Liquidity support and token testing system on the Solana network
Stack: Python, Solana SDK/RPC, Flask (API), session/key management module, monitoring
Description:
The project is a controlled platform for managing a group of trusted accounts, designed for the legitimate support of a new token's viability in the early moments after its release (for example, ensuring minimal liquidity, testing transaction processing, and preventing "dead" listings). The most important principle is the security and transparency of operations.
Key features:
Account manager and secure key storage with rotation and role-based access.
Boundaries and limits on operations to prevent excessive or accidental transactions.
REST API for managing experiments and monitoring current operations.
Telemetry and action log (audit): who initiated the operation, parameters, and result of the transaction.
Safety-checks: the ability to run scenarios only in a test environment or in mainnet with a confirmed checklist and permissions.
Focus on analytics: collecting metrics on transaction confirmations, fees, confirmation times, and impact on the order book.
Ethical and operational guarantees:
The project was intended to work exclusively with agreed/controlled accounts and in compliance with the team's internal policies.
Built-in mechanisms to prevent use in manipulative schemes: limits, audits, and confirmed procedures for launching in mainnet.
Suitable as a tool for safe testing, ensuring initial liquidity within regulations, and studying market behavior in controlled conditions.
Stack: Python, Solana SDK/RPC, Flask (API), session/key management module, monitoring
Description:
The project is a controlled platform for managing a group of trusted accounts, designed for the legitimate support of a new token's viability in the early moments after its release (for example, ensuring minimal liquidity, testing transaction processing, and preventing "dead" listings). The most important principle is the security and transparency of operations.
Key features:
Account manager and secure key storage with rotation and role-based access.
Boundaries and limits on operations to prevent excessive or accidental transactions.
REST API for managing experiments and monitoring current operations.
Telemetry and action log (audit): who initiated the operation, parameters, and result of the transaction.
Safety-checks: the ability to run scenarios only in a test environment or in mainnet with a confirmed checklist and permissions.
Focus on analytics: collecting metrics on transaction confirmations, fees, confirmation times, and impact on the order book.
Ethical and operational guarantees:
The project was intended to work exclusively with agreed/controlled accounts and in compliance with the team's internal policies.
Built-in mechanisms to prevent use in manipulative schemes: limits, audits, and confirmed procedures for launching in mainnet.
Suitable as a tool for safe testing, ensuring initial liquidity within regulations, and studying market behavior in controlled conditions.