A new chapter from Proto

A 24/7 gardener for your biology.

Holos is the 3D Data Foundry for robotics. Proto points it at the greenhouse — expert growers wearing Apple Vision Pro capture every prune, taste, and decision, then a 24/7 robotic gardener grows the plants and produce your biomarkers actually call for.

  • 52 hand joints, 90 Hz
  • $3.4M US Air Force contracts
  • $2.4M raised toward WUR's NPEC
  • 24/7 autonomous cultivation
The thesis

Robots don't need more video. They need human hands.

Holos converts real human work into structured, robot-ready 3D task data — spatial video, depth, body pose, 52-joint dexterous hand tracking, tracked objects, world coordinates. The human data layer for NVIDIA-powered Physical AI.

Proto's bet: the most personal workflow on Earth is the one that grows the plants on your plate. Capture the master grower in Vision Pro, organize the skills, and let the greenhouse run them — every hour, every plant, every person.

“Capture once. Transfer across robot platforms.”
A horticulturist in an Apple Vision Pro headset pruning basil in a softly-lit greenhouse, with a faint spatial mesh overlay tracking their hands.
Apple Vision Pro capture — every motion, every decision, structured.
Watch it work

Two minutes inside the foundry.

Tyler Waite (Holos CTO & COO) demonstrates Capture on Apple Vision Pro — the exact pipeline Proto is pointing at the greenhouse.

How it works

Five steps. One compounding library.

The Holos workflow, pointed at the world's most personal supply chain.

  1. 01

    Import

    SOPs, grow recipes, cultivar libraries, enterprise 3D assets, and a decade of Plant Vision phenotyping data flow in as the foundation.

    Process docs · Expert knowledge
  2. 02

    Capture

    Master growers wear Apple Vision Pro. Holos records spatial video, depth, body pose, and 52-joint hand tracking at 90 Hz — including occluded objects and full environment mesh.

    Vision Pro · Spatial 3D
  3. 03

    Organize

    Every capture lands in a searchable, version-controlled 3D process library — pruning, transplanting, harvesting, tasting — each skill annotated, diffable, replayable.

    Versioned skill library
  4. 04

    Integrate

    Structured datasets export into simulation and foundation models — NVIDIA Isaac, Cosmos, and beyond — turning grower expertise into training data robots can actually learn from.

    NVIDIA · Foundation models
  5. 05

    Deploy & Improve

    A 24/7 robotic gardener executes the skills on real plants. New captures sharpen the library. Previous captures inform the next ones. The flywheel compounds.

    Autonomous · Compounding
Validation

Built by Holos. Battle-tested in defense and industry.

Proto x Holos isn't theoretical infrastructure. The same data foundry behind this greenhouse is already operating inside the world's hardest robotics problems.

$3.4M
US Air Force contracts

Holos data infrastructure operating inside active defense robotics programs.

$1.8M
Pre-Seed VC

Backed to build the human data layer for NVIDIA-powered Physical AI.

NVIDIA
Isaac & Cosmos pipeline

Holos datasets export directly into NVIDIA Isaac & Cosmos simulation stacks for Physical AI training.

Apple · Scale AI
Partners

Apple Vision Pro as the capture device. Scale AI in the data pipeline.

Holos HQ 228 State St., Madison, Wisconsin — 20 minutes from the Proto greenhouse.
A delicate white robotic hand cradles a young seedling in a bed of soil, with a small multispectral camera embedded in its palm.
The 24/7 gardener

Captured by a human. Repeated by a machine.

The master grower thins one tray. Holos records it — hand pose, plant geometry, the exact angle of the cut, the moment of decision. Then the same skill runs on ten thousand trays, every hour, indefinitely. The grower's hands, multiplied.

Skills become more robust as captures accumulate — previous captures inform, new captures improve. The flywheel that took NVIDIA's CEO and Skild AI's CEO to call out the robotics data bottleneck is the same one Holos was built to solve.

