Péter József Lódri (ロドリ・ペーテル・ヨージェフ)

Hi! After experiencing teamLab Borderless (Azabudai Hills) & Planets (Toyosu) in Tokyo, I built a live WebGL2/oscilloscope interactive CV specifically for teamLab's Interactive Engineer (Unity/3D) role: https://teamlab.vaked.dev — would love to connect! — Péter Lódri

Hello teamLab Recruiting & Interactive Engineering Team,

Having experienced both teamLab Borderless (Azabudai Hills) and teamLab Planets (Toyosu) in person in Tokyo, I built a live interactive browser CV and bilingual application dossier specifically for your Interactive Engineer (Unity / 3D) and Catalyst roles:

• Live Interactive CV: https://teamlab.vaked.dev
• Formal 履歴書 + 職務経歴書 (PDF): https://teamlab.vaked.dev/resume.pdf
• Visual Portfolio (PDF): https://teamlab.vaked.dev/portfolio.pdf
• Full Application Dossier: https://teamlab.vaked.dev/application

I bring 9+ years of systems engineering (C, Rust, Go, Swift 6) combined with real-time 3D/WebGL2 shader synthesis, vector oscilloscope DSP (lissajoverse, enthea), and open-source architecture (Osiris, Osaurus). I am currently in Japan and ready to interview in Tokyo.

Warm regards,
Péter József Lódri
https://www.linkedin.com/in/peter-lodri/

Hi! I built a live interactive Boids + 1.58-bit ternary inference portfolio specifically for Sakana AI's Systems & GPU Infrastructure team in Tokyo: https://sakana.vaked.dev (12.8x BitNet compression + Osaurus/Headroom OSS architect). Would love to connect! — Péter

Dear Sakana AI Founding & Engineering Team,

I built a dedicated interactive showcase and bilingual engineering dossier for Sakana AI's AI Systems & Multi-GPU Infrastructure Engineer role in Tokyo:

• Live Interactive Portfolio (Emergent Boids + Ternary Lattice): https://sakana.vaked.dev
• Tailored Resume / 職務経歴書 (PDF): https://sakana.vaked.dev/resume.pdf
• Systems Portfolio (PDF): https://sakana.vaked.dev/portfolio.pdf
• Full Application & Architecture Note: https://sakana.vaked.dev/application

My work centers on two pillars at the heart of Sakana AI's mission:
1. Low-Bit Foundation Model Compression (8b-is/MLX-QUANT & pureQTern): 12.80× memory reduction via BitNet b1.58 {-1, 0, +1} ternary quantization with custom Metal GPU kernels and zero-dependency C/Rust codecs.
2. Collective Multi-Agent Systems: Core Architect on Osaurus (osaurus-ai/osaurus — native Swift offline agent harness), contributor to Headroom (headroomlabs-ai/headroom PR #1418 — kompress domain-routing bias multipliers), and builder of AgentField multi-reasoner DAG orchestration.

Warm regards,
Péter József Lódri
https://www.linkedin.com/in/peter-lodri/

Hi! I built a live interactive MN-Core systolic array & Rust systems portfolio specifically for Preferred Networks in Otemachi: https://pfn.vaked.dev — showcasing bit-exact C/Rust 1.58-bit ternary codecs (pureQTern) & custom GPU kernels. Would love to connect! — Péter

Dear Preferred Networks (PFN) Engineering & Talent Team,

I created a dedicated interactive systems portfolio and bilingual application dossier for Preferred Networks in Otemachi, Tokyo:

• Live Interactive Portfolio (MN-Core Systolic Array Simulation): https://pfn.vaked.dev
• Formal 履歴書 + 職務経歴書 (PDF): https://pfn.vaked.dev/resume.pdf
• Systems Portfolio (PDF): https://pfn.vaked.dev/portfolio.pdf
• Full Technical Application Note: https://pfn.vaked.dev/application

Why PFN is my ideal technical home in Tokyo:
• Bit-Exact C/Rust Low-Bit Runtimes: I built pureQTern and project-zero — dependency-free 1.58-bit ternary codecs in C and Rust verified to the bit by golden SHA-256 hashes, plus custom Metal GPU kernels (MLX-QUANT) achieving 12.80× compression.
• High-Throughput Systems & Open Source: Core Architect on Osaurus (osaurus-ai/osaurus) & Osiris (simplifaisoul/osiris), contributor to Headroom (PR #1418), and 9+ years leading high-concurrency Go/Rust/Python systems (ASAPP, DailyWire).

