Founder · Systems Builder · Linux Operator · AI Infrastructure Engineer
I build the whole machine—from bare metal and private cloud to local models, agent orchestration, production software, and the business systems around it.
Most developer profiles are inventories of tools. Mine is a map of systems I have built, integrated, deployed, broken, repaired, secured, monitored, and learned well enough to own.
I am the founder and CEO of MADPANDA3D, a veteran-owned technology company. My work crosses hardware, Linux, private cloud, local AI, agentic automation, full-stack product engineering, observability, cybersecurity, and business operations. I am comfortable moving from a rack and an HBA to a kernel log, from a model router to a React interface, and from a customer problem to the production system that solves it.
My lane is the space between disciplines—the part where somebody has to understand how all of the pieces become one dependable operating system.
leo@madpanda:~$ whoami
Leo Lara — founder, builder, operator, and relentless systems student.
leo@madpanda:~$ mission
Own the stack. Reduce hidden dependencies. Automate with accountability.
Build useful things. Leave proof.
My career has repeatedly placed me where failure has a real cost.
- United States Marine Corps: four years as an Aircraft Rescue Firefighter with MWSS-172 in Okinawa—training, readiness, teamwork, and calm execution when the situation is not theoretical.
- Telecommunications: Tiger Team field work supporting T-Mobile across Missouri, Illinois, and St. Louis—network troubleshooting, emergency response, break/fix repair, and restoring service under pressure.
- Cloud engineering: nearly two years in an AWS engineering environment in Columbus, learning how infrastructure, scale, process, and operational discipline meet.
- MADPANDA3D: founded in January 2024 around 3D printing and design, then expanded into software, AI infrastructure, Linux, automation, websites, private cloud, and business systems.
- Cybersecurity: currently deepening the security side of the stack through formal Cybersecurity studies at National University and continuous hands-on lab work.
That history is why I do not separate software from operations, security from usability, or automation from responsibility.
flowchart TB
Leo["Leo / Human authority"] --> O["Odysseus / Authenticated orchestration plane"]
subgraph AI["Self-hosted AI and agent systems"]
O --> J["JARVIS / Warm local Qwen brain on Ollama"]
O --> W["Workstation / Whisper + Chatterbox + Codex"]
O --> H["Gordon / Governed business operator"]
O --> K["Knowledge OS / Chroma + FastEmbed + Obsidian"]
end
subgraph CLOUD["Private cloud"]
N["Nimbus / Proxmox"] --> T["TrueNAS / HBA-backed storage"]
T --> I["Immich"]
T --> C["Nextcloud"]
end
subgraph PRODUCTS["Products and control surfaces"]
P1["Charter"]
P2["MAD Card Exchange"]
P3["MAD MCP Portal"]
P4["SOC / NOC Wallboard"]
P5["MADPANDA3D.com"]
end
OBS["Grafana · Prometheus · Loki · Alertmanager · Alloy"] -. observability .-> AI
OBS -. observability .-> CLOUD
O --> PRODUCTS
This is not a diagram I made for a portfolio. It is an active, evolving home-lab environment with dedicated compute roles, storage, voice, retrieval, orchestration, security boundaries, and observability.
| Layer | What I operate |
|---|---|
| MADPANDA workstation | Ryzen 9 7900X, 12 cores / 24 threads, 61 GiB RAM, RTX 3060 12 GB, encrypted Btrfs/NVMe storage, EndeavourOS, Hyprland, and a multi-monitor Wayland environment. It also runs local Whisper STT, on-demand Chatterbox Turbo TTS, knowledge synchronization, and isolated Codex work. |
| Nimbus private cloud | X99 Proxmox host with 28 hardware threads and 188 GiB RAM. An HBA-backed TrueNAS VM receives 8 vCPU / 64 GiB and owns the bulk-storage plane, Immich photo/video workflows, Nextcloud, and NAS services. |
| JARVIS compute | Dedicated GPU-enabled LXC with 12 CPU cores, 64 GB RAM, an RTX 3060 12 GB, Ollama, and a warm local Qwen 3.5 model serving the foreground Jarvis brain. |
| Odysseus | Lightweight orchestration node that owns authenticated sessions, the voice UI, policy, task lifecycle, durable events, artifacts, approvals, and Chroma-backed retrieval. |
| Gordon / Hermes | A separately governed Ubuntu agent host running under an unprivileged service account. Gordon acts as an accountable business operator and can coordinate bounded specialist agents behind explicit permissions. |
| Observability plane | Grafana, Prometheus, Loki, Alertmanager, Alloy, blackbox probes, node metrics, and a custom read-only SOC/NOC wallboard for systems, sites, incidents, obligations, and service health. |
Nimbus is a working local-first cloud baseline under active reliability hardening. I document failure modes and revision paths instead of overstating readiness.
