The Systemic Failure of the Soviet Computer Industry

Asianometry

The Early Cold War Computing Landscape [00:00:01]

In 1986, the Soviet Union possessed only around 10,000 computers, starkly contrasting with America's 1.3 million, highlighting a significant and permanent computing gap.

• Initial Soviet Prowess:
  • At the time of Stalin's death, the Soviet Union was the world's third most proficient computing power.
  • The Soviet state supported science, industrial modernization, and had brilliant minds, evidenced by achievements like Sputnik and Venus landings.
• The Emerging Gap:
  • By the 1960s, a computing gap between the US and the Soviet Union was already years long.
  • Twenty years later, the gap was undeniable and permanent.

ITMVT and the First Soviet Computers [00:00:43]

News of the American ENIAC in 1948 spurred Soviet interest in computing, but initial efforts at the Institute of Precision Mechanics and Computer Technology (ITMVT) were misdirected.

• Early Soviet Reaction to ENIAC:
  • In 1948, the Soviet Union learned about the ENIAC, the first general-purpose programmable computer in the US.
  • Many Soviets dismissed the news as propaganda due to limited knowledge of its vacuum tube technology.
• Need for Enhanced Calculation:
  • The nuclear weapons program, for example, required over 100 "calculator girls" working daily 8-hour shifts on manual calculations, highlighting a dire need for automation.
  • Administrators were concerned about finding enough people to perform error-free complex calculations like differential equations.
• ITMVT's Misguided Direction:
  • Established in 1948, the ITMVT initially focused on mechanical, analog calculating machines.
  • This was largely due to the political influence of its director, General Nikolai Bruevich, who believed reliable electronic general-purpose computers were impossible in the near future.
  • Many scientists disagreed, but dissent during the Stalin era was dangerous.

The MESM Breakthrough and BESM/STRELA Competition [00:02:25]

Sergey Lebedev's independent work in Ukraine led to the MESM, demonstrating the potential of digital computers and shifting the Soviet Union's computing strategy.

• Sergey Lebedev and the MESM:
  • In 1948, Sergey Lebedev, director of the Kyiv Electrotechnical Institute, learned about American digital computer efforts.
  • Lebedev, an electrical engineer and war hero, developed the Malaya Elektronno-Schetnaya Mashina (MESM) – "little calculating machine" – despite its large size (6,000 vacuum tubes, 60 square meters).
  • In December 1951, MESM successfully solved a complex artillery calculation (250,000 calculations in 2.5 hours).
  • MESM impressed future Soviet leader Nikita Khrushchev, which allowed scientists at ITMVT to depose Bruevich and pursue digital computers.

    

• The BESM-1 and STRELA Rivalry:
  • The ITMVT began developing the Bolshaia Elektronno-Schetnaia Mashina (BESM-1), aiming for 8,000-10,000 operations per second (8-10 kiloFLOPS), which would have made it one of the world's fastest computers.
  • Simultaneously, the Ministry of Machine and Instrument Engineering's SKB-245, originally for analog differential analyzers, developed its own digital computer, the STRELA (2 kiloFLOPS).

    

  • With Stalin's approval, both projects competed, hindering the BESM-1's progress.
  • SKB-245's ministry refused to supply cathode ray tubes for BESM-1's memory, forcing the adoption of inferior mercury storage tubes.
  • A 1951 state commission controversially chose STRELA over BESM-1, but STRELA proved unreliable and incapable of complex fission calculations, leading to demands for BESM replacements.

The Production Gap and Lack of Incentive [00:06:30]

Despite early scientific achievements, the Soviet computing industry suffered from a massive production gap and systemic disincentives inherent in its command economy.

• Massive Production Disparity:
  • In 1959, the Soviet Union produced $59 million worth of computers, while the United States produced $1 billion.
  • By 1964, the USSR produced 200 million semiconductor pieces, significantly less than the US's 1.36 billion.

