AI Tool For Building Codeless AI Models

What is riku.ai?

Riku.ai is a platform designed for building, testing, and launching text-based AI applications without requiring coding skills. It provides access to a diverse array of over 40 large language models, including GPT-4, empowering users to develop customized prompts and datasets. Additionally, Riku.ai facilitates integration with different tools like chatbots, websites, and workflows, with the overarching goal of democratizing AI accessibility and usability for all users.

How much does Riku.ai cost?

Riku.ai offers various pricing plans tailored to accommodate different needs and preferences. The entry-level option, Pro Builder, is priced at $29 per month, providing users with the ability to design, construct, and automate AI applications through a user-friendly drag-and-drop interface. This plan includes unlimited access to GPT-J, 10 public share links, and 200 GPT-J API credits.

For more advanced features, users can opt for the Advanced Builder plan at $49 per month. In addition to the offerings of the Pro Builder plan, the Advanced Builder plan includes 25 public share links, 1000 GPT-J API credits, 500 image credits, and the provision of 2 additional subaccounts. Users can also invite extra team members for $15 per month.

All plans feature a 5-day free trial period and offer no-code fine-tuning capabilities to streamline the AI development process.

What are the benefits of riku.ai?

Using Riku.ai offers several advantages:

1. Access to Over 40 Large Language Models: Riku.ai grants access to a diverse selection of over 40 large language models, including GPT-4, empowering users to create customized prompts and datasets tailored to their specific needs.

2. Visual Drag-and-Drop Interface: The platform provides a user-friendly visual drag-and-drop interface for designing, building, and automating AI applications. This interface caters to various purposes such as content writing, chatbots, and automation, among others.

3. Seamless Integration: Users can effortlessly integrate their AI creations with a variety of tools, including chat platforms, websites, and workflows. Additionally, they can share their AI projects with others using public links or through API integration.

4. Experimentation and Feedback: Riku.ai enables users to experiment with different prompts and models to determine the most suitable ones for their requirements. Moreover, users can gather human feedback and analytics to enhance the performance of their AI applications.

5. Time and Resource Efficiency: Riku.ai's no-code platform streamlines the process of creating and deploying AI, resulting in time, money, and resource savings for users. By eliminating the need for coding, the platform simplifies AI development and deployment processes.

What are the limitations of riku.ai?

Riku.ai comes with several limitations to consider:

1. Lack of Content Filters: The majority of Riku.ai's models lack content filters, which may lead to the generation of inappropriate or harmful content. Users are solely responsible for the content they create and share using Riku.ai.

2. Dependency on External Providers: Riku.ai relies on external providers such as OpenAI and Cohere for its large language models. These providers have their own terms, conditions, pricing, and usage restrictions that users must adhere to. It's advisable to review their policies before utilizing their models on Riku.ai.

3. Maximum Prompt Output: Each model on Riku.ai has a maximum prompt output limit, restricting the number of tokens generated per request. Users must balance the length of their prompts with the desired output to avoid exceeding this limit. A token typically consists of approximately four characters.

4. No-Code Platform Limitations: While Riku.ai offers a no-code platform for simplified AI creation and deployment, it also imposes limitations on customization and fine-tuning options. Users seeking more control and flexibility over their AI may need to explore alternative platforms or tools that require coding skills.

Can I use my own language models with Riku.ai?

Riku.ai serves as a platform enabling the construction, testing, and deployment of text-based AI applications without coding requirements. However, to utilize custom language models within Riku.ai, users must possess coding skills and employ the Riku API. Through the Riku API, users can integrate their personal language models with Riku.ai's platform, gaining access to features like prompt building, integration, and analytics. For further details about the Riku API, users can refer to their website or documentation. Additionally, support assistance is available by contacting their support team.

How can Riku AI enhance business productivity without coding skills?

Riku AI allows businesses to automate tasks and create AI-driven applications without coding expertise. This platform offers a no-code solution enabling users to build chat apps, text apps, image apps, and vision apps efficiently. By automating repetitive work through AI, businesses can redirect their teams' efforts towards more strategic and creative activities, thereby enhancing overall productivity.

What are the key features that make Riku AI a valuable tool for businesses?

Riku AI stands out due to its access to over 40 large language models, offering flexibility for varied AI applications. Key features include a drag-and-drop interface for building custom AI solutions, secure data integration, experimentation with language models for prompt optimization, and real-time deployment of AI applications. These features allow businesses to innovate and automate efficiently without technical complexities.

How does Riku AI ensure seamless integration with existing tools and systems?

Riku AI facilitates integration with existing tools through automation platforms such as Zapier, Make, Sheets, Pabbly, and Airtable. Users can also connect via an easy-to-understand API, allowing seamless integration and data sharing across business systems. This connectivity ensures that AI applications can be effectively embedded into workflows, enhancing the functionality and intelligence of existing business tools and systems.