Competitive Scout Optimization

Scout nodes are pivotal elements within Chasm's CoDEX, responsible for delivering LLM results with precision and speed. Effective optimization of these nodes is crucial for maintaining peak system functionality. The Scout nodes in the competitive ranking will have access to a pool of emissions, similar to the system used in Bittensor's ecosystem.

How to Optimize Your Scout

The primary goal is to enhance the consistency, uptime, and response time of the Scout nodes to ensure they operate at peak efficiency. Here are a few strategies for optimizing your scouts:

Infrastructure Management

Ensure Scout nodes are hosted on robust servers equipped to handle anticipated loads, optimizing for performance and stability:

• Docker: Utilize Docker for scalable and efficient management of containerized applications. This allows for agile adjustments to resources based on demand.

• PM2: Implement PM2 for improved security and uptime. This tool automates process management, helping to streamline deployments and maintain operations through continuous monitoring and automatic restarts.

Redundancy and Reliability

To minimize downtime and maintain continuous service availability:

• Failover Mechanisms: Implement robust failover systems that automatically switch to backup operations if the primary systems fail.

• External Resources: Integrate third-party cloud services or deploy self-hosted GPU clusters to augment computing power and provide additional redundancy.

Update the Latest Code

Scout node code is updated periodically. Ensure you are running the latest version of the Scout nodes to achieve the best performance.

Running a Dispute Scout

Advanced users can also run a Dispute Scout instance in order to possibly get even higher scores.