Amal Token
LANCER
Lancer :
Ideal for quick, focused engagements
Team: ≤ 2 resources
Duration: ≤ 3 weeks
Indicative Budget: ≤ $3,000 USD*
Use Cases: MVPs, prototypes, simple websites, bug-fix sprints
Indicative Pricing: ~$15–$25/hr per resource*
Growth :
Best suited for growing products or structured builds
Team: 2–5 resources
Duration: Up to 4 months
Indicative Budget: Up to $30,000 USD*
Use Cases: Feature-rich web apps, integrations, custom dashboards
Indicative Pricing: ~$15–$35/hr per resource*
Enterprise :
Tailored for high-scale, complex or long-term initiatives
Team: 5+ resources
Duration: More than 4 months
Indicative Budget: Starts from $30,000+ USD*
Use Cases: End-to-end platforms, SaaS products, compliance-heavy systems
Indicative Pricing: ~$25–$50/hr depending on roles*
(Development)
Project Description
The AMAL Project is a decentralized platform designed to enhance the utility and value of deflationary tokens by leveraging mechanisms. The client engaged Oodles Platform to develop a BEP20 token with features including a 4% tax fee on transactions, inter-chain transfer capabilities, and an upgradable smart contract with renounce ownership functionality. Additionally, the project required implementing an anti-bot mechanism.
Scope Of Work
The client approached Oodles Platform to address specific technical requirements for their ecosystem. The client needed a BEP20 token with a 4% tax fee on transactions, inter-chain transfer functionality using Axelar, and an upgradable smart contract with renounce ownership capabilities. Additionally, they sought an anti-bot mechanism to prevent exploitation by malicious actors. Oodles delivered a tailored solution addressing these needs, enhancing token utility, security, and scalability while aligning with the project's broader goals.
Our Solution
Our Solution for the AMAL Project:
- Developed a BEP20 token with a 4% transaction tax fee to support deflationary tokenomics.
- Integrated buy-back, burn, and USDT reward distribution mechanisms.
- Enabled inter-chain token transfer functionality using Axelar protocol.
- Designed an upgradable smart contract with renounce ownership capability.
- Implemented an anti-bot mechanism to detect and burn bot-held tokens.
- Conducted Unit Test Coverage (UTC) for all smart contracts to ensure reliability.
- Used Solidity, Hardhat, and Web3.js for efficient development and deployment.
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