voice or chat
↓
Whisper speech recognition on the workstation
↓
Odysseus authentication, session state, policy, and routing
↓
Qwen 3.5 on the dedicated JARVIS/Ollama compute node
↓
governed local tools, Codex work, or approval-aware agent delegation
↓
Chatterbox Turbo speech synthesis with progressive PCM playback
The knowledge layer is filesystem-first: curated Obsidian/Markdown remains canonical, while Chroma and CPU FastEmbed provide derived retrieval. A July 2026 governed snapshot contained 2,781 sources and 10,849 retrieval chunks. The point is not the count; the point is provenance, review gates, reproducibility, and keeping derived memory subordinate to source truth.
I work across the full AI application path: model serving, speech, context, retrieval, tool protocols, agents, product interfaces, security boundaries, evaluation, and operations.
| Layer | Hands-on work |
|---|---|
| Local inference | Ollama, Qwen-family models, GPU placement, warm-model behavior, context limits, prompt templates, structured-output testing, model lifecycle, and idle VRAM release. |
| Agent orchestration | Model Context Protocol, FastMCP, tool catalogs, multi-agent routing, concurrent workers, bounded context envelopes, task steering, approvals, cancellation, and durable event replay. |
| Voice systems | Whisper STT, Chatterbox Turbo TTS, cloned-voice pipelines, PCM streaming, browser playback, interruption semantics, session state, and GPU-on-demand speech services. |
| Retrieval and memory | Qdrant, Chroma, FastEmbed, embeddings, semantic search, quality audits, deduplication, snapshot workflows, source ledgers, and filesystem-first knowledge governance. |
| AI-assisted engineering | OpenAI Codex, Claude, Gemini, Manus, local models, task-specific agents, review gates, and evidence-backed handoffs across large private workspaces. |
| Safety and reliability | Read-only defaults, dry runs, confirm-gated mutations, least-privilege service accounts, mounted secrets, event IDs, bounded retries, rollback archives, hash manifests, and regression suites. |
| System | What it proves |
|---|---|
| J.A.R.V.I.S. | A local-first conversational partner with a warm self-hosted brain, voice, governed knowledge, concurrent background workers, and visible task activity. |
| Odysseus | The authenticated operating boundary for voice, sessions, orchestration, approvals, artifacts, replay, and worker policy. |
| KYBER | A Tauri/Rust/React Linux workbench for serious agent interaction, secure key handling, local voice, session discovery, and operator control; its current validation includes 211 JavaScript tests and 181 Rust tests. |
| Gordon / Hermes | A permission-aware business operator capable of leading bounded specialist-agent teams without inheriting unrestricted infrastructure access. |
| MAD MCP Portal | A self-hosted connector control plane that organizes tools, services, skills, playbooks, authentication, and governed access to business/infrastructure capabilities. |
| Codex Voice | A local Codex companion with an observable voice/session runtime, WebSocket event timeline, protected controls, and a Three.js presence interface. |
| Knowledge OS | An Obsidian-backed operating memory spanning engineering, business, academics, journals, sources, ledgers, and governed retrieval. |
| Revenue OS | A developing business execution layer that connects structured state, products, campaigns, fulfillment, measurement, and explicit approval gates. |
My current daily driver is EndeavourOS, built on the Arch ecosystem, running Hyprland on Wayland through a custom HyDE environment called MADPANDA Dark Zen.
I do not “rice” Linux and stop at screenshots. I debug compositor state, repair plugin ABI drift, write recovery services, build installers, test restore paths, and keep the environment reproducible.
