Uploading a video is one of the easiest parts of launching a Roku channel. 

The harder work happens before that file ever reaches a server. 

A successful Roku launch depends on decisions about audience, content structure, distribution, rights, monetization, metadata, artwork, streaming technology, captions, navigation, testing, analytics, and long-term maintenance. If those decisions are postponed until videos are already encoded and organized, seemingly small changes can turn into expensive rework. 

There is another reason to plan carefully: the Roku publishing process has changed. 

For years, creators could use Roku Direct Publisher, a relatively simple feed-based system that allowed publishers to create channels without building a traditional Roku application. That option is gone. Roku stopped accepting new Direct Publisher channels in 2023 and discontinued the platform in January 2024. 

Today, a publisher generally has two very different routes. 

One is to build a standalone Roku Streaming Store app using Roku's software development tools. The other is to pursue a content partnership that places programming inside The Roku Channel. 

Those paths have different technical requirements, business relationships, and levels of control. Neither should be chosen after the content library has already been built. 

The right way to plan a Roku channel is to work backward from the experience you want viewers to have. 

Here is what that means in practice.

The word channel can be confusing because it has been used in several ways throughout Roku's history. 

A creator might say, "I want to launch a Roku channel," when they actually mean one of three things: 

• a standalone branded Roku app; 

• programming distributed through The Roku Channel; 

• or the old Direct Publisher model. 

Only the first two are current paths. 

A standalone Roku app 

A standalone app gives a publisher a branded presence in the Roku Streaming Store. 

This is the route for organizations that want their own interface, navigation, catalog, branding, authentication system, subscription experience, advertising model, or other customized features. 

Roku apps are built primarily with SceneGraph and BrightScript. 

SceneGraph provides the framework for building the television interface. BrightScript handles much of the application's behavior and logic. 

A publisher taking this route is not simply uploading videos to Roku. They are operating a software product that happens to deliver video. 

That distinction matters. 

The publisher may need to manage application code, content feeds, video hosting, a content delivery network, metadata, artwork, deep links, authentication, payments, advertising, analytics, testing, certification, updates, and customer support. 

Distribution through The Roku Channel 

The Roku Channel is Roku's own streaming service. 

Content owners may be able to distribute programming through it under a partnership arrangement. This is fundamentally different from publishing an independent app. 

A prospective partner provides content, metadata, rights information, artwork, and other required assets according to Roku's onboarding and delivery specifications. Depending on the arrangement, content may use Roku-hosted or partner-hosted delivery workflows. 

This is not an automatic self-service replacement for Direct Publisher. 

Roku evaluates prospective partners, and smaller content owners may need to work through an aggregator. 

Direct Publisher is no longer a launch option 

This is one of the most important facts for anyone reading older tutorials about how to create a Roku channel. 

Direct Publisher allowed publishers to create Roku channels from structured content feeds without developing a full Roku SDK application. 

Roku announced the product's sunset in 2023. New Direct Publisher channels stopped being accepted, and the platform was removed in January 2024. 

That means instructions telling creators to "create a Direct Publisher channel" are now historical guidance. 

If you are planning a Roku launch in 2026, do not build your workflow around Direct Publisher. 

Once the distribution path is understood, the next question is not technical. 

It is editorial. 

Who is this channel for? 

A Roku channel designed for preschool education has very different requirements from one built around independent documentaries. A fitness channel behaves differently from a local news service. A library of feature films needs a different structure from a weekly cooking show. 

Before organizing files, write down the viewer you expect to serve. 

That description should be more useful than a broad demographic label. 

Instead of saying: 

Adults interested in travel. 

A stronger definition might be: 

Viewers who want 20- to 40-minute destination programs they can watch on a television while planning future trips. 

That description begins to answer practical questions. 

Should the home screen emphasize destinations? 

Should programs be organized by country, city, activity, or series? 

Will viewers usually watch one episode or several? 

Does the channel need search-friendly destination metadata? 

Will new episodes arrive weekly, seasonally, or irregularly? 

The audience definition starts shaping the product. 

