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Turn-Based MMORPG · Online Games

Proxies for Dofus: Which Traffic Goes Through the Tunnel, and Which Rules Apply?

Dofus is an MMORPG with turn-based combat on a grid. That structure also changes network behaviour: session continuity matters more than split-second reflexes. This page explains which endpoints the client talks to, which of them a proxy covers and what to watch out for on the account side.

Topics covered on this page

01
Endpoint mapHow the launcher, authentication, the game server and the web side each behave separately.
02
Account sideTwo-factor authentication, a secure e-mail address and the effect of a location change.
03
Compliance with the rulesThe limits on automation and why reading the server rules is the first step.
04
Protocol splitThe difference between the TCP session and UDP side traffic in the face of a tunnel.

Network expectations in a turn-based game differ from those in a game built on aiming reflexes. When your combat turn comes, a difference of a few hundred milliseconds will not spoil your decision; by contrast, a connection that drops in the middle of a session left open for hours is a real loss. That should be the criterion when evaluating a proxy for Dofus: continuity, reproducibility and consistency on the account side.

The second determining factor is that the client is not a single piece. The launcher that manages updates, the endpoint that performs authentication, the game server where your character lives and the account management that runs in the browser all travel separate paths. Your proxy rule does not have to cover all of them; in fact, in most scenarios it is better that it does not.

The third is the rules. Ankama's terms of service and the server rules are binding independently of any proxy discussion. This page is written from an access, privacy and network management perspective; automation and enforcement are not its subject.

Which endpoints does the client talk to, and where does the proxy sit?

A Dofus session does not begin by connecting to a single address. First the launcher comes into play: it checks the version, downloads files if needed and starts the game. This stage consists of ordinary HTTP/HTTPS requests and is far heavier in volume than the game session. Then comes the authentication endpoint; this is where you prove the account is really yours, and the address seen on the other side is the egress carrying that request.

The third stop is the game server. Once authenticated, the client is routed to the server where your character lives and establishes a continuous session from there. That session carries events such as combat turns, map transitions and chat. Losing the connection means your character drops out of the game; that is why stability is worth more than raw speed.

The fourth and fifth endpoints are on the browser side: account management pages and community areas. These are normal web traffic, can easily be routed with a proxy rule defined in a browser profile, and should not be confused with the game client's scope.

In practice this distinction means: there is no single answer to the question "is the proxy working". Your egress may have changed in the browser while the client is still connecting directly. Do not draw conclusions without verifying the two separately (how to use a proxy).

The session identity and the egress address are not the same thing

Once authenticated, the client carries a session, and that session's identity is independent of your egress address. If you turn the proxy off in the middle of the game, your character does not instantly become someone else; only subsequent packets start arriving from a different address. On the other hand, in some network configurations the address changing mid-way causes the connection to drop, because an open TCP session cannot continue over a new address. So turning a proxy on and off during play is not a good diagnostic method; do your tests outside the session.

DIAGRAMThe endpoints the Dofus client talks to
The endpoints the Dofus client talks toThe proxy egress at the centre, with launcher, authentication, game server, account management and community nodes around it.TOPOLOGYProxy exita single set of credentialsLauncherVersion check and file d…AuthenticationThe egress address is seen…Game serverCombat, map and chat s…Account managementSubscription and security set…Community areasForum and announcement pagesVerify the browser side and the client side separately; one may be working while the other goes out directly.

Even though the endpoints belong to the same game, they travel different paths; your rule does not have to cover all of them at once.

Hardening the account before the proxy

Tidying up the account side before changing the network path prevents most of the surprises that come later. The first step is to enable two-factor authentication. If the code is generated in an authenticator app, it is independent of your network path; if it arrives by e-mail, make sure you can access your e-mail account under any circumstances.

The second step is to review your recovery information. On game accounts used for a long time, the registered e-mail address is often one that is no longer in use. When extra verification is requested after your egress address changes, if you cannot reach the address the code goes to, the problem is not a network problem but an access problem.

The third is consistency. Logins made one after another from different countries increase the frequency of verification. If you are going to use a proxy, keep the egress fixed, preferably choose it consistently with the account's usual region, and do not change country at short intervals. If you are looking for a France egress, the location information on the France proxy page will do the job.

Finally, choosing a provider is a trust decision. A proxy cannot read the contents of an HTTPS connection; however, which domain you connect to is visible on the proxy server. That is why logging into an account through an unknown server is not a good idea, however tempting it may look because it is free (is using a proxy safe, what is a free proxy).

Which traffic enters the tunnel, and which goes out directly?

Proxy protocols work at different layers, and what they can carry differs for that reason. An HTTP proxy is at the application layer: it can read plain HTTP requests and, for HTTPS, opens a TCP tunnel with CONNECT . That tunnel carries TCP only. SOCKS5 sits at the transport layer, does not interpret content and can also carry UDP with the UDP ASSOCIATE method — but the number of clients that use this is limited.

