
Nour Alharithi engineered core trading and data infrastructure across the drift-labs protocol-v2, keeper-bots-v2, and dlob-server repositories, focusing on price discovery, order management, and real-time data delivery. Nour designed and implemented features such as dynamic priority fee estimation, Market Maker oracle integration, and slot-aware pricing, using TypeScript, Rust, and Node.js. The work included robust API development, event-driven smart contract logic, and scalable bot automation, addressing challenges in reliability, configurability, and analytics. By refactoring data models and enhancing observability, Nour improved system maintainability and accuracy, enabling safer, more transparent DeFi trading and liquidity operations on Solana-based platforms.

September 2025 monthly summary: Delivered key features across keeper-bots-v2 and protocol-v2 with a focus on dynamic configurability, reliability, and observability. Key refactors and enhancements improve adaptability to network conditions, operator control, and analytics, while CI/CD hygiene reduces deployment risk and stabilizes dependencies.
September 2025 monthly summary: Delivered key features across keeper-bots-v2 and protocol-v2 with a focus on dynamic configurability, reliability, and observability. Key refactors and enhancements improve adaptability to network conditions, operator control, and analytics, while CI/CD hygiene reduces deployment risk and stabilizes dependencies.
August 2025 monthly summary for drift-labs. Delivered major architecture and data-quality improvements across the dlob-server, keeper-bots-v2, and protocol-v2 with a strong focus on business value: price accuracy, data-source modernization, and robust trading simulations. Key initiatives included adopting Market Maker (MM) oracle data for perpetual markets, exposing MM data in API responses, and updating DLOB to use MM data with latest slot calculations to ensure accurate pricing. Completed Lazer (PYTH_LAZER) oracle migrations across protocol-v2 for perpetual and spot markets, updated pricing flows with enhanced type-safety, and introduced slot-aware pricing to improve vAMM quotes. Enhanced taker bot demonstrations with improved market index selection and trade-size distribution, and implemented sampling utilities for more realistic simulations. Fixed critical stability issues including a memory-leak fix in WhileValidTxSender and safeguards to skip delisted markets during Pyth crank processing. These changes collectively improve pricing accuracy, risk controls, and trading realism across core products.
August 2025 monthly summary for drift-labs. Delivered major architecture and data-quality improvements across the dlob-server, keeper-bots-v2, and protocol-v2 with a strong focus on business value: price accuracy, data-source modernization, and robust trading simulations. Key initiatives included adopting Market Maker (MM) oracle data for perpetual markets, exposing MM data in API responses, and updating DLOB to use MM data with latest slot calculations to ensure accurate pricing. Completed Lazer (PYTH_LAZER) oracle migrations across protocol-v2 for perpetual and spot markets, updated pricing flows with enhanced type-safety, and introduced slot-aware pricing to improve vAMM quotes. Enhanced taker bot demonstrations with improved market index selection and trade-size distribution, and implemented sampling utilities for more realistic simulations. Fixed critical stability issues including a memory-leak fix in WhileValidTxSender and safeguards to skip delisted markets during Pyth crank processing. These changes collectively improve pricing accuracy, risk controls, and trading realism across core products.
July 2025 monthly impact: Delivered major feature upgrades, reliability improvements, and maintainability enhancements across keeper-bots-v2, dlob-server, and protocol-v2. The work focused on robust price discovery, accurate pricing, reduced slippage, and streamlined data flows for market-making and risk management, delivering clear business value and technical excellence.
July 2025 monthly impact: Delivered major feature upgrades, reliability improvements, and maintainability enhancements across keeper-bots-v2, dlob-server, and protocol-v2. The work focused on robust price discovery, accurate pricing, reduced slippage, and streamlined data flows for market-making and risk management, delivering clear business value and technical excellence.
June 2025 performance summary focusing on feature delivery, reliability improvements, and impact to business objectives across three repositories. Delivered new safeguards, performance enhancements, and deployment capabilities while improving data processing and test hygiene.
