hatred – only admiration for those who dedicate their lives to flight.

Conclusion

The family tree of Sikorsky Aircraft helicopters is a living history of aviation, started by a brilliant Ukrainian aviation engineer.

He did not just create the world’s best helicopters – he left a mark in the sky that will never fade.

💙💛 Ukraine gave the world Sikorsky, and America gave him the sky.

Nikolaiev Vadim – A Test Engineer Who Gave His Life to Aviation

Ethnic Ukrainian. Lead engineer for flight tests of the unique Ka-22 Rotorcraft.

Nikolaiev Vadim was an ethnic Ukrainian, a talented engineer, and a fearless test pilot who dedicated his life to the skies. Born and raised in Kharkiv, he dreamed of aviation from an early age.

• 🛩 Graduate of the Kharkiv Aviation University – one of the leading technical institutions training the elite of Soviet aviation.
• 🥇 Champion of Kharkiv in Sambo – combining intelligence with physical strength and unbreakable endurance.
• 👨‍🔬 The youngest lead test engineer in the USSR.
• 🎨 Amateur artist – possessing a refined artistic taste, he expressed his vision of the world through drawings.
• ⚔ Holder of the Cossack spirit – a man of honor, resilience, and determination, ready to go to the end for his work and his team.

Vadim Nikolaiev did not just test the Ka-22 gyrodyne; he lived for aviation, envisioning a future where such machines would revolutionize transportation and military strategy. His life was tragically cut short at the age of 26 on August 28, 1962, due to sabotage, when an unfastened nut in the control system led to a catastrophic failure. However, his memory lives on – in history, in records, and in the hearts of those who knew him personally.

Ka-22 – A Gyrodyne Ahead of Its Time

This photograph was taken by Vadim Nikolaev, the lead flight test engineer,
capturing the engineering preparations for a test flight of the Ka-22 compound helicopter.
Taken at the Chkalov Tashkent Aviation Production Association in 1962. The original is preserved in Vadim Nikolaev’s family archive.
The original is preserved in Vadim Nikolaev’s family archive. A retouched version of this image is already circulating online — with my permission, to promote the Ka-22 helicopter and the people who took part in its testing.

The Ka-22 Vintokryl (often referred to as a gyrodyne or convertiplane) became a unique milestone in aviation history, setting nine world records that demonstrated its outstanding flight characteristics.

World Records of the Ka-22 in 1961:

• 1️⃣ October 7, 1961 – Flight speed of 356 km/h over a distance of 15–25 km.
• 2️⃣ October 12, 1961 – Flight speed of 336 km/h on a closed 100 km route.
• 3️⃣ November 12, 1961 – Altitude reached: 2588 m without cargo.
• 4️⃣ November 24, 1961 – Cargo of 1000 kg lifted to an altitude of 2588 m.
• 5️⃣ November 24, 1961 – Cargo of 2000 kg lifted to an altitude of 2588 m.
• 6️⃣ November 24, 1961 – Cargo of 5000 kg lifted to an altitude of 2588 m.
• 7️⃣ November 24, 1961 – Cargo of 10,000 kg lifted to an altitude of 2588 m.
• 8️⃣ November 24, 1961 – Cargo of 15,000 kg lifted to an altitude of 2588 m.
• 9️⃣ November 24, 1961 – Maximum cargo of 16,485 kg lifted to an altitude of over 2000 m.

These records made the Ka-22 the absolute champion among gyrodyne aircraft. Even decades later, its achievements remain a benchmark of aviation progress.

The Ka-22 not only demonstrated outstanding results but also entered history as a machine ahead of its time, while its test pilots became heroes who dedicated their lives to the skies.

Vera Shevchuk – The Ukrainian Artist Who Designed a Supersonic Passenger Aircraft

Vera Shevchuk, a talented Ukrainian artist, was entrusted with an extraordinary task – to create the external design for a supersonic passenger aircraft. Her vision was to emphasize the aircraft’s speed, elegance, and dynamic energy, making it not just a technological marvel but a work of art soaring through the skies.

