Every question, answered once — with its receipt.

Idle at 0.00–0.02ms and under roughly 0.10ms during active use is a strong standard for a single resource. Sustained idle cost above 0.05ms usually indicates an always-on tick loop that will stack up across your server's resource list.

No. resmon rounds to two decimals, so 0.00ms means the per-frame cost is below 0.005ms — excellent, but not free. Cost can still appear under load, which is why idle and active values are measured separately.

Artifact version, framework, other running resources, hardware, and player count all shift results. That's why a credible published number states its test conditions and date — and why you should re-test in your own environment when possible.

Yes — once measured on a real client under stated conditions. Until a value is measured it is labeled [MEASURED-PENDING] on the product page. We don't publish targets or estimates as results.

Lag that appears at low player counts points at a resource, not capacity. Run resmon 1 in the F8 console and watch for anything sustained above ~0.10ms during the action that lags, or above ~0.05ms at idle. Player-count-correlated lag is the pattern that suggests hardware or OneSync instead.

0.00–0.02ms at idle and under ~0.10ms while actively in use is the budget a well-engineered resource should hold. A single frame at 60fps is 16.67ms shared across everything, so a handful of resources sitting at 0.5ms each consumes a meaningful slice of it.

Yes. A single resource running logic every frame — especially one making database calls inside that loop — can produce server-wide hitching on its own. This is why the per-resource view in resmon ends most lag investigations quickly.

Rarely. FiveM's server loop is bound far more by single-thread CPU speed than by memory capacity. Adding RAM to a server whose lag comes from a per-frame loop changes nothing, which is why the resmon pass should come before any hardware upgrade.

No — escrowed files are encrypted and decrypted only at runtime for licensed servers. You can read whatever the seller ships outside escrow, which is why the exact open-vs-escrowed split should be published before you buy.

Escrow itself is a legitimate anti-theft tool. The buyer harm comes from undisclosed escrow — not knowing what you can audit, configure, or integrate against until after paying. Precise disclosure resolves most of the tension.

Core logic is escrowed on paid products. The config surface, locales, framework bridge glue, and public exports ship open, and VF Core itself is free and fully unescrowed. An exact file-level manifest publishes with each release.

It's the marketplace's accessibility tier for resources that ship a mix of open and escrowed files — most commercial FiveM scripts fall here. The tier tells you the mix exists; the seller should tell you the exact split.

Check for a dated changelog and a last-update date on the listing. A product with no visible version history is unevaluable — and an escrowed product with a stale changelog carries the highest abandonment risk, since nobody else can patch it.

A written first-response SLA under 24 hours is a fair professional standard, with severity-1 (server-breaking) fixes inside 12 hours. The number matters less than whether the seller commits to one in writing at all.

They help but skew positive and rarely cover long-term maintenance. Pair them with the verifiable receipts: dated changelog, measured performance, escrow disclosure, and a written SLA. Receipts predict year-two experience better than launch-week reviews.

Four questions: What are your measured resmon values and under what conditions? Exactly which files are escrowed? When was the last update and where's the changelog? What's your written response-time commitment? Serious sellers answer in minutes.

Server monetization is permitted, with the governing principle that what you sell must not grant a gameplay advantage. Cosmetics, priority queue and supporter perks are the conventional safe ground. Because these rules live in Cfx's own terms and can change, verify the current official text before building a revenue model — this is a summary, not legal advice.

Selling in-game currency, items or anything that gives a paying player an advantage over a non-paying one is the clearest example of what the gameplay-advantage principle prohibits. This is the category where servers lose platform access rather than receive a warning.

Selling resources you wrote operates through a sanctioned commercial layer: Tebex, Cfx asset escrow, and since January 2026 an official Cfx.re Marketplace. Rockstar acquired Cfx.re in 2023 and subsequently built a first-party storefront for paid resources. Selling work you did not write, or reselling escrowed resources, is separately and clearly prohibited.

