Deep Dives into Solana and Ledger Architecture
The Trojan Bot and Network Observatory
Our latest research focuses on the development of the Trojan Bot, an experimental tool for observing transaction finality on Solana. In this article, we break down how the Trojan Bot interacts with validator nodes and what it reveals about network congestion patterns. We examine the codebase that makes real-time monitoring possible without introducing latency.
Engineering the Fastest Onchain Exchange Logic
What goes into building a high-speed decentralized exchange from first principles? We deconstruct the core components of the Fastest Onchain Exchange, focusing on order book management and settlement layers. Our technical walkthrough explains how Trojan on Solana leverages parallel execution to achieve sub-second finality, setting a benchmark for future implementations.
Modular Smart Contracts with Trojan on Solana
This article explores our experiment in creating reusable contract modules for the Solana runtime. We discuss how the Trojan Bot was used to audit these modules for efficiency and security. The piece concludes with a look at how modular design patterns can lead to more robust and upgradeable on-chain programs.
The Mathematics of Speed on Solana
We take a deep dive into the computational limits of the Solana network. By analyzing data collected by the Trojan Bot, we visualize how the Fastest Onchain Exchange maintains performance under theoretical peak loads. This technical essay covers scheduling, execution, and the unique architecture that makes Trojan on Solana a fascinating subject for developers.
