∑Sigma
∫Integral
πPi
E=mc²Einstein
√Root
∞Infinity
f(x)Function
ΔDelta
ΩOhm
λLambda
∇Nabla
∑Sigma
∫Integral
πPi
E=mc²Einstein
√Root
∞Infinity
f(x)Function
ΔDelta
ΩOhm
λLambda
∇Nabla
📝 Writing on Programming, Career & Life
All of my long-form thoughts on programming, career, family, and more, collected in chronological order.
Dev.to
Secure Your Microservices: Meet Halimun, the High-Performance Encrypted Proxy
performancerustsecurityshowdevDev.to
Meet Halimun Proxy a high-performance, ultra-low latency proxy tunnel system built from the ground...
Dev.to
Professional Inverse Kinematics on Arduino: Deep Dive into NocKinematics
arduinoiotcppkinematikDev.to
While professional robotics often use the Jacobian Inverse or Cyclic Coordinate Descent (CCD), these...
Dev.to
Bringing Generative AI to Microcontrollers: Introducing NocLLM
arduinoiotcppllmDev.to
The barrier between resource-constrained hardware and Large Language Models (LLMs) has finally been...
Dev.to
Bringing Intelligence to the Edge: Introduction to NocML for Arduino
arduinoiotcppmachinelearningDev.to
Edge AI is often seen as a field reserved for powerful single-board computers, but what if you could...