On the Dofus side the game session runs over TCP, and that is good news from a proxy perspective: TCP can be carried in a tunnel. By contrast, voice chat applications running alongside the client, the operating system's background services and some content delivery requests may use different paths. Every component for which no rule is defined goes out directly.

The practical outcome is this: narrowing the scope is usually better than widening it. Route only the component you need and leave the rest direct. That way you gain both quota and ease of diagnosis. For the protocol decision, the the protocol selection guide and how SOCKS5 works articles give sufficient detail.

Tip

The fastest way to tell whether a setup really works is to turn the proxy off and repeat the same test. If the two results are the same, your traffic most likely is not going through the proxy.

DIAGRAMHow client traffic is distributed in the face of the tunnel
How client traffic is distributed in the face of the tunnelA distribution diagram branching from one source into three: the TCP game session, HTTPS web traffic and UDP side services.DISTRIBUTIONClient trafficsingle sourceGame session (TCP)52 shareWeb and account (HTTPS)33 shareSide services (UDP)15 shareThe UDP branch can enter the tunnel only on clients that use SOCKS5 UDP support.

The shares are relative weights, not measurements: the aim is to show which branch enters the tunnel and which goes out directly.

Compliance: the limits on automation and differences between servers

A proxy is a network tool; it does not change the game's rules. Ankama's terms of service set clear limits on automation, scripted play and account trading, and those limits do not care which path your connection comes from. If a behaviour is against the rules, it is against them when done from behind a proxy too.

The second point is that server rules can differ among themselves. Some servers launch with different participation rules, and the rules that apply on two servers of the same game can diverge. Reading a server's rules before creating a character settles most later disputes in advance.

The third is that legitimate uses of a proxy genuinely exist. Using a fixed egress when connecting from a corporate or campus network, verifying how an announcement looks in different regions, examining network behaviour in a test environment — none of these is a rule violation, and a proxy is a suitable tool for them.

Fourth, a proxy has a cost on the compliance side as well: because you have changed the network path, the picture gets more complicated when you open a support request. When you report a connection problem, you also have to explain the layer you put in between, otherwise the diagnosis goes to the wrong place. Keeping your setup in writing is therefore useful not only for your own order but also when talking to support.

Caution

On multi-accounting, automated play and account transfer, the deciding authority is the game's own rules. This page does not describe or recommend such uses; a proxy does not override any sanction, and responsibility for the account rests with the user.

Setup order: where to start, where to verify?

The right order lets you know where to look when a problem arises. First take the baseline measurement: note your egress address and your latency with the proxy turned off. Without that note, no later measurement means anything, because you have no reference to compare against.

The second step is the credentials and the protocol decision. The server name, port, username and password come from your panel; the format is proxy.example.com / 8080 / username / password . Decide here whether you will authenticate with username-password or with IP authorisation. If you have a home connection with a dynamic IP, IP authorisation cuts your access every time the line is renewed.

The third step is a narrow-scope trial: first enable it in a browser profile or a single application, verify that it works, then widen it if needed. The fourth step is record-keeping — writing down which egress you used, for which account and on what date becomes your only real source when a problem surfaces months later.

StepWhat to doSuccess criterion
Baseline measurementRecord of the address and latency with the proxy offThere is a comparable reference
CredentialsChoice of server, port and authentication methodThe connection returns no credential error
Narrow trialTesting in a single profile or a single applicationThe egress address appears in the expected country
RecordA note of the egress label, country and dateThe next person can find the same information
DIAGRAMThe four steps of setup and their success criteria
The four steps of setup and their success criteriaA four-step timeline: baseline measurement, credentials, narrow trial and record-keeping.TIMELINESTEP 1Baseline measurementThe egress address and latency are recorded with the proxy offSTEP 2CredentialsThe server, port, protocol and authentication method are chosenSTEP 3Narrow trialIt is enabled in a single profile or application and the result is verifiedSTEP 4RecordThe egress label, country and date are put in writing

The order matters: every comparison made without a reference measurement rests on guesswork.

Choose the right egress for your Dofus session

For long, uninterrupted sessions stability is decisive; for regional verification work, the egress country is.

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Why does a turn-based game forgive latency more?

In action games the round-trip time of a packet directly changes the outcome; the gap between the moment you aim and the moment the server processes it determines whether you hit. In turn-based combat, the server waits for your turn. The few hundred milliseconds in between delay the moment your decision is applied slightly, but do not spoil the decision itself.

