DOCSLIB.ORG

Video Service Protection: Simplified, Scalable and Robust Cross-Platform Security

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Video Service Protection: Simplified, Scalable and Robust Cross-Platform Security Video Service Protection: Simplified, Scalable and Robust Cross-Platform Security BRKSPV-2400 Cisco Live Berlin Edmond Shapiro Video Solutions Architect Service Provider Video - Cisco Agenda Cross-Platform Video Content & Service Protection 1. Background 2. Simplifying Operations 3. Scaling Operations 4. Strengthening Protections 5. Conclusion Agenda Cross-Platform Video Content & Service Protection 1. Background 2. Simplifying Operations 3. Scaling Operations 4. Strengthening Protections 5. Conclusion Background – Rapidly Evolving SP Network Enable New Business Models Protect • Secure content and revenue across all screens, networks and business models • Provide comprehensive and adaptive security to dynamic threat landscape Launch New Experiences Monetize • Rapidly deliver compelling new experiences that increase revenue • Compete with OTT threat and increase relevance versus cord cutting Fast and Flexible Automate • Move from months to days and minutes for supporting new services and workflows • Simplify infrastructure and service management Reduce Total Cost of Ownership Optimize • Improve infrastructure utilization • Lower operational costs and increase efficiency 8 Background – Rapidly Evolving SP Network Fragmented, Fragile Video Cloud DVR VOD Broadband Services Routing Services Slow, Outdated Manual, Complex Static, Siloed Compute Storage Network 9 Background - Cisco Open Network Architecture Service Providers and Content Providers Unified Comprehensive Video Cloud DVR VOD Broadband Services Routing Services Cloud Native Software Based Capture xCode Encrypt Ad Insert Splice Route Package Playout Automate Virtual Network Functions Orchestration Virtual Network Functions Orchestrated Programmable Compute Storage Network Elastic & Scalable 10 From Managed Network Distribution of Television… Creation Distribution Consumption Take 7 Content Service Video Creators Provider Consumer 11 …To an Open Content Ecosystem 3rd Party Sources Service Provider / Headend www… Video Consumer Take 7 Regional www… Headend Content Creators www… Creation Distribution Consumption Corporate Employees Video content Content Delivery Set top Satellite Telecommunications Cable www… IP Key: data centers & endpoints data centers Network (CDN) box (STB) 13 SP Operations Today is Complex and Costly STB(s) IP Networks Connected Linear VOD NG IP TV Device(s) Control Control Control Plane Plane Plane Customer Mobile Back Device(s) Office Conditional Conditional DRM DRM Access Access System A System B System A System B Linear VOD NG IP TV Data Data Data Plane Plane Plane 14 Ever Growing Number of Platforms and Devices … Roku Apple TV Fairplay Fairplay iPad iPhone PlayReady Fairplay Amazon Fire TV Chromecast Android Android Widevine Widevine Tablet phone PlayReady Widevine Xbox One PlayStation 4 Windows Windows PlayReady PlayReady Tablet phone PlayReady PlayReady PlayReady TiVo Samsung Smart TV (IE) PC ?? Widevine PlayReady PlayReady (Chrome) ?? ?? ?? ?? 15 With Complex Native Security Architectures DTCP/ VidiPath Not supported Not supported Not supported Multicast Not supported Not supported Not supported Home Network Not supported Not supported Require PR 3.0 capable device DVR Not supported Not supported Require PR 3.0 capable device Not supported Write your own app with WV Write your own app with PR Sync & Go hardening. No rights revocation hardening. No rights revocation Not supported. Root & Leaf Not supported. Root & Leaf Use Root & Leaf licenses Linear EBR concept is not portable concept is not portable Linear Key Rotation or Entitlement Key Rotation or Entitlement Key Rotation or Entitlement revocation revocation revocation VOD Device Identification Device Identification Device Registration Device Registration Device Registration Entitlement control Entitlement control Entitlement control App & Platform Integrity App & Platform Integrity