Crypto subtle derivekey

SubtleCrypto.deriveKey. The SubtleCrypto.deriveKey() method returns a Promise of a newly generated CryptoKey derived from a master key and a specific algorithm given as parameters. Syntax const result = crypto.subtle.deriveKey( algorithm, masterKey, derivedKeyAlgorithm, extractable, keyUsages); Parameter The deriveKey() method of the SubtleCrypto interface can be used to derive a secret key from a master key.. It takes as arguments some initial key material, the derivation algorithm to use, and the desired properties for the key to derive. It returns a Promise which will be fulfilled with a CryptoKey object representing the new key.. It's worth noting that the three key derivation algorithms. Die Methode SubtleCrypto.deriveKey() gibt eine Promise eines neu generierten CryptoKey von einem Hauptschlüssel und einem bestimmten als Parameter angegebenen Algorithmus abgeleitet ist.. Syntax const result = crypto.subtle.deriveKey( algorithm, masterKey, derivedKeyAlgorithm, extractable, keyUsages); Parameter . algorithm ist ein Objekt, das den zu verwendenden Ableitungsalgorithmus definiert

SubtleCrypto.deriveKey - DOM - W3cubDoc

SubtleCrypto.deriveKey() Returns a Promise that fulfills with a newly generated CryptoKey derived from the master key and specific algorithm given as parameters. SubtleCrypto.deriveBits() Returns a Promise that fulfills with a newly generated buffer of pseudo-random bits derived from the master key and specific algorithm given as parameters How to set the out-length with the Web Crypto API SubtleCrypto.deriveKey () for PBKDF2. According to the doc a simple example to derive a password with PBKDF2 is. return window.crypto.subtle.importKey ( 'raw', encoder.encode (password), {name: 'PBKDF2'}, false, ['deriveBits', 'deriveKey'] ).then (function (key) { return window.crypto.subtle This method is very similar to SubtleCrypto.deriveKey () , except that deriveKey () returns a CryptoKey object rather than an ArrayBuffer. Essentially deriveKey () is composed of deriveBits () followed by importKey (). This function supports the same derivation algorithms as deriveKey () : ECDH, HKDF, and PBKDF2 const key1 = await crypto.subtle.importKey('raw', enc.encode(pw), 'PBKDF2', false, ['deriveKey']); // create the second key const key2 = await crypto.subtle.deriveKey({name: PBKDF2 I am using the javascript WebCrypto API window.crypto.subtle.deriveKey() API to generate HMAC keys like this: this.key = await window.crypto.subtle.deriveKey( { name: PBKDF2, salt: someSalt, iterations: 50000, hash: SHA-1 }, keyMaterial, // default length value! { name: HMAC, hash:SHA-256}, true, [ sign, verify ] )

As with SubtleCrypto.exportKey (), you specify an export format for the key. To export a key, it must have CryptoKey.extractable set to true. But because wrapKey () also encrypts the key to be imported, you also need to pass in the key that must be used to encrypt it. This is sometimes called the wrapping key We can also use the SubtleCrypto object to generate and derive cryptographic keys with the generateKey and deriveKey methods respectively. The generateKey method generates a new distinct key value each time we call it, while the deriveKey method derives a key from some initial material window. crypto. subtle. deriveKey ({name: ECDH, namedCurve: P-256, //can be P-256, P-384, or P-521 public: publicKey, //an ECDH public key from generateKey or importKey}, privateKey, //your ECDH private key from generateKey or importKey {//the key type you want to create based on the derived bits name: AES-CTR, //can be any AES algorithm (AES-CTR, AES-CBC, AES-CMAC, AES-GCM, AES-CFB, AES-KW, ECDH, DH, or HMAC) //the generateKey parameters for that. Wenn Sie vor Ihrem DeriveKey-Aufruf eine Rückgabe vornehmen, wird Ihr Problem behoben. Hier ist Ihr Code mit dem Fix: window.crypto.subtle.importKey( 'raw', new TextEncoder().encode('passphrase'), { 'name': 'PBKDF2' }, false, ['deriveBits', 'deriveKey'] ) .then((baseKey) => { console.dir(baseKey) // This looks ok


