A multi-channel game distribution framework for mid-size studios
A practical game distribution framework for building a multi-channel stack: layer stores, OEM, carrier billing and web-native, and sequence them by studio stage.
A multi-channel distribution stack is the deliberate layering of several distribution surfaces — the duopoly stores, OEM storefronts, telecom carrier billing, and web-native channels — into one coordinated go-to-market system, rather than a sequence of one-off store launches. A mid-size studio needs a framework for this, not a checklist, because the right order and depth of channels depends on your stage, your monetisation model, and the markets your title actually wins in. Get the sequencing wrong and you pay integration tax on channels that never return it.
If you’re running a studio that’s past its first hit but not yet operating a full publishing org — somewhere between a three-person indie and EA — this is the mental model we’d walk you through over a coffee. The goal isn’t to be everywhere. It’s to build a stack where each layer earns its place and the next layer becomes cheaper to add because of the one before it.
The four layers of a distribution stack
Think of your distribution stack as four layers, ordered roughly by how much operational machinery each one demands.
Layer 1 — the duopoly base. Apple App Store and Google Play. This is table stakes and you already operate here. It gives you global reach, organic discovery, and the SDK baseline everything else borrows from. It also costs you 30%/15% — or, since Google’s June 2026 billing-choice repricing, a more conditional 10-25% on the Play side — and leaves you exposed to ranking algorithms you don’t control.
Layer 2 — OEM storefronts. Samsung Galaxy Store, Xiaomi GetApps, OPPO App Market, Vivo, Huawei AppGallery. These ship preinstalled on most Android devices sold outside North America and routinely offer revenue-share terms meaningfully better than Play’s. They also unlock audience cohorts the duopoly under-serves. We compare the major ones in our OEM app store comparison.
Layer 3 — payment and reach extenders. Telecom carrier billing sits here. It isn’t a storefront; it’s a conversion layer you bolt onto stores in markets where card penetration is low. In Indonesia, the Philippines, Egypt, Nigeria, or Bangladesh, carrier billing is frequently the single biggest payer-conversion lever you have — we mapped where it pays off in the 2026 carrier billing reach map.
Layer 4 — web-native surfaces. Browser-playable and instant-games channels that sidestep the app model entirely. HTML5 titles inside Telegram, TikTok, and Messenger; PWA-installable games; cloud-streamed builds. This layer isn’t gated by the duopoly at all, which is precisely why it matters. See our piece on why web-native games are rising for the surface detail.
The layers aren’t a ladder you must climb in full. They’re a menu, ordered by integration cost. The framework is about choosing which layers your specific title needs — and in what order.
How to sequence channels by studio stage
The most common mistake we see is treating channel expansion as a single big-bang project. It isn’t. It’s a sequence, and the sequence is driven by your stage and your evidence, not by ambition.
- Stabilise the base, then read the map. Before you add anything, look at where your duopoly installs actually come from. If 40% of your Android volume is already Samsung devices in Brazil and Indonesia, your second channel is choosing itself. Let install geography pick your next layer — don’t guess.
- Add one OEM channel where you over-index. Pick the single OEM store whose device footprint matches your strongest emerging market. Ship it as a real product, measure cohort quality against your Play benchmark for a full retention window, then decide whether to add a second. One channel done properly beats three half-shipped.
- Layer carrier billing onto markets that demand it. Only once you have meaningful install volume in a low-card-penetration market does carrier billing earn its integration. It’s a multiplier on existing reach, not a reach generator on its own. Sequence it after the store that brought you the audience.
- Test a web-native surface as a discovery experiment. Web-native is the lowest-commitment layer to trial and the highest-ceiling to scale. A lightweight instant-games build can validate a market or a mechanic before you commit a full native channel to it. We break down the mechanics in the instant-games distribution layer piece.
- Re-read the map every two quarters. Channel fit drifts. A regulatory shift, an OEM preload deal, or a market that suddenly matures can change which layer deserves your next engineering sprint. Treat the stack as something you re-evaluate, not something you finish.
The thread running through all five steps: each channel decision is justified by evidence from the layer below it. That’s what makes this a framework and not a wish list.
The economics of layering
The headline number everyone fixates on is commission. Layer 2 and 3 channels routinely run at 12-20% versus the duopoly’s 30%/15%, and some OEM preload arrangements are effectively net-revenue deals where the partner absorbs UA cost. That’s real money. But commission is rarely the biggest lever in a multi-channel game distribution strategy.
The bigger story is audience quality. An OEM cohort in Brazil or MENA behaves differently from your Play audience for the same game — sometimes markedly better on payer rate, sometimes worse on retention. The only honest way to know which you’re getting is to ship and measure across a full window. CPI on these channels is rarely an apples-to-apples comparison either: a “low CPI” on an OEM store can reflect thinner ad supply as much as cheaper inventory. Model lifetime value alongside install cost, never in isolation.
