Electric System Analyzator and Simulator

The company appears to be a solo developer project named "Electric System Analyzator and Simulator", self-described as an educational tool for electrical network analysis and simulation. The author states it began as a university assignment to help students verify calculations, but has since evolved into a broader power system simulation tool with potential industrial applications.

• The description states: "An electrical network analysis and simulation software that will be capable of fully modeling the losses, oscillations, faults and the effects of any changes within a more complex electrical network"
• It performs load flow analysis, fault calculations, and several other power system studies
• It includes an educational module to help students understand faults, sequence networks, and calculation methods
• The author states: "By now the software is starting to grow beyond this single function, but that original idea was that"
• Built with: codex, gpt5.6, python, react, typescript
• The author reports: "I built the first prototype with GPT-5.5 about a month ago, but that was really just a bare-bones scaffold, not even worth mentioning yet"

Inference The product appears to be an educational software tool for power systems engineering, initially focused on student use but expanding into broader functionality.

• Original positioning: "One of the major topics at university was the calculation of short-circuit currents, and loadflow analysis and it was quite difficult to find practice problems that were solved flawlessly, which would have made studying much easier"
• Current claim: "The goal of this program is to let students verify their calculations on an arbitrarily configured network"
• Evolution: The author states: "By now the software is starting to grow beyond this single function, but that original idea was that"
• Expanded scope: "It will provide an extremely useful interface for students, and potentially even for industry use as well"
• Author's own claim: "I’m proud of the program that’s starting to take shape as a whole"

Inference The positioning has evolved from a narrow student aid tool to a broader educational and potentially industrial simulation platform.

• The description states: "The goal of this program is to let students verify their calculations on an arbitrarily configured network"
• It includes "an educational module to help students understand faults, sequence networks, and calculation methods"
• The author mentions: "potentially even for industry use as well"
• The author's own claim: "It will provide an extremely useful interface for students"

Not evidenced No specific customer segments, user personas, or target industries beyond general student and potential industrial users.

• The author states: "I’d like to add a proper licensing option to the software"
• No pricing information provided
• No revenue model described
• No evidence of any commercial transactions or monetization strategy

Inference The project appears to be in early development with potential for licensing-based monetization, but no concrete business model is evidenced.

• Built with: codex, gpt5.6, python, react, typescript
• Development approach: "I built the first prototype with GPT-5.5 about a month ago, but that was really just a bare-bones scaffold"
• The author reports: "Since the core parts of the project felt important, I decided to wait for the release of GPT-5.6, and only then started to seriously continue development"
• Technical challenges mentioned: "This has been one of the most complex tasks I’ve worked on so far"
• The author states: "I feel more like a tester who tries out the results of what Codex has produced"

Inference The project uses AI-assisted development with GPT-5.6, shows technical complexity, and is being developed by a solo developer.

• No evidence of users, customers, or adoption
• No revenue data
• No customer testimonials or case studies
• The author states: "By now the software is starting to grow beyond this single function, but that original idea was that"
• The project appears to be in early development stage with no clear maturity indicators

Inference No traction signals are evidenced. The project appears to be in early development.

• No evidence of competitors or market analysis
• No mention of existing tools in the electrical network simulation space
• No competitive positioning or differentiation claims
• No evidence of market size or competitive landscape

Inference No competitive context is evidenced. The author does not describe any existing solutions or market position.

• Solo developer model with no team or external validation
• Self-reported only, no independent verification
• No revenue, customers, or traction evidence
• The project appears to be in early development stage
• Reliance on AI tools (Codex, GPT) for development raises questions about scalability and control
• Potential technical complexity without proven delivery capability

Inference The main risk is that this remains a personal project with no commercial viability or traction.

1. What specific educational institutions or engineering programs are interested in using this tool?
2. How do you plan to validate the accuracy of your simulation results against real-world data?
3. What is your timeline for achieving commercial viability and monetization?
4. Have you identified any potential enterprise customers beyond academic use?
5. What specific technical challenges have you encountered that could impact delivery or accuracy?
6. How do you plan to handle software maintenance and updates as the tool evolves?