Hunt: Showdown and Proxies: Loss, Latency and Scope
In Hunt: Showdown a single bad run of packets can end an entire session. This page explains, in technical terms, how to measure loss and read it correctly, where a proxy fits into this picture, and which traffic enters the tunnel and which does not.
Loss diagnosisMeasurement tools, the intermediate-hop fallacy, and correct interpretation.
02
The truth about latencyThe measurable effect of an extra hop, and the rare exception.
03
Compliance limitsWhere things stand with the anti-cheat component and the terms of service.
04
ScopeWhich stream enters the tunnel, and which leaves over the usual line?
Hunt: Showdown's gameplay rhythm is built on long silences and sudden firefights. This structure makes small network hiccups more visible than in other shooters: a loss run lasting a few seconds changes the outcome of an hour of preparation. Players therefore commonly go looking for network settings, and in that search the proxy is often placed in the wrong spot.
The aim of this page is to set expectations correctly. An intermediate server does not shorten the path of your packets; it adds a new hop. Finding the source of loss is a separate job, and when done with the right tool it usually shows that the proxy has nothing to do with it.
Below we look first at the session's network cycle, then at measurement methods, and then at the layers a proxy actually touches.
The network cycle of a session
When you open the game, the order is always the same: login and lobby, matchmaking, match, then exit and saving. The first link works entirely on web logic; login, profile and progress information are carried over TCP with TLS. A proxy configuration is effective in this link, because what is carried is an ordinary encrypted stream.
In the second link, the client is placed into a match. Region and server selection happen here; the client's region preferences and measurements come into play. The third link is the match, and the stream that carries gameplay runs here: small, frequent and latency-sensitive packets. In the fourth link the session closes and the result and progress are saved; traffic returns to the web layer.
Seeing the cycle this way makes diagnosis easier. Is the problem occurring in the lobby or in the match? Problems in the lobby are at the web layer and are directly related to the proxy. Spikes during a match, on the other hand, mostly come from somewhere else — because that stream is outside the tunnel, for the reason you are about to see.
The fourth link has a significance of its own: if the connection drops at the end of a match or the save cannot complete, writing progress to the server side may be delayed. Although this looks like a bug in the game, it is usually the result of an interruption on your local network.
DIAGRAMThe network cycle of a Hunt: Showdown session
You can scroll the diagram horizontally to inspect it
Both ends of the ring are at the web layer and fall within proxy scope; the match stream in the middle uses a separate transport.
How is packet loss measured, and how is it read?
The standard way to measure loss is to send requests in turn to the hops along the path to the destination and count the responses. On Windows a route tracing tool is used for this; on other systems, a tool that does the same job. What matters is not the tool but how the output is read.
The most common fallacy is this: seeing high loss at one of the intermediate hops does notmean there is a problem at that hop. Routers process control requests addressed to themselves at low priority and leave them unanswered under load, while forwarding the packets that are their actual job without trouble. The correct reading is this: if the loss appears at an intermediate hop but not at the final destination, the path is most likely sound. If the loss persists at the final destination too, there is a real problem.
The second fallacy is trying to confirm loss with a single measurement. For a meaningful result, the measurement must run for minutes and be repeated. A short test can make a temporary fluctuation look like a permanent fault. For measurement methods and comparison setups, see the speed and quality testing guide .
The third is measuring against the right target. If you want to understand the health of your proxy, the target is not the game server but the egress itself; ping test is suitable for that. Behaviour on the game side, however, can only be assessed through the game's own indicators and your local line.
Caution
Loss visible at an intermediate hop is not evidence in itself. Before deciding, continue the same measurement all the way to the final destination and repeat the result at different times.
Which indicator matters how much when reading a diagnosis?
When examining a network problem, four indicators are read together: loss rate, latency itself, latency variation (jitter) and how often the connection drops. In a game like Hunt that depends on split-second decisions, variation is more disruptive than a steady but high latency, because the client builds its prediction mechanism around a stable value.
Loss is the sharpest indicator. Even a small rate can make hit registration look inconsistent, because a lost packet is not resent; the state is corrected with the next update and the gap shows on screen as a jump. During diagnosis, therefore, questioning loss first, then variation, and absolute latency last produces results faster.