- Custom EWW bars, widgets, menus, lock surfaces, and monitor-aware layouts
- Hyprland keybindings, workspace routing, hotplug/sleep recovery, and HyprPM plugin repair
- A materially patched Rust/GTK4 layer-shell dock with per-monitor workspace state
- AWWW wallpaper orchestration across mixed landscape and portrait displays
- Kitty, Zsh, Starship, Fastfetch, Dolphin, Rofi/Hyprlauncher, PipeWire, and Wayland-native utilities
- systemd services and timers for automation, backup, RGB, runtime repair, and health checks
- pacman/yay workflows, AUR inspection, ArchISO builds, reproducible installers, and rollback-aware package changes
- LUKS/LVM and LUKS/Btrfs systems, GRUB, dracut, Timeshift restore tooling, firewalld, and NVIDIA/Wayland diagnostics
- Docker GPU services, Proxmox VMs/LXCs, TrueNAS Apps, and hardened Ubuntu workers
| Environment | Real use |
|---|---|
| EndeavourOS | Current Arch-based rolling daily driver: Hyprland/Wayland, pacman/yay, Docker, EWW, Kitty, systemd, Timeshift, firewalld, Tailscale, and cryptsetup. |
| Arch Linux | Built and operated a fully encrypted bare-metal system using LUKS/LVM, pacman, PipeWire, SDDM, Plasma, Fluxbox, Hyprland, and GRUB. |
| Arch + BlackArch tooling | Integrated BlackArch repositories, resolved package conflicts, produced a verified bootable custom Arch/BlackArch ISO with archiso, and built an encrypted persistent USB lab system. |
| Ubuntu 24.04 | WSL/Docker development and current server operation, including a hardened private worker with an unprivileged account and narrow service policy. |
| Proxmox VE / TrueNAS | Operational virtualization, VM/LXC, storage, application, GPU-service, and private-cloud administration. |
A real shout-out to the EndeavourOS, Arch, and Hyprland communities. My workstation is proof that Linux can be a serious engineering platform, an operations console, and a deeply personal interface at the same time.
Public Linux work: ARCH-KITTY-CONFIG · HYPRLAND-THEMES
| Build | Purpose | Core engineering |
|---|---|---|
| Charter | Captain-first South Florida luxury boat-charter marketplace with verified provider onboarding, bookings, payments, QR tickets, and secure ticket transfer. Its browser-ready branch currently clears 388 smoke checks. | React, TypeScript, Vite, Express, Tailwind, Framer Motion, Supabase/Postgres, Playwright, Vitest |
| MAD Card Exchange | Visual-first trading-card collection platform with scanning, cataloging, collection workflows, valuation views, sealed inventory, and 3D inspection. | React, TypeScript, Vite, Tailwind, shadcn/ui, Framer Motion, Supabase, TanStack Query |
| MADPANDA3D.com | Animation-forward public company site and proof surface for the systems, services, and products behind the brand. | React 19, TypeScript, Vite, GSAP, Framer Motion, Three.js |
| Home Lab SOC/NOC | Read-only operator wallboard for service health, sites, infrastructure, incidents, obligations, telemetry, and deliberately gated actions. | React 19, TypeScript, Vite, Fastify, SQLite, Three.js, Grafana ecosystem |
| MAD MCP Portal | Governed connector and tool control plane for a large MCP/service ecosystem, with an authenticated broker, service profiles, playbooks, approval tickets, and 252-test validation. | Node.js, Fastify, React, Vite, Supabase/Postgres, GoTrue, WebSockets, Docker, Nginx |
| MADPANDA Knowledge OS | Filesystem-first company memory and evidence system spanning projects, business, school, journals, ledgers, sources, and AI retrieval. | Obsidian, Markdown, FastEmbed, Chroma, Qdrant tooling, validators, source maps, review gates |
| Client Ops Dashboard | Business operations surface for CRM activity, audit history, calendars, pipeline synchronization, cache state, and client delivery visibility. | React, TypeScript, tRPC, Drizzle, MySQL, automated deployment validation |
These repositories show different parts of the operating range—from AI memory and CRM automation to media pipelines and Linux desktop engineering.
| Repository | What is inside |
|---|---|
| QDRANT-MCP | Python/FastMCP memory infrastructure with ingest, retrieval, semantic deduplication, audits, snapshots, caching, health checks, and dry-run-safe maintenance—184 commits and 44 releases in the public repository. |
| GHL-MCP | TypeScript/Node integration surface for GoHighLevel with 269+ tools across 19+ categories, multi-location routing, health checks, and guarded write behavior. |
| DISCORD-MCP | Java Spring Boot + Python FastMCP service for Discord operations, moderation, async jobs, scheduling, OCR/vision workflows, and confirm-gated destructive actions—98 commits and 8 releases publicly. |
| FFMPEG-MCP | Preset-driven Python/FastMCP media automation with FFmpeg, Redis/RQ, signed delivery, branded templates, captions, batch exports, analysis, and asynchronous jobs. |
| MAD-CARD-EXCHANGE-PUBLIC | Public proof archive for the flagship card platform, including a 101-release product history. |
| ARCH-KITTY-CONFIG | Dark Zen Kitty/Zsh/Starship/Fastfetch kit and a tested, read-only AUR incident-triage utility. |
| HYPRLAND-THEMES | Guided Dark Zen installer for Arch-like Hyprland systems with workstation/laptop profiles and restore helpers. |
| HOSTINGER-MCP · CF-MCP · GOOGLE-MCP | Infrastructure and service connectors that extend the same governed tool philosophy across hosting, Cloudflare, and Google workflows. |
MADPANDA3D is where the engineering meets real business operations. I work across discovery, architecture, implementation, deployment, client communication, automation, and ongoing ownership.