App & Platform Integrity Concurrency Concurrency Concurrency CDN access tokens CDN access tokens CDN access tokens Expiration enforcement PlayReady Widevine FairPlay 16 With Support for Multi-Platform Video Services rd Service Provider Backend 3 Party OTT Services Netflix, YouTube Gateway / DVR 3rd party DRM devices: CA DRM * PlayReady – xBox 360, STV * FPS – Old AppleTV * Widevine – Chromecast Multi-DRM Gateway • Fusion • Evolution • PC, Mac • MHA Computers • iOS, New AppleTV Mobiles • RDK IPC • Android (AndroidTV, FireTV) • 3rd party • Windows Mobiles, METRO... • DTV DRM DLNA TV • Xbox ONE • Sagem • PS3/4 • Zodiac • Roku • HDMI dongles 17 Agenda Cross-Platform Video Content & Service Protection 1. Background 2. Simplifying Operations • Multi-DRM Framework, Common Control Plane Policy Enforcement 3. Scaling Operations 4. Strengthening Protections 5. Conclusion Simplifying Content & Service Protection Capture/Store Distribute Consume Data Center 3 Set Top Box 6 DRM/OTT SPP/IP 1 CA/Broadcast 4 DRM/Home IT Security network 2 Multi DRM DRM/OTT Devices 5 Multi-DRM/OTT Data Center Security VideoGuard Everywhere – Content & Service Protection 19 Simplify Security Operations – Hybrid Environments Authorization / Activation tokens Content Security Customer Device (s) Conditional Access Application SM Back SM Front End End Customer Entitlements Control Back CA Back CA Front Plane Content Security Client Office End End CA CA License Security SDK Player Broadcast Delivery Agent Device CA Activation Device Schedule Activation Secure Micro Multi-DRM Device License Control Control OS / Middleware AC/Events ECM / Keys provisioning Secure Micro Data Plane Support for MUX ABR-E One-Way Environment 20 Simplify Security Operations – Two-Way Environments Authorization / Activation tokens Content Security Customer Device (s) Conditional Access Application Customer Entitlements Control Back CA Back CA Front Plane Content Security Client Office End End CA CA License Security SDK Player Broadcast Delivery Agent Device CA Activation Device Schedule Activation Multi-DRM Device License Control Control OS / Middleware AC/Events ECM / Keys provisioning CA Support for Data Plane Two-Way MUX ABR-E Broadcast Environment 21 Simplify Security Operations – IP Only Environments Authorization / Activation tokens Content Security Customer Device (s) Application Customer Entitlements Control Back Plane Content Security Client Office License Security SDK Player Agent Device CA Activation Device Schedule Activation Multi-DRM Device License Control Control OS / Middleware AC/Events ECM / Keys provisioning Multi-DRM Data Plane Support for MUX ABR-E IP Only Environments 22 Simplify Integration of Native DRMs Multi-DRM Product Unified Multi-DRM Framework Integration Integration VGE DRM … PlayReady Widevine PlayReady Fairplay Widevine VGE Multi-DRM Framework PlayReady Widevine Headend Services Headend Services Headend Services 23 A Video Service Protection Platform is more than DRM Content Protection Application Integrity Sync & Go Home Network Event-Based Location and Proximity DTCP-IP support VGE Multi-DRM Concurrency Framework Device Management Registration Device Integrity License Traditional Keys DRM 24 User Context Control Policies Preference Concurrency Proximity • Control Plane sets and Security System enforces User policies • Every Service Provider application results in new Place Device Activity Time Content Enforcement requirements Account Network Status Content 25 Linear Schedule Event Control Policies Subscription Only Free Preview Banner Only PPV Purchase Only Subscription & PPV Recording Recording No Skip No Out of Home Recording 26 Common Policy Enforcement (VGE Features) • Linear Subscription • Tiered Bundles • À La Carte • Pay Per View Store/Forward, HEP • Free Preview Linear Channels and Live Events • EPG Coloring Variety of Concurrency Limits • Overt and Covert fingerprinting Video On Demand • Pre-Encrypted VODPolicy, Location and CDN Access Control • Transaction VOD Device/App Authentication Download, Sync & Go • Subscription VOD and Proximity Control • Session VOD • Request Queuing • Free VOD Home Network Sharing • Local Catalog DTCP-IP Import/Export • Background Download • Progressive Download Event-Based Entitlements CA Termination and Transcoding Support • Secure Completion Report • Electronic Sell Through • Different rules per operation Device Registration and Management • Rental window for viewing, for • Template basedEmergency license Alerts on Live Channels download creation in Gateways Rights Revocation Rich Set of Business Rules • Device type(for subscription and and downloaded assets) Network type restrictions • Blackouts, locations and proximity • Rentals, download counters • Copy protection/Output controls 27 Agenda Cross-Platform Video Content & Service Protection 1. Background 2. Simplifying Operations 3. Scaling Operations • Optimization of MPEG Broadcast, Adaptive Bit Rate Encryption & Key Handling 4. Strengthening Protections 5. Conclusion MPEG Broadcast Conditional Access Systems Linear TV Video Audio ECM-1 ECM-2 Switched Digital TV Video CAS CAS Scrambler Audio Multiplex (1) (2) ECM-1 MPEG ECM-2 On-Demand TV Video Audio ECM-2 DOCSIS • CAS elements are typically Data resident (e.g. Secure Micro) • DCAS are downloaded and thus not resident 29 MPEG Broadcast Key Rotation for Content Encryption MPEG Broadcast Key Rotation Signaling seconds PMT Delay Video A A A Audio ECM-1 B B ECM ECM-2 Cipher A A A B B B B B Playout • Delay Start is signaled by SimulCrypt Protocol • PMT signals MPEG Components that are scrambled as well as scrambling cipher 30 Network and Key Management (Distributed Headend) Headend Headend Headend
Load more

Recommended publications
  • The Guide to DRM. Everything You Need to Know About Digital Rights Management, How It Works and When It’S Required
    The Guide to DRM. Everything you need to know about Digital Rights Management, how it works and when it’s required. SHIFT72 | Online VIdeo Platform | White Paper WWW.SHIFT72.COM Table of contents About SHIFT72 ............................................................................................................................................................................ 1 What is DRM? .............................................................................................................................................................................2 How Does it Work? ...................................................................................................................................................................2 DRM Workflow ............................................................................................................................................................................ 3 The Need for Multiple DRM Encryptions ........................................................................................................................... 4 Not all Content Requires DRM .............................................................................................................................................. 4 Playback & Offline Viewing ....................................................................................................................................................5 Leading DRM Systems ............................................................................................................................................................5
    [Show full text]
  • Encoding H.264 Video for Streaming and Progressive Download
    W4: KEY ENCODING SKILLS, TECHNOLOGIES TECHNIQUES STREAMING MEDIA EAST - 2019 Jan Ozer www.streaminglearningcenter.com [email protected]/ 276-235-8542 @janozer Agenda • Introduction • Lesson 5: How to build encoding • Lesson 1: Delivering to Computers, ladder with objective quality metrics Mobile, OTT, and Smart TVs • Lesson 6: Current status of CMAF • Lesson 2: Codec review • Lesson 7: Delivering with dynamic • Lesson 3: Delivering HEVC over and static packaging HLS • Lesson 4: Per-title encoding Lesson 1: Delivering to Computers, Mobile, OTT, and Smart TVs • Computers • Mobile • OTT • Smart TVs Choosing an ABR Format for Computers • Can be DASH or HLS • Factors • Off-the-shelf player vendor (JW Player, Bitmovin, THEOPlayer, etc.) • Encoding/transcoding vendor Choosing an ABR Format for iOS • Native support (playback in the browser) • HTTP Live Streaming • Playback via an app • Any, including DASH, Smooth, HDS or RTMP Dynamic Streaming iOS Media Support Native App Codecs H.264 (High, Level 4.2), HEVC Any (Main10, Level 5 high) ABR formats HLS Any DRM FairPlay Any Captions CEA-608/708, WebVTT, IMSC1 Any HDR HDR10, DolbyVision ? http://bit.ly/hls_spec_2017 iOS Encoding Ladders H.264 HEVC http://bit.ly/hls_spec_2017 HEVC Hardware Support - iOS 3 % bit.ly/mobile_HEVC http://bit.ly/glob_med_2019 Android: Codec and ABR Format Support Codecs ABR VP8 (2.3+) • Multiple codecs and ABR H.264 (3+) HLS (3+) technologies • Serious cautions about HLS • DASH now close to 97% • HEVC VP9 (4.4+) DASH 4.4+ Via MSE • Main Profile Level 3 – mobile HEVC (5+)
    [Show full text]
  • Overview of Linaro
    HKG18-203: Overview of Linaro DRM Peter Griffin Agenda ● Linaro DRM ● Encrypted Media Extensions (EME) ● Content Decryption Modules (CDMs) ● Linux: ○ OpenCDM / CDMi architecture ○ Linaro CDMs ○ What’s new? ○ What’s left to do? ● Android: ○ ClearKey ○ Playready ○ Widevine ● Secure Data Path (SDP) Terminology ● EME Encrypted Media Extensions ● DRM Digital Rights Management ● CDM Content Decryption Module ● CENC Common Encryption ● Key System - A content protection (DRM) mechanism ● Widevine Google DRM key system ● Playready Microsoft DRM key system ● ClearKey key system using unencrypted key Linaro DRM ● Provide reference DRM integrations of PlayReady, Widevine and Clear Key to our members based on open source components for Linux & AOSP. ● Typically these components include: ○ ARM Trusted Firmware (ATF) ○ OP-TEE ○ EDK2/U-Boot ○ Linux (DRM/KMS, V4L2) ○ AOSP & ExoPlayer ○ Chromium ○ WPE, gstreamer Linaro DRM ● Linux ○ Focus on W3C EME integration with Chromium and WPE ○ Support OpenCDM for DRM interoperability ○ Support for PlayReady and ClearKey CDMs in Linux ● AOSP ○ Focus on DRM integration with AOSP mediadrm & mediacrypto [1] frameworks ○ Support Widevine, PlayReady and ClearKey TAs. ○ Using Exoplayer app for playback [1] https://developer.android.com/reference/android/media/MediaDrm.html Agenda ● Linaro DRM ● Encrypted Media Extensions (EME) ● Content Decryption Modules (CDMs) ● Linux: ○ OpenCDM / CDMi ○ Linaro CDMs ● AOSP: ○ ClearKey ○ Playready ○ Widevine ● Secure Data Path (SDP) Encrypted Media Extensions EME is a W3C proposed recommendation
    [Show full text]
  • Chrome Os Download Iso 32 Bit Is Chrome Os Free
    chrome os download iso 32 bit Is Chrome Os Free. What are Chromebooks. Chrome OS is the operating system that powers every Chromebook. Do more with apps. Chromebooks have access to a vast library of Google-approved apps. Google's Chrome OS is built on an open-source project named Chromium OS. Google doesn't offer builds of Chromium OS you can install yourself, but Neverware is a company that takes this open-source code and creates Neverware CloudReady. Chrome OS is made for Chromebooks that are designed to be lightweight and simple. Google does all of the updates. It's one of the simplest operating systems you can get. Chromium OS is an unofficial open-source version of Chrome OS, and it can work with all devices including Mac, Linux, and Windows. Neverware's CloudReady operating system enables schools and organizations to turn the computers they already own into Chrome devices and manage them alongside. Summary : Though the chrome OS is designed by Google for PC, it is not only available on desktop; actually, you can run the Google chrome OS in other ways, such as from a USB drive. The following content will tell you how to run the OS from external drive and how to distinguish if this OS is right for you. As an operating system designed by Google, the Chrome OS is produced on the basis of Linux kernel. The Google Chrome web browser is used as the main user interface in Chrome OS. Announced in July 2009, the Google Chrome OS is mainly used to support and run web applications.