Define the channel's promise 

A useful planning exercise is to complete this sentence: 

People open this channel because they want to ______. 

The answer should be specific. 

"Watch videos" is not a strategy. 

"Learn beginner woodworking techniques" is. 

"Watch independent horror films" is. 

"Follow local high school sports" is. 

"Find guided workouts that can be completed in 20 minutes" is. 

The clearer the promise, the easier it becomes to decide what belongs in the catalog and what does not. 

That discipline becomes especially valuable as the library grows.

Not every collection of videos should be organized the same way. 

Roku's ecosystem recognizes several types of programming, including movies, television specials, series, seasons, episodes, short-form content, and live streams. 

Those distinctions affect metadata, navigation, search, deep linking, artwork, and operations. 

Standalone video-on-demand 

A documentary library, film collection, lecture archive, or collection of individual tutorials may consist primarily of standalone titles. 

Each item needs its own identity, title, description, artwork, rights information, playback URL, and other metadata. 

The organizational challenge is usually categorization. 

A documentary service, for example, might organize titles by history, science, nature, biography, and current affairs. 

Episodic programming 

A recurring show introduces relationships between: 

• the series; 

• seasons; 

• episodes; 

• episode numbers; 

• release dates; 

• and individual playback assets. 

Those relationships should be established before files are uploaded. 

Imagine producing a 50-episode cooking program without a consistent numbering system. One database calls an episode "S2E4." Another calls it "Episode 24." The video filename says "pasta_final_v3." The artwork team calls it "Pasta Night." 

That may seem manageable with 50 videos. 

It becomes a serious problem with 5,000. 

Stable identifiers prevent that problem. 

Short-form programming 

Short videos can work well for instructional, entertainment, news, lifestyle, and niche programming, but they still need structure. 

A large pile of unrelated clips is not automatically a useful television experience. 

Short-form publishers should think carefully about collections, themes, sequencing, recommendations, and how viewers move from one video to another. 

Live and linear programming 

Live streaming adds another level of operational responsibility. 

A video-on-demand file can be tested before publication. A live stream must work at the moment viewers arrive. 

That means planning for: 

• stream monitoring; 

• schedules; 

• metadata updates; 

• outages; 

• redundancy; 

• geographic restrictions; 

• advertising; 

• and recovery procedures. 

A 24-hour linear channel also creates a programming problem: something must be playing every minute of every day. 

That requires a schedule, not merely a video library. 

Hybrid channels 

Many services combine formats. 

A sports channel might offer live games, archived games, highlights, interviews, and weekly studio programs. 

A news service might combine a live stream with individual reports and documentary specials. 

Hybrid models can be powerful, but they increase metadata and navigation complexity. The relationships between those content types should be designed before launch. 

One of the most common planning questions is: 

How many videos do I need before launching a Roku channel? 

There is no universal Roku rule requiring every independently published app to launch with the same number of titles. 

That is good news, but it also means publishers have to make a judgment. 

The right catalog size depends on the promise being made to viewers. 

A highly specialized instructional service might be useful with a relatively compact library if every video solves a specific problem. 

A movie service with only a handful of films may feel empty. 

A 24-hour linear service has an entirely different content requirement because it must fill a schedule. 

Instead of asking for a magic number, ask four better questions. 

Can every major category be populated? 

If the home screen promises six categories but each contains only two videos, the service may feel unfinished. 

Is there enough variety to justify a return visit? 

A viewer should have a reason to come back after the first session. 

Is there reserve inventory? 

Launching everything on day one can leave the channel looking abandoned afterward. 

A publisher may be better served by holding completed programming in reserve and releasing it according to a schedule. 

Can the publishing cadence actually be sustained? 

A weekly schedule sounds attractive until the production team discovers it can reliably finish only two programs per month. 

Consistency matters more than an ambitious calendar that collapses after six weeks. 

Plan the cadence around real production capacity. 

A Roku home screen is not simply a folder containing videos. 

It is an editorial environment. 

Before development begins, sketch the structure of the channel. 

