In the past six months Hungary’s industrial decline has finally reversed: after hitting a low at the end of 2025, industrial output and exports have moved upward. Contrary to common assumptions, however, the main force behind the export increase is not a broad revival of the automotive sector but a very concentrated surge in exports of certain IT server components.
Structural shifts within the vehicle industry
The vehicle sector has indeed shown signs of recovery: the two-year downturn stopped at the end of 2025 and production rose in spring 2026. Yet deeper inspection reveals strong structural change. Exports of gasoline cars began falling again in 2024 and today generate roughly half the revenue they did before Covid. Hybrid vehicle production rose from 2020 until 2024, then weakened, but new capacities have put hybrids back on a growth path — they are now the most-produced category in Hungary. Pure battery-electric vehicle production started in 2021; after a pause in 2022–2024, it has accelerated markedly since 2026, and in April–May 2026 electric car exports exceeded those of gasoline cars and slightly outpaced hybrids. Diesel cars are being gradually marginalized. Notably, production of parts and accessories — normally an important segment of automotive value chains — is still contracting.
Battery manufacturing has not delivered on expectations
In 2023 battery manufacturing appeared to be a promising export sector, but technology shifts and other shocks caused a sharp production fall. The decline has stopped, but the sector currently operates at roughly half its former production peak.
What actually drove export growth?
To explain the recent export rise, analysts compared January and May exports in euro terms and calculated each product group's contribution to the increase. The entire vehicle industry accounted for only about 28% of this year’s export growth. The expansion is far more concentrated: pharmaceuticals contributed around 5%, while over half of the export growth came from the statistical category labeled “automatic data processing machines and units; magnetic and optical readers; devices for converting coded data” (HS code 8471). A finer breakdown shows that almost all of that gain derives from a single item: “digital data processing units” (HS 847150).
One factory, outsized impact
Combining statistical data with corporate reports points to a single Komárom plant as the source of this surge: Cloud Network Technology Kft., part of the Foxconn group. CNT’s export revenues expanded sharply — while 2022–2023 exports were around $1.6–1.7 billion, last year they reached $7.8 billion. Production in Komárom includes SMT-based electronics assembly and mainboard manufacturing; the plant primarily produces air-cooled, GPU-equipped servers and is also preparing for potential liquid-cooling solutions.
Why this matters for AI
Running and training modern AI models requires vast computing power, typically provided by many servers equipped with powerful GPUs (for example, NVIDIA chips). Servers are mounted in racks and operated in data centers. Cloud Network Technology has secured a meaningful position in this server manufacturing niche. The company’s customers are not publicly disclosed, but the largest cloud providers — Microsoft, Amazon, Google, Meta, Oracle — are possible buyers.
Key export markets and market role
Trade data show roughly a quarter of the “digital data processing units” exports go to India and about one-fifth to the United States. Other significant markets include the Netherlands (12%), the United Kingdom (9%) and Germany (7%). This distribution suggests the Komárom plant has gained traction on competitive Asian and North American markets.
What does this mean for Hungary’s economy?
Participation in AI-related manufacturing is positive: around 2,500 employees (mostly Hungarian) contribute substantial export value. However, the large-volume manufacturing activities typically entail relatively low domestic value added — the article estimates it at roughly 10% — and Hungary’s deeper integration into high-value segments of global value chains would require domestic innovation and Hungarian-owned firms capable of building their own value chains. Smaller countries are more likely to succeed in niche high-value areas (examples cited include Austria and Slovenia).
Conclusions
The recent uplift in Hungarian industry and exports is primarily a concentrated phenomenon: burgeoning exports tied to AI-server production dominate short-term growth. While this does not substitute for the longer-term structural changes needed for sustained economic transformation, it demonstrates that Hungary can plug into fast-growing global production chains in a strategically important area of the world economy.