The consequence is loss of platform access rather than a financial penalty — which for an established community is terminal rather than inconvenient. That asymmetry is why the current official text is worth reading yourself instead of trusting any summary.

Priority queue is conventionally treated as acceptable because it changes who waits rather than who wins — it confers no advantage inside the game world. As with everything here, confirm against the current official rules rather than a forum reply from a previous year.

We recorded exactly one MDT price in our 2026-07-15 survey of 13 stores: $69.99 for an MDT and dispatch system, the highest single non-bundle price in the whole survey. That is n=1 — an anecdote, not a market rate. It suggests MDTs can price above the $40–$58 flagship cluster; it does not establish a going rate.

No. CaseLink MDT (vf_mdt) is in active development — not built, not purchasable, no release date, no measured performance. Its preview page at /products/preview/vf_mdt states the intended design and a provisional planned price of $44.99, and nothing else.

A dispatch script routes live calls and unit status — it is about the next five minutes. An MDT is the record layer: identities, charges, warrants, case history — it is about the next five months. Many products bundle both, which is why you should ask which half owns the data.

Only if it exposes documented exports for them to write to, and only for the fields those exports cover. With escrowed core logic you cannot add integration points yourself, so the published export list is the permanent ceiling on what your law stack can share.

Buy the record layer first if you intend to run a connected justice chain. Everything else attaches to it, and retrofitting a shared record onto four resources that each own their own tables is the expensive version of this project.

Our 2026-07-15 survey of 13 stores recorded two EMS listings: $49.99 for a full ambulance job and $19.99 for a single-purpose injury utility. That is n=2 — an anecdote, not a market rate — and the two are not comparable products, so we publish no EMS median.

No. LifeLine EMS (vf_ems) is in active development — not built, not purchasable, no release date, no measured performance. Its preview page at /products/preview/vf_ems describes the intended design and carries a provisional planned price of $29.99.

They can if revive authority lives on the client. The revive, the downed state, and injury severity must be decided and stored server-side, with the client only rendering the result. Ask the seller what server-side check gates a revive; a UI-level check is not one.

It might, because EMS scripts commonly take over death, injury, and respawn hooks that other resources also want. Send the seller a list of everything you run that touches those hooks and ask which will conflict — before you pay, not after.

They solve different problems. A whole system keeps the call, the treatment, and the handoff in one record; assembled tools each own a slice of medical state and share nothing unless every one of them publishes exports. If you assemble, the integration surface is the purchase.

None universally. Qbox is the strongest modern starting point if you're building fresh on the ox stack; QBCore has the broadest resource ecosystem; ESX Legacy is a stable home for established communities. The higher-leverage decision is buying bridge-built resources so the choice stays reversible.

No. Every product runs through VF Core's open bridge: Qbox native with ox_lib first-class, QBCore compat, ESX Legacy via bridge, and a standalone mode with no framework at all. Exact tested versions publish with each release's QA matrix.

No — its ecosystem remains among the largest in FiveM. Qbox is a actively maintained descendant that many new servers choose, but 'QBCore is dead' overstates the situation as of July 2026.

Only if your scripts were built framework-agnostic. Resources wired directly to framework internals must be replaced; resources built on a bridge layer move with you. Ask any seller which pattern they use before buying.

Technically yes; practically it depends entirely on your resources. Frameworks are a data model, an inventory contract, a job model and events — movable with care. Resources that call framework internals directly must be rewritten, and escrowed ones can't be rewritten by you at all.

It's the shortest move among the three because Qbox is a QBCore descendant sharing its lineage and conventions. Shortest is not short: the framework migrates fine, and your purchased resources decide whether the project finishes. Bridge-based and ox-stack resources travel; resources calling qb-core internals by name are a rewrite.

A bridge is a single adapter module that sits between a resource and your framework. The resource talks to the bridge; the bridge talks to ESX, QBCore or Qbox. Changing framework means updating one module instead of every resource that depends on it.

