Search Results for "memory"

Fluent Bit is a super-fast, lightweight, and highly scalable logging and metrics processor and forwarder. It is the preferred choice for cloud and containerized environments. A robust, lightweight, and portable architecture for high throughput with low CPU and memory usage from any data source to any destination. Proven across distributed cloud and container environments. Highly available with I/O handlers to store data for disaster recovery. Granular management of data parsing and routing. Filtering and enrichment to optimize security and minimize cost. The lightweight, asynchronous design optimizes resource usage: CPU, memory, disk I/O, network. ...

collectd is a system information collection daemon designed to gather performance and operational metrics from computers, servers, and networked environments. It periodically collects data such as CPU usage, memory utilization, disk activity, network traffic, system load, hardware sensor readings, and application statistics. The platform supports a large plugin ecosystem, allowing it to monitor services like Apache, Nginx, MySQL, PostgreSQL, Redis, SNMP devices, virtual machines, and many other systems. Collected values can be stored, forwarded, logged, or exported to tools such as Graphite, Prometheus, Kafka, MQTT, RRDTool, and other monitoring destinations. collectd is built for efficient daemon-based operation, using caching, multithreading, and plugin-based processing to reduce system overhead. ...

IdeaConnect C++ CPU and Memory monitor is a simple tool written in C plus plus which monitors CPU and Memory usage on a Linux-based server and exposes the data through a simple UDP server allowing to create a variety of monitoring applications like dedicated dashboards.

Status Module is a daemon which forwards vital system information (memory usage, active processes, etc.) into the kernel logs by using a kernel module. This is very useful for logging or security purposes.

The PagingMon (Paging Monitor) project aims to provide a *real time* visualization of page-in and page-out activities in a virtual memory system. The name comes from PokeMon, which is a popular Japanese cartoon.