Drop frequency comes fourth but cannot be ignored: infrequent but regular drops usually point to a problem with local hardware, the wireless connection or the line. In a picture like that, adding a proxy does not improve matters; it only increases the number of variables and makes diagnosis harder.
When you use an additional connection layer, caps also come into play: when the number of requests opened in parallel exceeds the limit, some connections cannot be established, and that produces a picture that looks like loss. How the limits work is concurrent connection limit is explained in that article.
DIAGRAMPriority weighting of indicators in diagnosis
You can scroll the diagram horizontally to inspect it
The indicators are relative weights describing the order in which to look when examining a problem.
Egress for the Hunt: Showdown web layer
Once you have established the measurement habit, choosing an egress becomes easier: decide according to your need for stability and a registered address.
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The effect of an extra hop on latency, and the exception
When you use a proxy, the packet goes to the egress server first and is forwarded from there to the destination; the response returns by the same path. A two-leg path is never shorter than a one-leg path — which is why an extra hop lengthens the total time as a rule. This should be read not as a disadvantage but as the nature of the tool: a proxy is not an accelerator but a routing decision.
The only exception is when your default route takes an unnecessary detour. On some lines, traffic passes through a distant exchange point to reach a geographically nearby destination; in a case like that, an egress sitting on a more direct backbone can shorten the total path. This is not a rule but an exception that cannot be assumed without being verified by measurement, and it applies only to requests that go through the tunnel. For details of the discussion, see proxies and latency in games article.
The practical conclusion is this: you cannot manage the smoothness of your Hunt session with a proxy, because that stream is already outside the tunnel. What you can manage is where requests at the web layer leave from. If you want to see the components of latency one by one, the proxy latency article breaks the items down.
Develop a measurement habit: make each change on its own and measure afterwards. If you change the egress and the protocol at the same time, you will not know which change caused the improvement or the degradation.
Which stream enters the tunnel?
The traffic a client generates is spread across several separate paths, not one. The stream that carries gameplay needs a latency-sensitive transport and uses UDP; these packets do not pass through the CONNECT tunnel, because that tunnel carries TCP. Login, session and profile requests, on the other hand, run over TCP and can be carried.
SOCKS5 on the side of UDP ASSOCIATE command, and in theory it can carry UDP datagrams. But this support must exist at both ends: the proxy server must implement the command and the client must use it. Most game clients do not read the system proxy setting for UDP, so the practical result does not change.
The remaining two paths are the store and updates. Store and community pages are at the web layer and are carried through a proxy without trouble. Update traffic can also be carried, but because its volume is large it becomes the main source of cost on metered egress; doing the download over your usual line is the more sensible choice.
This distribution has one more overlooked consequence: where domain name resolution is performed can also affect which server you connect to. If resolution is done on your network, a node close to you may be returned; but because the connection is established from a distant egress, the data takes an unnecessary detour. No error appears — everything is simply slower than expected.
So do your post-setup verification with two separate questions: which address does the other side see, and who resolves the domain name? An address lookup page answers the first, a leak test the second. Do not assume you know the scope of your setup without seeing both together.
Note
The shares in the diagram are representative. The aim is to show which path falls within proxy scope, not to present a measured traffic distribution.
DIAGRAMThe distribution of client traffic across paths
You can scroll the diagram horizontally to inspect it
Thickness shows relative share; the thickest arm is the stream that falls outside proxy scope.
The anti-cheat component and the terms of service
A competitive shooter has an integrity component running on the client side, and that component's job is to keep the game fair. A routing decision on the network side is not the component's direct target; but no method that interferes with the component's operation is the subject of this page.
The terms of service are a separate and binding text. Account sharing, commercial use and behaviour aimed at influencing the matchmaking pool are defined there. Not everything that is technically possible is contractually permitted; the existence of a tool does not replace the rules. The right approach is to place your purpose of use on legitimate ground from the outset.
That legitimate ground is not narrow: connecting from a fixed, registered egress as required by policy on a corporate or campus network, separating whether an access problem comes from the local network or from the route, verifying how community pages look in a different region, or consolidating traffic onto a single egress so the network team can write rules are all examples.