June 2025 performance summary focusing on feature delivery, reliability improvements, and impact to business objectives across three repositories. Delivered new safeguards, performance enhancements, and deployment capabilities while improving data processing and test hygiene.
May 2025 monthly summary: Across drift-labs repositories, delivered cross-repo reliability, data quality, and visibility improvements that strengthen pricing accuracy, trade data integrity, and maintainability. Key deliveries include robustness enhancements for the Indicative Quotes Sender in protocol-v2 (removal of DriftClient dependency, pre-update connection checks, data validation, and safer logging) and a fix for auction price calculation when oracle price offset is not set or zero; robust error handling for the PythCranker bot in keeper-bots-v2; enrichment of published trades with bitFlags in dlob-server; and introduction of sequential orderId for indicative bids/asks in DLOBSubscriberIO. These changes reduce failure modes, improve observability, and provide richer data for downstream analytics and decision-making. Technologies demonstrated include TypeScript/JavaScript, Node.js, robust error handling with try-catch, data validation, safer logging, and data integrity improvements, alongside cross-repo collaboration and maintainability enhancements.
May 2025 monthly summary: Across drift-labs repositories, delivered cross-repo reliability, data quality, and visibility improvements that strengthen pricing accuracy, trade data integrity, and maintainability. Key deliveries include robustness enhancements for the Indicative Quotes Sender in protocol-v2 (removal of DriftClient dependency, pre-update connection checks, data validation, and safer logging) and a fix for auction price calculation when oracle price offset is not set or zero; robust error handling for the PythCranker bot in keeper-bots-v2; enrichment of published trades with bitFlags in dlob-server; and introduction of sequential orderId for indicative bids/asks in DLOBSubscriberIO. These changes reduce failure modes, improve observability, and provide richer data for downstream analytics and decision-making. Technologies demonstrated include TypeScript/JavaScript, Node.js, robust error handling with try-catch, data validation, safer logging, and data integrity improvements, alongside cross-repo collaboration and maintainability enhancements.
April 2025: End-to-end feature delivery and stability improvements across core product areas, delivering real-time indicative quotes, safer auction parameter handling, enhanced API stability, observability, and throughput. Business impact includes richer liquidity visibility for traders, reduced risk around auction parameters, and accelerated readiness for mainnet deployment of indicative quotes.
April 2025: End-to-end feature delivery and stability improvements across core product areas, delivering real-time indicative quotes, safer auction parameter handling, enhanced API stability, observability, and throughput. Business impact includes richer liquidity visibility for traders, reduced risk around auction parameters, and accelerated readiness for mainnet deployment of indicative quotes.
March 2025 saw a strong focus on stabilizing the development environment, expanding the product’s reach with a new HTTP endpoint, and delivering performance and reliability improvements across drift-labs/keeper-bots-v2 and drift-labs/protocol-v2. Key outcomes include CI/SDK modernization, real-time and signed-message workflow enhancements, and targeted bug fixes that improve data integrity and operational efficiency. The team also advanced documentation and developer experience to support faster iterations and easier onboarding.
March 2025 saw a strong focus on stabilizing the development environment, expanding the product’s reach with a new HTTP endpoint, and delivering performance and reliability improvements across drift-labs/keeper-bots-v2 and drift-labs/protocol-v2. Key outcomes include CI/SDK modernization, real-time and signed-message workflow enhancements, and targeted bug fixes that improve data integrity and operational efficiency. The team also advanced documentation and developer experience to support faster iterations and easier onboarding.
February 2025 monthly summary for drift-labs repositories (keeper-bots-v2, protocol-v2, drift-common). Focused on reliability, scalability, and traceability of order handling, with substantial advances in multithreaded processing, routing/integration with Pyth/Lazer, and signing-based validation workflows. The work delivered positions the teams to support higher-throughput deployments and safer,更 auditable trade workflows while simplifying maintenance and CI/CD pipelines.
