Can You Launch an OTT Platform Without DRM? What Founders Should Know (2027)
An honest assessment of whether your streaming platform needs DRM, covering what separates DRM from plain encryption, the cases where you can legitimately skip it, what DRM genuinely cannot prevent, and the cheaper controls that handle most real-world losses.
When an OTT platform genuinely needs DRM and when encryption and tokens are enough, what DRM cannot stop, and the cheaper protections that do most of the work.
Quick answer: You can launch an OTT platform without DRM only if you own or control all of your content. The moment you license third-party titles, your licensor will almost certainly require DRM, and platform rules force the issue anyway: Roku requires Widevine for apps in the United States, Canada and Latin America. If you own everything, AES-128 encryption plus signed URLs, geo-blocking and concurrency limits covers most realistic losses at a fraction of the cost. Bitmovin's own documentation puts it plainly, that Hollywood grade DRM protection is not always needed. What DRM genuinely adds is not stronger encryption, since both use AES, but a licence exchange and a policy layer controlling offline playback, output protection and device security level.
Key takeaways
- Licensed content means DRM. That decision is made by your licensor, not by you.
- DRM and plain AES encryption both use AES. The difference is the licence exchange and policy layer, not the cipher.
- Signed URLs, geo-blocking and concurrency limits stop more casual loss than DRM does, and cost almost nothing.
- DRM cannot stop someone filming the screen, and DRM designers acknowledge that in their own policy fields.
- On iOS, FairPlay blacks out protected video during screen recording but does not block the audio.
The only question that really matters
At Make An App Like we build streaming platforms, and this decision resolves faster than founders expect. It comes down to one thing: do you own your content?
| Your situation | Do you need DRM? | Why |
|---|---|---|
| Licensing third-party films or series | Yes | Licensors require it contractually, and premium catalogues will not be released to you without it |
| Publishing to Roku in the US, Canada or Latin America | Yes | Roku's documentation requires Widevine for apps in those regions |
| Original content you own, subscription-funded | Usually yes | Not legally required, but your content is the whole asset and subscribers pay for exclusivity |
| Original content you own, free and ad-supported | Often no | Wider viewing helps you. Encryption plus tokens is usually proportionate |
| Corporate, training or internal video | Rarely | Access control matters more than anti-piracy |
| Live events with little resale value afterwards | Sometimes no | Concurrency limits and tokens often address the real risk |
Bitmovin's DRM overview, written by a company that sells into this market, says the quiet part out loud: Hollywood grade DRM protection is not always needed, and token based secure authentication or simple AES encryption may be sufficient. It also notes that a DRM setup needs specific encoding, packaging, player and a license server, and that it usually takes longer.
What DRM actually adds over encryption
This is the part most comparisons get wrong. DRM is not stronger encryption. Bitmovin notes that for the encryption in both cases AES is used. The difference is everything wrapped around the key.
With AES-128 HLS encryption, defined in RFC 8216, whole media segments are encrypted with a 128-bit AES key in CBC mode. The playlist carries an EXT-X-KEY tag with a URI telling the player where to fetch the key. That is the weakness in one sentence: anybody who can reach that URI, or who extracts the key from a browser, can decrypt the files. There is no policy attached and nothing to revoke.
With DRM, the player must request a licence, and that licence carries rules. Verimatrix's documentation of the Widevine licence fields shows the shape of it: a security level from 1 to 5 where higher demands hardware-backed protection, a flag controlling whether the licence may be persisted for offline use, a licence duration, and an output protection object that can disable analogue output or require HDCP.
It is also worth knowing that the browser standard everyone cites here is explicitly not DRM. The W3C Encrypted Media Extensions specification states in its own abstract that it does not define a content protection or Digital Rights Management system, and that it instead defines a common API for interacting with such systems. EME is the socket. Widevine, FairPlay and PlayReady are what you plug into it.
What DRM cannot do
Any vendor who implies DRM makes content un-copyable is overselling. Three honest limits:
- The analogue hole. Someone can point a camera at a screen. DRM designers know this: the Widevine licence policy exposes fields to disable analogue output precisely because analogue output is a known escape route, and it cannot address a camera in a room at all.
- Screen recording is only partly blocked, and unevenly. On Android, apps can set FLAG_SECURE to keep content out of screenshots and non-secure displays. On iOS, FairPlay blacks out protected video during recording, mirroring or AirPlay, but the audio continues to record. Apple's own property for detecting capture is also being deprecated in favour of a newer API, so this is a moving target.