  1. SubtleCrypto.deriveKey() (en-US) 以从 master key 派生出来的密钥和特定的算法作为参数,返回一个包含新生成的 CryptoKey 的 Promise对象。 SubtleCrypto.deriveBits() (en-US) 以从 master key 派生出来的密钥和特定的算法作为参数,返回一个包含新生成的伪随机字节的 Buffer的 Promise 对象
  2. window.crypto.subtle.deriveKey({ name: ECDH, namedCurve: curve, //can be P-256, P-384, or P-521 public: publicKey, //an ECDH public key from generateKey or importKey }, privateKey, //your ECDH private key from generateKey or importKey { //the key type you want to create based on the derived bits name: AES-CTR, //can be any AES algorithm (AES-CTR, AES-CBC, AES-CMAC, AES-GCM, AES-CFB, AES-KW, ECDH, DH, or HMAC) //the generateKey parameters for that type.
  3. This function creates a JavaScipt object containing an AES encrypt function and an AES decrypt function built using the browser's built-in Web Crypto library. For security, the encryption key is derived from the password and a random salt using the PBKDF2 algorithm. The encrypt function encodes a.
  4. const privateKey = crypto.subtle.deriveKey({name: 'PBKDF2', hash: {name: 'SHA-256'}, iterations, salt}, key, {name: 'AES-GCM', length: 256}, false, ['encrypt', 'decrypt']); Crypto.subtle Code Index Add Tabnine to your IDE (free

I have replicated the bip39.mnemonicToSeedHex method using crypto.subtle (supported in Chrome, FireFox and Safari) in TypeScript. The benefits from using the WebCrypto is that the key are stored more securely on the device. The initial 12-word mnemonic can be stored safely and non-exportable, but as long as the HDNode class does not support WebCrypto, the crypto.subtle.deriveKey require a. The Web Crypto API provides support for this using either subtle.deriveBits() and subtle.deriveKey(). The standard algorithms supported by Web Crypto include PBKDF2, HKDF and ECDH (elliptic curve Diffie-Hellman). The Node.js implementation also supports scrypt and traditional Diffie-Hellman (using th

Criptografia e Autenticação biométrica nativa no navegador

SubtleCrypto.deriveKey()メソッドは、マスターキーとパラメータとして指定された特定のアルゴリズムからCryptoKeyされた新しく生成されたCryptoKeyPromiseを返します。. 構文. const result= crypto.subtle.deriveKey( algorithm, masterKey, derivedKeyAlgorithm, extractable, keyUsages); パラメーター Here's an example showing how to use deriveKey() to create a Secure Remote Password (also known as Proof of Secret) from a user's password using pbkdf2 algorithm . The PBKDF2 Demo Input Iteration in Numbers: Provide Password: PBKDF2 Derived Key (Hex): Random Salt (Hex) : Note: Using Fixed salt will generate the same derive key. The Web crypto api Javascript example PBKDF function generateKey.

DOM SubtleCrypto.deriveKey - Gelös

let keyPair = crypto. subtle. generateKey ({name: AES-GCM, length: 256}, true, [encrypt, decrypt]) Parameters: algorithm object. Describes the algorithm to be used, including any required parameters, in an algorithm-specific format Open external link. extractable bool; keyUsages Array. An Array of strings indicating the possible usages of the new key. Open external link. deriveKey. I was writing Symmetric Cryptography (AES) with WebCrypto and Node.js and I was going to include the WebCrypto examples inline, right alongside the Node.js examples, but then this happened and I cried myself to sleep.. Then I woke up and finished the tutorial. The Unicode Problem. Because there are no native utilities to convert between unicode, buffers, base64, and hex, and because it's 80.

this. masterKey = await crypto. subtle. deriveKey ({name: 'PBKDF2', salt, iterations: 10000, hash: 'SHA-256'}, importedTempKey, {name: 'AES-GCM', length: 256}, false, ['encrypt', 'decrypt']); password.service.ts. Next, the code runs another 10,000 iterations of PBKDF2 on the temporary key and stores the result in the instance variable masterKey. SubtleCrypto.deriveKey () - MDN. 共通鍵導出. Copied! function keyDerive(pub, priv) { const aes = { name: AES-GCM, length: 256 }; const ec = { name: ECDH, public: pub }; const usage = [encrypt, decrypt]; return crypto.subtle.deriveKey(ec, priv, aes, false, usage); } deriveKey () で、公開鍵と秘密鍵を使用して共通鍵を導出します。 CRYPT_CREATE_SALT: Typically, when a session key is made from a hash value, there are a number of leftover bits. For example, if the hash value is 128 bits and the session key is 40 bits, there will be 88 bits left over. If this flag is set, then the key is assigned a salt value based on the unused hash value bits. You can retrieve this salt value by using the CryptGetKeyParam function with. Users who have contributed to this file 4880 lines (4608 sloc) 265 KB Raw Blam simple AES encryption/decryption example with PBKDF2 key derivation in Go, Javascript, and Python - aes.g