And there’s a cost most studios under-price: operational drag. Every layer adds a build configuration, an SDK constellation, a submission cadence, and a partner-reporting rhythm. Done well, that drag is a one-time investment that compounds — your second OEM integration is far cheaper than your first because the pipeline already exists. Done poorly, it’s a permanent tax on a channel that never paid back. The economics of layering are as much about reusing operational machinery as they are about commission deltas. For the underlying billing, payout, and VAT mechanics, see our distribution practice overview.
The operational reality
A multi-channel stack lives or dies on operations, not strategy decks. Three layers of cost, each with a characteristic gotcha.
Build adaptation. SDK constellations vary by channel. Galaxy Store wants Samsung IAP. AppGallery needs HMS Core where Google Mobile Services is absent. Carrier billing means DCB SDKs that differ per carrier per market. The remedy is to commit to a small number of channels and template the build pipeline once, then maintain it as configuration rather than re-solving it each time.
Submission and onboarding. Each store has its own QA bars, content guidelines, and review cadence — some faster than Apple, some slower. The surprises here are almost entirely predictable regional sensitivities (gambling mechanics in Indonesia, rating strictness in Germany, content rules in the Gulf) that you can map in an afternoon before you submit.
Ongoing operations. Updates, payment reconciliation, ad-network compatibility, live-ops calendars, partner reporting. This is where a side experiment and a real channel diverge. The studios that get it right designate one operator per channel rather than treating it as a shared back-office afterthought. If operational bandwidth is your binding constraint, we cover how we absorb this for partner studios in our founding developers programme.
A decision checklist before you add a layer
Before committing engineering time to any new channel, run it through five questions:
- Evidence: Does install or revenue data from a layer I already operate point to this channel? If you’re guessing, stop.
- Audience fit: Does this channel reach a cohort the duopoly under-serves for my genre and price point — not games in general?
- Monetisation match: Does my model (IAP-heavy, ad-heavy, premium) suit this channel’s payment rails and audience behaviour?
- Operational owner: Do I have a named operator who will own this channel’s release cadence and KPIs?
- Reuse: Does this integration make the next channel cheaper, or is it a dead-end one-off?
If you can’t answer four of the five with conviction, the channel isn’t ready for your stack yet. That discipline is the whole point of having a game distribution framework: it stops you paying integration tax for vanity reach.
Conclusion
A multi-channel distribution stack isn’t about collecting storefronts. It’s a layered, evidence-driven system where the duopoly base funds OEM expansion, OEM volume justifies carrier billing, and web-native surfaces de-risk your next bet — each layer making the next one cheaper to add. Sequence by stage, measure by cohort, and let install geography rather than ambition pick your next move.
If you want a candid read on which two or three layers fit your title, and how to sequence them without paying for reach you won’t use, we’d be glad to talk. We help mid-size studios build distribution stacks that earn their operational cost rather than just accumulate logos.
FAQ
What is a multi-channel distribution stack?
It’s the deliberate layering of several distribution surfaces — the duopoly stores, OEM storefronts, carrier billing, and web-native channels — into one coordinated system rather than a set of unrelated store launches. The point of a stack is that each layer supports the next: the base funds OEM expansion, OEM volume justifies carrier billing, and web-native surfaces let you test markets cheaply before committing native channels.
Why does a mid-size studio need a distribution framework rather than just launching on more stores?
Because ad-hoc store launches make you pay integration cost on channels that may never return it. A framework forces every channel decision to be justified by evidence from the layer below it — install geography, cohort quality, monetisation fit — so you add reach you’ll actually use. Mid-size studios have enough volume to matter but not enough bandwidth to waste, which is exactly the band where sequencing discipline pays off most.
In what order should I add distribution channels?
Stabilise your duopoly base and read where installs come from, add one OEM channel where you over-index, layer carrier billing onto low-card-penetration markets that already have your volume, then trial a web-native surface as a discovery experiment. Re-evaluate every two quarters. The order is driven by evidence and integration cost, not by ambition — each step is justified by data from the step before it.
How much cheaper are alternative channels than the App Store and Google Play?
Most OEM and alternative channels run at 12-20% commission versus the duopoly’s 30%/15%, and some OEM preload deals are effectively net-revenue arrangements. But commission is rarely the biggest lever. Audience quality — payer rate, retention, ARPDAU — and reduced UA cost often matter more, and you only learn which cohort you’re getting by shipping and measuring across a full retention window.
What is the most common mistake when building a multi-channel stack?
Treating channel expansion as a single big-bang project and shipping several stores half-integrated. A half-shipped channel breaks user trust, generates support load you can’t service, and damages the partner relationship for future deals. The studios that get the most from multi-channel distribution commit one operator per channel with real KPIs and a real release cadence, and add channels one at a time on evidence.
Where does carrier billing fit in a distribution stack?
Carrier billing is a payment and reach extender, not a storefront. It bolts onto stores in markets where card penetration is low — Indonesia, the Philippines, Egypt, Nigeria, Bangladesh, parts of LATAM — where it is frequently the single biggest payer-conversion lever. It earns its integration only after a store has already brought you meaningful install volume in such a market, so it sits as a multiplier layered onto existing reach.