Chips for the Kremlin: How Russia Evades Sanctions to Arm Its War Machine
The Hidden Networks Moving Western Microelectronics to the Russian Military

About this book:

When Russia invaded Ukraine, the West bet everything on a single strategy: cut off the microchips, and the war machine stops. It didn’t. *Chips for the Kremlin* reveals why. This explosive investigation pulls back the curtain on the shadow war being fought not with artillery, but with silicon—exposing the vast, sophisticated, and terrifyingly effective global networks that funnel Western technology straight into Russian missiles, drones, and tanks. From the back alleys of Shenzhen’s electronics markets to the opaque ledgers of European shell companies and the encrypted channels of the dark web, this book maps the arteries keeping the Kremlin’s arsenal alive.

Drawing on deep research into dual-use loopholes, financial secrecy havens, and the human networks of brokers and engineers who make evasion possible, the authors detail how Moscow turned sanctions into a game of whack-a-mole—one they are currently winning. You will see exactly how a chip designed for a washing machine ends up guiding a cruise missile, why export controls fail at the first handshake, and how Russia’s 2014 dress rehearsal built the playbook for today’s full-scale circumvention. It is a masterclass in the geopolitics of technology, showing how authoritarian regimes weaponize globalization’s interconnectedness against the very democracies that built it.

This is not just a story about the war in Ukraine; it is a warning siren for the future of global security. As the technological race accelerates toward AI, quantum computing, and autonomous weapons, the battle for control over the "nervous system" of modern warfare has only just begun. *Chips for the Kremlin* offers the definitive blueprint for understanding this invisible front—essential reading for policymakers, industry leaders, and anyone who realizes that the next conflict will be decided long before the first shot is fired, in the silent flow of electrons across borders we thought we had sealed.