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HORIZON LABS

Engineering the
Year 2035.

Netser does not just buy technology — we incubate it. Horizon Labs is our internal skunkworks: a small, well-funded research division working at the physical limits of what computing can be.

Active Programs

Four moonshots, one horizon.

PROGRAM 01 · THERMAL

Immersion Cooling

Two-phase dielectric fluid systems designed to absorb 200kW per cabinet without the air-handling overhead of traditional facilities. We treat heat as a managed material flow, not exhaust.

STAGE: PILOT DEPLOYMENTS · PARTNERS: 2 SUPPLIERS
PROGRAM 02 · CRYPTOGRAPHY

Post-Quantum Lattice

Migrating fiber-network control planes to lattice-based key exchange ahead of cryptanalytically-relevant quantum capability. Hybrid deployment alongside classical for the transition decade.

STAGE: PRODUCTION SHADOW · STANDARDS: NIST PQC
PROGRAM 03 · PHOTONICS

Photonic Fabric

All-optical interconnect for AI training clusters — eliminating the electronic-to-optical conversion penalty. Targeting sub-nanosecond cross-cabinet hops at 800Gbps lane density.

STAGE: BENCH PROTOTYPE · PUBLISHED: 2 PAPERS
PROGRAM 04 · INFERENCE

Neural Edge

Custom silicon for inference at the regional edge: a thin substrate where small models run with sub-millisecond latency under jurisdictional constraints. Co-designed with our Cloud Grid team.

STAGE: TAPE-OUT 2026 · FOUNDRY: PARTNER NDA
Research Manifesto

What we work on, and why.

  • 01

    Physical limits, not feature lists.

    Software companies optimize for product-market fit. We optimize for thermodynamics, photon budgets, and cryptographic hardness. Our timelines are measured in fab cycles.

  • 02

    Long horizons, deep funding.

    Programs commit to a 7–10 year window with patient capital. Researchers are not on a startup runway and do not need to ship a product to keep their job.

  • 03

    Publish what we can, protect what we must.

    We push publication where it advances the field and our reputation; we hold tightly only the engineering details that translate research into operational advantage.

  • 04

    Sovereign by default.

    Every Horizon program is designed to deploy under jurisdictional constraints. If a technology can only run in one country's cloud, we won't build it.

Lab Affiliations

Visiting research relationships.

Selected academic groups our researchers collaborate with through joint publications, sabbatical exchanges, or co-funded PhD programs.

Cambridge Photonics Group
EPFL Quantum Center
Tsinghua Cryptosystems Lab
MIT Energy Initiative
ETH Zurich D-INFK
Tokyo Institute of Tech.
University of Waterloo IQC
Imperial Photonics Reading
Careers

Researchers wanted.

Horizon Labs runs a small bench — under fifty researchers worldwide. We hire selectively, fund deeply, and protect long horizons. If you have a thesis on the physical or cryptographic substrate of the next-decade economy, we want to read it.

[email protected]
  • Principal Researcher — Photonic Interconnect
    ZRH / SIN
  • Senior Research Engineer — Two-Phase Cooling
    HKG
  • Cryptographer — Lattice & Hybrid Schemes
    REMOTE / EMEA
  • Silicon Architect — Inference at the Edge
    TPE
  • Research Director — Open Programs
    LON
Engagement

Building at the physical limit?

Whether you are a researcher, a co-funder, or an industrial partner, our Horizon team responds to substantive proposals.