Software for Token Centralized Exchange

VNEXT Globlal assisted the client from Singapore to build a platform for token centralized exchange. This platform aims at providing users with a safe & easy approach to trade on the go. VNEXT Global were responsible for creating a strong front & backend. We focused on bringing a reliable, transparent trading platform, making users feel safe & secure using services.​

Team size: 4 people

Duration: 2 years

Solutions 

1. Identify problems

The VNEXT Global team discusses with the client to draft a problem statement. The next step is to clarify potential solutions. What technologies are the most comprehensive ecosystem, both on-chain and off-chain? Then, we create a product roadmap that will help all delivery members to stay on track.

2. Choose a consensus-building mechanism

The next stage is to choose a consensus mechanism, which is a kind of approach used to foster confidence, security, and consensus inside a decentralized computer network. Here are several consensus methods we offer:

• Work-related evidence
• Assertion of stake
• Deposit-based agreement
• Time-lapse documentation

3. Select suitable blockchain platform

Our team discusses and gives the optimal options to clients to select the platform that most closely matches the requirements. It is because the platform can affect the consensus methods, the cost, the needs of developers, and the anticipated schedule while weighing your alternatives.

4. Create blockchain nodes

In this phase, we consult clients about some issues:

• Do you need a private, public, or hybrid solution? 
• Will the blockchain nodes operate on-premises, on the cloud, or on both?
• Which operating system (such as Ubuntu, CentOS, Debian, Windows, or Red Hat) will your application operate on? 
• This stage involves a lot of variables, so be sure to thoroughly investigate all of your alternatives and compare them to your goals, available resources, and budget.

5. Create a configuration 

VNEXT Global team prepare for a number of configuration components for the majority of blockchain systems, including:

• Permissions
• Asset issuance
• Asset re-issuance
• Asset exchanges
• Key management
• Multi-signatures
• Parameters
• Native assets
• Address formats
• Key formats
• Block signatures

6. Construct APIs

We create application programming interfaces (APIs) depending on client needs:

• Generation of key pairs and addresses
• Performance of audit-related functions
• Data authentication (through digital signatures and hashes)
• Data storage and retrieval
• Smart-asset lifecycle management
• Smart contracts

7. Create the user interface

Once the entire app is laid out, the user interface (UI) for each piece of product is created. Technical (backend) and visual designs are carried out parallely.

8. Upgrade hardware system

Blockchain applications that require a lot of computing power need a hardware accelerator to improve speed, give flexibility, and make optimal use of resources. Additionally, accelerators help to improve certain blockchain elements, including transaction validation, governance, and data storage.

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