Akkio

Akkio is a predictive AI platform with a quick and scalable decision making engine. It is a low-code/no-code platform that enables users to build and deploy predictive models without writing code. It is available as a cloud-based platform and offers a variety of features. Akkio is a powerful and easy-to-use low-code/no-code AI platform. It is a great choice for businesses of all sizes that want to use AI to improve their business operations.

• Visual drag-and-drop interface: Akkio's visual drag-and-drop interface makes it easy to build and deploy predictive models without writing code.
• Pre-built machine learning algorithms: Akkio includes a library of pre-built machine learning algorithms that can be used to solve a wide range of business problems.
• Automatic data preparation and feature engineering: Akkio automatically prepares data and performs feature engineering, which saves users a lot of time and effort.
• Model selection and hyperparameter tuning: Akkio helps users to select and tune the best machine learning model for their data.
• Model deployment and monitoring: Akkio makes it easy to deploy and monitor machine learning models to production environments.

Akkio offers a free plan and a paid plan. The free plan includes all of the essential features of Akkio, such as the ability to build and deploy predictive models without writing code. The paid plan offers:

• Starter: Starts at $49 per month per user. Offers up to 1M rows of data, 10K actions monthly, Basic ML modeling types like classification and regression, and Connect data from a wide variety of sources.
• Professional: Starts at $499 per month for 5 users. Offers Up to 10M rows of data up to 1M actions monthly, Onboarding, email, and chat support.
• Business: Starts at $1499 per month for 10 users. Offer up to 100M rows of data, 25M actions monthly, White labeling, expert ML support.
• Enterprise: For enterprises with unique needs Contact them for pricing. Offer unlimited users, unlimited data, actions, dedicated solution architect, and compute instances.