- Full-stack websites, SaaS products, portals, dashboards, and internal tools
- GoHighLevel CRM architecture, lead pipelines, contacts, opportunities, messaging, calendars, invoicing, and reporting
- n8n and API-driven business automation
- SEO, AEO/GEO, content systems, funnels, analytics, and conversion infrastructure
- Client onboarding, operating ledgers, approval workflows, recurring reporting, and evidence-backed delivery
- AI-assisted content and operations with human review gates
- VPS, Docker, Nginx, Cloudflare, DNS, certificates, private networking, and deployment runbooks
- Brand systems, 3D design, media pipelines, and marketing assets when the product needs more than code
The business lesson is the same as the engineering lesson: a tool is not a system until ownership, state, failure modes, and the next responsible action are clear.
Expand the technical stack
React · Vite · Next.js · Tailwind CSS · shadcn/ui · Framer Motion · GSAP · Three.js · TanStack Query · Node.js · Fastify · Express · FastAPI · Spring Boot · Tauri · REST · WebSockets · SSE · MCP
PostgreSQL · Supabase · SQLite · Redis · Qdrant · Chroma · FastEmbed · Ollama · Qwen · Whisper · Chatterbox Turbo · OpenAI/Codex · Claude · Gemini · n8n · GoHighLevel
EndeavourOS · Arch · Ubuntu · Hyprland · Wayland · systemd · Docker/Compose · Proxmox · TrueNAS · Nginx · Cloudflare · Tailscale · GitHub Actions · Vercel · VPS operations · Grafana · Prometheus · Loki · Alertmanager · Alloy
Playwright · Vitest · Pytest · JUnit · API contract tests · browser acceptance · smoke gates · secret scanning · dependency audits · container scanning · least privilege · dry runs · approval gates · hash manifests · rollback plans
- Start with source truth. A dashboard is a view; the ledger, runtime, filesystem, or authoritative API owns the state.
- Make dangerous actions deliberate. Read-only by default, dry-run when possible, confirmation and scope when mutation is necessary.
- Build rollback before bravado. Backups, manifests, bounded changes, validation, and a known way home.
- Treat observability as part of the product. Health, events, logs, evidence, and failure states should be visible.
- Use AI as force multiplication, not borrowed credibility. Agents can research, implement, test, and review; I remain responsible for architecture, permissions, truth, and the result.
- Own the handoff. The work is not finished until another human—or tomorrow's version of me—can understand and operate it.
- Bringing Charter through launch-stage acceptance and operational hardening
- Advancing the JARVIS + Odysseus voice-first, concurrent-agent operating model
- Expanding governed MCP infrastructure and the MAD MCP Portal
- Hardening Nimbus private-cloud reliability, backup, and observability
- Building Gordon into a safe, accountable business operator
- Continuing formal cybersecurity education and applying it to real systems
- Helping veteran-owned and small businesses replace scattered tools with one practical operating stack
I am not claiming to know every language, every model, or every layer better than a lifelong specialist in that one layer.
I am claiming something different—and I have the systems to prove it:
I can take an idea from the physical machine to the operating system, from the model and data layer to the interface, from deployment to observability, and from technical capability to business value—without losing responsibility between the layers.
If your organization needs somebody who can speak with leadership, inspect a kernel log, architect an agent system, ship the product, deploy it, instrument it, and explain the risks in plain language, we should talk.
LeoLara@madpanda3d.com · madpanda3d.com · Discord · LinkedIn
The MP3D mark in pure ASCII
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.. .++###++ ..
SYSTEM STATUS: BUILDING
CONTROL MODE: HUMAN-IN-THE-LOOP
DEFAULT POSTURE: PRIVATE · OBSERVABLE · REVERSIBLE
Built by Leo Lara in South Florida. Marine veteran. Founder of MADPANDA3D. Still learning. Still shipping.



