We're building the environment where more agents, more context, and more machines turn into better work.

A cobalt and jade ribbon curling into nested loops on an ivory background.September 1, 2026

What is recursive self-improvement in AI?

Understand recursive self-improvement: what changes, how the loop works, and how to distinguish real progress from retries or benchmark overfitting.

Jade and cobalt monoliths sharing a thin coral circular foundation.August 28, 2026

How to use the world’s compute

A lost GPU, a slow data move, and the lesson that changed how we build workspaces: the work must outlive every machine.

Orange spheres arranged around a sculptural blue spine.August 26, 2026

How we got long-running AI agent swarms to work

How we used job cards, leases, budgets, evidence, and narrow repairs to make long-running AI agent swarms work better.

A copper microchip floating above a translucent green wafer against vivid coral.August 25, 2026

Hardware-level recursive self-improvement: what can you build?

Hardware-level AI self-improvement, from GPU kernels to physical tests, with a runnable experiment on why faster code may barely speed up a job.

A blue cube beside a coral enclosure holding a small collection of green objects.August 19, 2026

Meshia vs RunPod: do you need a GPU or a workspace?

A plain guide to Meshia and RunPod: what each tool does, where they overlap, and which one fits your next AI job.

Three distinct blue, coral, and golden sculptures on a lavender background.August 18, 2026

AlphaEvolve vs Darwin Gödel Machine vs OpenEvolve

Compare AlphaEvolve, Darwin Gödel Machine, and OpenEvolve by what they optimize, how they evaluate candidates, and where to start your own experiment.

Blue, coral, and jade arches meeting at a golden sphere on an icy blue background.August 12, 2026

Meshia vs SkyPilot vs dstack vs Shadeform: which GPU tool is for you?

A visual guide to Meshia, SkyPilot, dstack, and Shadeform for teams that need GPUs across more than one cloud.

A jade sphere passing through a blue aperture, with a coral sphere outside.August 11, 2026

How to evaluate a self-improving AI agent

Evaluate self-improving AI agents with independent graders and held-out tasks. Includes a runnable Python evaluator test and downloadable evidence.

A golden core held within two translucent green shells on a lavender background.August 5, 2026

How to stop losing work when your cloud GPU shuts down

A visual guide to persistent GPU workspaces, durable files, safe stops, job recovery, and moving work between machines.

Layered violet glass sheets surrounding an amber sphere on pale yellow.August 4, 2026

Agent memory, RAG, or fine-tuning: what should you change?

Choose agent memory, retrieval, fine-tuning, or tool changes based on the failure you observe. Includes a decision table and a controlled test plan.

An emerald vessel holding coral and golden pieces, with a golden piece in reserve.July 28, 2026

How to budget GPU experiments and AI search loops

Estimate GPU experiment costs with an interactive calculator for trial runs, setup, final evaluation, model calls, and contingency. Includes stopping rules.

Colorful folded-paper forms suspended in a coordinated upward arc.June 23, 2026

Agent swarms are control planes, not group chats

The hard part is not making agents talk. It is making work ownable, observable, resumable, and bounded by real resources.

Blue and coral interlocking blocks framing a small golden sphere.June 22, 2026

How we built Meshia so an agent could operate the GPU

The product looks like chat. Underneath, we had to make cloud GPUs, files, money, failures, and evidence simple enough for an agent to reason about.

A teal board and copper thermal pad floating above a warm coral base.June 22, 2026

A PCB audit that found the boring thermal problem

A GPU-backed pre-revision audit of the SimpleFOC Shield v3.2 found a missing DRV8313 PowerPAD thermal path and turned it into a testable ECO.