---
title: "IndieSurvive: Logic System in Game Form"
description: "IndieSurvive turns the pressures, tradeoffs, and uncertainty of solo development into a terminal-style simulation game with readable rules and balance."
url: https://dasto.app/portfolio/en/systems/indiesurvive/
language: en
alternate_zh: https://dasto.app/portfolio/systems/indiesurvive/
author: "Daco Hsieh 謝明達"
published: 2026-07-13
updated: 2026-10-28
---

# IndieSurvive: Logic System in Game Form

> IndieSurvive turns the pressures, tradeoffs, and uncertainty of solo development into a terminal-style simulation game with readable rules and balance.

- **Specimen**: IndieSurvive
- **Category**: Game System Design / Simulation / Decision Logic
- **Focus**: Uncertainty / Balance / Resource Tradeoffs
- **Form**: Logic system wrapped in a game shell
- **Collector**: Daco
- **Role**: Solo Product Creator / System Design / Frontend

![IndieSurvive feature graphic](https://dasto.app/portfolio/assets/indiesurvive-hero-CEp9zm5f.webp)

IndieSurvive looks like a game, but what I really wanted to build was a system that makes the pressures of solo development readable. It is less about entertainment and more about turning a real-world survival problem into a model that can be studied, operated, and balanced.

I place it under "How I build systems" because the interesting part is not the visual skin. It is how I handle multiple layers of uncertainty at once: time, energy, money, project progress, AI assistance, random events, and the daily risk of making the wrong tradeoff.

![IndieSurvive system screen](https://dasto.app/portfolio/assets/indiesurvive-screen-system-Wh1FwCBz.webp)

*Figure 2 — The main screen is not just a task list. It is a system layer where multiple projects, resources, and queues are all active at once.*

I did not want this to become a lightweight tap-through game, because that would hide the system design. The interesting part is the tradeoff. Taking side work helps cash flow but slows down development. Using AI can speed up work, but it adds cost and bug risk. Resting restores energy, but it also delays progress.

That is the part I care about most. A good system does not remove complexity. It puts complexity in the right place so people can understand why a result happened.

![IndieSurvive delivery progress screen](https://dasto.app/portfolio/assets/indiesurvive-screen-delivery-ClOKZqR2.webp)

![IndieSurvive meal choice modal](https://dasto.app/portfolio/assets/indiesurvive-screen-meal-DaStJOYY.webp)

*Figure 3 — Uncertainty does not only come from random events. It also comes from everyday choices. These screens all play the same role: turning risk into something the player can compare and act on.*

Seen through these scenes, the balance model becomes easier to read. One side is process and progress, the other is resources and recovery. Under the surface, the game is constantly asking when to take risk, when to save resources, and when to commit to the next move.

I like wrapping this kind of logic in a game form because games force systems to be honest. If the rules are unclear, the feedback is unfair, or the curve is unstable, players feel it immediately. If the game still works, then the structure is strong enough to hold the logic together.

[▶ IndieSurvive shorts](https://www.youtube.com/embed/j9BTN2YEmxU)

## Part of

- [How I Build Systems: A QR Code Ordering Core](https://dasto.app/portfolio/en/systems/)

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Author: Daco Hsieh 謝明達 · Contact: enodaco@gmail.com · Portfolio home: https://dasto.app/portfolio/en/ · 中文版: https://dasto.app/portfolio/systems/indiesurvive/