SwisserAI LogoSwisserAI

AI that speaks your framework.

SwisserAI is not a generic code model with FiveM stuffed into the prompt. It is a dev-tool grounded in the real exports, events, and resource APIs of the frameworks you actually use QBCore, Qbox, ESX, ox_lib, and vRP.

Pick your framework

QBCore

QBCore-native exports, callbacks, and player state.

The largest FiveM framework. Full coverage of QBCore.Functions, PlayerData, qb-inventory, and qb-target patterns.

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Qbox

ox_lib-first, state-bag driven, modern Qbox patterns.

The QBCore-compatible fork built on ox_lib and ox_inventory. SwisserAI generates idiomatic Qbox code, not legacy QBCore ports.

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ESX

ESX Legacy and v1-final, xPlayer methods, ESX events.

Battle-tested on ESX Legacy. xPlayer.getMoney, ESX.RegisterServerCallback, and both ESX-default and ox_inventory setups.

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ox_lib

The validated ox_lib API no invented exports.

lib.notify, lib.callback, lib.registerContext, ox_target, ox_inventory. Grounded in the current Overextended API surface.

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vRP

Tunnel/Proxy RPC vRP 2 and Dunko idioms, not ESX lookalikes.

Indexed on vRP 2, vRP 3, and Dunko vRP. Tunnel.bindInterface, vRP.hasGroup, vRP.giveInventoryItem the real vRP surface.

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Why framework-specific matters

Ask a generic LLM to write a QBCore callback and you will get a confident, plausible-looking answer that does not run. It invents exports. It mixes ESX syntax into QBCore blocks. It calls deprecated versions of ox_lib functions. The code looks right to someone who does not know the framework. It fails the moment the server reloads.

FiveM is a fast-moving ecosystem. QBCore, Qbox, and ESX each have their own export surfaces and event conventions. ox_lib ships breaking updates. qb-inventory and ox_inventory handle the same task with completely different APIs. A model that treats all of this as “just Lua” is going to hallucinate.

SwisserAI is trained and grounded on the actual framework repos and their documentation. The output is constrained to exports that exist, events that are still registered, and patterns your server code already uses. That is the difference between a snippet you have to debug and a script that runs on first load.

Frequently Asked Questions

If you are starting a new server in 2026, Qbox is the most actively developed path: it builds on ox_lib and ox_inventory and keeps broad QBCore compatibility. QBCore is still the largest ecosystem with the most third-party resources. ESX remains common on European servers and in older codebases. vRP is the niche, mature option with a distinct Tunnel/Proxy architecture still popular on EU and LATAM servers. Pick based on your existing scripts and your server community SwisserAI supports all of them.
No, a single server runs one framework. You can, however, mix framework-agnostic resources: ox_lib, ox_inventory, ox_target, and oxmysql all work across QBCore, Qbox, and ESX. SwisserAI will adapt generated bridge code (for example, money handling) to your chosen framework.
You pick the framework when you start a generation, or it is inferred from your project context (fxmanifest.lua, installed resources, event names). The output is then constrained to that framework: QBCore.Functions for QBCore, exports.qbx_core for Qbox, ESX.GetPlayerFromId for ESX.
QBCore forks that keep the standard export surface work out of the box. Heavier forks (custom exports, renamed modules) may need a short prompt describing the differences SwisserAI will follow your spec rather than the stock framework.
Generic models hallucinate FiveM APIs: they invent ox_lib functions that do not exist, mix ESX syntax into QBCore scripts, and ship deprecated callbacks. SwisserAI is grounded on the real framework and resource APIs so the code you get is the code that runs.

Ship FiveM faster

Start with 250 free credits, no card required. Use SwisserAI on the web or in your IDE via the OpenAI-compatible API.

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