SEALSQ Corp (NASDAQ: LAES) announced its strategic positioning to provide cybersecurity and semiconductor infrastructure for orbital platforms and space-based data centers, according to a press release statement.

The Geneva-based company develops semiconductors, PKI, and post-quantum technology hardware and software products. SEALSQ stated that its post-quantum semiconductor technologies are designed to enable secure hardware authentication, trusted boot processes, encrypted AI inference, and zero-trust communications between satellites and orbital compute nodes.

The company's secure microcontrollers, cryptographic chips, and post-quantum security technologies are designed for long-life deployments requiring high reliability, low power consumption, and resistance against cyber threats in space environments where physical intervention is limited.

"We are at the beginning of a structural shift in how and where computing infrastructure is deployed," said Carlos Moreira, founder and CEO of SEALSQ. "As the future of AI infrastructure expands beyond Earth, orbital data centers will emerge as a critical layer of the global digital economy."

SEALSQ indicated that future orbital cloud architecture will require trusted hardware identity, quantum-resistant encryption, secure satellite-to-satellite communications, and autonomous cybersecurity systems capable of operating across distributed orbital constellations.

The company stated it sees synergies between space-based AI infrastructure and decentralized trust architectures powered by blockchain technologies. SEALSQ aims to support autonomous machine-to-machine ecosystems operating across satellite constellations, AI agents, IoT networks, and orbital edge computing infrastructures.

SEALSQ said it continues to expand its post-quantum semiconductor roadmap and secure satellite technologies to support applications in AI infrastructure, secure space communications, sovereign cloud architectures, and orbital computing systems.