For example: 

Home 

• New Releases 

• Most Popular 

• Beginner Guides 

• Advanced Guides 

• Weekend Projects 

• Full Series 

• Live 

Then ask what happens when a viewer selects each row. 

Does the viewer go directly to a video? 

To a collection? 

To a series page? 

To a season? 

To a live player? 

The goal is to minimize unnecessary steps between discovery and viewing. 

Television interfaces are different from websites. Viewers are usually navigating with a remote control rather than a mouse, keyboard, or touchscreen. 

Every extra click creates friction. 

A beautiful interface that makes viewers press the remote seven times to start a video is not necessarily a good interface.

Metadata is often treated as clerical work. 

That is a mistake. 

Metadata tells systems what a piece of content is. 

It can include: 

• title; 

• description; 

• content type; 

• series; 

• season; 

• episode; 

• genre; 

• language; 

• rating; 

• duration; 

• release date; 

• availability; 

• territory; 

• artwork; 

• playback information; 

• and unique identifiers. 

Good metadata supports navigation, search, discovery, rights management, analytics, and automation. 

Bad metadata creates confusion everywhere. 

Create permanent IDs 

Every important content object should have a stable identifier. 

That includes individual videos and, where appropriate: 

• series; 

• seasons; 

• episodes; 

• live streams; 

• collections; 

• and other catalog entities. 

Do not use filenames as your primary identity system. 

A filename can change. 

A permanent content ID should not. 

For example, a video might have the internal ID: 

DOC-000184 

The title could later change from: 

The Forgotten Railway 

to: 

The Forgotten Railway: America's Lost Mountain Line 

The artwork could change. 

The file could be re-encoded. 

The CDN URL could change. 

The permanent ID remains DOC-000184. 

That stability becomes essential when connecting content feeds, analytics, search, deep links, rights systems, and editorial tools. 

Create a metadata dictionary 

A metadata dictionary defines what every field means and how it should be entered. 

For example: 

Title: Public-facing program title. 

Short description: Concise summary used where space is limited. 

Series ID: Permanent identifier connecting an episode to its parent series. 

Season number: Numeric season designation. 

Territory: Countries where playback is permitted. 

Rights start: First date the content may be shown. 

Rights end: Last date the content may be shown. 

Primary language: Main spoken language. 

Caption language: Language of each caption track. 

This may sound bureaucratic when a channel has 20 videos. 

It becomes invaluable when the catalog has 2,000.

A viewer does not always discover content by opening an app and browsing its home screen. 

Individual programs can also become discovery points. 

That is why Roku Search and deep linking deserve attention during planning. 

A deep link allows Roku to send a viewer directly to a specific piece of content inside an app. 

If someone selects a particular movie from a Roku discovery surface, the ideal experience is not: 

1. Open the app. 

2. Show the home screen. 

3. Make the viewer search for the movie again. 

The better experience is: 

1. Open the app. 

2. Go directly to the selected movie. 

That requires consistent IDs and correct deep-link behavior. 

Public video apps are expected to support deep linking for their supported media types, and Roku certification tests this behavior. 

This is another reason metadata architecture cannot be postponed. 

The ID used by discovery systems must reliably map to the correct content inside the app. 

Artwork is not decoration added at the end. 

It is part of navigation. 

On a television screen, viewers often make decisions from images before reading descriptions. 

A publisher should create an artwork specification covering: 

• source dimensions; 

• aspect ratios; 

• file formats; 

• text placement; 

• logo placement; 

• safe areas; 

• photography style; 

• color treatment; 

• series branding; 

• episode artwork; 

• and fallback images. 

Roku's current publishing requirements include specific assets for store listings and application presentation. 

For example, the Streaming Store listing uses a 540-by-405-pixel poster image. Publishers can also provide listing screenshots at 1920 by 1080 pixels. Splash-screen assets need to support television resolutions including 1920 by 1080 and 1280 by 720. 

Search artwork has its own requirements and commonly uses 16:9 or 2:3 imagery depending on the content type. 

The practical lesson is simple: do not create one image and expect it to work everywhere. 

Remember television-safe areas 

Television interfaces also need to account for safe areas. 

