Neural Wave Q&A
What is Neural Wave?
Neural Wave is a B2B SaaS platform that simplifies automation by enabling businesses of all sizes to automate tasks using plain language instructions. It utilizes Generative AI to eliminate the need for technical expertise and expensive RPA development. Users can automate tasks on any software applications and process structured and unstructured documents.
How to use Neural Wave?
To use Neural Wave, simply explain the task you want to automate in plain language. You don't need any technical skills or RPA development expertise. The custom Large Language Model (LLM) powered by Generative AI understands and executes the instructions. It can automate tasks on software applications and process structured and unstructured documents. No coding or APIs are required.
How does Neural Wave simplify automation?
Neural Wave simplifies automation by allowing businesses to automate tasks using plain language instructions. You don't need technical skills or expensive RPA development. The Generative AI-powered tool can understand and execute tasks on any software applications.
What kind of documents can Neural Wave process?
Neural Wave can process both structured and unstructured documents. It can extract data from invoices, retrieve information from bank statements, and more.
Can Neural Wave automate tasks without APIs?
Yes, Neural Wave's custom Large Language Model (LLM) can automate tasks on software applications both with and without APIs. You can perform various automation tasks without needing complex technical integrations.
Is coding required to use Neural Wave?
No, no coding is required to use Neural Wave. You can automate tasks by simply explaining them in plain language instructions.
Neural Wave's Core Features
Neural Wave's Use Cases
Neural Wave Traffic
Monthly Visits: 6.3K
Avg.Visit Duration: 00:00:00
Page per Visit: 0.00
Bounce Rate: 0.00%
Feb 2023 - Mar 2024 All Traffic
Geography
Top 5 Regions Indonesia: 22.15%
Ukiain: 17.61%
United States: 17.51%
India: 12.79%
Taiwan: 12.24%
Neural Wave Categories: Large Language Models (LLMs)