
Explore webhooks: their uses, design, and implementation. Learn to create, receive, and process webhooks for seamless system integration and data exchange in modern applications.

Explore building scalable PHP applications with Zend Expressive 2, covering setup, routing, error handling, and architecture. Learn to leverage PSR-15 middleware for flexible and understandable web development.

Learn to leverage IoC containers beyond constructor injection, writing loosely coupled code and decoupling apps from frameworks. Explore advanced features for better design and implementation.

Learn to build efficient APIs using PHP and Laravel's Lumen framework. Covers API design best practices, microservices, REST principles, and practical implementation steps for creating maintainable and user-friendly APIs.

Explore strategies for scaling applications, from hardware solutions to optimization techniques, caching, and database management, to improve performance and handle increased user loads.

Explore combining BDD and DDD techniques to drive code development from user requirements. Learn to capture stakeholder conversations, create automatable requirements, and express them in object models using Behat and PhpSpec.

Learn practical unit testing techniques for PHP through realistic examples, progressing from basic to advanced concepts while considering tight deadlines and efficiency.

Explores FlexPlan, a tool for safe runtime updates of programmable switches. Discusses techniques for generating step-by-step plans that maintain correctness and memory constraints during live reconfigurations.

Scalable RDMA NIC architecture improving connection and network scalability while maintaining high performance and low CPU overhead, outperforming commercial RNICs in large-scale data centers.

Explores a novel approach to datacenter server orchestration by offloading tasks to NICs, improving scalability, efficiency, latency, and throughput compared to software-only solutions.

Explores Hamilton, a high-performance transaction processor for central bank digital currencies, offering high throughput, low latency, and fault tolerance while minimizing data storage and providing flexibility.

Explores RHINE, a secure Internet naming system offering end-to-end authentication, robust trust model, and improved performance over DNSSEC. Addresses DNS vulnerabilities with novel approaches.

Distributed network sequencing system for improved scalability, fault tolerance, and load balancing in distributed applications, offering performance gains over traditional ordering protocols.

SHEPHERD: A scalable model serving system that optimizes goodput, resource utilization, and scalability for unpredictable workloads, using a two-level design and novel online algorithm for efficient DNN inference.

Elegant hardware acceleration for state machine replication using FPGA-based SmartNICs. Achieves high performance in common scenarios while maintaining software flexibility for rare cases.

Insights on reducing bias in security hiring and maximizing interviews for various roles, drawing from a decade of global experience across major tech companies and startups.

Innovative approach for high-speed packet processing using programmable switches, external memory, and processing devices. Enables complex stateful operations at 300G throughput with a single server.

Explore SPEEDEX, a high-throughput decentralized exchange offering secure asset trading, improved scalability, and prevention of internal arbitrage and front-running attacks within Layer-1 blockchains.

Explores using formal methods for network performance analysis, offering a more exhaustive approach than simulation. Demonstrates effectiveness in analyzing packet scheduling algorithms and generating problematic workloads.

Innovative approach to resource management in datacenters using logical processes, enabling rapid resource reassignment and improved efficiency through microsecond-scale proclet migration.

Explore continuous discovery, scalability, and human monitoring in cybersecurity with the OWASP Assimilation Project. Learn about architecture, attack surface analysis, and practical demonstrations.