Tabnine

Tabnine is an AI-powered code assistant that enhances software development by providing real-time predictive code completions. It supports a wide array of programming languages and integrates with numerous IDEs to increase coding efficiency.

Category: Code Autocompletion
📝 Description: Tabnine is an AI-powered code assistant that enhances software development by providing real-time predictive code completions. It supports a wide array of programming languages and integrates with numerous IDEs to increase coding efficiency.
👤 Creator: Codota
🏠 Supports Local Model: No
📴 Supports Offline Use: No

Supported IDEs / editors

vs_code logovs_code
jetbrains logojetbrains
neovim logoneovim
visual_studio logovisual_studio
vim logovim
emacs logoemacs
intellij logointellij

Multi-Language Development Support4 languages

Accelerate your development across multiple programming languages to build integrated systems with consistent patterns.

Language Coverage100%
Python logo
Python
Javascript logo
Javascript
Java logo
Java
Cpp logo
Cpp

Your Team Will Benefit From:

  • Write code patterns that work consistently across 4 languages
  • Reduce context-switching between different development environments
  • Accelerate polyglot architecture implementation by 40%

Investment OptionsFree - $39/mo

Pricing Model
subscription
Free Tier Available
Discounts
10% off for annual subscription
Payment Methods
Credit CardPayPal

Basic

Free
Great for trying out the platform
Most Popular

Pro

$12 per month per seat
Perfect for professionals and teams

Enterprise

$39 per month per seat
For organizations with custom requirements

Prices shown are for reference only. Pricing may vary based on usage volume, contract length, and enterprise requirements. Contact the vendor for detailed pricing information.

Open Source Architecture0% open

Open source components allow for greater customization, security auditing, and community-driven improvements.

Client

Proprietary

Backend

Proprietary

Model

Proprietary
Business Impact:Limited customization with significant vendor dependency