  • 3D video & depth, occluded-object understanding
  • Hand tracking — 52 joints at 90 Hz
  • Spatial mesh, body pose, world coordinates
  • Capture once, transfer across robot platforms
Plant Vision → NPEC — receipts

Before Vision Pro, before Holos: a decade in the greenhouse.

Proto founder Ryan Hooks has spent ten years on this exact problem — from a working hydroponic farm on Treasure Island to co-architecting Augmented Phenotyping with the world's top plant scientists. That work helped catalyse NPEC — the $30M Netherlands Plant Eco-phenotyping Centre, now operational. The Proto x Holos thesis isn't a slide. It's already running.

Inside the Plant Vision modular hydroponic greenhouse on Treasure Island, San Francisco — hundreds of leafy greens growing in white channels under a translucent dome.
Treasure Island, SF · 2015–2017 Plant Vision modular hydroponic greenhouse — 95% less water, 2× faster. Built from scratch: greenhouse, hardware, software.
Two horticulturists in white lab coats inspecting tomato vines in a research greenhouse — one wearing smart glasses with a small forward-facing camera, scanning the fruit.
Wageningen, NL · 2018–2019 Co-architecting Augmented Phenotyping with WUR plant scientists. $2.4M raised toward the $30M NPEC.
NPEC at WUR — a conveyor-belt phenotyping system inside a high-tech glass greenhouse, with sensor cabinets and tomato plants on automated carriers.
NPEC · WUR · Now operational High-throughput conveyor + camera unit — thousands of plants, automatically scanned in colour and 3D.
NPEC at WUR — an overhead orange gantry-mounted multispectral sensor array scanning rows of potted plants inside a sealed indoor growth room.
NPEC · WUR · Now operational Gantry-mounted multispectral sensor array — RGB, thermal, 3D, hyperspectral. The same toolkit Proto points at the human plate.
May 2018 · Filed
“Augmented horticulture — Understanding Plants via Augmented Reality.”
Dutch Top Sector TU grant proposal TU18145 · Ryan Hooks (coordinator) · Rick van de Zedde, WUR. Approved for a €2M+ multi-year grant with Syngenta, Hoogendoorn, 30MHz, and others.
“Collecting data and understanding the expertise present at master growers, integrating this in a smart interpretation layer and sharing the insights via augmented reality.”
That sentence — written in 2018 — is the Holos product roadmap, seven years early.
June 2018 · Autonomous Greenhouse Challenge
Plant Vision / WeGrow placed 7 of 15 — above the Microsoft team.
$75/m² cucumbers vs Microsoft's $72/m². Field included Tencent, Intel, Microsoft, Wageningen, Seoul National, Humboldt Berlin, South China Agricultural, Chinese Academy of Agricultural Sciences.
A 3-person team out-yielded Microsoft's 22-person team. The same thesis Holos productized.
Filed pre-Holos · Provisional patent
“Control and Monitoring Systems and Methods for Plant Growing Environments.”
Huxley provisional · attorney docket 1077P0001US. The spec describes, in plain language:
  • a wireless controller suspended above the plant bed with a fan-aspirated sensor package (temp, humidity, CO₂, particulates, light)
  • overhead cameras with color compensation, point tracking, and motion-stabilized frames for plant-volume estimation
  • vision-based detection of aphids (motion), powdery mildew (texture), and nutrient stress (color)
  • plant profiles + cloud ML across multiple greenhouses to derive optimized growing conditions
  • a farmer smartphone app: daily tasks, calendar, live camera feeds, sensor readings, labor analysis
That is the Holos product — controller, vision pipeline, plant profiles, fleet learning, grower app — specified on paper before Holos was a company.
April 7, 2026 · USPTO provisional
“Biomarker-Driven Personalized Wellness Platform with AI-Powered Supplement Matching, Meal Plan Generation, and Longitudinal Health Protocol Analysis.”
U.S. Provisional #64/031,402 · filed by Huxley Technologies Inc. The Proto half of the stack:
  • LLM-based ingestion of unstructured lab reports (PDF, photo, paste) into an encrypted longitudinal biomarker vault
  • standard clinical biomarkers mapped to a curated, third-party supplement marketplace — no proprietary sample lock-in
  • daily-regenerated meal plans and recipes optimized to each member’s current biomarker targets, across multi-profile households
  • biomarker-aware discovery of thermal wellness modalities (sauna, cold plunge, contrast) with location matching
  • cryptographically verified PROTO health records via QR for third-party verification
Two provisionals, one architect. Huxley grows the food. Proto reads the body. Same data foundry, both ends of the loop.
October 2023 · Partnership proposal
A three-party proposal for AR glasses in the greenhouse.
A phased path from mixed-reality training to AR glasses in the field by 2025–2027 — scoped with a global headset maker and an international horticulture body.
Pitched in 2023 — the exact use case Apple Vision Pro now ships into. Holos was the right product, waiting for the right hardware.
“Computer Vision has been utilized for Digital Phenotyping for decades. With modern GPUs and headsets, we finally have the power to understand plants via Augmented Reality.— Plant Vision, 2018. The exact thesis Holos and Proto now run on Apple Vision Pro.
Abstract multispectral imaging of a leaf, glowing with infrared reds and ultraviolet violets over chlorophyll greens.
Multispectral phenotyping — seeing what the eye can't.
Ten years in the greenhouse