Roku identifies title-safe and action-safe regions intended to keep important information away from problematic screen edges. 

Essential text, navigation, and controls should remain comfortably inside those areas. 

This is particularly important when adapting graphics originally designed for websites, YouTube thumbnails, or social media. 

A graphic that looks perfect on a laptop may not work well as television artwork.

A Roku app is not normally a giant package containing an entire video library. 

The application retrieves media from internet-hosted infrastructure. 

That may include: 

• a content delivery network; 

• an online video platform; 

• cloud storage connected to a CDN; 

• or another streaming infrastructure provider. 

The app or content feed points Roku devices toward those media resources. 

This means the hosting decision is part of channel architecture. 

Why a CDN matters 

A content delivery network distributes media through servers designed to deliver content efficiently to viewers. 

Without appropriate delivery infrastructure, a publisher may have a perfectly functioning Roku app but poor playback. 

Viewers do not care which component failed. 

They simply see buffering. 

Before launch, test: 

• HTTPS delivery; 

• geographic availability; 

• manifest accessibility; 

• video segment delivery; 

• range requests; 

• traffic capacity; 

• token expiration; 

• certificate renewal; 

• error handling; 

• and origin failure. 

If access URLs expire, the app needs a reliable way to obtain new ones. 

If a title is restricted to the United States, the rights system and delivery system need to agree. 

If the origin server fails, the operations team needs to know what happens next. 

A video file that plays on a computer is not automatically ready for a streaming television service. 

Roku supports modern streaming formats and recommends adaptive streaming approaches such as HLS and DASH. 

Adaptive bitrate streaming creates multiple versions of the same program at different quality levels. 

Imagine a viewer whose internet connection suddenly slows. 

With only one high-bitrate file, playback may stop and buffer. 

With adaptive streaming, the player can move temporarily to a lower-quality version and keep the program running. 

When bandwidth improves, quality can increase again. 

That is why a professional streaming workflow usually creates several bitrate variants rather than one enormous master file. 

Roku recommends multiple bitrate variants and a low encoding rung around 400 Kbps. It also recommends streaming chunks in the range of roughly four to six seconds. 

Supported video technologies include AVC, commonly known as H.264, and HEVC, or H.265. AV1 support is available through DASH on compatible devices. 

The exact encoding ladder should be tested against the content, target quality, device support, bandwidth expectations, and delivery costs.

Audio and captions are much easier to manage when they are part of the production workflow. 

They become painful when added after hundreds of videos have already been published. 

Roku supports several caption formats, including WebVTT and established television caption standards. 

Where captions are supplied or legally required, they need to be synchronized correctly and behave properly with Roku's caption controls. 

Publishers should decide: 

• which languages will be captioned; 

• who creates the captions; 

• who reviews them; 

• how corrections are handled; 

• how caption files are named; 

• and how they are associated with the correct video. 

Audio needs similar planning. 

Roku supports common stereo and multichannel formats, with AAC stereo serving as an important compatibility option and Dolby Digital Plus supported for multichannel streaming. 

If a service expects to offer multiple languages, descriptive audio, or surround sound, those requirements should be included in the media specification before encoding begins.

Accessibility should not be treated as a certification-day problem. 

Depending on the programming and jurisdiction, legal captioning requirements may apply. In the United States, federal rules cover specified internet-delivered programming that previously appeared on television with captions, along with certain clips. 

Not every internet video falls into the same regulatory category, so publishers need to understand the history and classification of their programming. 

Roku also has platform accessibility expectations. 

The safest operational approach is to document accessibility requirements title by title and territory by territory. 

That may include: 

• captions; 

• caption synchronization; 

• readable interface text; 

• focus behavior; 

• accessible navigation; 

• and other applicable features. 

If accessibility is built into production, the cost is predictable. 

If it is discovered after launch, the publisher may be forced to repair an entire catalog. 

Monetization is not a switch that should be flipped after the app is finished. 

Different business models require different technology. 

A Roku service might be: 

• completely free; 

• advertising-supported; 

• subscription-based; 

• transactional; 

• authenticated through another television or service relationship; 

• or some combination of these. 

