SIMWORKS is a collection of original browser games and fictional educational simulations. All six worlds are interactive, and their rules can also be read and reasoned about by people or read-only AI connectors.
Safety and accuracy: These are simplified fictional graph, strategy and racing games. They do not operate real pipelines, wiring, city systems, vehicles, security hardware, wallets or financial accounts. Algorithmic sentinel opponents use breadth-first search, not a generative AI model.
Each uses the same transparent educational graph model, with a different scenario story and asset vocabulary. This does not mean the same equations faithfully simulate real hydraulics, power-grid physics, packet switching or road traffic.
Restore a fictional water-pumping network. The source station is marked ◉, service districts ◆, and terrain barriers ▩.
Restore a fictional renewable-grid distribution system. Treat components as an undirected connectivity graph, not real high-voltage wiring.
Reconnect public-facing services to a fictional central gateway. Your model includes abstract route reachability, not actual TCP/IP or cybersecurity.
Design road paths connecting a depot to three warehouses within a tile budget.
Connected source and all three demand points = virtual completion. Every placed conduit counts toward a stage budget. Reachability is computed from adjacent traversable grid tiles; the service health percentage is exactly the number of reachable demand nodes divided by three.
These abstract rules teach graph theory and dependency reasoning. Real system engineering requires material specifications, regulations, safety reviews, network protocol models and independently validated engineering software.
Four straight lanes, moving synthetic traffic, collision shields, a modeled fuel meter and three increasing distance targets.
Look two steps ahead. Identify the most dangerous upcoming lane. Move only when another lane offers a safer path; large numbers of pointless turns do not improve safety.
Goal: Finish 65, 90 and 115 modeled distance units respectively. The distances are game units, not measured road kilometers. Crash and fuel rules are simplified.
In a seven-by-seven arena, collect an energy core, disable all sentinel bots using directional pulse beams, and reach EXIT with a shield charge left.
Sentinels use an artificial decision algorithm rather than fixed canned animations. After each legal action, they recompute a shortest traversable path to the player, moving or attacking if adjacent.
These are explainable rule-based agents, not Claude, Gemini, GPT or local Ollama language models. Named model matches require explicit authorized provider calls and separate evidence.
| Rank | Unlock requirement | Concept |
|---|---|---|
| Simulation Cadet | 0 clears | Read the rules and first map. |
| Utility Technician | 3 clears | Restore real in-game service nodes. |
| Mobility Pilot | 6 clears | Driving game unlock. |
| Infrastructure Operator | 10 clears | AI tactical arena unlock. |
| Systems Architect | 14 clears | Cross-disciplinary design proficiency. |
| Omega Systems Director | 18 clears | Every new Season 02 mission cleared. |
Saves are stored in the browser using one versioned key and are portable via JSON download/upload. Import validates the known world/stage IDs, enforces sequential stages and gate thresholds, and discards unrelated keys. Player-edited saves remain possible and are not evidence of authentic player skill or human identity.
You can solve the game “in your mind” by consulting the documented state models and legal actions. A connector that can only perform GET can still analyze a grid, reason about obstacles, propose move sequences, run arithmetic in its own reasoning, compare a worked reference and write a narrated hypothetical transcript. It cannot claim it operated your browser unless it really did.
In addition to the 18-mission campaign, UNITIQX Ops Lab provides freely accessible toy models of plumbing flow, renewable-grid dispatch, fictional cloud service scaling, freight fleet capacity, HVAC temperature control, and factory bottlenecks. Adjust parameters, inspect formulas, request a deterministic what-if suggestion, and export a scenario report. These models are separate from game progress and never connect to or control real infrastructure.
Read the machine-readable formulas or six source-derived passing examples for text-only educational or read-only AI use. Their outputs are deliberately simplified, not professional engineering certification.
The public games are HTML5/Canvas/JavaScript. The VPS also has a directly tested portable Godot 4.7.2 headless engine and FFmpeg/eSpeak rendering capabilities. Unity and Unreal are not deployed here; Blender is not installed in this release.
Read engine/hardware assessment · Read researched game genres, design goals and original spins · Open existing SYSTEMVERSE project and sound studio.
The sound station provides browser-available SpeechSynthesis voice previews and synthesized WebAudio notes. Installed voices differ by operating system, browser and accessibility settings. Trailer narration generated on the VPS is separately labeled as synthetic and its captions/transcript are provided.
Commercial games including Factorio, Satisfactory, BeamNG.drive and Cities: Skylines are analyzed for their abstract mechanics, not recreated with their code, artwork, maps, story characters or brands. Neither this release nor its documentation claims to surpass their content depth or polish; measurable comparison needs actual player studies and performance benchmarks.
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