It can make it impossible rather than merely expensive. An escrowed resource that calls framework internals directly cannot be adapted by you, because you cannot read or edit the code — your only path is the vendor choosing to support your new framework. That hands a decision about your server to someone else.

The question is aimed at the wrong target. Lock-in is created by the resources you buy, not the framework you pick — a server of bridge-based resources on ESX is freer than a server of internals-bound resources on any framework. Ask what happens to each purchase if you change frameworks next year.

Yes — client-side cheat tools can call any registered net event with arbitrary arguments. That's why server-side validation of source, permission, rate, and argument types on every event is the baseline for a secure script, not an advanced feature.

Unvalidated economy events — handlers that accept a client-sent amount, price, or reward and write it to the database. The fix is server-authoritative amounts: the client asks, the server computes.

Behaviorally: spam interactions rapidly (rate limits should hold), attempt actions outside allowed state (off-duty, out of range), and watch the database for values that could only come from client-sent data. Ask the seller to describe their validation in writing first.

Yes — source, permission, rate limit, and argument types on every event, as a binding release-gate requirement. The framework bridge ships open, and measured integrity evidence (like VF Banking's race/crash tests) is published with dates.

Mostly through race conditions — two concurrent operations reading the same balance before either writes — and through client-trusted amounts. Both are testable before launch: fire concurrent transfers at one balance and verify exactly one succeeds.

The gap between what a transaction history says balances should be and what the balances table actually holds. It's created by non-atomic writes interrupted by crashes. A sound economy script reconciles to zero drift after repeated kill-mid-transaction tests.

Yes — the race test needs a burst of concurrent transfers against a minimal balance; the crash test needs a kill of the server process mid-stream and a reconciliation query afterward. Any seller offering a trial or open components can be tested this way in under an hour.

Race: exactly one success from N concurrent attempts on a single-transfer balance, zero duplicates. Crash: zero reconciliation drift across repeated kill cycles. VF Banking's published results: 20-way race → 1 success/0 dupes (2026-07-05); kill × 10 → drift = 0 (2026-07-06).

In our 2026-07-15 survey of 13 stores, USD one-time banking prices ran $13.99 to $49.99 with a $39.99 median (n=3). Two euro-priced banking products were also recorded, at €44.99 and €24.99, and are not converted. The wide spread is scope: billing-only resources and full account systems share the category label.

Four properties: integer money math, atomic transfers that cannot half-complete, an append-only ledger that can be reconciled, and server authority over every amount. All four are testable before launch — a race test and a crash test will expose any of them being absent.

If you ever want to answer where the money went, yes. A balances table can only be re-set; an append-only ledger can be reconciled, so a dupe found weeks later becomes an incident with a paper trail instead of an economy wipe.

MoneyTrail (vf_banking) has a full product page at /products/vf_banking with a $39.99 launch price, and its store status is launching soon rather than available for immediate download. Its integrity test results are published with dates; its resmon values are labeled [MEASURED-PENDING] until measured.

Ask before you buy — it decides whether the purchase is an upgrade or a wipe. The questions are whether an import path exists for your framework's current money tables, and whether you can export balances and ledger rows again later if you leave.

Our 2026-07-15 survey of 13 stores recorded exactly one evidence system, at $24.99. That is n=1 — an anecdote, not a market rate. Evidence is often bundled into police systems or MDTs rather than sold alone, which is why standalone prices are scarce enough that no honest median exists.

An unbroken, attributed record of an item from collection to disposal: who collected it, where, when, every transfer after that, and any lab result. It only means something if rows are append-only and server-authoritative — an editable chain is a shared opinion, not evidence.

No. ChainLock Evidence (vf_evidence) is in active development — not built, not purchasable, no release date, no measured performance. Its preview page at /products/preview/vf_evidence describes the intended design and carries a provisional planned price of $29.99.