Use Git or checkout with SVN using the web URL. Work fast with our official CLI. Learn more.. Open with GitHub Desktop Download ZI The SubtleCrypto.deriveKey() method returns a Promise of a newly generated CryptoKey derivated from a master key and a specific algorithm given as parameters. Syntax var result = crypto.deriveKey(algo, masterKey, derivedKeyAlgo, extractable, keyUsages); Parameters. algo is an object defining the derivation algorithm to use. Supported values are Crypto subtle deriveKey. const result = crypto.subtle.deriveKey( algorithm, baseKey, derivedKeyAlgorithm, extractable, keyUsages ); Parameters. algorithm is an object defining the derivation algorithm to use. To use ECDH, pass an EcdhKeyDeriveParams object. To use HKDF, pass an HkdfParams object

In crypto.subtle.importKey and crypto.subtle.deriveKey, I don't know of a way to verify the contents are correct; Other things I've tried. Using Node's crypto package to use pbkdf2, however, it adds a lot of weight to the script, around 600kb (which is a lot when we have a 1MB limit). But the biggest problem, the polyfill changes the addEventListener. Thus the fetch event never gets. It is available via the Crypto.subtle properties available in a window context deriveKey: 37: 12 12 Not supported: ECDH. Not supported: HKDF, PBKDF2. 34 34 32 — 34. Disabled . Disabled From version 32 until version 34 (exclusive): this feature is behind the dom.webcrypto.enabled preference (needs to be set to true). To change preferences in Firefox, visit about:config. No: 24: 7. The deriveKey() method. MDN Documentation. This API requires the following crate features to be activated: CryptoKey, SubtleCrypto. impl SubtleCrypto. pub fn digest_with_object_and_buffer_source( &self, algorithm: &Object, data: &Object) -> Result<Promise, JsValue> The digest().

To derive the key, we'll use the window.crypto.subtle.deriveKey. In this case, I chose the AES-GCM algorithm for its known security/performance balance and browser availability. Encrypt Text Now we can use the derived key to encrypt text, so it's safe to transmit it. Before encryption, we encode the text to a Uint8Array, since that's what the encrypt function takes. We encrypt that array using. Returned by crypto.subtle. JavaScripture. Contribute via GitHub Feedback. SubtleCrypto. Instance Methods. decrypt deriveBits deriveKey digest encrypt exportKey generateKey importKey sign unwrapKey verify wrapKey. Crypto API. All API . No API set selected. JavaScript SubtleCrypto: Object. Provides methods to perform cryptographic operations such as encrypting, decrypting and hashing. Returned. Hello, I want to use the ECDH algorithm to exchange public keys, then obtain the same derivedKey for client and server, then crypt / encrypt their messages, so my PWA is using End-to-End encryption. My code works 100% fine in Chrome, on both client and simulated server on client. When I try the code for real on server, especially when I generate a ECDH key pair (privateKey / publicKey), I. Die Methode SubtleCrypto.unwrapKey() gibt eine Promise eines CryptoKey, die dem im Parameter angegebenen Schlüssel entspricht.. Syntax var result = crypto.subtle.unwrapKey(format, wrappedKey, unwrappingKey, unwrapAlgo, unwrappedKeyAlgo, extractable, keyUsages); Parameter . format ist ein Aufzählungswert, der das Datenformat des zu entpackenden Schlüssels beschreibt

