SEALCOIN Raises $4M to Expand QAIT Blockchain Across 19-Satellite Constellation
WKEY•SEALCOIN, WISeKey’s space-focused subsidiary, secured $4 million in strategic funding—$1 million from The Hashgraph Group and $3 million from WISeKey—to accelerate blockchain infrastructure for satellite transactions. The investment will expand QAIT-powered transactions across WISeSat’s 19-satellite constellation and is backed by over 45,000 participants from the SPACEDROP campaign.
1. Strategic Investment Commitment
SEALCOIN secured a $4 million strategic investment, comprising $1 million from The Hashgraph Group and $3 million from WISeKey, to accelerate the integration of its blockchain ecosystem into the emerging space economy. This capital injection underscores confidence in SEALCOIN’s QAIT utility token and its potential to power secure machine-to-machine and satellite transactions.
2. Satellite Blockchain Integration
The newly committed funds will support deployment of the QAIT token across WISeSat’s 19 operational satellites, enabling autonomous payments, digital asset settlement, and trusted telemetry services within a space-based blockchain network. SEALCOIN’s platform combines satellite communications, IoT connectivity, and decentralized identity infrastructure to establish a transactional layer in orbit.
3. SPACEDROP Community Validation
Over 45,000 participants engaged directly with WISeSat through the SPACEDROP campaign, interacting with all 19 satellites to test blockchain-to-satellite communications and validate infrastructure performance. Feedback from this community-driven trial helped refine autonomous transaction protocols and strengthen security measures for future machine-driven operations.
4. Future Expansion Plans
Following the investment, SEALCOIN will integrate SEALSQ semiconductor technology and expand its DePIN applications to support autonomous logistics, mobility systems, and space-based IoT services. The company aims to scale its machine economy by fostering partnerships, enhancing digital identity frameworks, and broadening use cases for QAIT-powered satellite transactions.