- Determined attackers are not the common case anyway. Most leakage is ordinary: shared passwords, a stream URL pasted into a forum, someone watching from a country you have not licensed. None of those need DRM to fix.
For scale, the US Chamber of Commerce Global Innovation Policy Center, with NERA Economic Consulting, estimated in 2019 that digital video piracy deprives the US economy of at least $29.2 billion in reduced revenue each year. That is a real problem, but it is a market-wide figure, not a prediction about your catalogue.
The cheaper protections that do most of the work
If you are skipping DRM, these are not optional extras. They are the actual defence, and plenty of services that do buy DRM neglect them.
Signed URLs and token authentication
This is the biggest and cheapest win. Cloudflare Stream is blunt about the default: by default, videos on Stream can be viewed by anyone with just a video id. Signed URLs make a video private so only holders of a valid token can watch. Two documented limits worth designing around: a token cannot expire more than 24 hours after it is signed, and the access rules array holds at most five members.
Geo-blocking
If you have only licensed US rights, serving other countries is a licensing breach regardless of piracy. CloudFront offers country-level geo restriction, though AWS notes it applies to an entire distribution and that its country determination is about 99.8 percent accurate. Plan for the small error rate rather than assuming perfection.
Concurrency and device limits
These are business rules rather than cryptography, and they are how the biggest services actually handle sharing. Netflix's own plan pages set the pattern: one stream on Mobile and Basic, two on Standard and four on Premium, with download limits of one, one, two and six. You can enforce the same thing with session counting and no DRM at all.
Forensic watermarking, if leaks are the real fear
Watermarking does not prevent copying. It identifies which session leaked so you can act. NAGRA describes its NexGuard Streaming product as server-side, embedding session-specific forensic watermarking for OTT video on demand and live channels, and working with any OTT streaming device without device-side integration. Pricing exists at startup scale: DoveRunner publishes a watermarking tier at $500 a month for up to 20,000 sessions, with a free 30-day trial. If you are distributing pre-release content or high-value live events, watermarking often matters more than DRM.
Does Netflix-level protection make sense for a startup?
Generally no, and the reason is structural rather than financial. Netflix needs hardware-backed DRM because studios contractually require it for premium 4K content. The MovieLabs Specification for Enhanced Content Protection, which studios reference in licensing negotiations, calls for things like a secure chain of trust for code executing in a secure execution environment. Those requirements exist because the content at stake is worth hundreds of millions.
If you are licensing a mid-tier catalogue, your licensor will tell you what level they require, and it will usually be satisfied by a standard multi-DRM service rather than a bespoke security programme. If you own your content, nobody is imposing requirements on you at all, and you get to make a commercial judgement instead. Our guide to Widevine vs FairPlay vs PlayReady covers what each level actually means in practice.
What it costs to be wrong in either direction
| Mistake | What it costs |
|---|---|
| Skipping DRM with licensed content | Breach of your licence. Content pulled, possible damages, and a reputation problem with every future licensor |
| Skipping DRM on Roku in North America | Certification failure, so the app simply does not ship |
| Buying DRM you do not need | Roughly 199 EUR to $299 a month minimum, plus integration time and a slower launch |
| Buying DRM but leaving streams unsigned | You pay for the strongest rung while leaving the cheapest one open |
The last row is the one we see most often. A team spends on multi-DRM, then serves thumbnails, manifests and sometimes whole fallback renditions from public URLs. Our breakdown of what DRM costs for an OTT platform sets out the pricing, and the US streaming launch guide covers where protection fits into the wider build.
A decision you can make in ten minutes
- Do you license any content you did not make? If yes, you need DRM. Stop here.
- Is Roku in your US launch plan? If yes, you need Widevine.
- Is your content exclusive and subscription-funded? Then DRM is usually worth it, because exclusivity is what people are paying for.
- Is it free, ad-supported or promotional? Encryption plus signed URLs is usually proportionate.
- Whatever you decide, sign your URLs, enforce concurrency, and geo-restrict to your licensed territories.
If you would rather not assemble this yourself, a ready-made platform ships with DRM, tokens and concurrency already wired together. Our white label OTT streaming platform covers that route.
Conclusion
DRM is a contractual requirement far more often than a technical one. If you license content, you will implement it because someone else says so. If you own your content, you are making a commercial judgement, and for a free or ad-supported service the honest answer is often that encryption, signed URLs, geo-restriction and concurrency limits are enough. What you should not do is treat DRM as a substitute for those basics, or believe any vendor who tells you it makes your catalogue impossible to copy. It does not, and their own policy fields admit it.