Video: SubtleCrypto - Web APIs MD

The wrapKey() method of the SubtleCrypto interface wraps a key. This means that it exports the key in an external, portable format, then encrypts the exported key. Wrapping a key helps protect it in untrusted environments, such as inside an otherwise unprotected data store or in transmission over an unprotected network There is also a similar bug in ImportKeyTask::SetKeyData (dom\crypto\WebCryptoTask.cpp line 1289, though that one appears to be latent, at least as to the code path that arises from window.crypto.subtle,deriveKey (ImportSymmetricKeyTask::BeforeCrypto gets called after the assignment. It checks whether mKeyData.Length() == 0, and errors out if. In my addon I want to implement two features. First will be simple lock (with password) to prevent other users of the PC edit anything in the addon. Second should allow user to encrypt his data using the same password (I will be implementing this later, but I want to be ready for it). Use case is simple - user creates some master password that will be required to unlock UI. Regarding. Web Cryptography API Examples. GitHub Gist: instantly share code, notes, and snippets How-To: Perform password based AES encryption in the browser with zero dependencies. 15th November 2020. This post contains a code snippet demonstrating the use of the browser's SubtleCrypto API to encrypt and decrypt string content using a text-based passwor

javascript - How to set the out-length with the Web Crypto

  1. istic bytes) to generate an ECDH public/private key pair in WebCrypto
  2. Working on a web application that will encrypt and decrypt files using Javascript's Crypto API in the web browser. Both encryption and decryption returns a Blob that is used in another part of my code (not included in the below code). I just wanted to make sure that the following code (of which I stripped out any non-encryption related items) is the properly secure usage of the Crypto API.
  3. Web Cryptography API Examples Web Cryptography API Examples. Live Table: https://diafygi.github.io/webcrypto-examples/ I couldn't find anywhere that had clear.

SubtleCrypto.deriveBits() - Web APIs MD

我正在评估WebCrypto性能与第三方加密库SJCL和Forge的比较。 我希望WebCrypto可以更快,因为它是 native 浏览器实现。这也已经是. The Web Cryptography API lets us generate RSA and EC keypairs, but these keys don't support encryption/decryption! The only algorithms supporting encryption and decryption are symmetric (and the obscure-sounding RSA-OAEP). Instead of directly providing asymmetric encryption/decryption, the Web Cryptography API provides the deriveKey method, which lets two communicators derive a shared.

Verschlüsselung im Web mit der Web Crypto API heise

Google Chrome measures how commonly WebCrypto algorithms and methods are across web pages. To explore the data use the Chromium feature stack rank dashboard.This counts the number of pageloads that made use of the given feature (internal users can navigate an equivalent histogram using WebCore.FeatureObserver) WebCryptoAPI Overview Daniel Roesler - HTML5DevConf - October 201 Bug 1711063 - Part 4: Add the ability to pass an allocation site when assembling inline allocations r?jandem Summary: For baseline allocations we still want to track the allocations made and update the AllocSite whereas for optimized code we want to ignore this entirely and use the catch-all optimzed site for tracked allocation sites. To allow this, the patch adds AllocSiteInput which can. Giới thiệu Lịch sử Đã từ lâu, Javascript ra đời giúp các nhà phát triển có thể xây dựng những trang web với nhiều logic phức tạp, thực hiện đủ thứ xử lý ở ngay client side, không cần nhờ server. Tuy.. I am playing around with the idea of creating a website for cryptocurrencies, where a user can sign up on my website, enter his API details for one of the exchange markets that I will support, which allows him to trade on that exchange, but using my more user friendly web interface

window.crypto is an asynchronous API. window.crypto.subtle is the most important property of window.crypto object. window.crypto.subtle object exposes functions for hashing, encryption, decryption, signing, verifying, exporting key, importing key and generating keys. Here is the window.crypto.subtle interfac Bug 1367286 - Remove loading user html binding via dom.userHTMLBindings.uri. r=bz MozReview-Commit-ID: 175udoeRUm ::: dom/crypto/WebCryptoTask.cpp @@ +633,5 @@ > > class ImportKeyTask : public WebCryptoTask > { > public: > ImportKeyTask(JSContext* aCx, I see what you're doing here, and I think it's mostly fine. I would prefer if we could leave the aFormat and aKeyData parameters here, since it makes the importKey cases simpler. Then when deriveKey creates its ImportSymmetricKeyTask, it can pass in default.

