Hologram Dash API Search Results & Alternatives
What is Widevine DRM? Widevine's DRM solution combines the following industry adopted standards to provide robust multiplatform content protection: Dynamic Adaptive Streaming over HTTP (DASH) DASH enables streaming of high quality media content over the Internet. DASH leverages standard HTTP protocol and can be easily deployed on existing Internet infrastructure (web servers, CDNs, firewalls, etc). Common Encryption (CENC) CENC is an industry standards based approach to content encryption. CENC identifies standard encryption and key mapping mechanisms that may be utilized by one or more DRM systems to allow the decryption of the same file using different DRM systems. CENC enables content providers to encrypt their content once and deliver it to numerous client devices and their assorted DRM schemes. Encrypted Media Extensions (EME) EME is a proposed W3C standard that provides a set of common APIs that can be used to interact with DRM systems and manage license key exchange. EME allows content providers to design a single application solution for all devices. Key benefits of Widevine's DRM solution: Support for reliable content protection across multiple systems:. Provides ubiquitous device coverage and extends synergy across multiple content protection systems. See a list of currently supported platforms. Complete control and flexibility during video playback: Fully featured HTML5 video player with adaptive streaming, QoS, and accessibility support across devices.
This api provides info about near 50 cryptocurrencies data to date. Ark, Ardor, Crypto.com, Verge, Veritaseum, ICON, Holo, 0x, Sirin Labs Token, Bitcoin, Aeternity, Ontology, Populous, Ino Coin, Dai, PIVX, QuarkChain, Nano, Mithril, Maker, Bitcoin Cash SV, Golem, Hycon, Basic Attention Token, Siacoin, Waves, Horizen, NEM, OmiseGo, Zcash, Monero, Theta Network, WAX, Revain, Reddcoin, Litecoin, Tezos, Aelf, VeChain, Wanchain, ODEM, Qtum, DigixDAO, Factom, DigiByte, Electroneum, Ethereum, Ethereum Classic, Polymath Network, Augur, Bitcoin Diamond, Bitcoin Cash, Komodo, Metaverse ETP, NEO, KuCoin Shares, OKB, Bitcoin Gold, Dogecoin, BitShares, Ripple, Tron, Tether, Centrality, ZB Token, USD//Coin, Aion, Pundi X, Lisk, Huobi Token, Gold Bits Coin, Stellar, True USD, GXChain, Status, MaidSafeCoin, Zilliqa, Binance Coin, IOTA, Dash, Bancor Network Token, Bitcoin Private, NXT, Decred, ZCoin, NEXO, Decentraland, HShare, Ravencoin, Stratis, MonaCoin, Aurora, IOStoken, ChainLink, QASH, EOS, Bytecoin, Cardano, Paxos Standard, Steem
Instantly create shipping labels with the Shippo REST API. The multi-carrier API allows you to retrieve rates, create labels, track packages and much more across all shipping providers, with one simple interface. Shippo focusses on providing a clean, robust and scalable technology that e-commerce stores, marketplaces and platforms can use to integrate shipping capabilities into their solution. On top of the API, Shippo provides an easy-to-use UI and developer dashboard that helps with the integration and for e.g. one-off tasks. Shippo also provides API client libraries in all major programming languages.
Related APIs in Category: Internet of Things
AT&T M2X is a highly secure and scalable time-series data storage service for network connected devices and the Internet of Things. In addition to data storage, M2X enables automatic data-driven action by monitoring streams of data in real-time and if a user-defined trigger condition is met, an event is fired. The AT&T M2X API provides all the needed operations and methods to connect your devices to AT&T’s M2X service, and has supported client libraries for Ruby, Python, Node.js, PHP, C, and Java among many other languages, platforms, and devices (like Arduino, Spark Core, Raspberry Pi and more).
A hologram is an image that appears to be three dimensional and which can be seen with the naked eye. Typically, a hologram is a photographic recording of a light field, rather than an image formed by a lens. The holographic medium, i.e. , the object produced by a holographic process (which itself may be referred to as a hologram) is usually unintelligible when viewed under diffuse ambient light. It is an encoding of the light field as an interference pattern of variations in the opacity, density, or surface profile of the photographic medium. Since the wavelength of light is of the order of 0.5 μm, it can be seen that very small changes in the optical paths travelled by either of the beams in the holographic recording system lead to movement of the interference pattern which is the holographic recording. An amplitude modulation hologram is one where the amplitude of light diffracted by the hologram is proportional to the intensity of the recorded light. The recorded hologram is now a three dimensional structure, and it can be shown that incident light is diffracted by the grating only at a particular angle, known as the Bragg angle.