Each model changes the product. 

An advertising-supported video-on-demand service, often called AVOD, allows viewers to watch programming while advertising generates revenue. 

For Roku apps, advertising involves Roku Advertising Framework requirements. 

Under Roku's standard inventory arrangement, Roku receives 30 percent of advertising inventory while the publisher controls the remaining 70 percent. 

That does not mean the publisher automatically earns money from every available ad slot. 

Advertising revenue depends on factors such as: 

• audience size; 

• geography; 

• advertiser demand; 

• fill rate; 

• ad pricing; 

• viewing time; 

• content; 

• seasonality; 

• and sales arrangements. 

Roku does not guarantee advertising fill or revenue. 

An AVOD publisher therefore needs more than an ad marker in the video. 

The plan should address: 

• where ad breaks occur; 

• how ads are requested; 

• what happens when no ad is available; 

• how viewing resumes after an ad; 

• how ad failures are handled; 

• how inventory is measured; 

• and how advertising data is reconciled. 

Ad-supported app submission also involves app-ads.txt requirements. 

If advertising is the business model, these systems belong in the original architecture.

A subscription video-on-demand service, or SVOD service, introduces a different set of problems. 

Now the application needs to know: 

• who the customer is; 

• whether they have an active subscription; 

• what product they purchased; 

• when access begins; 

• when it ends; 

• what happens after cancellation; 

• and how entitlements are restored. 

Roku requires Roku Pay for applicable on-device subscription and transactional purchases. 

Current Roku Pay terms provide publishers with 80 percent of qualifying net amounts received by Roku, after applicable adjustments such as taxes, refunds, credits, and chargebacks. Roku retains 20 percent. 

That commercial structure should be included in financial planning before prices are chosen. 

A subscription service also needs backend entitlement logic. 

If a viewer pays for access, the app must reliably recognize that access. 

That sounds obvious until you consider real-world situations: 

• The viewer reinstalls the app. 

• The viewer changes Roku devices. 

• A payment fails. 

• A subscription expires. 

• A refund is issued. 

• The viewer cancels but retains access through the end of the billing period. 

• The service has both Roku subscribers and subscribers acquired elsewhere. 

Those are product requirements, not accounting details.

Transactional video-on-demand, or TVOD, allows viewers to purchase or rent individual titles. 

This model requires product records, prices, purchase or rental rules, entitlement logic, and rights windows. 

A rental may be available for a limited period. 

A purchased title may have different entitlement behavior. 

Territorial rights may prevent a transaction in one country while allowing it in another. 

Again, the business model reaches directly into metadata and application logic. 

A publisher can have perfect video files and still be unable to distribute them legally. 

Every title should have a documented rights record. 

That record may need to cover: 

• video rights; 

• script rights; 

• music composition rights; 

• sound recording rights; 

• archive footage; 

• photographs; 

• artwork; 

• talent releases; 

• trademarks; 

• promotional rights; 

• territories; 

• start dates; 

• expiration dates; 

• exclusivity; 

• advertising rights; 

• and sublicensing rights. 

Music deserves particular attention. 

Owning a video does not automatically mean the publisher owns every piece of music inside it. 

The same is true for stock footage, photographs, sports footage, news clips, and archival material. 

Rights should connect to metadata 

Suppose a documentary is licensed for the United States and Canada until December 31. 

The rights ledger knows that. 

But does the content feed? 

Does the CDN? 

Does the app? 

Does the editorial team? 

If those systems are disconnected, the title may remain available after the license expires. 

A mature workflow treats rights information as operational data. 

Services directed toward children require additional planning. 

In the United States, the Children's Online Privacy Protection Act, or COPPA, applies to online services directed to children under 13 and to services with actual knowledge that they collect personal information from children under 13. 

Roku also requires publishers to identify apps made for children. 

Those apps face additional obligations, including restrictions related to behavioral advertising based on user activity. 

If children's programming is part of the strategy, privacy and advertising decisions should be reviewed before analytics tools, account systems, or advertising technology are integrated. 