A Vision Inspired by Nature

Vera Shevchuk sought inspiration in the natural world, studying the perfect forms of bird wings, the vibrant patterns of butterfly wings, and the smooth curves of wind currents. She believed that nature’s designs, honed over millions of years, could provide the ideal aesthetic for an aircraft capable of breaking the sound barrier.

The Conflict with the Soviet System

Despite the undeniable beauty and sophistication of her design, Shevchuk’s vision was met with fierce resistance from Soviet authorities. The USSR had a rigid stance on aircraft liveries – military planes bore red stars, while civilian aircraft were strictly adorned with a plain red flag on the tail.

Her innovative approach, which aimed to distinguish the aircraft from standard Soviet designs, was deemed unsuitable for the Communist Party and the Soviet people. The authorities rejected her work, refusing to accept anything beyond the officially sanctioned insignia.

A Lost Masterpiece

Vera Shevchuk’s design, which could have set a new standard for aviation aesthetics, was ultimately banned. The aircraft remained a technical achievement but lost the artistic individuality that could have made it a global icon.

Despite this, Vera Shevchuk’s legacy endures. Her work remains a testament to the struggle between artistic freedom and oppressive uniformity, and her vision of aviation beauty continues to inspire designers to this day.

Phantom Victory of Automation

Viktor Mykhailovych Glushkov — founder of the Institute of Cybernetics of the National Academy of Sciences of Ukraine,
pioneer of the digital state concept, and developer of the first computer network idea, OGAS.

Riding the wave of these successes, the USSR conceived an even more ambitious step—to transfer science and economic management into the digital realm. Academician Viktor Glushkov, leading the Institute of Cybernetics in Kyiv, introduced a revolutionary concept: the National Automated System (OGAS). Its essence seemed incredible—to create a network of computers that would collect real-time data from factories, farms, railroads, and oil platforms, automatically distributing resources and planning production.

The book is devoted to the history of computer networks and network technologies in the USSR in the 1960s ‑ 1980s.
Download PDF (glushkov.su)

In theory, this would mean a new stage in societal evolution, where decisions would be made based on precise mathematical models. But in a country where the ruling party valued ideology over logic, such an idea sounded like a death sentence. In high offices, whispers were heard: "Computers will replace the Politburo? Do they want to push us out of power?" The project was deemed dangerous and was soon shut down before it could move beyond laboratory experiments.

Grass Through Asphalt

However, scientific thought knows no barriers. Even in an industrial society that prioritized tons of concrete, cubic meters of gas, and bushels of wheat, information systems found their way—like grass breaking through asphalt. Computers were increasingly used in the defense industry, aviation, and rocketry; automation reached the banking sector and telecommunications.

Today, Ukraine continues the legacy of its great scientists, developing systems that have long since become a reality.

Ukrainian Engineers: The Secret Digital Revolution

It was the beginning of 1991, the Ukrainian SSR, Kharkiv. The air in the secret research institute was filled with anxiety. Communists, who had hastily hidden their party membership cards, had built a system of nepotism. Senior engineers and their children stubbornly resisted new work. "We didn’t come here for this!" they protested. But someone had to get the job done. To work for themselves and for those who wouldn’t.

The country was at a turning point, requiring a real-time global computing network capable of integrating both old and cutting-edge measurement systems, protected by encryption equipment first developed in Stalin’s prisons by the Ministry of State Security. These devices were created within the grim walls of prison cells, where arrested engineers, broken and stripped of choice, worked on telephone encryption systems (source). The dark past loomed, a reminder that progress always has a price.

By 1990, Windows 2.0 already existed in the West. But in the institute, fear prevailed. Even the mere mention of Project "Collection" sparked hushed whispers in the hallways. "It’s impossible," engineers murmured. "No one has ever done this before." After all, the system had to incorporate the best technologies of its time: the internet, real-time processing, databases, gateways, Ethernet. It was a challenge. A leap into the unknown.

Against the Odds

Yet, even in such an atmosphere, there were those who weren’t afraid. Leading engineer and yoga enthusiast Valentin Kozlov designed the relational database architecture for the "Collection" system on ORACLE in 1990. He made a breakthrough. Now, he needed allies.

