Smart Contract Development

A decentralised permissionless self-executing digital agreement with terms directly written into lines of code on a particular blockchain.

Trusted contributors in:

Avalanche
Injective
Linea
Maru
Near
Neon EVM
Penumbra
Polygon
Starkware
Stellar
Wormhole
zkSync

Why do we need smart contract?

Trustworthiness

Smart contracts automate and enforce agreements, ensuring all involved parties adhere to predefined terms without the need for intermediaries, which establishes a trustless environment.

Transparency & Immutability

Once deployed, smart contracts can't be altered, ensuring the terms remain constant. Moreover, their operations are visible on the blockchain, providing transparency for all parties.

Efficiency

By automating processes traditionally requiring intermediaries or manual management, smart contracts expedite transactions and lower associated costs.

Security

Leveraging blockchain's cryptographic foundation, smart contracts are protected from fraud and unauthorized alterations.

Cost Reduction

Eliminating intermediaries and streamlining operations, smart contracts reduce the fees and expenses linked to contract management and execution.

Accuracy

Automated execution reduces human errors commonly found in manual contract processing.

Global & Borderless

Smart contracts on public blockchains can operate across borders, facilitating international interactions without the need for central authorities or traditional banking systems

Programmability

Capable of integrating complex logic, smart contracts can accommodate dynamic and multifaceted agreements

Interoperability

They can seamlessly interact with other digital services, platforms, or smart contracts, creating interconnected ecosystems.

Censorship Resistance

Being decentralized, smart contracts are tough for any single entity to halt or manipulate, ensuring enforcement even in adversarial conditions

Our smart contracts development flow

01

Business logic and Requirements Definition

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
2. Needs Analysis : Identitu and understand the core requirements and objectives of the project
3. Needs Analysis : Identitu and understand the core requirements and objectives of the project

02

Token engineering and mathematical model

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
2. Needs Analysis : Identitu and understand the core requirements and objectives of the project
3. Needs Analysis : Identitu and understand the core requirements and objectives of the project

03

Architecture

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
2. Needs Analysis : Identitu and understand the core requirements and objectives of the project
3. Needs Analysis : Identitu and understand the core requirements and objectives of the project

04

Development and implementation

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project

05

Unit tests and Deployment

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project

06

Gas costs optimisation

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project

07

Audit

1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project
1. Needs Analysis : Identitu and understand the core requirements and objectives of the project

Zpoken smart contracts samples

Check sample smart contrac on our public Github

(module my-token G
  (defcap G () true)

  (defschema account
    balance:decimal)

  (deftable accounts:{account})

  (defun create-account (acct:string)
    (insert accounts acct {"balance": 0.0})
    "Account created")

  (defun credit (acct:string amount:decimal)
    (update accounts acct {"balance": (+ (at 'balance (read accounts acct)) amount)})
    "Balance credited")

  (defun debit (acct:string amount:decimal)
    (enforce (>= (at 'balance (read accounts acct)) amount) "Insufficient funds")
    (update accounts acct {"balance": (- (at 'balance (read accounts acct)) amount)})
    "Balance debited")
)

Smart contract architecture diagram sample

Smart Contract Tech Stack

Solidity

Vyper

Rust

Cairo

Move

Leo

JavaScript

Node.js

C/C++

Smart contract we built

Project description iLend is a decentralized finance protocol developed on the Injective network. It offers the ability to engage in lending and borrowing activities in a decentralized, transparent, and efficient manner. The protocol leverages Injective Protocol’s ability to offer fast, secure, and EVM-compatible DeFi transactions across multiple blockchain ecosystems. Project features 1. Basic borrow and…

#Injective

Project description Deepwaters is the fusion of traditional finance and blockchain technology into a hybridarchitecture, leveraging proven concepts from both. Deepwaters aims to bring maturity to DeFi and enable systems that power the next generation of financial applications. Zpoken built Vault and lending contracts for DeepWaters, this solutions help to accumulate liquidity that powers trading…

#Ethereum

Project description Dexilon is the first DEX that is run on a limit order book powered by the native blockchain. Democratically managed by the community in a trustless and verifiable way from the world’s leading brands. Core features making Dexilon unique and easy for users onboarding: Zpoken developed The development process for Dexilon exchange, a trailblazing…

#Ethereum

Project description iLend is a decentralized finance protocol developed on the Injective network. It offers the ability to engage in lending and borrowing activities in a decentralized, transparent, and efficient manner. The protocol leverages Injective Protocol’s ability to offer fast, secure, and EVM-compatible DeFi transactions across multiple blockchain ecosystems. Project features 1. Basic borrow and…

#Injective

Project description Deepwaters is the fusion of traditional finance and blockchain technology into a hybridarchitecture, leveraging proven concepts from both. Deepwaters aims to bring maturity to DeFi and enable systems that power the next generation of financial applications. Zpoken built Vault and lending contracts for DeepWaters, this solutions help to accumulate liquidity that powers trading…

#Ethereum

Project description Dexilon is the first DEX that is run on a limit order book powered by the native blockchain. Democratically managed by the community in a trustless and verifiable way from the world’s leading brands. Core features making Dexilon unique and easy for users onboarding: Zpoken developed The development process for Dexilon exchange, a trailblazing…

#Ethereum

Build with Zpoken

Let's bring your project to decentralized world