February 2025 monthly summary for drift-labs repositories (keeper-bots-v2, protocol-v2, drift-common). Focused on reliability, scalability, and traceability of order handling, with substantial advances in multithreaded processing, routing/integration with Pyth/Lazer, and signing-based validation workflows. The work delivered positions the teams to support higher-throughput deployments and safer,更 auditable trade workflows while simplifying maintenance and CI/CD pipelines.
January 2025: Delivered end-to-end Pyth Lazer integration in keeper-bots-v2, upgraded and modernized Lazer client, and extended Lazer support across filler and cranker. Implemented Swift Order Subscriber in protocol-v2 for real-time order processing with enhanced decoding and type discrimination. Added Pyth Lazer oracle sources and exponent handling, plus batch/chunked data fetch and reliability improvements. Strengthened security with a Drift Client cryptography upgrade and improved test stability. DLOB-server gains reduced resubscription timeout and drift-common update to enable faster recovery and cohesion across services.
January 2025: Delivered end-to-end Pyth Lazer integration in keeper-bots-v2, upgraded and modernized Lazer client, and extended Lazer support across filler and cranker. Implemented Swift Order Subscriber in protocol-v2 for real-time order processing with enhanced decoding and type discrimination. Added Pyth Lazer oracle sources and exponent handling, plus batch/chunked data fetch and reliability improvements. Strengthened security with a Drift Client cryptography upgrade and improved test stability. DLOB-server gains reduced resubscription timeout and drift-common update to enable faster recovery and cohesion across services.
December 2024: Focused on reliability, configurability, and scalable data transport across drift-labs repos. Delivered configurable Redis prefix access, enhanced WebSocket/Redis data paths with caching improvements, added gRPC as a Drift publisher transport, and expanded bot and oracle capabilities. These changes improved real-time data delivery, reduced operational risk, and broadened data-source options for testing and production.
December 2024: Focused on reliability, configurability, and scalable data transport across drift-labs repos. Delivered configurable Redis prefix access, enhanced WebSocket/Redis data paths with caching improvements, added gRPC as a Drift publisher transport, and expanded bot and oracle capabilities. These changes improved real-time data delivery, reduced operational risk, and broadened data-source options for testing and production.
Nov 2024 highlights across drift-labs/protocol-v2, drift-labs/keeper-bots-v2, and drift-labs/dlob-server. Delivered business-value features, reliability improvements, and tooling updates that improve data accuracy, operational efficiency, and cross-repo consistency. Notable outcomes include slot-hash tracking for on-demand feeds, user swift-order lifecycle management, upgraded on-demand oracles, expanded Slothash integration in bot workflows, and dependencies/configuration alignment with broader data-flow enhancements.
Nov 2024 highlights across drift-labs/protocol-v2, drift-labs/keeper-bots-v2, and drift-labs/dlob-server. Delivered business-value features, reliability improvements, and tooling updates that improve data accuracy, operational efficiency, and cross-repo consistency. Notable outcomes include slot-hash tracking for on-demand feeds, user swift-order lifecycle management, upgraded on-demand oracles, expanded Slothash integration in bot workflows, and dependencies/configuration alignment with broader data-flow enhancements.
2024-10 Monthly Summary: Highlights across drift-labs/protocol-v2 and drift-labs/keeper-bots-v2. Delivered key features, security improvements, and reliability enhancements with clear business value and measurable impact. Focused on data-model correctness, secure data handling, user-centric order workflows, and robust SDK integration, while also improving maintainability through code-quality improvements and observability.
2024-10 Monthly Summary: Highlights across drift-labs/protocol-v2 and drift-labs/keeper-bots-v2. Delivered key features, security improvements, and reliability enhancements with clear business value and measurable impact. Focused on data-model correctness, secure data handling, user-centric order workflows, and robust SDK integration, while also improving maintainability through code-quality improvements and observability.
Overview of all repositories you've contributed to across your timeline