GREA AI systems and software studio richard@grea.site

We build the AI layer your business actually needs.

GREA is the AI-and-software arm of GASBRK, a holding company that invests in, operates, and builds small businesses. Custom SaaS, automation agents, apps for web, desktop and mobile, and the deployments that carry them.

Ventures and public surfaces
12
Public domains
7
Federal grant programs targeted
5
Named compute surfaces
4

Every number on this page is countable from the ventures listed further down. Nothing here is a projection.

The sorbent media train, stage by stage.

A holding company that builds software for businesses should be able to show one of its own processes. This is LCHWM's: the chemistry R&D firm in Longmont, Colorado, which handles all the chemistry in the holding, supported by GREA and Claude Science. Spent solvent comes in, four media beds clean it, purified solvent comes out, and the media goes back to the head of the train.

7 stages4 media bedsclosed loop

Solvent, spent to purified

  1. Stage 00

    Intake

    Spent solvent and extraction byproduct arrive from hemp processors. Solvent Distribution collects that material nationwide. Here it is the input, not a waste stream.

    Software surface Intake logging and lot tracking: a custom database and the app around it, so material traces back to the processor it came from.

  2. Stage 01

    Activated carbon

    First bed. The stream enters at the top and percolates down through activated carbon, which takes the heavy organics and the colour out of it.

    Software surface Bed state and breakthrough alerting, built as automation agents rather than as a dashboard nobody opens.

  3. Stage 02

    Ion-exchange resin

    Second bed. Ion-exchange resin swaps the ionic load out of the stream. A bed saturates from the top down, so the outlet says more about its state than the inlet does.

    Software surface Regeneration scheduling and run records, as web and desktop surfaces over the same data.

  4. Stage 03

    Molecular sieve

    Third bed. A molecular sieve separates by pore size. The molecules that fit are held, and the ones that do not pass through.

    Software surface Lab results pulled from vendor portals that have no API, using Playwright for real browser control.

  5. Stage 04

    Biochar

    Fourth bed. Biochar polishes whatever the first three beds left behind. It is the last thing the solvent touches before it is clean.

    Software surface Throughput analysis on whichever compute surface fits it: Groq, SambaNova, Cerebras, or quantum.

  6. Stage 05

    Output

    Purified solvent leaves the train and goes back into service. What arrived as spent material leaves as product.

    Software surface Output certificates generated from the run record, rather than typed a second time.

  7. Stage 06

    Regeneration

    The beds are not thrown away. Media is regenerated and returned to the head of the train, which is what keeps the loop closed and the media in service.

    Software surface Cost lives in this loop. Harness systems and code written in Zig, Go, or Rust depending on the task and the compute available.

What the studio does.

SaaS and consulting
System design, build, and deployment for businesses.
App development
Web, desktop, and mobile.
API key repository
A catalog of API keys that are always free to use.
Compute utilization
Groq, SambaNova, Cerebras, and quantum. Code is optimized for the surface it runs on.
Code optimization at scale
Harness systems and self-improvement. Zig, Go, or Rust depending on the task and the compute available.
Playwright automation
Real browser control for work that has to run in a browser.

Twelve ventures and public surfaces.

The train above is one of them. The rest are listed here with the domain they actually resolve to, because a holding company's portfolio is either checkable or it is a brochure.

GREA's ventures and public surfaces
#NameDomainWhat it is
1GREAgrea.siteAI systems and software studio. Custom SaaS, automation agents, apps for web, desktop, and mobile, and deployments.
2LCHWM LLCno public siteChemistry research and development firm. Longmont, Colorado.
3Superior Chemical Cosuperiorchemicalco.siteChemical products and supply.
4Lifecycle Hemplifecyclehemp.comHemp processing and extraction chemistry.
5Solvent Distributionno public siteServes hemp processors nationwide with spent solvent and extraction byproduct.
6Arizona Recycling Facilityno public siteWaste mitigation through sorbent remediation. Planned: waste-to-energy and advanced-material manufacturing from waste.
7Meridianclientretentionservices.comClient retention service. Sends handwritten cards for businesses, realtors in particular.
8Elevate Mental Health Supportselevatementalhealthsupports.comMental health practice support.
9Eat With Tainoseatwithtainos.comRestaurant.
10GASBRKgasbrk.spaceThe holding company itself.
11Bedrockbedrock-live.pages.devWhite-label lending and credit infrastructure. $1.5k–5k per month.
12Axionaxion-marketing.pages.devA standalone company, built on an OpenKnowledge fork. Separate entity.

Axion is a separate company. LCHWM's grant funding does not apply to it, and it shares none.

Two operating states, one lab.

CO

Colorado

LCHWM LLC. Chemistry research and development, Longmont. One chemistry research lab in the holding, supported by GREA and Claude Science.

AZ

Arizona

Recycling facility. Waste mitigation through sorbent remediation. Planned: waste-to-energy and advanced-material manufacturing from waste.

Arizona R&D tax credit
24%
Grant programs LCHWM targets
NSF, NIH, EPA, DOE, USDA
Chemistry labs in the holding
1

Where someone else is the better choice.

Scope first, no opacity.

Enterprise AI priced like software, not like a procurement event. For founders, CXOs and operations leaders who need custom AI systems without enterprise procurement friction, we price like a software partner: scope-first, flat or milestone-based, no enterprise tax and no meter.

From $5K project builds to $50K+ custom platforms.

Every offer is a real product with a live URL.

Email richard@grea.site See the code on GitHub