ABOUT KPI99Performance Architecture for Modern Systems
KPI99 is a consultancy focused on performance engineering and system architecture, dedicated to identifying and resolving performance issues in contemporary cloud and data platforms. We assist engineering teams in uncovering the underlying reasons for latency, instability, and excessive infrastructure costs across distributed systems, large-scale data pipelines, and cloud-native environments. Our primary goal is to enhance system efficiency, scalability, and reliability while avoiding unnecessary infrastructure expansion.
KPI99 possesses extensive expertise in high-throughput and high-volume settings, including JVM-based systems, distributed computing frameworks, and large-scale data platforms. We collaborate closely with engineering teams to assess system performance under load, pinpoint architectural weaknesses, and apply specific optimizations that enhance throughput, latency, and resource efficiency. Our methodology is anchored in the Performance Pressure Index Framework (PPI-F), which provides a structured approach to understanding how architectural choices, infrastructure setups, and workload characteristics contribute to performance pressure in complex systems. This framework helps organizations systematically pinpoint bottlenecks and prioritize enhancements that lead to measurable performance improvements.
KPI99's offerings include:
- Performance health assessments
- Optimization for scale and latency
- Diagnostics for distributed systems
- Analysis of cloud infrastructure efficiency
- Consulting on performance architecture
- Support for performance incidents and emergencies
Our collaborations aim to shift organizations from reactive troubleshooting to proactive performance architecture, ensuring systems stay stable, efficient, and scalable as workloads increase. KPI99 works alongside engineering teams to provide effective, engineering-focused solutions that boost system performance while managing infrastructure costs.
Tech Stack
JavaPythonScalaSQL.NETDjangoNodeJSSpring MVC