There is no universally best FiveM framework. Choose the one that matches the resources you must run, your developers’ skills, any existing database, and your game mode. A persistent roleplay economy normally benefits from a shared framework; a racing, freeroam, or minigame server may be better with standalone resources. Before installing anything, verify every required resource against the framework’s exact API, inventory, database schema, and version.
What a FiveM framework actually does
Cfx.re describes a framework as “a foundational structure that simplifies the creation of resources for your FiveM server.” In practice, it supplies shared conventions and services that resources can use for characters, identity, jobs, money, inventory, vehicles, persistence, permissions, and events. Instead of every resource inventing its own player and database model, a framework gives them a common foundation.
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txAdmin recipes can streamline deployment, but a recipe is not a substitute for checking versions and dependencies. Record the exact artifacts and resource versions you install so you can reproduce or roll back the server.
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The five decisions that should determine your choice
1. Which resources are mandatory?
Start with the player experience, not a framework name. Write down every workflow that must function at launch:
- Character creation, identity, and multicharacter selection
- Jobs, gangs, groups, permissions, and duty states
- Inventory, item use, storage, and weight or slot rules
- Bank accounts, cash, transactions, and businesses
- Phone, messaging, contacts, and other UI systems
- Garages, owned vehicles, keys, impounds, and persistence
- Housing, interiors, ownership, and storage
- Reconnect persistence, restarts, saves, and database recovery
For each resource, record the exact framework support, core API, inventory API, database requirements, version, and dependent resources. “Supports QB” or “supports ESX” is only a starting point; ask which release and which companion resources are required.
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QBCore, ESX, and many ND setups are Lua-first ecosystems. Qbox exposes an export-based API and includes a QBCore bridge. ox_core is more foundation-oriented and offers Lua alongside JavaScript and TypeScript integration. These differences affect how your team structures resources, calls player functions, handles events, and debugs failures.
Choose the model your developers can maintain. A familiar API with well-understood conventions is often more valuable than a theoretically cleaner foundation that the team cannot troubleshoot. Conversely, a custom team may prefer a smaller foundation and build only the systems it needs.
3. What data already exists?
An inherited server can make migration more expensive than maintenance. If your database, resources, and developers already use ESX, updating the current ESX stack may be safer than rewriting every script for another core. Compare that work with the cost of converting tables, inventories, vehicles, characters, identifiers, and saved properties.
Qbox’s QBCore bridge can reduce API changes, but it does not automatically convert direct SQL queries, unsupported core-file imports, inventory data, or saved records. A bridge is an interoperability aid, not a complete migration system.
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4. What game mode are you building?
A persistent economy roleplay server usually needs shared characters, money, jobs, inventory, and database persistence. A racing server, freeroam server, or self-contained minigame may need none of those systems. Prototype the latter with standalone resources before adding a full roleplay core. If the design later requires shared accounts, jobs, characters, or persistent ownership, those systems must then be supplied and integrated separately.
5. Can you operate and test the stack?
The framework that looks attractive in a demo can still fail in production when players join simultaneously, use inventory, buy vehicles, or reconnect after a restart. Keep staging and production separate, maintain backups of resources and databases, and test complete workflows under representative load. Idle-server observations and claims that one framework is universally fastest are not reliable evidence.
Framework comparison at a glance
| Framework | Best starting point | Development model | Important checks |
|---|---|---|---|
| QBCore | A project whose required resources explicitly support QBCore | Lua-first resource ecosystem; core, inventory, and deployment recipe are separate pieces | Required inventory, banking, modified-core assumptions, and exact resource versions |
| ESX Legacy | An existing ESX server or team whose essential resources already use ESX APIs | Lua-first ecosystem with established addon APIs | Current ESX release, addon compatibility, inventory, database setup, and migration cost |
| Qbox (QBX) | A QB-oriented project seeking integrated multicharacter, multiple jobs or gangs, queueing, and persistent vehicles | Export-based API with a documented QBCore bridge | Direct SQL, unsupported core imports, inventory, character selection, banking, garages, jobs, and saved-data conversion |
| ox_core | A custom gameplay foundation rather than a complete roleplay recipe | Lua plus JavaScript/TypeScript integration | Whether your installation supplies character UI, jobs, phone, inventory, and other integrations; build prerequisites |
| ND Core | A team that wants ND’s character, vehicle, ped, death, group, and addon model | ND model with ESX/QB compatibility modes | Compatibility modes are starting points for testing, not guarantees for arbitrary resources |
| vRP 2 | Maintaining an existing vRP codebase or deliberately using its object-oriented extension model | Object-oriented extension model | Major version, fork owner, database driver, and extensions; “vRP” alone is not specific enough |
| Standalone | Racing, freeroam, minigames, or custom modes without a persistent RP economy | Independent resources without a shared roleplay core | Characters, money, jobs, and persistence must be added separately if the design grows |
This table describes selection criteria, not a performance ranking. No reliable market-share, player-capacity, or benchmark figure establishes one of these frameworks as the fastest or most popular.