    [Show full text]
  • Widevine DRM Architecture Overview
    Widevine DRM Architecture Overview Table of Contents Contact Widevine 4 Related Documentation 4 Widevine DRM Architecture Overview 5 Architecture Components List 5 Architecture Component Relationships 5 Components Overview 6 Common Encryption 6 Encrypted Media Extensions 6 Media Source Extensions 7 Dynamic Adaptive Streaming over HTTP 7 Bandwidth: Dynamic Adaptive Streaming 7 Transport: Streaming over HTTP 9 HLS Streaming 9 Media Packaging 9 License Server 9 Video Players 9 Content Decryption Module 9 OEMCrypto Module 10 Widevine DRM Security Model 10 Security Levels Provided by Widevine DRM 12 Security Level Definitions. 12 Security Level 1 12 Security Level 2 13 Security Level 3 13 Security Level for Widevine Devices 13 Shaka Packager 14 Packaging Steps 14 Working with Shaka Packager 15 Downloading Shaka Packager 15 Building Shaka Packager 15 Shaka Packager Community 16 ISO BMFF 16 Shaka HTML5 Video Player 16 DASH, CENC, EME, MSE Standards 16 Google - Confidential Version 1.2: March 6, 2017 Page 2 of 28 Player Components 16 Widevine License Server 17 Shaka Player Library 17 Encrypted Media Extensions 17 Media Source Extensions 17 Content Decryption Module 17 Component Stack for Shaka Player 17 Chrome Components Needed by Shaka Player 18 App Development with Shaka Player 18 Working with Shaka Player 19 Downloading Shaka 19 Shaka Requirements 19 Shaka Community 19 Building Shaka 19 Pre-compiled Builds 20 Test Application 20 Android Player for Widevine DRM 21 Components for Android in Widevine DRM 21 Native Android Application 22 ExoPlayer
    [Show full text]
  • Device Specification 2017
    Device Certification Program Device Specification 2017 Version: 4.10 Date: 2017-03-16 Opera TV Device Specification 2017, v4.10 © Opera TV AS 2017. All rights reserved. ______________________________________________________________________________________ CONTENTS 1. REVISION HISTORY 2. INTRODUCTION 2.1. Scope 2.2. Versions for requirements and software 2.2.1. Backward compatibility 2.3. Definitions 2.4. Compliance terminology used in this document 2.4.1. REQUIRED and CONDITIONALLY REQUIRED features 2.4.1.1. DRM 2.4.1.2. Codecs and media formats 2.4.1.3. Keys on the remote control 2.4.1.4. Resolution 3. TECHNICAL REQUIREMENTS 3.1. HTML5 <video> and <audio> 3.1.1. Media element 3.1.1.1. Requirements for video and audio media elements 3.1.1.2. Requirements for video media elements 3.1.1.3. Codec support 3.1.2. Track element 3.1.2.1. Requirements for all track elements 3.1.2.2. Requirements for text track elements 3.2. Media streaming 3.2.1. Transport protocols 3.2.2. Progressive download 3.2.3. Adaptive Bitrate streaming protocols 3.2.3.1. Apple HTTP Live Streaming (HLS) 3.2.3.1.1. Restrictions for HLS content 3.2.3.2. MPEG-DASH 3.2.3.2.1. Restrictions for MPEG-DASH content 3.2.3.3. Microsoft Smooth Streaming (MSSS) 3.2.3.3.1. Restrictions for Smooth Streaming content 3.3. Media Source Extensions (MSE) 3.4. Subtitles and Closed Captioning 3.5. DRM 3.5.1. Content Decryption Modules (CDMs) 3.5.1.1. ClearKey 3.5.1.2.
