Generic VTT vs Purpose-Built VTT: Which One Fits Your Table?
Short answer
A generic VTT supports every system, so it can only build what every system has in common: a grid, tokens, dice, configurable fields. Everything specific becomes a setting, a macro or a plugin. A purpose-built VTT can assume the game, so subsystems are screens rather than workarounds. Play six systems a year and the generic tool wins outright. Play one game for a year at a time and it does not.
Generic VTT vs Purpose-Built VTT: Which One Fits Your Table?
One question decides it: how many systems does your group play in a year?
Six systems a year, and a generic VTT wins outright. One tool, one place your assets live, and a modding community large enough that someone has probably already built what you need. No purpose-built tool will ever match that, and pretending otherwise would be dishonest.
One game for a year at a time, and the trade runs the other way, because the setup work a general tool asks for at the start of every campaign is work the purpose-built tool already did.
Here is what is actually different underneath, including the part where our approach is the worse one.
Most virtual tabletops are horizontal. They support every system, which means they are built around the things every system has in common: a grid, tokens, a dice roller, character data in configurable fields. Everything above that line is left to configuration.
That is a reasonable engineering decision and it produces a specific experience. Running Stars Without Number on a generic VTT means macros for faction turns, a drawing tool standing in for a sector map, and a spreadsheet next to the window for the things that don't fit. Running an old-school dungeon crawl means tracking torch duration by hand because nothing in the interface knows what a turn is.
The tool is not doing the game. The tool is holding data about the game while you do it.
What Generic VTTs Are Actually Optimising
It is worth being fair about this, because the horizontal model wins on things that matter.
One tool for every game your group plays. One place your assets live. A marketplace and a modding community large enough that someone has probably already built what you need. If your table plays six systems a year, that is an enormous advantage and no vertical tool will match it.
The cost is that the interface can never assume anything. A feature that only makes sense for one game either becomes a setting, becomes a plugin, or doesn't get built. Over time the interface fills with configuration, because configuration is how a general tool expresses specifics.
The Alternative
Build one VTT per game system. Not a platform with a settings page — a tool whose interface is shaped like the game.
In the Stars Without Number VTT, faction turns are a screen, not a macro. The sector map is built around hex travel because the game is about hex travel. Ship combat has its own view because crewing a ship is a different activity from a personal fight. None of these are configured. They're present because the game has them.
In GrimDelve, light is a first-class concept. Torches burn down on their own. Crawl turns advance. The interface assumes a specific structure of play, because it only has to support one.
The honest version of the claim is narrow: when you know exactly one game a tool has to serve, you can make decisions that a general tool is structurally unable to make.
What It Costs
Each VTT takes far longer per game supported. There is no "supports 200 systems" version of this. There is only the list of systems built properly, and that list grows slowly.
If your group plays a different system every few months, this is the wrong model and a generic VTT is the better tool. That's a real answer, not a hedge.
If your group plays one game for a year at a time, the trade runs the other way: the setup work a generic tool asks for every campaign is work the vertical tool already did.
That's the bet. Fewer games, less configuration, an interface that already knows what you're doing.
Related questions
- What is the difference between a generic VTT and a purpose-built one?
- A generic VTT supports every system, so it can only build what every system shares: a grid, tokens, dice and configurable character fields. Anything specific to one game becomes a setting, a macro or a plugin. A purpose-built VTT only has to serve one game, so its subsystems can be screens in the interface rather than workarounds on top of it.
- Is a generic VTT better than a system-specific one?
- For a table that plays several systems a year, yes, clearly. One tool, one asset library, and a large module ecosystem are advantages no single-system tool can match. For a table that plays one game for a year at a time, the configuration a generic tool needs every campaign is work the purpose-built tool has already done.
- Why do virtual tabletops feel like data entry?
- Because a tool that cannot assume which game you are playing can only hold data about the game while you do the game. The interface fills with configuration over time, since configuration is how a general tool expresses specifics.
- What is the downside of a purpose-built VTT?
- The system list grows very slowly, because each one takes far longer per game supported. There is no version that supports two hundred systems. If the game you want is not built, there is nothing there for you.