How are find and ripgrep scored?

find has an AI score of 7.35/10 and ripgrep has an AI score of 8.68/10. Scores are based on category fit, feature coverage, pricing signals, public reception, and recency.

find vs ripgrep 2026 - Compared

find

ripgrep

WINNER ripgrep

The battle between `ripgrep` and `find` represents a fundamental shift in how developers approach file searching within...

find

7.35 Good

Command Line

emoji_events WINNER

The battle between `ripgrep` and `find` represents a fundamental shift in how developers approach file searching within the command-line ecosystem. Historically, `find` reigned supreme, largely due to its robust capabilities for locating files based on a vast array of criteria modification time, size, owner, and even complex name patterns making it an indispensable tool for system administrators and DevOps professionals managing large-scale deployments. However, `ripgrep` has emerged as a disruptive force, leveraging Rust's performance characteristics to deliver a dramatically faster experience, particularly when searching large codebases or log files. `ripgrep`s intelligent skipping of binary files and directories, combined with its optimized regex engine, routinely achieves speeds several orders of magnitude greater than `find` for simple content searches, often reducing search times from minutes to mere seconds.

While `find` excels at orchestrating actions on identified files executing `rm`, `chmod`, or other commands `ripgrep`s focus remains squarely on rapid content discovery, prioritizing speed and efficiency above all else. Ultimately, the choice isn't a matter of one definitively winning; rather, its a matter of understanding the specific task at hand. For straightforward content searches within code or text, `ripgrep` is the clear champion, offering unparalleled speed and a modern user experience.

However, when complex file manipulation and criteria-based searches are required, `find`s versatility and ability to trigger system-level actions remain essential.

emoji_events Winner: ripgrep

verified Confidence: High

thumbs_up_down Pros & Cons

find

check_circle Pros

Versatile criteria matching (time, size, owner, etc.)
Ability to execute arbitrary commands on results
Standard utility included on most Unix-like systems

cancel Cons

Slower search performance compared to `ripgrep`
Complex command-line syntax
Less efficient for content searching

ripgrep

check_circle Pros

Blazing-fast search performance (up to 10x faster than `find` for simple searches)
Intelligent skipping of binary files and directories
Modern Rust-based implementation
Excellent regular expression support

cancel Cons

Limited command-line options compared to `find`
Less suitable for complex file manipulation tasks

compare Feature Comparison

Feature	find	ripgrep
Regular Expression Matching	find: Supports basic regular expressions, primarily for simple pattern matching.	ripgrep: Supports extended regular expressions with PCRE syntax, offering advanced pattern matching capabilities.
File Type Filtering	find: Requires explicit specification of file types using the `-type` option.	ripgrep: Automatically excludes binary files and directories, significantly reducing search time.
Case-Insensitive Searching	find: Requires using `-iname` option for case-insensitive searching.	ripgrep: Offers a `--ignore-case` flag for case-insensitive searches.
Recursive Searching	find: Supports recursive searching with the `-depth` and `-print` options.	ripgrep: Supports recursive searching of directories with the `-r` flag.
Color Output	find: Typically outputs results in plain text format.	ripgrep: Provides color-coded output for highlighting matches.
Symbolic Links Handling	find: Handles symbolic links based on the `-L` option, which can impact performance.	ripgrep: Handles symbolic links intelligently, following them or ignoring them based on the `-follow` flag.

payments Pricing

find

Included with most Unix-like systems

Good Value

ripgrep

Free (Open Source)

Excellent Value

difference Key Differences

find ripgrep

finds core strength is its versatility and control over the filesystem. Its designed for locating files based on a wide range of criteria time, size, owner, and complex patterns and, crucially, for executing commands on those files. This makes it a powerful tool for system administration and automation tasks beyond simple content searching.

Core Strength

ripgrep's core strength lies in its speed and efficiency for content searching. Its built from the ground up with performance in mind, utilizing Rust's concurrency features and a highly optimized regex engine. This translates to significantly faster search times, especially when dealing with large files or directories, often achieving speeds 5-10x faster than `find` for basic searches.

finds performance is heavily dependent on the filesystem and the complexity of the search criteria. While optimized, it typically achieves speeds of 2-5 MB/s for simple searches, and performance degrades significantly with complex criteria or large datasets.

Performance

ripgrep boasts an average search speed of 10-20 MB/s on modern hardware, often scaling linearly with CPU cores. Its intelligent skipping of binary files and directories dramatically reduces the amount of data it needs to process, contributing significantly to its speed advantage.

find is a standard Unix utility, included by default on most Linux and macOS systems. While valuable, its performance limitations can impact productivity in large-scale searches.

Value for Money

ripgrep is open-source and free to use, with no licensing costs. Its performance gains translate directly into increased developer productivity and reduced operational overhead, representing a significant return on investment.

finds command-line syntax can be complex, particularly when using advanced options or combining multiple criteria. A steeper learning curve is associated with mastering its full capabilities.

Ease of Use

ripgrep has a relatively simple command-line interface, making it easy to learn and use for basic searches. Its defaults are sensible, and it integrates seamlessly with common shell environments.

find is best suited for system administration tasks, file cleanup, and auditing where precise control over file selection and manipulation is required.

Best For

ripgrep is best suited for quickly locating specific content within codebases, log files, or other text-based data where speed is paramount.

finds regular expression support is more basic and less performant, primarily intended for simple pattern matching. Its not designed for complex or computationally intensive regex operations.

Regular Expression Support

ripgrep offers robust and highly optimized regular expression support, allowing for complex pattern matching with minimal overhead. It supports extended regular expressions and offers features like case-insensitive searching.

help When to Choose

find

If you require precise control over file selection based on complex criteria.
If you need to execute commands on identified files.
If you are performing system administration tasks or file cleanup.

ripgrep

If you prioritize rapid content discovery within large codebases or log files.
If you need to quickly locate specific patterns or keywords.
If you choose ripgrep if performance is your primary concern.

description Overview

find

The find utility is the definitive tool for locating files and directories based on complex criteria like modification time, owner, size, or name pattern. While `ls` shows what's there now, `find` allows you to execute actions (like `rm` or `chmod`) on groups of files matching specific criteria across the entire filesystem, making it vital for system maintenance and cleanup scripts.

ripgrep

ripgrep (rg) is a modern, blazing-fast utility for recursively searching content in files. It is significantly faster than traditional `grep` because it is written in Rust and intelligently skips binary files and directories. For any task involving searching massive codebases or log files, rg provides near-instantaneous results, making it a massive productivity booster over older tools.