Warm regards,
Péter József Lódri
https://www.linkedin.com/in/peter-lodri/

Hi! I built an interactive real-time LiDAR perception & Rust systems portfolio specifically for TIER IV's Autoware engineering team in Shinagawa: https://tier4.vaked.dev — combining zero-allocation C/Rust engines, edge GPU quantization & OSINT 3D architecture (Osiris). Would love to connect!

Dear TIER IV Autoware Engineering & Talent Team,

I built a live interactive LiDAR perception simulation and bilingual engineering application package tailored for TIER IV in Shinagawa, Tokyo:

• Live Interactive CV (Real-Time LiDAR Point Cloud & Trajectory Planner): https://tier4.vaked.dev
• Formal 履歴書 + 職務経歴書 (PDF): https://tier4.vaked.dev/resume.pdf
• Edge & Systems Portfolio (PDF): https://tier4.vaked.dev/portfolio.pdf
• Full Application Dossier: https://tier4.vaked.dev/application

I bring 9+ years of production systems engineering across C, Rust, Go, Linux kernel internals (Inpedio kptr_restrict & eBPF), real-time 3D spatial visualization (Core Architect on Osiris — simplifaisoul/osiris), and 12.80× compressed edge GPU inference (MLX-QUANT / pureQTern). I am ready to contribute immediately to Autoware's safety-critical Rust and edge perception stack in Tokyo.

Warm regards,
Péter József Lódri
https://www.linkedin.com/in/peter-lodri/

Hi! I built an interactive Arene SDV / Woven City 3D digital-twin portfolio specifically for Woven by Toyota in Nihonbashi: https://woven.vaked.dev — uniting Rust/C systems, real-time 3D simulation & edge ML compression. Would love to connect! — Péter Lódri

Dear Woven by Toyota Engineering & Talent Acquisition Team,

I built a live interactive 3D digital-twin showcase and bilingual application dossier specifically for Woven by Toyota's Senior Systems Software Engineer (Rust, Simulation & Accelerated ML Platform — Arene SDV) roles in Nihonbashi, Tokyo:

• Live Interactive CV (Woven Digital Twin & Telemetry Mesh): https://woven.vaked.dev
• Formal 履歴書 + 職務経歴書 (PDF): https://woven.vaked.dev/resume.pdf
• Simulation & Systems Portfolio (PDF): https://woven.vaked.dev/portfolio.pdf
• Full Application Dossier: https://woven.vaked.dev/application

I combine 9+ years of distributed backend and systems leadership (ASAPP, DailyWire, institutional fintech ETL) with real-time 3D simulation engines (Core Architect on Osiris — simplifaisoul/osiris, plus Age of Gaia & Water-Fall Disc), autonomous agent harnesses (Osaurus), and bit-exact C/Rust low-bit ML inference (pureQTern / MLX-QUANT). I live and breathe Tokyo's craft culture and would love to help ship Arene and Woven City.

Warm regards,
Péter József Lódri
https://www.linkedin.com/in/peter-lodri/

Hi! I built an interactive Based Rollup state-ring & Rust verifiable-compute portfolio specifically for Taiko Labs: https://taiko.vaked.dev — showcasing bit-exact C↔Rust codecs (pureQTern), Kintsugi SHA-256 ledgers (ZENO) & GPU kernels. Would love to connect! — Péter Lódri

Dear Taiko Labs Protocol & Engineering Team (Daniel, Brecht & Team),

I built a live interactive Based Rollup verification showcase and protocol engineering CV specifically for Taiko Labs:

• Live Interactive Protocol CV: https://taiko.vaked.dev
• Protocol & Rust Engineering CV (PDF): https://taiko.vaked.dev/resume.pdf
• Verifiable Systems Portfolio (PDF): https://taiko.vaked.dev/portfolio.pdf
• Full Protocol Application Dossier: https://taiko.vaked.dev/application

Why my work maps directly to Taiko's Rust nodes and Raiko multi-proof pipeline:
1. Cross-Language Bit-Exact Determinism (pureQTern): Dependency-free C and Rust codecs verified to produce identical SHA-256 golden hashes across architectures — the exact discipline required for multi-client L2 state transitions.
2. Cryptographic Ledgers & Verifiable Credentials (ZENO & AgentField): Architected ZENO's double-entry Kintsugi SHA-256 hash-chained ledger (zeno.vaked.dev) and AgentField's cryptographic VC verification gates, plus Core Architect on Osaurus (cryptographic agent identity in Swift) and Osiris.
3. Custom GPU Compute Kernels (MLX-QUANT): Low-level Metal/GPU kernels achieving 12.80× compression.

Warm regards,
Péter József Lódri
https://www.linkedin.com/in/peter-lodri/