Privacy policies and terms of service are also part of the broader publishing process. 

Do not wait until submission day to discover that the app needs public URLs for legal documents that nobody has written. 

Account ownership sounds mundane until a business loses control of its app. 

The root Roku developer account should belong to the organization publishing the service. 

A contractor, freelancer, agency, or developer may need access, but they should not personally own the publisher's core account. 

The same principle applies to: 

• source code; 

• signing credentials; 

• CDN accounts; 

• analytics; 

• domain names; 

• payment accounts; 

• advertising systems; 

• and cloud infrastructure. 

Vendors change. 

Employees leave. 

Agencies close. 

The organization should retain control of the assets required to operate the channel. 

For a standalone Roku app, the publisher needs a Roku customer account, Developer Program enrollment, a Roku development device, and developer mode for development work. 

Monetized apps also require Partner Payouts enrollment and associated banking, tax, and entity information. 

Those administrative steps should be completed early.

Certification should not be treated as a final inspection. 

It should influence development from the beginning. 

Roku evaluates public apps against requirements covering areas such as: 

• performance; 

• navigation; 

• playback; 

• deep linking; 

• graphics; 

• accessibility; 

• monetization; 

• authentication; 

• and application behavior. 

Current performance criteria include expectations such as: 

• the home screen rendering within 15 seconds; 

• screen transitions completing within three seconds; 

• playback beginning within eight seconds; 

• and the application package remaining within Roku's size limits. 

Video-on-demand content longer than 15 minutes also has requirements involving trick-play thumbnails and bookmarking. 

Bookmarks allow viewers to return to long-form programming without starting over. 

That may sound like a small feature. 

For someone watching a 90-minute documentary, it is fundamental.

Roku provides beta distribution capabilities that allow publishers to test applications before public release. 

Use them. 

Internal developers know how the app is supposed to work. 

Outside testers do not. 

That difference is valuable. 

Give beta testers tasks rather than instructions. 

For example: 

Find the newest episode of the travel series and start watching it. 

Then observe whether they can do it naturally. 

If five testers cannot find the program without help, the problem may not be the testers. 

It may be the navigation. 

Beta testing should cover: 

• first launch; 

• browsing; 

• search; 

• deep links; 

• playback; 

• captions; 

• trick play; 

• bookmarks; 

• authentication; 

• purchases; 

• advertising; 

• error messages; 

• and return visits. 

Analytics are most useful when the team knows what it wants to learn. 

Roku reporting distinguishes between concepts such as visitors and viewers. 

A visitor may open the app. 

A viewer actually streams content. 

Those are not the same thing. 

Imagine 100,000 people opening an app but only 10,000 starting a video. 

That tells a very different story from 30,000 people opening the app and 25,000 watching. 

The first service may have a discovery or navigation problem. 

The second may have a smaller audience but a stronger conversion from opening to viewing. 

Before launch, define the metrics that matter. 

They might include: 

• installs; 

• active visitors; 

• viewers; 

• visitor-to-viewer conversion; 

• streaming hours; 

• average viewing time; 

• completion rate; 

• repeat viewing; 

• subscription conversion; 

• cancellation; 

• transaction volume; 

• ad impressions; 

• buffering; 

• playback failures; 

• and crashes. 

Do not collect numbers simply because a dashboard provides them. 

Connect each metric to a question.

Launching the app is not the end of the project. 

It is the beginning of operations. 

Someone needs to own each recurring task. 

Who publishes new videos? 

Who approves metadata? 

Who creates artwork? 

Who checks captions? 

Who monitors rights expirations? 

Who watches playback errors? 

Who responds when the CDN fails? 

Who updates the app? 

Who reviews analytics? 

Who handles customer complaints? 

Who manages Roku platform changes? 

A small publisher may have one person performing several of these roles. 

That is fine. 

The important thing is that the responsibilities exist. 

Create a repeatable content workflow 

A practical workflow might look like this: 

Master received → rights verified → metadata created → captions completed → artwork created → video encoded → technical QC → editorial QC → feed updated → staging test → publication → analytics review 

Every organization will modify that sequence. 