    [Show full text]
  • Secure Data Path on Linux and Nxp I.Mx 8M
    SECURE DATA PATH ON LINUX AND NXP I.MX 8M PRODUCT PRESENTATION MICR ADVANCED TECHNOLOGIES Linaro Multimedia Working Group https://www.linaro.org/ LINARO CONNECT SAN DIEGO 2019 SECURE VIDEO PATH OVERVIEW 2 I.MX 8MQ Secure Video Path with Android bsp – Hong Kong Connect 2018 • Slides: https://www.slideshare.net/linaroorg/hkg18113-secure-data-path-work-with-imx8m • Demos: https://www.youtube.com/watch?v=z27Tl5XkFJ4 3 i.MX 8M : Voice and video processing applications processor • Dedicated hardware for security • Video quality with full 4K Ultra HD resolution and HDR (Dolby Vision, HDR10, and HLG) • Hardware composer (4Kp60): DCSS (Display Controller Sub System) • Highest levels of pro audio fidelity with more than 20 audio channels each @384KHz • DSD512 audio capability • Fully supported on NXP’s 10 and 15-year Longevity Program 4 i.MX 8M SDP (Secure Data Path) at a glance The i.MX 8M security subsystem is configured in a way that only hardware components involved in the decoding and the rendering of the stream have access to the decrypted data: • High Assurance Boot (On Chip ROM with tamper detection). Authenticated and Encrypted boot • ARM TrustZone/TEE and the Central Security Unit (CSU) split the processing between non-secure world running the rich OS, and the secure world running the trusted stack (ATF/OP-TEE from Linaro) • RDC (Resource Domain Controller) to isolate CPU, VPU, GPU, DCSS and memory buffers, using dedicated hardware -> Application CPU cores won’t have physical access to decrypted video memory buffers • CAAM (Cryptographic
    [Show full text]
  • Deploying Android Tv Stbs
    DEPLOYING ANDROID TV STBS THE A-Z OF ANDROID, INCLUDING OPERATOR TIER A WHITE PAPER BY 3SS AND TECHNICOLOR September 2018 Authors: Stefan Blickensdörfer, Cynthia Ritchie CONTENTS 4 INTRODUCTION 7 ANDROID TV BENEFITS AT A GLANCE 10 AOSP, ANDROID TV AND OPERATOR TIER 16 BUILDING BLOCKS OF AN ANDROID TV SOLUTION 25 CASE STUDY – COM HEM LAUNCHES FIRST HYBRID TV OPERATOR TIER PLATFORM 29 QUESTIONS AND ANSWERS DEPLOYING ANDROID TV STBS – 3SS & TECHNICOLOR – SEPT 2018 2 FOREWORD The growing interest in es to be made: operators Android TV within the cannot forbid the presence pay-TV community is one of apps from rival media of the biggest technolo- companies in Google Play gy stories in our industry Store or prevent their con- in recent years. It follows tent from being surfaced the emergence of the during a user search, for Android TV Operator Tier example (although oper- version of the set-top box ator content can be pri- (STB) OS and a growing oritized in search results). choice of trusted vendors Nevertheless, a growing and which help platform from the ‘traditional’ TV number of operators view operators to remain the space who can help op- these as acceptable trade- content discovery agent erators make the move offs in return for the bene- of choice, which in turn to open source software fits of using Android. protects their position as and Android as part of a an aggregator of popular next-generation STB pro- So what are those ben- (and perhaps increasingly, ject. efits? To summarise more specialized) content. the main ones, you get Vendor ecosystems have Android TV Operator popular OTT apps on- already formed that can Tier is a viable alterna- boarded quickly without help an operator launch tive to RDK for operators time-consuming custom a market-leading set-top seeking open source STB integrations.
