AI/ML

The most common AI implementation challenges and how to address them

From data cleanups to GPU allocation limitations, explore the real-world operational bottlenecks engineering teams face and how to fix them.

Written by:
Tomasz Hankein

Tomasz Hanke

Chief Technology Officer

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The most common AI implementation challenges and how to address them

Key takeaways

  • Clean text parsing is required before embedding unstructured documents.
  • Semantic caching reduces API costs and bypasses token throttling limits.

Messy format cleaning

Proprietary enterprise documents (like PDFs, Excel sheets, and scan images) are messy. Developers should implement structured parsing pipelines (e.g., using Python-based document processors) before loading text into embedding algorithms.

API throttle management

Directly querying public models can quickly exhaust rate limits and spike bills. Mitigate this by utilizing semantic caching to resolve matching requests instantly, and implementing fallback models for simpler tasks.

Quantization benefits

Securing high-tier GPUs (like H100s) for private model hosting can be difficult. Quantizing models (e.g., to 4-bit) allows them to run on cheaper, more available GPU setups with minimal loss in precision.

Next steps

Adopt hybrid search patterns combining semantic vector searches with standard keyword query indexing to boost relevance.

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