Do not forget the privacy side either. A proxy cannot read encrypted content, but it can see and log which addresses you connect to. Provider choice is therefore a trust decision; what a logging policy actually means is logging and privacy .
The order of diagnosis: where do you start?
The fastest way to narrow a problem down is to eliminate variables one at a time. The order is this: first turn the proxy off and see whether the problem persists. If it does, the cause is not the proxy and you need to continue the search on the local network and the line side. If it does not, move on to the second step.
Step
What to do
What you learn
1
Repeat the same scenario with the proxy off
Whether the source of the problem is the proxy or not
2
Try a wired connection instead of wireless
Whether the loss is local
3
Run the route trace for several minutes
Whether the loss is at an intermediate hop or the final destination
4
Check the liveness of the egress separately
Whether there is a fault on the proxy side
5
Repeat the measurement at different times
Whether it is congestion-related or permanent
6
Change one setting at a time
Which variable is having an effect
At the fourth step, to test the egress itself you can use proxy checker tool : if a connection cannot be established, the problem may be with the egress rather than the configuration. If you are getting an authentication error, check that your authorised address list is up to date; on lines with dynamic IPs, that list silently goes stale.
Finally, write down the results. A diagnostic process in which you do not note which egress, at what time, with which setting produced what observation leads you to repeat the same tests a few days later. A simple table both saves time and makes it visible which variable really mattered.
The right tool, realistic expectations
Most of the smoothness problems you experience while playing Hunt: Showdown stem from the line, the wireless connection, local network congestion or a temporary fluctuation along the route. A proxy does not appear on that list as a solution, nor should it be expected to, because the stream that carries gameplay is already outside the tunnel.
Where a proxy is meaningful is the web layer: where account and store pages come from, the need to use a fixed address when leaving a corporate network, verifying how a page looks in another region. In these scenarios the egress type matters too; for work that requires regular, predictable behaviour, ISP proxy is a balanced choice.
If you play in a shared household or office, one more variable joins the picture: the other devices using the same line. A large backup, video streaming or an update downloading in the background narrows the capacity left for your session. Fluctuation from a source like that is not solved by changing the egress; you first need to look at who is consuming what on the line itself.
If your aim is to send all the traffic on your device through a single path, a proxy is not the tool you are looking for: a proxy covers only the application you configure. Clarifying your scope requirement is the shortest route to choosing the right tool; for the difference between the two approaches, see the comparisons in the game proxy guides .
Hunt: Showdown and proxies: frequently asked questions
01Will a proxy reduce my packet loss?
No. Loss occurs when packets are dropped at some point along the path; adding a new hop does not reduce that likelihood. What is more, because the stream that carries gameplay uses UDP, it does not enter the tunnel and the proxy never touches that traffic.
02I see high loss in the middle of my route trace output — is the problem there?
Usually no. Intermediate routers process control requests addressed to themselves at low priority and leave them unanswered under load. What matters is the loss at the final destination: if there is no loss there, the path is most likely sound.
03Can I manage my in-game latency with a proxy?
In practice, no. Because the match stream stays outside the tunnel, the proxy does not determine those values. What you can manage is where requests at the web layer leave from; and the extra hop lengthens the total time for those requests.
04Why does the difference between jitter and latency matter?
A client can adapt to a steady but high latency; it cannot adapt to a fluctuating one. Because the prediction mechanism works against a stable value, variation feels more disruptive than a steady latency with the same average.
05Will the anti-cheat component take issue with my network configuration?
These components focus on client integrity, and network routing is not their direct target. But that does not amount to permission: the publisher's terms of service are binding, and methods that interfere with the component's operation are not described here.
06Does it make sense to download updates through a proxy?
Not on a metered egress. Update volume is many times larger than the sum of a session's web requests and drives the cost up fast. Your download speed also becomes tied to the capacity of the egress machine.
07I use a wireless connection — what should I check first?
Start the diagnosis by plugging in a cable. Wireless connections can produce environment-related loss and variation; any measurement taken without ruling out that source remains inconclusive. If the problem persists over cable too, continue the search on the line and route side.
08Which measurements should I take, and how often?
Before putting an egress to work, take at least three measurements — morning, evening and night — and repeat each one with the proxy off and on. One-off results are misleading on shared pools.