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QBCore: a practical choice when resource support is explicit
QBCore is a sensible first candidate when the must-have resources document QBCore support for the versions you intend to run. Its ecosystem is familiar to many Lua developers and is commonly assembled from separate core, inventory, banking, and deployment components.
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- Whether the resource expects a particular QBCore core release or event name
- Which inventory implementation it requires, including item definitions and metadata
- Whether banking, garages, phone, housing, or jobs assume modified core files
- Whether the txAdmin recipe installs the same artifact and database versions you tested
- Whether paid or custom resources use exports, events, or direct SQL that your chosen stack supports
Do not select QBCore solely because a resource list says “QB compatible.” Test character creation, item use, purchases, vehicle ownership, reconnects, and restart persistence with your actual versions.
ESX Legacy: often the lowest-risk path for an existing ESX server
ESX Legacy is usually worth evaluating first when your current server, developers, or essential resources already use ESX APIs. “Legacy” in the project name does not by itself mean obsolete. The relevant questions are the current ESX release, the addon APIs your scripts call, your inventory and database arrangement, and the maintenance status of the resources you depend on.
Update or migrate?
For an inherited server, make two inventories. The first lists what must change to update the existing ESX stack. The second lists what must be rewritten and converted for a different framework. Include SQL tables, identifiers, inventories, vehicles, properties, accounts, permissions, and every resource that reads or writes them. If the update path preserves working data and critical APIs, it may be cheaper and safer than a cross-framework rewrite even when another framework looks more attractive for a new project.
Qbox (QBX): test the bridge, not just the promise of compatibility
Qbox is aimed at QB-oriented projects that want integrated multicharacter support, multiple jobs and gangs, queueing, and persistent vehicles. Its documented QBCore bridge can help a resource written for QBCore communicate with Qbox, but the bridge has clear limits.
Where the bridge does not remove work
- Resources that access the database directly may need SQL changes.
- Scripts importing unsupported core files may need a rewrite.
- Incorrect or obsolete API usage still has to be corrected.
- Inventory behavior and item data must be tested independently.
- Existing characters, accounts, vehicles, and other saved data may require conversion.
Run separate tests for character selection, inventory, banking, garages, jobs, saved vehicles, reconnects, and restart persistence. Passing a simple login test does not prove that a complete QBCore resource suite is ready for Qbox.
ox_core: a foundation for teams building custom systems
Consider ox_core when your team wants a foundation for custom gameplay rather than a preassembled roleplay recipe. Its integration model supports Lua as well as JavaScript and TypeScript, which can suit a team with mixed language experience or a preference for strongly structured application code.
Plan the missing layers
Before choosing ox_core, list the systems your server will not receive automatically from the foundation: character selection and UI, jobs, phone, inventory, banking, garages, housing, and persistence. Confirm that the specific installation and companion resources provide each one. The documented source-build workflow uses Git, Node.js, and Bun. Using ox_core does not require writing every resource in TypeScript, but the team must be comfortable maintaining the build and dependency workflow.
ND Core: useful when its model matches your design
ND Core is intended for teams that want an ND-style model for characters, vehicles, peds, death states, groups, and addons. Its ESX and QB compatibility modes can help with initial integration, but they are starting points for testing rather than promises that arbitrary paid resources will work unchanged.
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Build a small proof of concept around your highest-risk resource. Verify player creation, job and group changes, vehicle ownership, death and revival behavior, inventory calls, and database writes before committing to a large library of addons.
vRP 2: identify the exact branch before you evaluate it
“vRP” is not a sufficient compatibility identifier. If you maintain an existing vRP codebase or specifically want its object-oriented extension model, confirm the major version, fork owner, database driver, and extensions. A resource written for one branch may not work with another even when both use the vRP name.
Document those choices in the server repository and in deployment notes. This prevents a future developer from installing a different fork and interpreting resulting errors as ordinary configuration problems.
Standalone: the right answer for some servers
Standalone resources are appropriate when the game mode does not require a persistent roleplay economy. A racing server can focus on tracks, timing, matchmaking, and leaderboards; a freeroam server can provide activities without introducing shared jobs and accounts; a minigame server can keep its state inside the game mode.
