Jake Thomson

Cosmos Controls

// interactive guide to the agentic cosmos

Neuron Particles

Hundreds of glowing particles drift through space, forming neural connections when nearby. They respond to your cursor and all gravitational forces.

Background Stars

A twinkling star field provides the cosmic backdrop. These persist through all events including the habitat transformation — the constant fabric of spacetime.

Black Holes × 2

Cyan and blue intake wells with spinning accretion disks. They gravitationally consume nearby particles and teleport them via Einstein-Rosen bridges.

Quasar Exit

The magenta quasar is the single exit point. Both black holes funnel into it. Consumed matter is ejected outward in glowing jets, recycling back into the cosmos.

Comets

Two comets traverse periodically — a small scout (30s) and a large voyager (60s). Icy blue cores with dust tails, gravitationally deflected by black holes.

Einstein-Rosen Bridge

Both black holes connect to the quasar via wormhole bridges. Particles spiral in, vanish, and are ejected as quasar jets — continuous matter recycling.

Mouse Hover

HOVER over any gravity well to double its gravity (2×). Particles accelerate inward. Comets curve harder. The cosmos responds to your presence.

Click & Hold

CLICK + HOLD on any gravity well for 100× gravity with doubled pull range. The well swells 1.3×. With hover: 200× total. Scalar-wave spacetime distortion.

Comet Consumption

Comets are normally immune. But HOVER or CLICK a black hole while a comet passes — amplified gravity consumes it, spawning 100 stars from the quasar at 2× velocity.

Quasar Tsunami

CLICK + HOLD the quasar to accumulate ≥50% of particles. RELEASE for a devastating tsunami: polar jets, shockwave rings, gravitational ripples blast everything outward.

Habitat Genesis

Trigger a tsunami, then immediately CLICK + HOLD to recapture ejected matter. At ≥80% recaptured, RELEASE — cosmos transforms, a barred spiral galaxy floats into existence.

Full Sequence

1. Hold quasar → accumulate 50%+
2. Release → tsunami blast
3. Immediately hold → recapture
4. Release at 80%+ → habitat mode
5. Cosmos transforms → galaxy emerges

Who I Am

About Me

Visionary technology leader with deep expertise in AI systems, systems infrastructure, and open-source development. As an innovative CTO, I architect scalable platforms that push the boundaries of what's possible. My passion lies at the intersection of cutting-edge AI, distributed systems, and developer experience — building tools and platforms that empower teams to do their best work.

10+

Years in Systems Administration

50+

Custom Projects Delivered

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Open Source Advocate

AI & Infrastructure Design Expert

My Work

Featured Projects

AXONSTELLAR

Agentic AI Systems

An agentic AI systems company built on a single conviction: data sovereignty and privacy aren’t features — they’re rights. Where the industry consolidates around hosted clouds and third-party servers, AxonStellar engineers self-hosted autonomous infrastructure that runs entirely on your hardware. No telemetry collected, no code leaves your machine, every line of agent output belongs to you. Founded by a single architect who refused to accept that powerful AI tooling requires surrendering control — delivering enterprise-grade agentic platforms built on principle, not compromise.

AIAutonomous AgentsCloud PlatformNeural Architecture

Explore AxonStellar →

ÆXYR

Autonomous Digital Infrastructure Orchestrator

A self-hosted autonomous AI agent deployed with a single Docker command that orchestrates your entire digital infrastructure from code to production. Every action passes through the Action Potential Protocol — a biological neural gate scoring Confidence, Safety, and Necessity before execution. Complex workflows decompose through Synaptic Delegation, spawning specialized Quanta agents across Developer, Researcher, and Security profiles. FAISS-backed vector memory provides persistent recall across sessions, while the three-tier proxy architecture with automatic service discovery and SSL provisioning manages every node autonomously.

Autonomous AgentInfrastructureMulti-Agent

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DGXSPARK CLUSTER MONITOR

Open Source GPU Cluster Monitoring

An open-source monitoring dashboard for NVIDIA DGX Spark clusters built on a real-time SSH streaming architecture. Socket.IO WebSocket channels pipe live nvidia-smi, memory, and network telemetry from remote DGX nodes directly to the browser through persistent SSH2 tunnels. The dashboard renders GPU utilization, thermal states, memory pressure, and network bandwidth across every node in the cluster simultaneously. A dedicated connections management interface handles multi-node SSH configurations with credential masking and live connection testing, secured behind session-based authentication.

Open SourceNVIDIA DGXGPU MonitoringHPC

View on GitHub →

Core Competencies