Sources
- DRM versus encryption: Bitmovin DRM overview, RFC 8216 section 4.3.2.4 on HLS AES-128 at datatracker.ietf.org, and the W3C Encrypted Media Extensions specification at w3.org, all checked October 2026.
- Licence policy fields: Verimatrix documentation of Widevine licence claims.
- Platform requirements: Roku content protection documentation.
- Cheaper controls: Cloudflare Stream signed URLs, CloudFront geo restriction, and Netflix plan stream and download limits. Android FLAG_SECURE is documented at developer.android.com.
- Watermarking: NAGRA NexGuard Streaming and DoveRunner pricing.
- Piracy scale: US Chamber GIPC and NERA, Impacts of Digital Piracy on the U.S. Economy, 2019.
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Frequently Asked Questions
#Can you launch an OTT platform without DRM?
Yes, if you own or control all of your content. If you license third-party titles, your licensor will almost certainly require DRM contractually. Platform rules also decide it for you in places: Roku requires Widevine for apps in the United States, Canada and Latin America. For an owned-content, ad-supported service, AES-128 encryption with signed URLs, geo-blocking and concurrency limits is usually proportionate.
#What is the difference between AES-128 encryption and DRM?
Both use AES to encrypt the video, so the cipher is not the difference. With AES-128 HLS, the playlist points at a key URI and anyone who reaches that key can decrypt the files, with no policy attached. DRM adds a licence exchange carrying rules: a required security level, whether the licence can be stored for offline playback, how long it lasts, and output protection requirements.
#Does DRM stop screen recording?
Partly, and unevenly by platform. On Android, apps can set FLAG_SECURE to keep content out of screenshots and non-secure displays. On iOS, FairPlay blacks out protected video during screen recording, mirroring or AirPlay, but audio keeps recording. Nothing stops someone pointing a camera at the screen, which is why DRM policy fields include controls for analogue output.
#Do I need DRM if all my content is original?
Not legally, so it becomes a commercial judgement. If your service is subscription-funded and your content is the exclusive reason people pay, DRM is usually worth it. If it is free, ad-supported or promotional, wider viewing helps you and DRM adds cost and launch time for little benefit. Either way, sign your URLs and enforce concurrency limits.
#Is Netflix-level DRM worth it for a new streaming startup?
Usually not, because Netflix implements hardware-backed DRM to satisfy studio contracts for premium 4K content, referencing specifications like the MovieLabs Enhanced Content Protection requirements. If you license a mid-tier catalogue, your licensor will state what they need and a standard multi-DRM service normally satisfies it. If you own your content, nobody is imposing a requirement at all.
#What protections should I implement even if I skip DRM?
Signed or tokenised URLs first, because platforms often default to public access. Cloudflare Stream, for example, states that by default anyone with the video id can view it. Then geo-restriction to your licensed territories, concurrency and device limits to stop account sharing, and encryption in transit. These stop most realistic loss at a fraction of DRM cost.
#How much does it cost to add DRM later?
The licence service itself starts around 199 EUR or $299 a month, but the bigger cost is rework. DRM touches encoding, packaging, the player and your licence server, so retrofitting means revisiting your whole pipeline. If there is a realistic chance you will license third-party content later, it is cheaper to choose a platform that supports DRM from the start even if you do not enable it immediately.
#Does DRM prevent piracy?
It raises the effort required, but it does not make content uncopyable, and reputable vendors do not claim otherwise. It cannot address someone filming the screen, and on iOS it does not block audio capture during screen recording. What DRM reliably does is satisfy licensor requirements, enforce offline and output rules, and stop casual copying. For leak tracing, forensic watermarking is the tool, not DRM.
#What is forensic watermarking and do I need it?
It embeds a session-specific mark in the video so a leaked copy can be traced to the account that leaked it. NAGRA describes its NexGuard Streaming product as server-side, working with any OTT device without device-side integration. It does not prevent copying, only identifies the source afterwards. It matters most for pre-release content and high-value live events. DoveRunner publishes a tier at $500 a month for up to 20,000 sessions.
#Will skipping DRM stop my app passing certification?
On Roku in the United States, Canada and Latin America, yes, because Roku requires Widevine there. Other platforms are generally more concerned with captions, performance and billing compliance than with whether you encrypt. However, if you carry licensed content without the DRM your contract requires, the bigger risk is losing the content rather than failing review.
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