This isn't a pitch deck. It's a decade.

Ryan Hooks — Plant Vision founder, Proto founder, and Holos advisor — spent ten years on the world's hardest greenhouse problems. From a modular hydroponic farm on Treasure Island to thirty countries to co-architecting Augmented Phenotyping with the top plant scientists in the world.

That work helped catalyse NPEC — the Netherlands Plant Eco-phenotyping Centre at Wageningen & Utrecht — raising $2.4M of a $30M national infrastructure now growing thousands of plants under sensor-rich, sealed, climate-tuned conditions.

2015 Modular hydroponic greenhouse on Treasure Island, SF. 95% less water, 2× faster.
2017 Two years across 30 countries. Bottleneck identified: labor + adoption.
2019 Co-architects Augmented Phenotyping with WUR's top plant scientists.
2020 $2.4M raised toward the $30M NPEC — now a flagship facility for plant science.
2025 Holos ships the 3D Data Foundry. Air Force, NVIDIA, Apple, Scale AI.
2026 Proto x Holos — the foundry, pointed at the human body.
Now for the wild & fun part

Your produce, tuned to you.

Hyperlocal harvest

Grown for your week.

Your bloodwork and wearable data sketch a nutritional profile. The greenhouse picks the cultivars and grows the tray — micros, herbs, mushrooms, edible flowers — ready the morning you want them on the plate.

Living, not powdered

Whole plants, not powders.

Most supplements are the ash of a plant. Holos hands you the living plant — leaves, roots, and the full set of phytochemicals that comes with growing it well — picked at peak the day you take it home.

Flavor design

Taste your own genome.

Multispectral cultivation tunes flavor compounds the way a producer tunes a record. Your basil tastes like your basil — never anyone else's.

Off-world

Greens in low gravity.

The same captured skills that grow your morning greens in Madison can grow them in low gravity. Holos is built for Earth first, and everywhere after.

Greening the galaxy

391,000 plant species. 200,000 pollinators. One climate moving 1,000× too fast.

We don't have a hundred years to breed our way out of this. Augmented Phenotyping compresses a decade of plant breeding into a season. The Holos foundry compresses a master grower's career into a library. The math finally bends in our favour.

Be early

The first Proto x Holos pilots are coming. Plant your flag.

We're opening a small waitlist of Proto members, growers, chefs, nutrition nerds, and partners. If any of that sounds like you, leave your email.

No spam. One thoughtful note when we open the first cohort.