Android, iOS, Linux, PC, Mac Wallet Development

Ground-up development of diverse sets of cryptocurrency wallets. We have developed user-friendly, secure, military-grade encryption for our wallets that protects users’ private keys and allows for seamless P2P transactions on multiple platforms.

Token Creation

We have successfully created and implemented a variety of tokens and coins optimized for specific client and platform needs. Utilizing the latest technology, our token implementations focus on creating sustainable and efficient platform application environments. We can create standalone platform coins, ERC-20 tokens, non-fungible token contracts, and token types focusing on utility or securities models

Private Blockchain Development

We provide secure and efficient private blockchain development services ranging from consensus protocol implementation to developing testing environments for permissioned networks. Our enterprise solutions can be customized to fit your business needs and leverage the power of the blockchain for developing a wide range of applications and software.

Smart Contract Development

Our team primarily focuses on developing and implementing Rootstock and Ethereum smart contracts. We can securely develop your smart contracts or develop application layers on top of the Ethereum blockchain. We are also capable of developing smart contracts on multiple platforms, based on customer needs.

Smart Contracts Auditing

Analyzing, identifying, and fixing smart contract bugs that can render smart contracts useless or highly vulnerable security threats to funds. We can assist in smart contract code audits and reduce incidences of flawed contracts being committed to the blockchain.

Crowdsales and ICOs

Cybergenix can help design and facilitate your Initial Coin Offering (ICO) and assist you in creating a token-based project or implementing a crowdsale to fund company products or ideas.

IoT Technology Integration

At Cybergenix, we offer dynamic solutions to IoT device integration in industries including Supply Chain, Logistics, and Healthcare. Our solutions include efficient governance designs, RFID/QR Code/NFC Tag IoT integration, and hashed storage integration for enterprise blockchains.

Decentralized Application (Dapp) Development

We offer innovative solutions in building decentralized applications for a variety of use cases and industries. From gaming to token creation and implementation, our experience covers a vast array of potential applications.

Blockchain Gaming

Utilizing recent developments in off-chain scalability and new token standards, we offer development solutions for scalable blockchain based games and frameworks for exchanging non-fungible tokens and assets.

Hyperledger Development

Cybergenix can leverage Hyperledger for private blockchain solutions in Finance, Retail, Healthcare, Real-Estate, Construction, Manufacturing, etc. We can implement a modular blockchain framework and smart contract engine tailored to your business needs.

Training

As experts in developing and implementing cutting edge blockchain technology, Cybergenix offers full service training modules for businesses looking to implement blockchain solutions

Cryptocurrency Mining

Mining is the process through which Proof-of-Work cryptocurrency blockchains are secured and transactions validated, by solving complex cryptographic algorithms. Cybergenix provides both software implementations of various mining algorithms as well as the necessary hardware to efficiently mine different cryptocurrencies.

Proof of Existence (POE)

We offer Proof-of-Existence integration for your file storage integrity and provenance needs. As an essential public notary service for the Internet, Cybergenix leverages Bitcoin’s distributed computing power to allow people to verify that a documented existed at a certain point in time.

Cryptoeconomics & Tokenomics Design

Cybergenix offers sustainable and incentive driven game theory mechanics that drive token functionality in the application protocol layer. Our models are tested and can be integrated with platforms in disparate industries.
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Cryptocurrency Mining Hash Algorithms

A hash is any function that can be used to map data of an arbitrary size to data of a fixed size. In the context of cryptocurrencies, a hash is specifically a unique message digest identifier that connects blocks in the blockchain and is used as a verification technique in digital signature schemes.A variety of different hashing algorithms are used in Proof-of-Work (PoW) cryptocurrencies for specific reasons. Cybergrenix provides support for a diverse range of hashing algorithms listed below.

The Most Common Cryptocurrency Mining Algorithms

SHA-256 Algorithm:

Secure Hash Algorithm (SHA-256) is a cryptographic hash function part of the larger Secure Hash Algorithm 2 set of cryptographic hash functions designed by the US National Security Agency (NSA). It generates a specific (32-byte) 256-bit signature for a string of text. It is built using the Merkle-Damgard Structure and is the hash function algorithm used in Bitcoin.

Block processing using the SHA-256 hashing algorithm typically takes 6 – 10 minutes. ASIC hardware can be used for and is optimized for SHA-256 mining.

Scrypt Algorithm:

The Scrypt algorithm is a password-based key derivation function originally created for the Tarsnap online backup service. The algorithm is specifically designed to make it prohibitively costly to perform large-scale custom hardware attacks through requiring large amounts of memory.

Compared to SHA-256, the Scrypt algorithm is faster and simpler. The simplified of the Scrypt algorithm is applied in many cryptocurrencies today.

X11 Algorithm:

The X11 algorithm uses 11 distinct algorithms that are interconnected to each other. X11 is more energy efficient than Scrypt which makes it a viable alternative. It is employed in the well known cryptocurrency decentralized autonomous organization (DAO) Dash.

CryptoNight Algorithm:

The CryptoNight algorithm is used in many of the CryptoNote privacy-focused cryptocurrencies. It is designed with egalitarian notions in mind by mitigating against centralization of mining through being designed as ASIC-resistant. It is suitable to use for ordinary PC CPUs and relies on random access to slow memory as well as emphasizing latency dependence.

Each new block depends on all previous blocks and requires roughly 2 MB per instance. The CryptoNight algorithm is notably used in popular anonymity cryptocurrency Monero.

Dagger Hashimoto – Ethash Algorithm:

The Dagger Hashimoto – Ethash Algorithm is the Proof-of-Work mining algorithm used in Ethereum-based cryptocurrencies. This includes the Ethereum blockchain itself and all of its ERC-20 tokens. It utilizes the Keccak hash function and was originally designed to be ASIC-resistant via memory hardness and trivially verifiable.

Optimized versions of the Dagger and Hashimoto hashes are integrated to remove computational overhead. The Ethash algorithm has evolved into the Ethash DAG for light clients.

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