Generating HMAC(SHA256) keys using WebCrypto deriveKey() AP

Bug 1369945 - Display a split rule view panel in the inspector. r=bgrin Archive of layout-test-results from ews103 for mac-elcapitan (904.31 KB, application/zip) 2017-03-09 05:46 PST, Build Bot: no flags: Details: Archive of layout-test-results from ews105 for mac-elcapitan-wk2 (907.24 KB, application/zip) 2017-03-09 05:50 PST, Build Bot: no flag RemObjects Elements. Elements Docs; RemObjects Oxygene; RemObjects C#; RemObjects Swift; RemObjects Iodine (Java Language

SubtleCrypto.wrapKey() - Web APIs MD

  1. @mti2935 crypto.subtle.deriveKey doesn't support deriving private keys / key pairs, at least not according to Mozilla's documentation. It'll only derive secret keys for HMAC or AES, which are symmetric keys. SubtleCrypto can generate RSA, ECDSA, or ECDH key pairs, but you can't provide your own RNG or entropy to the generateKey function. I would have mentioned SubtleCrypto if it supported this.
  2. The SubtleCrypto.importKey() method returns a Promise of the CryptoKey generated from the data given in parameters.. Syntax var result = crypto.importKey(format, keyData, algo, extractable, usages); Parameters. format is an enumerated value describing the data format of the key to imported. It can be one of the following: raw, the key as an array of bytes, usually a secret key
  3. Search for packages, types, and functions. Module. Crypto. Subtle. Key. Type
  4. Use the generateKey() method of the SubtleCrypto interface to generate a new key (for symmetric algorithms) or key pair (for public-key algorithms).. Syntax const result = crypto.subtle.generateKey(algorithm, extractable, keyUsages); Parameters. algorithm is a dictionary object defining the type of key to generate and providing extra algorithm-specific parameters
  5. I couldn't find anywhere that had clear examples of WebCryptoAPI, so I wrote examples and made a live table with them. Pull requests welcome! RSASSA-PKCS1-v1_5. generateKey | importKey | exportKey | sign | verify. RSA-PSS. generateKey | importKey | exportKey | sign | verify. RSA-OAEP

Web Crypto only includes a single padding scheme for non-block-sized payloads, but it's the same one used by CryptoJS by default. However it gets more complicated with respect to key derivation. A peak under the hood reveals that the algorithm to derive a key from the passphrase is not standardized and therefore not part of Web Crypto, and it uses the broken MD5 hash that is also not part of. r/crypto. Cryptography is the art of creating mathematical assurances for who can do what with data, including but not limited to encryption of messages such that only the key-holder can read it. Cryptography lives at an intersection of math and computer science. This subreddit covers the theory and practice of modern and *strong* cryptography. Consider: function deriveSecretKey(privateKey: any, publicKey: any) { return crypto.subtle.deriveKey( { name: 'ECDH', public: publicKey, }, privateKey, { name: 'AES.

A Guide to the JavaScript window

window.crypto; window.crypto.getRandomValues; window.crypto.subtle. encrypt decrypt sign verify window.crypto.subtle. digest generateKey deriveKey deriveBits importKey exportKey wrapKey unwrapKey Subtle? It is named SubtleCrypto to reflect the fact that man The Crypto.subtle property within this object grants access to the SubtleCrypto object, which is responsible for the basic cryptographic operations. Furthermore, the synchronous method Crypto.getRandomValues() generates cryptographically secure pseudo-random numbers based on the interface RandomSource [13, 14] I'm working on improving the SubtleCrypto docs, and had a question. The API defines a number of methods: sign(), encrypt() and so on, that take an algorithm argument. This is (typically) a dictionary object, and the contents of the object differs according to the algorithm chosen. For example: if you want to encrypt with AES-CTR you need to supply an object containing {name, counter, length. The Web Crypto API provides support for this using either subtle.deriveBits() and subtle.deriveKey(). The standard algorithms supported by Web Crypto include PBKDF2, HKDF and ECDH (elliptic curve Diffie-Hellman). The Node.js implementation also supports scrypt and traditional Diffie-Hellman. I'm new to crypto and I want to generate a key pair, in C, which would be the equivalent of openssl.

