Multimodal data pipelines to drive all of your
AI Workflows

Securely leverage data from any source to deliver RAG, reinforcement learning or fine tuning workflows that unlock the power of AI for your organization.

Consume Data from any source with streaming data processing or scheduled batches

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Step 1

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Step 2

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Ste 3

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Feture List Headline

Real-Time Collaboration

Enable developers to collaborate seamlessly on code projects, with features like version control, code sharing, and synchronized development environments.

Code Refactoring

Automatically optimize and restructure existing code for better performance, maintainability, and adherence to coding standards

Documentation Assistance

Generate in-line comments, documentation, and explanations to improve code readability and make it easier for developers to understand and maintain.

Code Debugging

Detect and highlight potential issues, errors, or inefficiencies in your code, making it easier to identify and resolve problems.

Intelligent Code

Enhance your coding speed and accuracy with context-aware code suggestions and auto-completion recommendations.

Auto Code Generation

Automatically generate code snippets, functions, or even entire modules based on your requirements, reducing coding time significantly.

Value Statement 1

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FAQs

Learn more about why our customer's work with fourthlock  data pipelines

Why do we need a RAG Pipeline?
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Retrieval-augmented generation (RAG) is a technique that provides generative AI large language models (LLMs) with additional data so they can deliver more relevant and useful results. As business users deepen their use of generative AI for solving real problems related to their organizatons, they often find themselves frustrated by incorrect or irrelevant answers returned by an LLM. RAG can minimize these frustrations by improving the overall quality and relevance of generative AI results by incorporating information from the organization's internal knowledge bases, document repositories and other sources.

How Does Retrieval Augmented Generation Work?
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A RAG pipeline is designed to give additional context to an LLM which can be used to augment its completions. When a user query is submitted, the content of the query is passed through a retrieval process which pulls relevant information from a specified data source (knowledge base). This information, along with the user query, is then incorporated into a prompt template which contains respective placeholders and instructions for the LLM. The LLM then processes the enriched template and generates a contextually enhanced response which is returned to the user.
How do we deploy a fourthlock pipeline?
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FourthLock pipelines are easy to install on the hardware of your choosing. Simply provision resources on servers that you manage on-premise or through the cloud provider of your choice. We provide the deployment deployments assets needed to depoy and manage your pipeline in a scalable Kubernetes cluster.

How is our data kept secure?
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Our unified permission gateway tracks data lineage for all data sources and ensures that stringent security and governance controls are enforced at all pipeline stages. All output data formats include lineage tagging for enforcement of access controls. It's also important to note that since your entire FourthLock pipeline is deployed on your hardware, your data is never exposed to external services unless you choose to enable external access. FourthLock pipelines can be deployed can managed on fully air-gapped architectures.

Do I need multiple pipelines for different data sources.
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FourthLock pipelines are structured to handle multiple inputs of batch and streaming data an can output to multiple targets to support AI applications, analytics other operational needs. Most organizations start with one pipeline for multiple purposes within a given network topology. Additional pipelines can always be added based on the needs of each operation as customers scale their usage.

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