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Jonathan Wase · Software Engineer · Linköping, Sweden

C++ systems for positioning, protocols, and real hardware.

I work on 5G positioning and GNSS positioning at Ericsson. My work spans 3GPP LPP and SUPL, GNSS corrections, embedded Linux clients, and the Linux services behind customer trials.

Email me View CV GitHub ↗

Open to C++ systems, embedded Linux, positioning, and protocol-engineering roles.

Current work · Ericsson

5G and GNSS positioning

I own work from requirements through integration and customer trials: clients that request and apply GNSS assistance data, location-server services, and the protocol paths connecting the two. I support multiple parallel pre-commercial customer trials.

  • C++ on embedded Linux — Raspberry Pi and BeagleBone targets, CMake toolchains, Docker-based deployment.
  • 3GPP and GNSS — LPP over SUPL, RTK / SSR / OSR correction formats, and commercial Trimble and u-blox receivers.
  • End-to-end delivery — design, implementation, integration, observability, and direct customer trials.
Selected projects

Projects

  • SUPL / 3GPP LPP Client

    Primary author · 2021 – Present

    Open-source C++ toolkit for 3GPP LPP clients: SUPL transport, GNSS assistance-data retrieval, and conversions to receiver-facing correction formats. Built and exercised on embedded Linux targets.

    Project details Source ↗

  • Hanko

    Creator · Open source

    Early-stage, self-hosted passkey-first identity provider written in Rust, with a React interface and OpenID Connect authorization code flow with PKCE.

    Project details Source ↗

  • douteki-dns

    Creator · Open source

    Small Rust service that keeps DNS records in sync with changing IPv4 and IPv6 addresses through the GleSYS DNS API.

    Project details Source ↗

  • Twilight Princess Decompilation

    Contributor · Open source

    Contributor to a matching decompilation of The Legend of Zelda: Twilight Princess: reverse-engineering PowerPC assembly into C/C++ that rebuilds into the original binary.

    Project details Source ↗

Technical focus

Useful at the boundary.

  • C++ across embedded Linux clients (Raspberry Pi, BeagleBone) and Linux server services
  • Deep, hands-on GNSS positioning: signal behavior, error sources, and the correction algorithms (OSR, SSR, RTK, PPP) behind precise positioning
  • Commercial GNSS receivers (Trimble, u-blox) and the 3GPP LPP / SUPL signalling that delivers corrections to them
  • Owning features end to end: requirements, design, implementation, integration, and customer trials
  • Cross-compilation and deployment for embedded targets with CMake toolchains and Docker
  • Debugging across the software / protocol / hardware boundary

Interested in systems work where standards and hardware meet?

jonathan@familjenwase.se