myNanoEmbedded is a lightweight C library of source files that integrates Nano Cryptocurrency to low complexity computational devices to send/receive digital money to anywhere in the world with fast trasnsaction and with a small fee by delegating a Proof of Work with your choice:

DPoW (Distributed Proof of Work)
P2PoW (a Descentralized P2P Proof of Work)

API features

Attaches a random function to TRNG hardware (if available)
Self entropy verifier to ensure excelent TRNG or PRNG entropy
Creates a encrypted by password your stream or file to store your Nano SEED
Bip39 and Brainwallet support
Convert raw data to Base32
Parse SEED and Bip39 to JSON
Sign a block using Blake2b hash with Ed25519 algorithm
ARM-A, ARM-M, Thumb, Xtensa-LX6 and IA64 compatible
Linux desktop, Raspberry PI, ESP32 and Olimex A20 tested platforms
Communication over Fenix protocol bridge over TLS
Libsodium and mbedTLS libraries with smaller resources and best performance
Optmized for size and speed
Non static functions (all data is cleared before processed for security)
Fully written in C for maximum performance and portability

To add this API in your project you must first:

Download the latest version.

git clone https://github.com/devfabiosilva/myNanoEmbedded.git --recurse-submodules
Include the main library files in the client application.
#include "f_nano_crypto_util.h"

Initialize API

Function	Description
f_random_attach()	Initializes the PRNG or TRNG to be used in this API

Transmit/Receive transactions

To transmit/receive your transaction you must use Fenix protocol to stabilish a DPoW/P2PoW support

Examples using platforms

The repository has some examples with most common embedded and Linux systems

Credits

Author: Fábio Pereira da Silva

Date: Feb 2020

Version: 1.0

Copyright: License MIT see here

References:

[1] - Colin LeMahieu - Nano: A Feeless Distributed Cryptocurrency Network - (2015)

[2] - Z. S. Spakovszky - 7.3 A Statistical Definition of Entropy - (2005) - NOTE: Entropy function for cryptography is implemented based on Definition (7.12) of this amazing topic

[3] - Kaique Anarkrypto - Delegated Proof of Work - (2019)

[4] - docs.nano.org - Node RPCs documentation