Know when standalone stops being simple
The moment you add shared characters, money, jobs, owned vehicles, housing, or cross-resource persistence, you are designing a framework-like layer whether you call it one or not. Decide who owns that data, which resources can modify it, how it is saved, and how it is restored after a restart. Adding a full core later is possible, but it creates a new integration and migration project.
A repeatable framework-selection workflow
- Define the complete player path. Write the required sequence from first connection through character creation, identity setup, job assignment, inventory use, purchases, vehicle storage, reconnect, and restart recovery.
- Create a compatibility ledger. For each candidate resource, record framework, core API, inventory API, database schema, version, dependent resources, and any direct SQL or modified-core requirement.
- Shortlist by evidence. Keep only frameworks with documented support for the required stack. For QB-oriented projects, test QBCore and Qbox separately rather than assuming the bridge makes them equivalent. For existing ESX systems, compare an ESX update with a migration before selecting a new core.
- Build staging first. Use the same FiveM artifacts, framework versions, database engine and schema, resources, configuration, and workload planned for production. Do not validate a simplified stack and deploy a different one.
- Exercise full workflows. Test character selection, jobs, inventory, banking, phone, garages, vehicles, housing, disconnects, reconnects, resource restarts, and full server restarts. Include invalid input and partially saved data.
- Back up before conversion. Keep rollback copies of resources and databases. Take a fresh backup before changing schemas, importing characters, or converting inventory and vehicle records.
- Measure representative activity. Capture profiler data during joins, inventory operations, and vehicle activity with the expected number of concurrent players and resources. Do not infer production behavior from an empty server or an idle profiler capture.
- Write the deployment record. Store exact artifact versions, recipes, database requirements, configuration changes, startup order, backup locations, and rollback steps where the whole team can maintain them.
Compatibility checks that prevent expensive rewrites
Core and API assumptions
Search each resource for the framework events, exports, callbacks, and player-object methods it calls. A script can advertise support for a framework while still depending on an older event name or a private core implementation. Confirm the calls against the exact release you will deploy.
Inventory and item data
Inventory is a frequent migration boundary. Check item names, metadata, weight or slot rules, storage identifiers, usable-item registration, and how data is serialized. Test ordinary items, weapons or other special items used by your mode, containers, and reconnect persistence.
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Database and saved state
List every table and column touched by characters, accounts, jobs, vehicles, properties, inventories, and permissions. Identify whether a resource performs direct SQL. A bridge can adapt API calls while leaving SQL and saved-data formats untouched, so both layers require review.
UI and dependent resources
Phones, character selectors, banking interfaces, housing menus, and garages often depend on one another. Test the entire chain rather than launching each resource in isolation. Confirm startup order and behavior when a dependency is unavailable.
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Common selection mistakes and how to recover
Choosing by popularity or an alleged speed ranking
No qualifying market-share, player-capacity, or benchmark figure establishes a universal winner among these frameworks. Treat performance claims as unverified until you capture profiler data on your own workload.
Assuming a bridge means zero migration
Qbox’s QBCore bridge is useful for supported API usage, but direct SQL, unsupported imports, inventory records, and existing saved data still need conversion or rewrites. Create a conversion plan before installing the production database.
Installing a recipe without auditing its contents
A txAdmin recipe can accelerate setup, yet it may install versions or companion resources different from the ones your must-have scripts expect. Record the recipe output, then compare every installed artifact with your compatibility ledger.
Testing only login and character creation
A server can pass login while failing when a player withdraws money, uses an item, stores a vehicle, changes jobs, reconnects, or returns after a restart. Use the full player path and retain test results for each workflow.
Migrating before preserving rollback data
Never convert an inherited database in place without a verified backup and a tested restore. Keep the original resources and schema available until the new stack has completed production-like tests.
Forcing a full framework onto a small game mode
If your mode has no shared economy or persistent roleplay state, a full core can add dependencies without solving a real requirement. Prototype standalone first and add shared services only when the design needs them.
How to make the final decision
Select the candidate that satisfies the most important workflows with the least unsupported glue code and the lowest data risk. For a new QB-oriented roleplay project, compare QBCore and Qbox using the same resource set and tests. For an inherited ESX server, price an ESX update against a complete migration before changing frameworks. For a custom team, evaluate whether ox_core or ND Core supplies the foundation you actually want, and budget for the integrations it does not provide. For vRP, lock down the exact fork and version. For a non-economy mode, start with standalone resources.
The decision is complete only after the staging stack passes the player workflows you documented, the database can be restored, and the team can reproduce the deployment from recorded versions and configuration. Recheck official repositories and installation guides immediately before implementation because dependencies, bridges, database minimums, and release status change.
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