[mdlug] [Discuss] Google Gemini AI dialog related to open source investment

[sharan kalwani]

Very interesting!


Sent from Yahoo Mail for iPhone


On Monday, April 13, 2026, 15:33, Gib <gibmaxn at gmail.com> wrote:

I've been playing with Google Gemini AI for a couple of weeks now.  I'm finding that when I ask it a question, it tends to relate several of my interests now.
This is a question I asked it regarding open-source investments.
I just thought everyone would be interested.  The extent to which AI can respond is incredible.
Open Source Tech Investments
Conversation with Gemini
Are there any open source computer related investments that I can do that might return a resonable return?

Given your background in systems programming and your current focus on land development and classic cars, you likely appreciate investments with a solid "under the hood" foundation. In 2026, the open-source market has shifted from being a niche hobbyist sector to a critical pillar of enterprise infrastructure, currently growing at a 16.5% CAGR and projected to reach nearly $95 billion by 2030.

If you're looking for reasonable returns with a computer-centric focus, here are a few avenues tailored to your technical expertise:

1. Publicly Traded "Open Core" Companies
The most accessible way to invest is through companies that build proprietary features on top of an open-source "core." These companies benefit from community-led innovation while maintaining a predictable revenue stream.

HashiCorp (HCP): Still a major player in cloud infrastructure and automation.

SUSE S.A.: A "pure-play" open-source company that focuses heavily on enterprise Linux and container management (Rancher). Given your history with COBOL and systems programming, you might find their stability and "old guard" reliability appealing.

GitLab (GTLB): A key competitor to GitHub, GitLab is a favorite for DevOps and security-conscious enterprises.

2. The AI & Infrastructure Play
The GitHub 2026 report indicates that 60% of the fastest-growing open-source projects are now AI-focused. Investing here often means looking at the companies that provide the "picks and shovels" for this growth:

Alphabet (GOOGL): While a tech giant, Google is the primary force behind TensorFlow and Kubernetes. Their current growth is heavily bolstered by their open-source contributions becoming the industry standard.

Meta (META): Surprisingly, Meta has become a leader in open-source AI with the Llama models, which are currently being adopted by developers globally as an alternative to closed systems like OpenAI.

3. Emerging Technical Sectors (High Growth, Higher Risk)
Since you’re already managing a significant portfolio, you might look at specialized sectors where open source is the standard:

Sector Notable Companies/Projects Why it's a "Reasonable" Bet
Quantum Computing IonQ, D-Wave Many quantum software kits (like Qiskit) are open source, lowering the barrier for enterprise adoption.
Cybersecurity CrowdStrike, Zscaler Companies that integrate open-source threat intelligence are seeing high demand due to new 2026 compliance laws.
Blockchain Celestia, Ignite Focus on "modular" blockchain infrastructure rather than just currency; this is essentially the "systems programming" of the crypto world.
4. "Secondary" Open Source Returns
Since you are active in the Metro Detroit Linux User Group (MDLUG) and the Michigan Unix User Group (MUG), you might consider "investing" through professional services. With your COBOL and Linux background, there is a high-yield market for Legacy System Modernization.

The Opportunity: Many financial institutions are desperate to move COBOL-based systems to Linux-based open-source environments.

The ROI: While not a stock, the "return" on starting a niche consultancy or investing in a small firm that handles these migrations is often higher (and more predictable) than the public markets.

Summary of Strategy
For Stability: Stick to established names like Alphabet or SUSE.

For Growth: Look toward GitLab or companies capitalizing on the OpenAI/Llama ecosystem.

For the "Technical Moat": Focus on companies that own the Cloud Native space (Kubernetes and Docker-based ecosystems).

Given your interest in modular nuclear reactors and future energy, are you specifically looking for open-source plays in the energy sector, or strictly software?

Both

Expanding your portfolio to include open-source energy technology aligns perfectly with your interest in modular reactors and atmospheric water generation. In 2026, the intersection of open-source software and "hard" energy infrastructure has become a significant investment frontier.

Here are the most viable ways to bridge your computer-centric interests with energy and water tech:

1. Small Modular Reactors (SMRs) & Advanced Nuclear
While "open source" in nuclear is usually focused on the design and safety-modeling software rather than the hardware blueprints (due to security), there are significant public-market plays that dominate this space.

NuScale Power (SMR): Currently the "gold standard" for modular nuclear. They recently announced a historic 6-GW project and have active partnerships for powering petrochemical plants. Their design is modular, meaning it fits your "shovel-ready" site-prep mindset.

The "Open Source" Connection: Companies like TerraPower (Bill Gates-backed) and others use open-source modeling tools (like OpenMC) for neutron transport simulations. While you can't buy stock in the code, you can invest in the companies that use these open tools to shorten their R&D cycles.

Investment Angle: Look at Cameco (CCJ) or the Sprott Physical Uranium Trust (U.UN) for the raw material, as the demand for SMR-ready fuel is projected to spike by late 2026.

2. Atmospheric Water Generation (AWG)
This sector has matured significantly. You mentioned an interest in solar-powered AWG; this is now a booming commercial field.

SOURCE Global (Private/Pre-IPO): They are the leaders in "Hydropanels" that use solar power to extract water from the air. While private, they are a prime target for a future IPO.

Open-Source Play: OpenAWG is an active GitHub-based project focused on creating "civilization-in-a-box" hardware. For an investor, the "return" here is often found in the microgrid companies that bundle AWG with solar—such as Enphase Energy (ENPH) or SolarEdge (SEDG)—as they expand into "water-as-a-service" in arid regions like Texas.

3. Open-Source Energy Management Systems (EMS)
The market for EMS is projected to grow to $158 billion by 2033, with a 12.7% CAGR starting this year. This is the most "computer-related" energy investment available.

The Linux Foundation Energy (LF Energy): This is a project you can track through your involvement in MDLUG/MUG. They host projects like OperatorFabric and Hyphae that help manage smart grids.

Public Companies: Schneider Electric and Siemens (SIEGY) have heavily integrated open-source kernels into their industrial automation and grid management systems.

The "Systems Programming" Return: Given your COBOL and systems background, there is a specialized investment opportunity in Grid Modernization firms. These companies are tasked with making 40-year-old grid hardware talk to modern, open-source AI-driven demand-response software.

Comparison Table: Energy & Tech ROI Potential
Investment Type "Open Source" Factor Risk Level Target ROI (2026-2030)
SMR (e.g., NuScale) Open safety/modeling software High (Regulatory) 15–25%
Grid Software (e.g., LF Energy-based) Open Core infrastructure Moderate 12–18%
AWG/Solar Hybrid Open hardware blueprints Moderate/High 10–20%
Legacy Systems Migration Proprietary services on Open Source Low High (Consultancy model)
Summary for your Portfolio
If you want a "reasonable return" with lower volatility, focus on Energy Management Systems (EMS) software providers that utilize open-source stacks. If you want a high-conviction play that matches your "dirt flipping" and development expertise, SMR companies are currently entering their first major deployment phase in the 2026–2027 window.

Since you're managing property in Kerrville and Westland, are you interested in how these modular energy systems could be integrated directly into your residential developments?_______________________________________________
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