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Innowise developed a blockchain-based platform to streamline the trading of industrial lab-grown diamonds.
Our client is a supplier of industrial lab-grown diamonds located in the USA. The client specializes in the global distribution of precious stones.
Detailed information about the client cannot be disclosed under the terms of NDA.
The client faced significant challenges in traditional diamond trading, primarily because investing in diamonds involved substantial hurdles. These included high costs for physical storage, the need for intermediaries, and limited secondary market accessibility. Such inefficiencies complicated the process for global investors, severely hampering their ability to participate effectively and stifling overall market liquidity.
To address these challenges, our client sought a solution to tokenize diamonds. This approach enables clients to purchase and own tokenized diamonds while storing them physically in our client’s warehouse. Furthermore, they wanted to facilitate direct transactions between customers and the client’s platform eradicating any third-party interactions.
Innowise has developed an asset tokenization platform that allows users to purchase tokenized diamonds that are stored at our client’s warehouse. This innovative solution effectively addresses several critical challenges in the diamond industry. By storing the diamonds in our client’s secure warehouse, customers significantly reduce the costs associated with physical storage. Furthermore, the platform enhances transaction efficiency by facilitating direct payments, thereby eliminating the need for third-party intermediaries. This expands market accessibility, making it easier for a broader range of participants to engage in the diamond market. More so diamond tokenization opens up new opportunities for investment and trading.
The Web3 platform leverages an advanced oracle system to streamline the token issuance process, ensuring it aligns with the actual physical inventory. The oracle continually pulls in data from a dedicated organization that monitors industrial diamond stock levels. The system limits a number of tokens that can be issued. Furthermore it verifies the number of tokens for diamonds of the specific standard (size, purity, color). This critical function prevents token oversupply, safeguarding each token’s integrity as a true representative of physical assets.
We also implemented a redemption feature, enabling USA users to exchange their digital tokens for actual diamonds.
As a precaution to guarantee compliance and security, the redemption process includes several additional verification steps. These measures are critical for confirming users’ identity and eligibility, safeguarding transaction integrity, and aligning with stringent regulatory requirements.
By enabling direct redemption of tokens for physical diamonds, our client provides tangible value to its users, fostering greater trust and engagement with the platform.
We have incorporated a vesting feature to enhance the token management system further. This allows for the gradual release of tokens according to predefined schedules, which can be crucial for managing market supply and helping stabilize token prices over time. Vesting also serves as a commitment mechanism for investors, encouraging them to remain engaged with the platform for a longer period of time. This strategy helps maintain a balanced market and builds investor confidence by aligning token distribution with market growth and development goals.
Front-end
React JS, Ethers, Tailwind
Back-end
Node.js, Nest.JS, TypeORM, Rest
Database
PostgreSQL
VSC
Git, BitBucket
QA
Devtools, Postman, Gnosis Safe, BC Explorers, Playwright, GitHub Actions
Cloud
AWS EC2, RDS (PostgreSQL), Redis
DevOps
Docker, Docker Compose
During the asset tokenization platform development, we engaged with the client to gather their requirements and understand their needs. Our team created a Vision and Scope document to clearly outline the project's objectives and deliverables, setting the stage for all subsequent development activities.
We adopted Scrum, an agile development methodology, to ensure flexibility and responsiveness throughout the development process. The approach allowed us to organize the project into sprints. This facilitated incremental development and regular reassessments of the project’s direction and priorities based on ongoing feedback.
Using communication tools like Microsoft Teams and Jira, we maintained a continuous loop of updates and engagement with all stakeholders. We also conducted regular feedback sessions to gather insights and input from the client and other stakeholders.
1
Project Manager
1
Business Analyst
1
UX/UI Designer
1
QA Engineer
1
Solidity Engineer
1
DevOps Engineer
1
Front-end Engineer
2
Full-stack Engineers
1
Consultant
x10
increase in investor accessibility
80%
cost reduction in storage and intermediary fees
Having received and processed your request, we will get back to you shortly to detail your project needs and sign an NDA to ensure the confidentiality of information.
After examining requirements, our analysts and developers devise a project proposal with the scope of works, team size, time, and cost estimates.
We arrange a meeting with you to discuss the offer and come to an agreement.
We sign a contract and start working on your project as quickly as possible.
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Innowise Sp. z o.o Ul. Rondo Ignacego Daszyńskiego, 2B-22P, 00-843 Warsaw, Poland
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We’ll process your request and contact you back as soon as possible.