
Alexander is a writer, traveler, and serial digital entrepreneur. He’s the founder of the Tushi, the Gen X personal growth newsletter Further, and offers small business advice at Unemployable.

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Director and Chief Evangelist

Alexander Hipp


Anil is a content-obsessed marketer who loves driving organic traffic for outstanding companies. He is also the creator of Hack the Content, co-host of The Runner, and owner of several digital commerce sites.

Managing Partner

Anil Vugels


Monika is a writer, musician, and content strategist with a passion for language. When she isn’t helping clients, you can find her writing songs, hiking in a northern forest, or furiously journaling.

Director of Operations

Ann Monika

Programmer / Founder / Student

Tim Schupp


Art Collective Simulator is a Game Dev Story–inspired simulation for the Vibrational Network, a Hamburg-based collective of musical and visual artists. I developed the codebase, while Giaco and Togrul contributed graphics and music.

The project evolved rapidly across several months, adding systems for characters, tasks, rooms, and events, alongside a modernized dynamic UI and mobile support.

### Feature timeline

#### Up to Jan 2020

- Task section
- Stat-based score generation
- Personalizable and random characters
- First event-related states (e.g., playing instruments)
- Event guest simulations
- Multiple rooms and teleports
- Completely updated dynamic UI

![Jam session gameplay](/assets/archive/game_play_new_jamsession.gif)

#### July

- Full game-state saving and loading
- Game phases
- Phase-based task selection
- Automatic task-based score generation
- Several new game tasks
- Android and iOS compatibility

![June/July gameplay](/assets/archive/june_july.gif)

#### June

- A* pathfinding
- Character stats such as Intelligence, Speed, Creativity
- Stats-based scoring system

#### May

Started programming the simulations with a complete task system. Tasks control entities by working through task queues. Tasks are selected based on player actions and game state.

![Simulation](/assets/archive/simulation.gif)

#### April

First visual prototype: basic isometric functionality — y-sorting, 2D movement, clickable tiles, character animation, and walk cycles.

![First gameplay](/assets/archive/first_game_play.gif)

#### March

I started developing the general framework using the Godot game engine. I outlined core concepts and scoped the project. The following diagrams show interactions between scores, entities, and events — the game's main components.

![Implementation](/assets/archive/implementation.jpg)

![Event hosting](/assets/archive/event_hosting.jpg)

#### February

I began the collaboration with the Vibrational Network in Hamburg — a collective of musical and visual artists. A friend reached out about developing a game; I was motivated to build my first isometric game: a Game Dev Story–style simulation with art.




A Game Dev Story–inspired isometric simulation for the Vibrational Network with evolving features from tasks and stats to events and rooms.

Art Collective Simulator


Retro Escape is a simple but challenging puzzle game. Guide a character from the start to the end tile while navigating walls, collecting items in the right order, and using them appropriately to solve each level.

However, that's not all — programmable blocks and recursive objects unlock new puzzle concepts and level designs.

Not only can you challenge your mind by solving tricky levels, you can also use your creativity to build unique ones. The built-in level editor includes all game blocks and offers a simple script language to interface with the programmable blocks. Created levels can be saved or shared via file and QR code.

The game was developed cross-platform using the LibGDX framework. It was written in Kotlin and uses the ZXING library for QR code detection. An Android beta was released featuring 30 levels.

### Gallery

![Retro Escape banner](/assets/archive/banner_rtesc_3.png)

![Retro Escape banner](/assets/archive/banner_rtesc_4.png)

![Retro Escape banner](/assets/archive/banner_rtesc_5.png)

![Retro Escape banner](/assets/archive/banner_rtesc_6.png)

![Gameplay](/assets/archive/retro_escape_play.gif)




A simple yet challenging puzzle game with programmable blocks, a level editor, and QR-based sharing. Built with Kotlin/LibGDX and ZXing.

Retro Escape


Frequency Quick Response (FQR) Codes enable sending small to medium-sized files by converting data into a sequence of QR codes.

This sequence is displayed by an app on the sender's device and captured by the receiver's camera — no network connection required.

Because transfer happens via QR codes, an FQR sequence can also be printed, passed on paper, and re-scanned later. For example, small flipbooks can be used as physical data carriers and distributed as a novel brochure format.

One major advantage of FQR is that it does not require a connection like Wi‑Fi, Bluetooth, or cellular, which might incur costs or be unavailable. In areas without mobile coverage — or when large files would deplete data plans — FQR can be a faster and more practical alternative on smartphones.

Like traditional QR codes on paper, FQR codes can be shown on screens — in broadcasts or shop windows — to transfer additional materials directly to users' devices.

### Further reading

- [Ausarbeitung (PDF)](/assets/archive/FQRAusarbeitung.pdf)
- Jugend forscht: Frequency Quick Response Code: https://www.jugend-forscht.de/projektdatenbank/frequency-quick-response-code.html
- Weser Kurier: Erfolgreiche Forscher: https://www.weser-kurier.de/region/die-norddeutsche_artikel,-erfolgreiche-forscher-_arid,1587114.html
- „Jugend forscht“: Ideen aus dem Klassenzimmer: https://www.kreiszeitung.de/lokales/bremen/ideen-klassenzimmer-8008471.html

![FQR infographic](/assets/archive/fqr_info_graphic.png)




Offline file transfer by streaming sequences of QR codes — printable, scannable, and network-free.

Development

Art Collective Simulator

Retro Escape

Frequency Quick Response (FQR) Code