What matters is repeatability. 

Without a workflow, every upload becomes a custom project.

File organization rarely feels urgent at launch. 

Then the library grows. 

A sensible naming convention might include: 

• permanent content ID; 

• program title abbreviation; 

• season and episode; 

• language; 

• resolution; 

• version; 

• and asset type. 

For example: 

DOC000184_MASTER_EN_4K_v02.mov 

or: 

SER004_S02_E07_CAPTION_EN.vtt 

The exact format matters less than consistency. 

The same principle applies to storage. 

Keep source masters separate from delivery encodes. 

Keep approved artwork separate from drafts. 

Keep caption masters. 

Keep metadata exports. 

Keep rights documents. 

Keep the files needed to rebuild the service. 

A Roku channel is not just what viewers see on television. 

It is the collection of systems and assets that make that experience possible. 

The reason publishers continue to care about Roku is straightforward: television streaming is enormous. 

Roku reported more than 100 million streaming households worldwide and 37.9 billion streaming hours during the second quarter of 2026. 

Nielsen reported that streaming represented 48.6 percent of U.S. television watch time in May 2026. 

The Roku Channel alone accounted for 3.1 percent of total U.S. television viewing in that measurement. 

Advertising is following audiences into digital video as well. Industry research points to continued growth in connected-TV and digital-video advertising. 

But opportunity does not mean easy discovery. 

The free ad-supported streaming market has become crowded. Gracenote counted nearly 1,850 active FAST channels in the third quarter of 2025, representing substantial growth from 2023. 

Comscore has also documented strong growth in viewing across major free ad-supported streaming services. 

The implication for a new publisher is not that another general-purpose channel is impossible. 

It is that being specific matters. 

A channel with a clear audience, recognizable programming promise, accurate metadata, strong artwork, and consistent publishing schedule has a more coherent reason to exist than a random collection of available videos. 

Streaming interfaces increasingly help viewers decide what to watch before they consciously choose an app. 

Roku has continued developing its Home Screen, recommendations, and search capabilities, including more personalized and contextual discovery. 

That changes how publishers should think about distribution. 

The app icon is no longer the only doorway. 

A movie can be a doorway. 

An episode can be a doorway. 

A live event can be a doorway. 

A search result can be a doorway. 

That makes title-level metadata, artwork, availability, and deep linking strategically important. 

The publisher is not merely building a destination. 

They are building a catalog that may appear across a larger discovery environment. 

Roku's history provides a useful warning against designing a business around one permanent platform assumption. 

Direct Publisher existed. 

Then it did not. 

SceneGraph requirements evolve. 

Certification rules change. 

Operating-system versions advance. 

Discovery surfaces change. 

Advertising systems develop. 

Business terms can change. 

Corporate ownership may change as well. In June 2026, Fox Corporation announced an agreement to acquire Roku, with the transaction expected to close in the first half of 2027 if shareholder, regulatory, and other conditions are satisfied. 

At the time of this article's research cutoff, that transaction had not closed. 

Publishers should not assume what the acquisition will ultimately mean for Roku's product strategy or commercial relationships. 

The practical response is not to avoid Roku. 

It is to build portable content operations. 

Keep: 

• clean masters; 

• stable IDs; 

• structured metadata; 

• independent rights records; 

• reusable artwork sources; 

• caption masters; 

• documented workflows; 

• controlled source code; 

• and replaceable vendor relationships. 

Those assets make it easier to adapt when any distribution platform changes. 

Before uploading the first video, a publisher should be able to answer the following questions confidently. 

Strategy 

Who is the channel for? 

What specific viewing need does it serve? 

Why would someone return? 

What countries and languages will it support? 

What does success look like? 

Distribution 

Will this be a standalone Roku Streaming Store app? 

Or is the goal distribution through The Roku Channel? 

If it is a standalone app, who owns the Roku developer account and source code? 

If it is a Roku Channel partnership, has the appropriate partner or aggregator relationship been established? 

Programming 

Is the catalog standalone VOD, episodic, short-form, live, linear, or hybrid? 

