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Building Business-Ready Generative AI Systems

Building Business-Ready Generative AI Systems

By : Denis Rothman
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Building Business-Ready Generative AI Systems

Building Business-Ready Generative AI Systems

By: Denis Rothman

Overview of this book

Standalone LLMs no longer deliver sufficient business value on their own. This guide moves beyond basic chatbots, showing you how to build agentic, ChatGPT-grade systems capable of sophisticated semantic and sentiment analysis, powered by context engineering. You'll design AI controller architectures with multi-user memory retention to dynamically adapt your system to diverse user and system inputs. You'll architect a Retrieval-Augmented Generation system with Pinecone to combine instruction-driven scenarios. Through context engineering, you’ll minimize token usage, maximize response quality, and create systems that reason across complex tasks with precision. You'll enhance your system’s intelligence with multimodal capabilities—image generation, voice interactions, and machine-driven reasoning—leveraging Chain-of-Thought and context chaining to address cross-domain automation challenges. You'll also integrate OpenAI’s suite and DeepSeek-R1 without disrupting your existing GenAISys ecosystem. With context engineering as the backbone, every step becomes a deliberate act of shaping model behavior. Your GenAISys will apply neuroscience-inspired insights to marketing strategies, predict human mobility, integrate smoothly into human workflows, and connect to live external data, all wrapped in a polished, investor-ready interface.
Table of Contents (14 chapters)
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Summary

In this chapter, we began by recognizing that robust trajectory analysis is essential for applications ranging from deliveries and epidemic forecasting to city-scale planning. Guided by the innovative approach outlined in Tang, P., Yang, C., Xing, T., Xu, X., Jiang, R., and Sezaki, K. (2024), we emphasized the transformative potential of text-based LLMs for mobility prediction. Their framework directed our design of a method capable of intelligently filling gaps in real-time synthetic datasets through carefully structured prompts.

We then built a Python-based trajectory simulator that randomizes movement on a grid, mirroring typical user paths. It assigns day and timeslot indices, which enabled us to capture the temporal aspect of mobility. Critically, we inserted synthetic gaps marked as 999, 999, approximating real-world data dropouts or missing logs. Next, we integrated an orchestrator function that adds instructions with this synthetic data before directing them to...

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