Autonomous Edge • Distributed Mesh • High-Performance Web
I am Pelle Nyberg, an engineering leader and architect designing fault-tolerant low-latency embedded firmware, decentralized consensus state engines, and mathematical visualization systems.
GapBot is a proprietary micro-traversal robotic chassis designed for extreme confined environments. Built upon an asynchronous bare-metal Rust control architecture with custom Kalman-filtered sensor fusion, GapBot navigates millimetric pipe channels without relying on external positioning beacons.
Deterministic cryptographic proof auditor
State Root: 0x3b1c94d07e8ef6e612ea4c94...
Merkle Depth: 32 Levels (Poseidon Hash)
Proof Type: Groth16 SNARK Proof
Verification Latency: 4.38ms (WASM Engine)
A high-throughput ETL pipeline built with Python and Apache Kafka, capable of processing millions of events per second with sub-millisecond latency. Features automatic schema validation and dead-letter queues.
A deployed machine learning model serving infrastructure utilizing PyTorch and Docker. Implements A/B testing routing, model versioning, and real-time inference monitoring dashboards.
Enterprise-grade Autonomous Economic Actor by Corax CoLAB. Powered by a 100% Polars-native pipeline for blistering speed and LLM-driven regime-switching. Features self-custodied on-chain settlement.
A high-performance Streamlit & CLI suite by Corax CoLAB. Features concurrent multi-ticker analysis, ATR-based risk management, and MTF validation. Powered by yfinance and ta.
Python sample codes and textbook for robotics algorithms. Includes various SLAM, navigation, and path planning algorithm implementations used in practical autonomous systems.
Free and Open Source Enterprise Resource Planning (ERP) written in Python. A complete, robust suite managing everything from ledgers to robust data integrity.
How we redesigned SPI and direct memory access pipelines on bare-metal ARM Cortex to eliminate jitter in mission-critical SLAM odometry.
Analyzing memory footprints and proof computation bottlenecks in recursive SNARK verification algorithms across lightweight clients.
Principles for laying out dense real-time observability telemetry without inducing cognitive overload in fast-paced operational theaters.