How chips made by US companies like Analog Devices, Germany's Infineon, and others power Russian missiles used to attack Ukraine, despite US export controls
Bloomberg : Mastodon: @hanse_mina@mastodon.social . X: @rfriedman305 and @stephanibaker Mastodon: Hanse Mina / @hanse_mina@mastodon.social : Oleksandr Vysikan's job, studying components from weapons recovered on the battlefield and in Ukrainian cities and towns, has been an all-consuming one. His institute's work has allowed Western military analysts to peer into the inner workings of the #Kremlin's missiles. … X: Robert Friedman / @rfriedman305 : How did chips made by US companies get inside a Russian missile that killed a 6-year-old girl in Ukraine? Bloomberg's @StephaniBaker and @DarynaKrasno do the autopsy for @BW. Powerful. https://www.bloomberg.com/... via @BW Stephanie Baker / @stephanibaker : How a Russian missile loaded with Western technology killed a 6-year-old girl in Ukraine. We go deep into one attack and reveal that Analog Devices is the company whose components are most frequently found in Russian missiles. Featuring the terrific work of the @kse_ua and the [image]
Context & Ripple Effects
The findings extend a long-running enforcement problem: chipmakers were previously reported to have limited visibility into where lower-end components ultimately go, while Russia was already scrambling to source sanctioned high-tech parts for its weapons programs. This reporting ties that supply-chain weakness to components identified in missiles used against Ukraine.
The story also follows reports that US authorities were investigating companies over chip shipments that ultimately reached Russia. It shifts attention from the existence of diversion networks to the specific Western components apparently reaching deployed weapons.
First-order effects
- Analog Devices and Infineon face renewed scrutiny over distribution channels and compliance controls after their components were identified in Russian missiles, despite export restrictions.
- Ukrainian and Western analysts gain further component-level evidence of how Russia is sustaining missile production; it reinforces the earlier record of Russia's search for sanctioned high-tech parts.
Second-order effects
- Distributors, resellers and other intermediaries handling dual-use chips are likely to face closer due diligence demands, especially where end users or routing obscure the final destination.
- The findings add practical context to US investigations into chip shipments that reached Russia, potentially increasing pressure to trace sales beyond direct customers.
Third-order effects
- If repeated component recoveries show the same pattern, export-control enforcement will increasingly hinge on supply-chain traceability for widely available, lower-end parts rather than restrictions on manufacturers alone.
- The broader constraint is structural: limited tracking of lower-end chip destinations can leave diversion routes open even when the original supplier complies with formal export rules.
The trend: This is one data point in the tightening contest between dual-use technology controls and the intermediary networks that can reroute commercially available components.