KevoX transforms ESP32's 100M+ chips into a global distributed computer. Every ESP32 becomes a "Place" - a secure execution node where code migrates live as continuations. Your agents travel across 70M+ active devices, dynamically relocating based on data, power, or latency

Everybody is surprised by the inconsistency, irregularity, and unreliable availability of electricity data in the mid- to low-voltage grid. Especially behind the smart meter, the grid is simply blind, and below the substation level, real-time data are seldom available. For this

I definitely code too much, and nothing clears my mind better after days of intense coding than repairing my favourite but broken clothes with Sashiko mending.

Compared to recent years, over the past 6 months, our dev stack has completely changed from C, C++, Go, and JavaScript to Zig, Rust, Python, and Flutter/Dart, with Zig now taking over our embedded development and Rust our crypto development.

It is always enlightening to skim through prerelease documentation of programming languages that never became products. So much to learn.

Just one of the many solutions for innovative, „hybrid“ renewable energy driven datacenters.

Abundant solar power and radiative cooling in space are compelling for scaling AI compute beyond Earth's constraints. Yet terrestrial progress remains robust: algorithmic breakthroughs are slashing required FLOPs per capability, materials science (AI-accelerated) is yielding

UDP over 100% KevoX agents/Zig implementation of an access point on an ESP32-C6 in 58kB.

Fascinating! An essential book that arrives just as programming begins to be delegated to machines, turning into a shared programmer-machine activity. Ordered!

Why Now Is the Right Moment for a Forth MCU Revival Three trends align: - Energy devices need local intelligence Cloud-based analytics are too slow; local inference is becoming essential. - Power constraints dominate edge computing Every milliwatt matters in battery,

Another reminder: Japan dropped $1.5B this year on ultra-thin, bendable perovskite solar films—its biggest national bet yet to break China’s grip on solar supply chains. $1B goes straight to building the world’s first serious production lines (100 MW by 2027, 1 GW/year by 2030);

This silver-ion film from Korea U could be the dendrite-killer lithium-metal batteries need! 96% capacity after 1,300 cycles? Game-changer for EV range anxiety. Scaling to Na/Zn too? Bullish on the future of storage.

Perovskite–perovskite–silicon triple-junction certified 27.06 % (Nature Nano Oct 2025). Bandgaps 1.92 / 1.52 / 1.12 eV → thermalization waste almost zero for the first time. Direct consequence: a normal rooftop now produces ~25 % more kWh that can flow straight into Bitcoin

Milestone for @RDDLNetwork's KevoX agent programming language: This morning the first agent executed its GO-command and code migrated to a Beckhoff CX8290. The CX is an Embedded PC + Real-Time PLC + Distributed I/O Bus Coupler, a serious industrial device used by grid operators

N2116, the AI-generated replacement for lithium. One-year update: Microsoft + PNNL used AI to screen 32 million materials, found N2116 in weeks: cuts lithium use 70%, non-flammable solid electrolyte. Real coin cells built in <9 months (2024). 2025: zero new public data. No

ESS systems sell like hot cakes, but their control systems and logics remain stuck in outdated industrial protocols. The current deployment speed risks outpacing control system modernization, creating a vulnerability window where technologically excellent batteries are managed

Overall, while stability gains are a major upside, the EU must invest heavily in flexibility options (e.g., storage, demand response, and interconnectors) and data-driven technologies to effectively manage challenges and harmonize fragmented regulations for these programs.

KevoOS and its agents now have their well-deserved logo.