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Cryptography

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5 integrations tagged with "cryptography"

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Encrypt Data with AES-256-GCM Quantum Cryptography

CyberCentry's quantum-resistant encryption endpoint that secures any text data using AES-256-GCM algorithm. Returns encrypted data with a decryption URL valid for 30 days, along with a unique record ID for tracking. Ideal for protecting sensitive information with military-grade encryption. | Input: Accepts any text data as a query parameter to be encrypted | Output: Returns encrypted data with AES-256-GCM algorithm, a decryption URL (valid 30 days), record ID, original/encrypted sizes, and timestamp | Use cases: I need to encrypt sensitive text data securely; Protect confidential information with AES-256-GCM encryption; Generate encrypted records with time-limited decryption access; Store encrypted data with a retrievable decryption URL | Cost: 0.02 USDC on base

x402 payment-gated encryption+6

Type:x402ep_d5s7go4md1grabgljccg

Fields:2 (1 required)

Action

Get Lava Entropy Random Bits Generator

Generate cryptographically secure random bits and entropy values via Lava's entropy service. Returns precise entropy measurements and random bit sequences suitable for cryptographic applications, gaming, and randomization tasks. Powered by Lava's decentralized entropy network. | Input: No parameters required - endpoint generates entropy on demand | Output: Returns entropy measurement (bits and entropy score) representing the quality and quantity of random data generated | Use cases: I need cryptographically secure random numbers for a lottery system; Generate entropy values for encryption key generation; Get random bits for gaming or simulation applications; I need a reliable source of randomness for security purposes | Cost: 0.001 USDC on base

x402 payment-gated entropy+5

Type:x402ep_d5s7g7smd1grabgljbtg

Fields:1 (1 required)

Action

Generate SHA3-256 Hash via Lavarand

Generates a cryptographic SHA3-256 hash using Lavarand's entropy service. This endpoint provides secure hashing for data verification, digital signatures, and blockchain applications. Powered by Lavarand on Railway. | Input: No parameters required - endpoint generates hash on demand | Output: Returns a SHA3-256 hash string (64-character hexadecimal value) | Use cases: I need to generate a SHA3-256 hash for data verification; Create a cryptographic hash for blockchain transaction validation; Generate a secure hash for digital signature verification; I want to hash data using SHA3-256 algorithm | Cost: 0.001 USDC on base

x402 payment-gated cryptography+6

Type:x402ep_d5s7g24md1grabgljbng

Fields:1 (1 required)

Action

Generate Secure Random Password via LavaRnd

Generates a cryptographically secure random password using LavaRnd's entropy service. Returns a 16-character password with customizable character set including letters, numbers, and special symbols. Perfect for creating strong authentication credentials and security tokens. | Input: No parameters required - endpoint generates a password with default settings | Output: Returns a 16-character random password, the character set used, and password length | Use cases: I need to generate a secure random password for a new user account; Create a strong authentication token for API security; Generate random credentials for testing and development; I want a cryptographically secure random string for security purposes | Cost: 0.001 USDC on base

x402 payment-gated password-generation+5

Type:x402ep_d5s7ft4md1grabgljbig

Fields:1 (1 required)

Action

Generate SHA256 Hash via Lavarand

Generate a cryptographically secure SHA256 hash using Lavarand's entropy service. This endpoint provides randomized hash generation powered by lava-based random number generation, ideal for creating unique identifiers, security tokens, or cryptographic operations requiring high-quality randomness. | Input: No parameters required - the endpoint generates a hash on each request | Output: Returns a SHA256 hash string generated using Lavarand's entropy source | Use cases: I need to generate a secure random hash for a transaction ID; Create a cryptographic token using high-quality entropy; Generate a unique identifier for a blockchain operation; I want a SHA256 hash from a trusted randomness source | Cost: 0.001 USDC on base

x402 payment-gated cryptography+6

Type:x402ep_d5s7fqsmd1grabgljbg0

Fields:1 (1 required)

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Cryptography

Encrypt Data with AES-256-GCM Quantum Cryptography

Get Lava Entropy Random Bits Generator

Generate SHA3-256 Hash via Lavarand

Generate Secure Random Password via LavaRnd

Generate SHA256 Hash via Lavarand