redis-hawk

redis-hawk is an easy-to-use monitoring and visualizing web application for understanding granular key-level details for your Redis deployment.

It can be deployed locally on your desktop or on a server for continuous and remote monitoring of your Redis deployment.

Table of Contents

• Features
• Demo
• Installation
• Configuration
• Feature Roadmap

Features

redis-hawk allows you to monitor the keyspace and its events within all databases of any number of deployed instances.

• View details on every keyspace in your Redis deployment
• View a log of keyspace events occuring in every keyspace
• View graphs to understand both key and event volumes over time
• Utilize flexible filters to filter based on a keyname pattern, specific data type, and/or event type.

Demo

With redis-hawk you can:

Access keyspace information and visualize trends

View all databases for all instances of your deployment

Filter by key names, event types, or data types

Customize your keyspace view

Filter, zoom, and pan through your graphs

Installation

redis-hawk is a web application that you can either run locally or deploy on a server for continuous and remote monitoring.

To install:

npm install

then, either

npm run build
npm start

OR

npm run dev

Then, please configure your redis-hawk monitoring options as decribed in the subsequent Configuration section.

Configuration

Currently, configuration for your redis-hawk monitoring deployment must be managed via a config.json, located in the root directory of the repository. We will aim to support configuration directly via the web application in the near future.

We support connecting via either a host/port combination or via a conenction URL. Using one option is required to monitor an instance.

The config.json defaults to monitoring the default local Redis instance via the following configuration options:

{
  "host": "127.0.0.1",
  "port": 6379,
  "recordKeyspaceHistoryFrequency": 60000
}

Notes:

• If setting recordKeyspaceHistoryFrequency to sub-minute frequencies or deployments with extensively high key volumes, please consider the impact on the performance for both your server and monitored Redis deployment.
  • Every recordKeyspaceHistoryFrequency milliseconds, the server will perform a non-blocking redis SCAN command against each database of the instance to record a snapshot of keyspace details.
  • While the SCAN command is non-blocking and rapid, it may have performance impacts for your Redis deployment if utilized very frequently for larger Redis deployments.
  • For more details on SCAN performance and behavior, please read the Redis documentation.

Feature Roadmap

The development team intends to continue improving redis-hawk and adding more features. Future features will include:

• Ability to configure monitoring preferences directly via the redis-hawk UI.
• Ability to configure maximum volumes of events and keyspace histories to record.
• Additional graphs, such as viewing memory usage by keys over time
• Additional database-level and instance-level metrics, such as overall memory usage and average key TTL
• Performance recommendations based on observed metrics and patterns in your Redis deployment