The Engineers Who Defied the System

Meanwhile, the chaos of networking equipment, incompatible protocols, and non-functional solutions was entrusted to two friends. They lived and breathed aviation, rocketry, and computing. Having met at the Kharkiv Aviation Institute, they went through everything together: brawls with oil workers, grueling student labor in collective farm fields, balancing on thin pipes at dizzying heights. Their exam preparation resembled military training—they studied in pairs, debated, argued, and fought for every detail.

After university, their journey continued in the army. They underwent officer training and then served for two years as fighter jet technicians in combat aviation. Their resilience, hardened by commanding officers from the highest ranks of the Soviet Army, made them unstoppable. They mastered martial arts—sambo, judo, karate—but, most importantly, they mastered programming: FORTPAN, Assembly, and C. They didn’t just develop projects—they won. Young engineer conferences, automated cable and microelectronics design systems—these were just warm-ups for them.

Their Secret?

Control over the mind. They studied Chan Buddhism, built devices for monitoring brain biorhythms, and trained themselves to enter a state of absolute focus. Their mantra was simple: "I will succeed."

The Final Leap

And they knew they would. While hushed whispers filled the institute’s hallways, while leadership hid behind bureaucracy, they moved forward. For them, this wasn’t just a project. It was their chance—a social elevator leading to the creation of "Collection." A chance that would define the future of the USSR’s Strategic Missile Forces.

The Strategic Information Collection System

Ethnic Ukrainian scientist Andrii Vadymovych Nikolaiev led the development of the strategic ballistic missile tracking system for the USSR and the Russian Federation. This unique project, codenamed "Collection", became one of the most advanced developments in the field of strategic weapons monitoring.

The development began in early 1991 in the USSR. That same year, a test bench was already operational in a classified laboratory of the institute, demonstrating data transmission using the TCP/IP protocol—a cutting-edge technology for its time, especially in military systems.

The Collection System, covering thousands of kilometers across Russia’s vast territories, successfully passed testing and was deployed in 1993 in the Russian Federation, already under new political conditions. The central data collection hub gathered trajectory information of tested strategic nuclear missiles from measurement systems and was located at the Plesetsk Cosmodrome.

Just as Glushkov’s daring plan once sought to give the country an intelligent "brain," today’s Ukrainian IT developers create systems ahead of their time. And although the OGAS project remained only a legend of an unfulfilled future, the idea of information control and transparent management continues to live on—in new projects, innovative startups, global networks, and digital platforms.

Unified Control Center

Scientist and ethnic Ukrainian, Andrii Vadymovych Nikolaiev, led the development and implementation of the Unified Control Center. This system was designed to manage radar stations and radio-technical systems for tracking and controlling antennas during the testing of strategic missiles across the entire territory of the Russian Federation.

A missile can perform maneuvers, and to accurately track its flight, it is necessary to collect trajectory measurement frames from various systems in real time, predict its trajectory, and precisely direct antennas to the meeting point of the missile and the narrow beam pattern of other radio-technical systems.

To accomplish this task, the software of the computing network was upgraded, both at the information concentrator and through the development of an automated control workstation within the Unified Control Center.

The system was further enhanced to enable data exchange through a new message format that included data transmission and control modes. The system was tested and officially commissioned in 1997.

The Border Network That Could Have Been, But Never Was

It was a time before the Orange Revolution, when all key positions in the country were occupied by former communists who had hidden their party membership cards, rebranded themselves as anti-communists, but retained their true nature. They did not build – they blocked progress.

By that time, a group of young engineers had developed adapter boards and received a Ukrainian patent. These boards made it possible to convert secret Soviet encryption equipment into the foundation of a unified computer network for the entire Border Service of Ukraine.

This system was based on encryption equipment such as "Interior", which after the collapse of the USSR remained in such huge quantities that it could have been used to encircle not only Ukraine, but the entire galaxy.

Almost a Spy Operation

Realizing that breaking through official channels was impossible, Andrii Nikolaiev decided to act unconventionally.

• Through medical workers, he got in touch with retired border guards who were involved in selling dietary supplements (BADS).
• Through this network, he established connections and obtained the contact information of the head of the automation department in the Border Service.
• By that time, Nikolaiev had already developed adapter boards capable of self-repairing secure communication channels.