    [Show full text]
  • Today's and Future Challenges with New Forms
    TODAY’S AND FUTURE CHALLENGES WITH NEW FORMS OF CONTENT LIKE 360°, AR, AND VR Stefan Lederer Bitmovin, Inc. MPEG WORKSHOP: +1 650 4438956 GLOBAL MEDIA TECHNOLOGY [email protected] STANDARDS FOR AN IMMERSIVE AGE @bitmovin www.bitmovin.com 301 Howard Street, Suite 1800 | San Francisco | CA 94105 | USA © bitmovin, Inc. | Confidential | Patents PendingSchleppeplatz 7 | 9020 Klagenfurt | Austria | Europe 1 FULL-STACK VIDEO INFRASTRUCTURE © bitmovin, Inc. | Confidential | Patents Pending 2 END-TO-END 360° INFRASTRUCTURE © bitmovin, Inc. | Confidential | Patents Pending 3 CUSTOMER USE CASES © bitmovin, Inc. | Confidential | Patents Pending 4 VIDEO CODING FOR 360° VIDEO? No special techniques for coding in spherical domain are widely available yet • Encoding in rectangular domain • Therefore we need the described projections to rectangular layouts • Equirectangular projection • Cube projection • Pyramid, Equal-Area projection and more . • Traditional video codecs are used: AVC / HEVC (/ VP8 / VP9) © bitmovin, Inc. | Confidential | Patents Pending 5 360° VIDEO – WHAT’S OUT THERE? Primarily: Progressive MP4 for 360° • 1080p to 4K Videos, using H.264 (some VP9) • Why? • Browser/OS restrictions, e.g., on iPhone • Application has no access to frames • Without adaptive streaming, the result is buffering and poor QoE © bitmovin, Inc. | Confidential | Patents Pending 6 360° VIDEO – WHAT’S OUT THERE? Current trends? MPEG-DASH / HLS • Logical next step to use adaptive streaming • Especially for high bitrate/resolution content Challenges: • Device coverage & issues • Desktop browsers, mobile Web, smartphone apps, VR headsets, TVs, casting devices, etc. • 360° rendering and access to frames is different on all platforms • Lack of frame access, DASH/HLS support, etc. • Overlays and ads • How to position/communicate/integrate different types of ads • DRM protection • No access to decoded frame • See also next slides © bitmovin, Inc.
    [Show full text]
  • HTML5 Video Player
    HTML5 Video Player Play video everywhere San Francisco Chicago Seattle New York Netherlands Austria Hong Kong Sao Paulo bitmovin.com Play video in any browser, any device with fast startup and no buffering A fully featured HTML5 Player with a beautifully designed UI, ready to deliver enterprise quality user experiences right out of the box! Scheduled ad Skip ad 35:35 03:45 48:45 HTML5 based - no plugins needed Mobile SDKs for Android and iOS Fast start up and no buffering VR and 360 video - API/Events (including Live on iOS) Timed Metadata (ID3 & EMSG) Customizable adaptation logic and per user adaptation Multi-period & discontinuity support DRM & content protection (Widevine, PlayReady, Marlin, FairPlay, Primetime) VAST, VPAID, IMA, adaptive ads and Server-Side Ad Insertion 4K/8K and high frame rates (>60fps) Live and VoD MPEG-DASH and HLS Multi-audio/language support Subtitles and Closed Captions (WebVTT, TTML, EBU-TT, SRT, CEA-608/708) VP9, HEVC and AC3 support Highly customizable skin (with default UI open-sourced) Frame accurate seeking Tile-based VR and 360 streaming Chromecast, Apple TV and Amazon FireTV support Peer-to-peer streaming Samsung Tizen and LG WebOS support Broad platform and browser support (Desktop, Mobile, TVs, MPEG-DASH, HLS (including fMP4) and progressive STB, VR-Headsets) Multi-DRM & Offline DRM Use any of the major DRM technologies, such as Widevine, PlayRead, PrimeTime, Marlin and FairPlay, or a multi-DRM solution to control how people can consume your content. Get past ad blocking software with SSAI In some countries the use of ad blocking software is already higher than 35%.
