Fork.ai
AeroLeads
BuiltWith
Wappalyzer
Apollo.io
Argorant
WhatRuns
VeriMails
C (programming language)
Python
C++
Java
C#
Rust
Go Programming Language
PHP
Find out the technology stack of any Mobile App from Google Play & App Store. Create lists of App Leads that use certain technologies, and help you reach out with company and contact details. Use Fork for Lead Generation, Sales Prospecting, Competitor Research, and Partnership Discovery.
Fork.ai
C (programming language)Fork.ai is recommended for businesses and professionals who need to streamline processes, increase efficiency, and leverage data-driven insights. It is particularly suited for industries where automation and AI can deliver significant improvements, such as in finance, supply chain management, and customer service.
Fork.ai's answer
Fork.ai's answer
Fork.ai's answer
Fork AI's primary audience is the technology provider's Go-To-Marketing teams, we provide them with the most accurate lead generation and competitive strategy analysis tool.
Fork.ai's answer
Fork AI provides the most complete technology SDKs with industry category standards. Universal search across App Store & Google Play, Apps and its Publishers, get a perfect and complete match for your target.
Fork.ai's answer
Fork AI provides the most complete technology SDKs with industry category standards.
Fork AI provides the most accurate SDK identify technologies for App leads demand generation.
AeroLeads - AeroLeads is a lead generation software which finds prospects with email and phone number.
Python - Python is a clear and powerful object-oriented programming language, comparable to Perl, Ruby, Scheme, or Java.
BuiltWith - Find out the technology behind websites
C++ - Has imperative, object-oriented and generic programming features, while also providing the facilities for low level memory manipulation
Wappalyzer - Wappalyzer is a technology profilers and leads data provider. Create lists of websites and contacts that use certain technologies.
Java - A concurrent, class-based, object-oriented, language specifically designed to have as few implementation dependencies as possible