Thus, almost like a spy, he reached what seemed to be an interested party – someone who could make the decision to create the first global Border Service network in Ukraine, secured with hardware encryption.

However...

When the engineers proposed this breakthrough project, it hit a wall. The leadership of the Border Service was not interested in technology – they were only interested in pleasing their superiors.

The young specialists realized: this network would never be built – not because it was impossible, but because the Border Service officials saw no personal gain in it. They remained rebranded communists – with an old-school mindset, a habit of blocking all innovation, and a fear of change.

The Solution: If You Can’t Change the System, Create Your Own

After that, the team decided not to waste time fighting bureaucracy but instead to build a modern meteorological information network for Ukraine.

This became a decision that changed the country.

Once switched on, the meteorological network has never been turned off.

These were the turbulent nineties. Not in newspapers, not in crime reports – but right here, in a scientific institute.

In winter, the heating was turned off. Water was shut down to prevent pipes from bursting in the freezing cold. Salaries were not paid for six months. People stood in silence, lining up at the checkpoint, waiting as the guard slowly recorded names in the logbook. Late? Fine. Stayed longer? Fine.

The institute, already surrounded by barbed wire, turned into a grotesque replica of Stalin's sharashka. The only difference was that back then, they were not allowed to leave, but they were fed. Here, they were allowed to leave – but they were not fed.

The older generation gave up. Engineers, used to top-down orders and strict planning, accepted this new reality. They believed they were kept there not for work but simply so they wouldn't wander the streets.

The restrooms were closed. A pit latrine was dug in the yard, and a wooden toilet was placed nearby. The line stretched across the entire area – men and women standing side by side, heads lowered in silence.

But the young engineers thought differently.

But the spirit of the Ukrainian Cossacks is to never submit, never surrender, never wait for mercy from the authorities.

They made a decision: to work in two shifts, each lasting 8 hours.

In 1996, in this cold and dying environment, they took on the creation of "Breeze" – a network of meteorological data concentrators that would connect the entire country.

The technical leadership in creating the Hydrometeorological Communication Network was taken over by a young scientist and sector head of the research institute, Andrii Vadymovych Nikolaiev.

They aimed to squeeze everything possible out of these conditions – not for themselves, but for their Ukraine.

During the day, they worked at the institute.

In the evenings, they moved to a small rented room, no larger than 10 square meters (≈108 square feet). This was their second shift.

They worked for little more than pocket money.

While two programmers wrote code, two more described algorithms on paper, and several others held discussions in the hallway because there was no more space inside the room.

It resembled an overcrowded bus. But work kept the team spirit alive and faith in victory strong.

The development was successfully completed.

Every regional center in Ukraine was equipped with multiple "Breeze" concentrators. In total, 25 regions received these advanced communication nodes.

These were not just computing machines – they were the heart of the information infrastructure. They collected and distributed meteorological data for the hydrometeorological service, agriculture, aviation, and railways.

It was a triumph.

They did it.

And most importantly – once switched on, the Hydrometeorological Network never stopped running.

A quarter of a century has passed, and it still operates today.

Communists Building Capitalism: Taking Everything in Sight and Beyond

Communists would not be communists if they did not reveal their true nature here as well.

When young engineers created a groundbreaking meteorological network that covered all of Ukraine, the state award for this technological breakthrough did not go to them.

Awards were given, but not to the developers, not to the programmers, not to those who worked nights, who held meetings in corridors and bus stops. The state award was claimed by bureaucrats who simply signed off on the documents.

They did not know how the system worked, they did not understand the technical challenges that were solved, but they were in power – and that meant the medals, certificates, and titles belonged to them.

It was as if the Queen of England had knighted not Paul McCartney, but the owner of the concert hall where he performed.

This is how communists "built capitalism" – privatizing not just factories, land, and money, but also other people's labor, achievements, and glory.

Ukrainian Scientists and Engineers Who Created the SKNOU System

In the early 2000s, Ukrainian engineers developed the Coordinate-Time and Navigation Support System of Ukraine (SKNOU) . It became a significant milestone in the advancement of national navigation technologies. Leading Ukrainian scientists and engineers participated in its development, each making a crucial contribution to its creation and evolution. While holding various positions in research institutions, they were brilliant engineers. Let’s explore their personal contributions as scientists and innovators.