I have implemented it with web crypto, see the algorithm at the end of the e-mail. > 1. ECDH does not generate a uniformly random secret, this combined with the fact that AES-CMAC is not going to be a top notch PRF means that you are going to have bias in the resulting key. Hm, probably depending on how you use AES-CMAC? To my knowledge it works pretty well as a hashing algorithm. But, if we. Press n or j to go to the next uncovered block, b, p or k for the previous block.. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31. Can I use provides up-to-date browser support tables for support of front-end web technologies on desktop and mobile web browsers

GitHub - diafygi/webcrypto-examples: Web Cryptography API

On Mon, Apr 13, 2020 at 8:18 AM Junxiao Shi via Nfd-dev <nfd-dev at lists.cs.ucla.edu> wrote: > > Hi Zhiyi > > I'm trying to implement the protocol in NDNts. I've pasted my implementation of the crypto operations at the end of this message. > I have unit-tested these operations and they seem to be working. Since Node.js implements crypto via OpenSSL, this implies OpenSSL has sufficient. The importKey() method of the SubtleCrypto interface imports a key: that is, it takes as input a key in an external, portable format and gives you a CryptoKey object that you can use in the Web Crypto API.. The function accepts several import formats: see Supported formats for details.. Syntax const result = crypto.subtle.importKey( format, keyData, algorithm, extractable, usages ) Many browsers support the crypto.getRandomValues () method, but not actual cryptography functionality under crypto.subtle. 1 Support in IE11 is based on an older version of the specification. 2 Support in Safari before version 11 was using the crypto.webkitSubtle prefix. 3 In Edge 12-18, Web Crypto was not supported in Web Workers and Service. This book is for javascript developers, programmers who want to get into cryptography in programming way What you will learn WEB CRYPTOGRAPHY APIWEB CRYPTO API SUPPORTED ALGORITHMS AND METHODS GENERATE RANDOM NUMBERS AES - GENERATE KEY/EXPORT KEY (JWK)AES - ENCRYPTION/DECRYPTION AES - ENCRYPTION/DECRYPTION USING RAW KEYSHA - HASHING PBKDF2, PBKDF2 HMAC digital SignatureECDH generate key. Die Pixelbit-Antwort ist korrekt und Sie sollten immer .then() um auf den Wert eines Versprechens im Produktionscode zuzugreifen. Es gibt jedoch eine Möglichkeit, auf den Wert des Versprechens direkt nach dessen Auflösung zuzugreifen, indem die folgende nicht unterstützte interne node.js-Bindung verwendet wird

crypto.subtle.deriveKey gibt immer undefiniert zurück ..

Recently, I looked at the NordPass Password Manager browser extension. I could not find any guides on manual testing of browser extensions. I decided to write my own. So, here we are, pushing the boundaries of science Word zeigt nun die Seitenzahlen in der jeweiligen Fußzeile an. Behalten Sie alle Voreinstellungen. Abschnitt 1 und 2 sind soweit okay, die Seitenzahlen sind fortlaufend, allerdings a I've pasted my implementation of the crypto operations at the end of this message. I have unit-tested these operations and they seem to be working. Since Node.js implements crypto via OpenSSL, this implies OpenSSL has sufficient primitives for crypto needed by NDNCERT. I noticed some more issues in the protocol. Several steps specify the use of signed Interest. They should also specify which. i want convert string pbkdf2 sha512 , iteration count. did in nodejs using pbkdf2 module. how can achieve same in angular js..

SubtleCrypto - Web API 接口参考 MDN - Mozill

The open source TodoMVC project implements a Todo application using popular JavaScript MV* frameworks. Some of the implementations add support for compile to generateKey () generateKey (algorithm: string | KeyAlgorithm, extractable: boolean, keyUsages: string []) Returns: Promise<CryptoKey or CryptoKeyPair>. Generate a key and returns a CryptoKey object. Parameter: keyUsages An Array indicating what can be done with the key exportKey (format: raw, key: CryptoKey) Returns: Promise<ArrayBuffer>. New in SDK 4.0. Export the key's data into an ArrayBuffer. To export a key, the key must have CryptoKey.extractable set to true. Parameter: key The CryptoKey to export Also, the core algorithm is simple enough that if you're a crypto nerd, you can personally verify that there's no room for anything to go wrong. - Pro: __enables you to recover your passwords even if this software stops working__(!) as long as you have a handful of extremely-widespread cryptographic tools (like those in the Python's/Node's/Ruby's standard libraries). - Con: __doesn't let you.

Web Crypto API ECDH generateKey/deriveBits and perform AES

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