This does not mean latency is unimportant. Because a proxy adds a hop, the total path lengthens and a sense of heaviness can appear across the interface: map transitions, inventory operations and sending chat messages lag slightly. What is more, as the path lengthens the likelihood of packet loss rises, and loss leads to disconnects even in a turn-based game.

That is why the real criterion is consistency. An egress with a low average that spikes from time to time is worse than one with a slightly higher average that runs flat. Take the measurement several times at different hours rather than once; for the components of latency see the what proxy latency is article, and for egress options the datacenter proxy and residential proxy comparison.

In short, a proxy does not reduce latency; with a well-chosen egress it keeps the cost it adds at an acceptable level. Set your expectations accordingly.

Verification: has your egress really changed?

After setup, check three things separately. The first is the egress address: open the my IP address tool from the profile where you defined the proxy and verify that the address you see is in the country you expect. A test done in a different profile is misleading.

The second is domain name resolution. If you use SOCKS5, whether your client resolves the address on its own network or on the proxy side changes the behaviour; if resolution happens on your side, the target domain is visible to your local DNS server. A DNS leak test is enough to measure this.

The third is leaks on the browser side. If you manage account pages from the browser, the WebRTC interface can expose your real address independently of the proxy setting; a WebRTC leak test checks this. If you want to see what the headers the proxy adds to the request tell the destination, an anonymity test gives a short report.

To quickly see whether an egress is up, you can use a proxy checker tool. For long-term use, however, a one-off test is not enough: an egress that works today may drop tomorrow, so decide in advance which backup egress you will switch to in case of an outage.

The last piece of verification is the scope test, and this is where most users skip a step. Turn the proxy off and repeat the same test: if there is no difference between the two results, your traffic most likely is not going through the proxy and your setting exists only on paper. If there is a difference, you also learn the boundary of the scope — this comparison clearly shows which application is routed and which goes out directly.

Common situations and how to read them

StatusLikely causeApproach
The launcher gets stuck during an updateThe large file download exceeds the egress's capacityComplete the update outside the proxy's scope
Login works, it drops at server selectionThe game server connection has fallen outside the scopeThe rule must cover not only the domain but the client as well
Dropping in mid-sessionThe egress changed or the sticky duration expiredUse a fixed egress, keep the duration longer than the session
The egress changed in the browser but not in the gameTwo different scopesDefine a separate routing rule for the client
The connection is refusedThe proxy does not allow the destination portAsk the provider which destination port range is allowed
Extra verification at loginCountry changeFix the egress, avoid sudden country changes

The last row is especially important: extra verification is not a fault but expected security behaviour. The right response is to complete the verification and keep the egress fixed from then on.

The matter of destination ports is often skipped. Some proxy servers, for security reasons, allow connections only to certain destination ports; if the game client connects to a non-standard port, the request is rejected at the source and the error message can be misleading (what port numbers tell you).

You can reach the pages prepared for other games from the game proxy guides section.

Frequently asked questions about Dofus and proxies

01Can a Dofus session be carried over a proxy?

Because the game session runs over TCP, it can be carried in a tunnel. What is decisive is whether the client reads the proxy setting and how you define the scope. Do not draw conclusions after setup without verifying your egress address with a separate tool.

02Is latency really unimportant in a turn-based game?

It is not unimportant, but its effect is different. Because the server waits for your turn, a few hundred milliseconds will not spoil your decision; on the other hand, as the path lengthens the likelihood of packet loss rises, and a disconnect turns into a real loss in long sessions. Let your criterion be consistency, not the average.

03Should launcher updates go through the proxy too?

Usually not. Update traffic is many times larger than the game session and will consume most of your budget on an egress billed by transferred data. Leaving updates out of scope is both faster and more economical.

04Should I choose IP authorisation or username-password?

If you have a connection with a static IP, IP authorisation is practical. If your home connection is dynamic, your access is cut every time the line is renewed; in that case username-password produces less friction. If you need to use both methods at once, confirm that your provider allows it.

05Does a proxy make my account more secure?

Directly, no. A proxy only changes your egress address; it does not protect your password, your session cookie or your device. Account security comes from two-factor authentication, a strong and unique password and an accessible recovery e-mail.

06Will connecting from a different country cause problems with my account?

On its own it is not a violation, but sudden and frequent country changes can lead to extra verification being requested. Keeping the egress fixed and choosing it consistently with the account's usual region reduces that friction.

07Can I log in with a free proxy?

It may be technically possible, but it is not recommended. You do not know who operates free servers, outages are frequent, and a connection that drops in the middle of a long session means a direct loss. They are fine for learning and short tests.

08Can I share the same egress with more than one person?

It can technically be shared, but your concurrent connection limit has to be sufficient for it. Also, on a shared egress you will feel the effect of other people's usage. If you are planning long sessions, a dedicated egress is more predictable.

Related pages

NEXT STEP

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