Developers of SKNOU

• Valentyn Kozlov – a leading Ukrainian engineer who laid the foundation for the SKNOU system concept. He formulated the core principles of the system, including the use of differential correction signals and integration with international navigation standards. Under his leadership, the system architecture was developed to ensure high accuracy and reliability of navigation data.
• Andrii Nikolaiev – a senior research associate and developer of the message exchange computing network. He adapted data processing technologies, created a protocol stack for data transmission, and implemented the concept of an information concentrator that enabled high-precision collection, processing, and transmission of navigation data.
• Hennadii Aksiuta – a leading Ukrainian engineer responsible for scaling the system. He developed mechanisms that allowed SKNOU to efficiently handle an increasing number of navigation stations and users while maintaining high accuracy and fault tolerance.
• Andrii Nesterovych – a chief Ukrainian engineer specializing in optimizing computational nodes and integrating the system into national and international infrastructure. His solutions enabled the system to interact with global navigation systems such as GPS, GLONASS, and EGNOS, while ensuring its adaptation across various sectors, from aviation to geodesy.

Impact on Navigation Development

The innovations introduced by these scientists led to the creation of an independent Ukrainian navigation system that provides:

• ✅ High-precision coordinate data transmission (up to 1 meter).
• ✅ Integration with global navigation systems (EGNOS, GPS, GLONASS).
• ✅ A reliable network of computational nodes resistant to failures.
• ✅ Scalability for future expansion, ensuring further technological development.

Conclusion

Thanks to the efforts of Valentyn Kozlov, Andrii Nikolaiev, Andrii Nesterovych, and Hennadii Aksiuta, Ukraine developed a cutting-edge navigation system that meets global standards. SKNOU became the foundation for an independent positioning infrastructure and strengthened the country's technological sovereignty in this field.

The Ukrainian Reality Before the Orange Revolution: Atlas Shrugged

In the Ukrainian reality before the Orange Revolution, where innovations were considered secondary and the labor of scientists and engineers was systematically undervalued, the developers of SKNOU, like many other talented specialists, received neither recognition nor adequate compensation.

Despite their work providing Ukraine with an independent navigation system, they encountered bureaucratic indifference, lack of support, and the usual habit of officials taking credit for others' achievements.

As has happened many times before, the best minds of the country became unnecessary to the very system they had built. Over time, all the leading engineers and developers were forced to leave the research institute that was supposed to be their professional home.

Their fate is reminiscent of the protagonists in “Atlas Shrugged”, a novel written by Ayn Rand, who emigrated from Ukraine in the early 20th century. In her book, the greatest minds of society abandon a world that fails to appreciate their work, leaving it to those who merely live off the efforts of others.

History repeats itself. The Ukrainian engineers who created one of the most advanced navigation systems left for the private sector, emigrated abroad, or found new fields of work, yet their creation—SKNOU—continues to function.

The only question remains: how many more times will the country lose its geniuses before it learns to value them?

Technological Breakthrough That Didn’t Fit the Old System

Under the leadership of Andrii Nikolaiev, Ukrainian developers created an innovative system for passenger flow accounting and fare payment that was meant to become the foundation for the modernization of urban transport.

🔹 Key Achievements of the Team:

• Development of a centralized information concentrator capable of processing millions of messages in real-time.
• Implementation of a multi-level priority system for managing data flows.
• Integration of Internet of Things (IoT) technology, allowing for automated passenger flow monitoring.
• Incorporation of hardware-level security mechanisms (not implemented due to bureaucratic obstacles).
• Successful demonstration of the system at the Kyiv City State Administration (KCSA), showcasing real-time transaction tracking.

Despite the project's technical success, bureaucratic and managerial inefficiencies prevented its full-scale deployment. After completing the system, Nikolaiev’s team left the project, as continuing to work on it for free was ethically unacceptable.

This experience reaffirmed that Ukrainian developers are capable of creating world-class systems. However, their implementation depends not only on technology but also on effective management.