ATR-GPT , Tailored to Your Department
Two powerful modes — accurate policy knowledge from official documents, and a smart AI for daily work.
Two powerful modes — accurate policy knowledge from official documents, and a smart AI for daily work.
Company policy answers with cited sources, or a smart AI for daily work — pick what fits.
Your data stays within ATR's infrastructure. No external storage, no third-party sharing.
Get answers in seconds, not hours, drawn directly from 46 official approved policies.
Specialized modes for HR, Finance, Technology, Operations, Legal, and Commercial.
Click your department to see exactly how ATR GPT helps you.
ATR GPT is the internal AI assistant for Akhnaton Trading & Distribution. It lets employees access official company policies accurately, and handle daily work tasks with the help of Claude and GPT models — all within a secure, company-controlled environment.
Policy Mode uses RAG (Retrieval-Augmented Generation). When you ask a question, the system searches a database of 46 official policy documents, then generates an accurate answer with the specific source cited for every piece of information — so you can verify it yourself.
Assistant Mode supports multiple models: Claude Sonnet by Anthropic for complex tasks, GPT-5.4 by OpenAI for creative writing and productivity, and the gpt-image-1 image generation model. Each department is automatically matched to the most suitable model.
Yes. Your data does not leave ATR's infrastructure. Conversations are not used to train external models. Login via your corporate account ensures each employee only accesses what is relevant to them.
You can write emails, reports, and presentations, analyze files and PDFs, ask general questions, write code, generate images, and translate content — all in one place.
Internal chatbot for HR policies and Digital Transformation.
Expanded to HR, Finance, Marketing, Sales, IT, Legal, and more.
Full-capability AI assistant with guaranteed employee data privacy.
Added GPT-5.4, task-based model selection, and image generation.