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Polynomial arithmetic cores
- Residue number systems
- Parameterised moduli and degrees
- RLWE-based schemes
Hovera designs FPGA accelerators for fully homomorphic encryption and zero-knowledge proof systems. It is the arithmetic that makes computing on data you never decrypt possible.
01 — What we build
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02 — Where it matters
Running a model over data the model owner never sees, and the data owner never hands over in the clear.
Joint analytics across institutions — health, finance, public sector — without pooling raw records anywhere.
Proof generation for rollups, bridges and audit trails, where prover throughput sets the cost of the whole system.
The same lattice arithmetic underpins PQC, so the hardware carries over to schemes now entering deployment.
03 — Team
Our team brings together expertise in cryptographic research, hardware design, software integration, and DevOps to turn encrypted computation research into deployable systems.
Hardware Lead
Protocol Lead
System Architect
DevOps
Protocol Lead
04 — Contact
We are interested in concrete problems: a scheme, a parameter set, a latency or throughput target you cannot reach today. Research collaborations and student projects are welcome too.
Hovera is a research spin-off initiative of the Institute of Information Security at Graz University of Technology. It is not a separate legal entity; see the imprint for the responsible body.