They can if the script trusts the client. Collection, transfer, and lab events are ordinary net events, so item identity, position, and timing have to be validated server-side against world state. Ask the seller to describe that validation before you buy; vagueness is the answer.

Not necessarily, but they must share a record. Two vendors with documented exports on both sides can interoperate; two escrowed products with no published exports cannot, and no amount of config will fix that after purchase.

Our 2026-07-15 survey of 13 stores found one USD garage listing at $40.00 (n=1 — an anecdote, not a rate) plus two euro-priced garages at €34.99 and €19.99, which we do not convert. Three listings across 13 stores is too thin for a median, so we publish none.

Plate, model, fuel, mods, body and engine condition, extras, ownership, shared keys, and impound state with its fee. Ask for that list explicitly, and ask whether state is written continuously or only on graceful shutdown — the crash is the case that matters.

It is a real choice, not a detail. Owning persistence gives the script full control and costs you a migration in and out; adapting to your existing tables keeps the data where it is and keeps leaving cheap. VF Garage ships an adapter mode for that reason, with a standalone schema available if you prefer it to own persistence.

Store a damaged, modified, part-fuelled vehicle; note its state; kill the server process rather than stopping it gracefully; restart, retrieve, and compare. Anything that reset was held in memory. Repeat with the vehicle impounded — impound state is the most commonly lost.

Not yet. Its resmon idle and active values read [MEASURED-PENDING] on /products/vf_garage and stay that way until measured on a real client under stated conditions. We publish measurements with a date and a method, or an honest pending label — never a target dressed as a result.

Unknown — as of July 2026, no GTA 6 modding or roleplay-server support has been announced by Rockstar, and FiveM is built on GTA V. Rockstar owns the FiveM team (Cfx.re), which makes an official path plausible, but nothing is confirmed.

Not announced as of July 2026. GTA 6 launches November 19, 2026 on PS5 and Xbox Series X|S only. GTA V's PC version arrived roughly 18 months after its console launch, which sets an expectation — not a confirmation — for 2027–2028.

A reported — and unconfirmed — Rockstar first-party modding/UGC platform some outlets connect to GTA 6. As of July 2026 Rockstar has not announced it. Treat it as a rumor until there's an official statement.

PC roleplay remains on GTA V + FiveM for the foreseeable future — GTA 6 has no announced PC version or mod support. The rational move is investing in maintained, portable resources from sellers who publish update histories, rather than freezing your community for a platform that isn't announced.

No one can honestly claim GTA 6 support today, including us. Our products are built on an open bridge layer specifically to maximize portability, and we commit to evaluating any official modding path publicly when it exists — with the same measured-claims standard we use for performance.

From 60 listed prices across 13 stores on 2026-07-15: utility resources run about $5–$20, mid-tier systems $25–$40, and flagship systems like banking, police jobs, gangs and housing cluster at about $40–$58. The most expensive single script recorded was an MDT at $69.99.

Scope, mostly — a single-purpose police tool and an all-in-one police system are both 'police scripts'. But display currency, marketplace fees, permanent sale banners and bundles priced at the sum of their parts all move the effective price without changing the scope.

Not always. At one major store we found four bundles priced at exactly the sum of their components, three of them one cent higher. Check the component prices yourself before assuming a bundle saves money — the arithmetic is public.

Subscriptions ran $15–$56/month across the stores we surveyed and are pitched as the discount against a full catalog. They make sense if you genuinely need many scripts from one vendor; a one-time license makes sense if you need two or three, since your access does not end when you stop paying.

Price does not encode performance or support. Nothing in this survey correlates cost with measured resmon numbers or a published SLA, because almost no store publishes either. Ask for measured performance with a method and date, and read the refund window — those two answers separate scripts more reliably than price does.

Every price was read from a publicly reachable storefront page on 2026-07-15 and stored with its source URL. No estimates, no currency conversion, no inference. Stores that render prices only in-browser are listed as unverified rather than guessed at.