    

• Command Economy Disincentives:
  • The Soviet command economy failed to leverage the computer's potential, as industrial enterprises like steel makers only aimed to meet quotas, not improve efficiency or quality.
  • Soviet computer makers lacked incentives to produce productivity-improving computers or provide necessary training and customer service.
  • Ministers were reluctant to allocate limited resources to computer development, fearing risks to their quotas.
  • Factories often lacked funding, materials, and skilled personnel; for instance, the Penza Computer Plant requested 50 experts but received only 7 in 1958.
  • This was a recurring systemic problem, as the Soviets consistently lagged in diffusing new technologies across their economy, despite pioneering some innovations like steel-making and synthetic fibers.

The Second and Third Generations: Widening the Gap [00:09:15]

The transition to second and third-generation computing exposed critical weaknesses in the Soviet approach, leading to an irreversible technology gap.

• Second Generation Lag:
  • In 1959, the West transitioned from vacuum tubes to transistors (second-generation), making computers smaller, more reliable, and powerful industrial tools.
  • The IBM 1401 sold over 12,000 units, driving the development of peripherals and new programming paradigms.

    

  • The Soviets developed their own second-generation computers, notably the Ural series and the BESM-6 supercomputer (1 million operations/second), which entered production in 1967.
  • While showing progress, by the time BESM-6 was widely adopted, the West was already moving to the next generation.

    

• The Third Generation and the "Unified System" Decision:
  • The third generation, based on integrated circuits, marked the definitive beginning of the US-Soviet computing gap.
  • IBM's System/360, announced in 1964, revolutionized the industry with its compatibility and commercial success.

    

  • Soviet newspapers like Izvestia and Pravda criticized the fragmented domestic computer industry, calling for centralization and acknowledging a "far from optimistic" situation.
  • In 1967, the Communist Party issued Resolution 1180/420, establishing the Edinaina Sistema (ES) project to create a series of unified third-generation computers.
  • This included a tenfold budget increase to 3 billion rubles by 1975, and plans to build 28 new plants and produce 20,000 computers.

The Momentous Decision to Copy and its Consequences [00:13:31]

The Soviet leadership's decision to copy the IBM System/360, driven by political expediency, had profound and ultimately detrimental effects on their computing industry.

• The IBM 360 Copying Strategy:
  • The two ministries in charge opted to copy the IBM 360 design to ensure software compatibility.
  • This was highly controversial, with some scientists warning it would make the USSR an "intellectual colony" and "bring the development of computer technology in our nation to an end."
  • The US government forbade IBM from exporting 360 systems, forcing the Soviets to acquire technology through espionage or intermediaries, lacking proper documentation.
• Rejected Alternatives:
  • ICL, a major British computer-maker, offered to share technology and documentation for its 360-compatible System-4 line, including specialists for co-development.
  • This offered software compatibility, British programming methods, and industrial sovereignty.
  • However, adopting ICL's offer would delay the project by at least 1.5 years, a politically unacceptable prospect given the existing gap and Brezhnev's focus on closing it.
  • East Germany had already begun copying the IBM 360, making a change of direction politically difficult.
• Tragic Outcomes:
  • The copying decision led to the resignation of several prominent computer scientists.
  • Sergey Lebedev's efforts to reverse the decision reportedly hastened his death in 1974.
  • Over 100 organizations and hundreds of thousands of workers across Eastern Bloc countries contributed to building the ES, often through reverse engineering.

    

  • While 360-compatibility initially narrowed the gap (to 4-6 years by CIA estimates in the 1970s), this was a short-term gain.
  • By the 1980s, the Soviets struggled to reverse-engineer increasingly complex Western computers, widening the gap permanently and losing native industrial capacity.
  • Industrial productivity suffered as aging ES-1022 computers (based on 1965 technology) broke down frequently.
  • Reliance on foreign technology also made the industry vulnerable to Western export bans during international crises.

Conclusion [00:18:07]

The decline of the Soviet computer industry serves as a critical case study in the limitations of centralized planning and strategic missteps.

• The Soviet computer industry failed due to wasted talents, lost progress, poor short-term political decisions overriding scientific advice, and the inherent limits of centralized planning.