    [Show full text]
  • NXP Android DRM Stack Release Notes
    NXP Semiconductors Document Number: ADRMRN Release Notes 2.3.1 Rev.0 , 05/2020 Android™ DRM Release Notes 1. Release Description Contents This document is an add-on to the Android imx- 1. Release Description 1 p9.0.0_2.3.0_8m release note, and targets imx- 2. Release Content 2 3. Release Notes 3 p9.0.0_2.3.0_8m_drm-2.3.1 release. 4. Limitations 5 5. Known Issues 6 5.1. DRM 2.3.1 issues: ................................................... 6 The i.MX 8M Android DRM (Digital Rights Management) releases are a set of components allowing demonstration and development of DRM functionality using Secure Data Path on NXP i.MX 8M applications i.MX 8M EVK platform processors family. This i.MX 8M Android DRM package includes all the necessary binaries and documents to assist users in setting up and running Google® Widevine® DRM demonstrators on NXP i.MX 8M platform, with Android BSP. This includes Exoplayer media application examples making usage of DRM schemes, related plugin libraries and trusted applications running in the TEE secure environment. The Android DRM package can be exercised on the i.MX 8M EVK platform (Evaluation Kit) platform. The Android DRM package includes elements allowing integration of the Android™ DRM components in a i.MX 8M platform, and targets Google Widevine DRM Security Level 1 support for video data. This release has an PRC qualification level and has not passed any DRM certification level. Only test keys are provided. There is a key provisioning mechanism included, but it has not passed certification level. This release is based on Widevine oemcrypto v15.
    [Show full text]
  • Content Protection Doc Release 1.0
    Content Protection Doc Release 1.0 AS March 21, 2016 Contents 1 1 DRM 3 1.1 1.1 ExpressPlay Cloud DRM......................................3 2 2 Ingest and DRM packaging process5 2.1 2.1 HTML5 Player...........................................6 i ii Content Protection Doc, Release 1.0 We design for DRM & Content Protection (DRMCP) plug-in free playback solutions using desktop and mobile HTML5 rendered multi-DRM encrypted video. Our DRMCP content authoring workflow approach is tailored to use encrypt-once common encryption (CENC) using HTML5 EME and CDM to manage end-user playback. • 1 DRM – 1.1 ExpressPlay Cloud DRM * 1.1.1 MPEG-DASH * 1.1.2 Apple HLS * 1.1.3 ExpressPlay Cloud Simple Key Manager (SKM) * 1.1.4 Amazon AWS Cloudfront Private Distributions • 2 Ingest and DRM packaging process – 2.1 HTML5 Player Contents 1 Content Protection Doc, Release 1.0 2 Contents CHAPTER 1 1 DRM Depending on the appropriate playback protection device use-case, integrate with Intertrust’s ExpressPlay and Secure Key Manager or AWS Cloudfront content protection mechanisms. For Adobe Primetime DRM (Firefox 43+ CDM support), the Bento4 CENC packager supports Primetime encryption for DASH, however neither the Bitdash player nor ExpressPlay support Primetime DRM at this time. 1.1 1.1 ExpressPlay Cloud DRM Secure, cloud-based content protection system from the inventor of DRM. Provide single API access for multi-DRM support. ExpressPlay is a cloud-based DRM service provider for content protection across most consumer-used de- vices. Enable your online media service with robust rights management without the need for any new infrastructure or setup cost.
    [Show full text]