Source code is here https://gitlab.com/masland.tech/matrix-activity-tracker

If you have any questions please feel free to ask. This is a project I have been working on for about 5 months over time. With suggestions from a few matrix community members it has reached this point.

I used AI as a tool to write the syntax, I was the one who managed the design and came up with the solution myself. Human suggested solution, AI did the task. Implementation - production code Testing - writing tests, test plans, and QA. Documentation - Docs, comments, README, change logs Review - Code review and pull request feedback Deployment - CI/CD configuration. The gitlab link shows everythinge lse

Finding hobbies that cost no money as well

Using 2020 Census apportionment data. Both states get 2 senators.

I live in Chicago and we have one of the worst recycling rates in the country, even for valuable materials like aluminum. I have read about the Oregon bottle bill which has been successful.

There's still time to get an EV!

You'd get $1000 USD to buy any tools/clothing you'd need to start. After the initial drop off with your kit, no outside help or intervention until evacuation in exactly one year.

Thankfully they were safe in their hole.

Here is the streamlined, highly profitable blueprint for a 10-acre agrivoltaic facility in Central Florida. This plan completely bypasses low-margin wholesale commodities and focuses strictly on high-margin retail capture.

1. The Core Profit Strategy

• The Power: Stop trying to sell cheap wholesale power to the utility. Instead, locate the project adjacent to a high-load commercial facility (like a cold-storage warehouse or manufacturing plant) and sell them the power directly via a behind-the-meter Power Purchase Agreement (PPA) at $0.11/kWh.
• The Crop: Drop biochar. Solar-dry, mill, and bag the Azolla as Premium Branded Organic Nitrogen Fertilizer targeted directly at Florida's massive commercial nursery and landscaping market for $1,000/ton.
• The Poultry: Bypass bulk poultry processors. Raise high-end heritage ducks on the trenches and sell directly to premium restaurants and boutique distributors at a $15 net profit per bird.

2. The Capital Setup (10-Acre Scale)

| Component | Detail | Cost | |

|

|

| | 1.5 MW Solar Array | ~2,540 of the bulk 590W bifacial panels + high-clearance racking | $1,800,000 | | Earthworks & Sealing | Trenching + Sodium Bentonite clay permanent lining | $250,000 | | Processing Hardware | Automated surface skimmers, industrial screw press, hammer mill, bagger | $100,000 | | Gross CapEx | Total upfront cost | $2,150,000 | | Federal Solar ITC | 30% tax credit on the solar infrastructure | -$540,000 | | Net CapEx | Total out-of-pocket investment | $1,610,000 |

3. Annual Earnings & Cash Flow

Gross Revenue: $384,000

• Electricity Sales: $264,000 (2,400,000 kWh × $0.11/kWh commercial retail rate)
• Premium Fertilizer: $60,000 (60 dry tons × $1,000/ton retail bagged)
• Premium Poultry: $60,000 (4,000 ducks rotated annually × $15 net profit)

Operating Expenses (OpEx): -$150,000

• Includes automated system monitoring, localized contract labor for harvesting/bagging, liability insurance, and a maintenance sinking fund.

Net Annual Income: $234,000

4. The Financial Timeline (The ROI)

• Net Investment: $1,610,000
• Net Annual Profit: $234,000
• Payback Period: 6.8 Years

Why This Works

By keeping the layout down to a realistic 1.5 MW on 10 acres, you drastically cut your upfront CapEx. By shifting 100% of your outputs into premium retail channels ($0.11 power, $1,000 fertilizer, $15 ducks), you protect the business from commodity price crashes.

After year 7, the system is fully paid off and clears nearly a quarter-million dollars in pure annual profit for the remaining 15–20 year lifespan of the solar panels.