Tropic Square

Prague, Czech Republic

Tropic Square is a European fabless semiconductor startup, founded in 2020 and headquartered in Prague, Czech Republic. Operating in the semiconductor design, manufacturing, and IP licensing industry, the company is dedicated to addressing vulnerabilities in hardware security. Unlike traditional closed-source chips, Tropic Square designs and manufactures secure elements that are fully open, auditable, and continuously tested, allowing independent inspection, testing, and verification. Its flagship product, TROPIC01, enables developers to build systems that are tamper-proof, transparent, and future-proof, suitable for applications such as IoT devices, Web3, crypto wallets, and critical infrastructure. At Tropic Square, they don’t just make chips; they build a living security process that evolves with the threat landscape.

Our Team

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Jan Bělohoubek

Researcher

Jan Bělohoubek is an Assistant Professor at the Faculty of Information Technology, CTU in Prague, and the Security Team Lead at Tropic Square s.r.o.

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His professional and research focus is on the attack resistance of CMOS circuits, including side-channel-resistant design, verification of hardware side-channel attack countermeasures, and the implementation of robust security primitives. He is also passionate about developing open-source tools for hardware design and verification.

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Jan Pleskač

Researcher

Jan Pleskač is the CEO and Co-founder of Tropic Square s.r.o. He has over 20 years of management and development experience in the ASIC and FPGA design service industries. He led the team that developed the first open-architecture, RISC-V-based secure element, TROPIC01, designed to provide the utmost security for critical applications.

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Stanislav Jeřábek

Researcher

Stanislav Jeřábek is an Assistant Professor at the Faculty of Information Technology, CTU in Prague, and a Security Researcher at Tropic Square s.r.o. His professional and research focus is on side-channel attack (SCA) evaluation, with particular emphasis on the validation of security primitives and the SCA robustness of secure implementations.

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