How many titles are ready? 

How many are held in reserve? 

What is the sustainable release cadence? 

How will content be categorized? 

Metadata 

Does every title have a permanent ID? 

Are series, seasons, and episodes connected correctly? 

Are titles and descriptions approved? 

Are genres and languages standardized? 

Are territorial rights and availability dates recorded? 

Can metadata be updated without manually rebuilding everything? 

Rights 

Does the publisher control the necessary video rights? 

Are music rights documented? 

Are archive footage and photographs cleared? 

Are talent releases available? 

Are territories and expiration dates recorded? 

Are promotional and advertising uses permitted? 

Media 

Are professional source masters available? 

Has an adaptive bitrate encoding ladder been defined? 

Will delivery use HLS, DASH, or another supported configuration? 

Are audio formats compatible? 

Are captions available and synchronized? 

Has playback been tested under poor network conditions? 

Hosting 

Where will the videos live? 

Can the CDN handle expected traffic? 

Are HTTPS certificates monitored? 

Do URLs expire? 

How are geographic restrictions enforced? 

What happens if the origin fails? 

Artwork 

Are store assets ready? 

Are television-safe areas respected? 

Are 16:9 and other required artwork variants available? 

Is text readable from across a room? 

Does every important title have appropriate artwork? 

User Experience 

How many remote-control actions does it take to start watching? 

Can viewers easily find new releases? 

Can they resume long-form content? 

Do deep links open the correct title? 

Does the interface work on lower-powered supported devices? 

Monetization 

Is the service free, AVOD, SVOD, TVOD, TVE, or hybrid? 

If advertising-supported, is Roku Advertising Framework integration planned? 

If subscription or transactional, is Roku Pay integration planned? 

Does the backend understand entitlements? 

Are refunds, cancellations, and failed payments handled? 

Legal and Privacy 

Are privacy-policy and terms-of-service pages ready? 

Does the service collect personal information? 

Is any programming directed toward children? 

Have applicable COPPA, captioning, accessibility, advertising, and privacy obligations been reviewed? 

Testing 

Has the app been tested on multiple Roku devices? 

Have deep links been tested? 

Have captions been tested? 

Have purchases and advertising been tested? 

Have failure scenarios been tested? 

Has beta testing been completed with people who did not build the app? 

Operations 

Who publishes new content? 

Who approves metadata? 

Who monitors playback? 

Who handles rights expirations? 

Who reviews analytics? 

Who owns signing credentials? 

Who responds to platform changes? 

Who can rebuild the service if a vendor disappears? 

If several of those questions do not yet have answers, the channel probably is not ready for its first upload.

Planning a Roku channel begins long before the first video reaches a content delivery network. 

The first decisions are strategic: who the viewer is, what the channel promises, what kind of programming it will carry, and whether the publisher wants a standalone Roku app or a distribution relationship with The Roku Channel. 

From there, the decisions become structural. 

The catalog needs stable IDs. Series and episodes need relationships. Rights need territories and expiration dates. Artwork needs multiple formats. Video needs streaming-ready encodes. Captions need a workflow. Search needs metadata. Deep links need reliable mappings. Monetization needs technical infrastructure. Analytics need definitions. Operations need owners. 

None of those tasks is particularly glamorous. 

Together, they determine whether a Roku channel behaves like a professional streaming service or a collection of videos held together by manual fixes. 

The disappearance of Direct Publisher makes that distinction even more important. A new standalone Roku presence is now an application-development and streaming-operations project, not simply a feed submission exercise. 

At the same time, the opportunity remains significant. Streaming represents a major share of television viewing, Roku reaches a large global audience, and ad-supported television continues to expand. 

That opportunity comes with competition. 

The strongest response is not necessarily a larger catalog. It is a better-planned one: a clear audience, a coherent programming promise, accurate metadata, reliable playback, thoughtful navigation, documented rights, sustainable publishing, and an operating system capable of keeping everything current. 

The best time to solve those problems is before the first upload. 

Once the library starts growing, every unresolved decision becomes harder to fix.