AI Application Inference

Production-grade inference infrastructure for RAG, agents, and multimodal apps.

Serving large models in production is a different problem than training them. Our inference solution stitches together the right hardware tier, the right scheduler, and the right observability for predictable latency at any scale.

Background & challenges

Single agent workflows can call the model dozens of times per user interaction.
Cross-region inference adds latency. Capacity must be near the user.
Mixing short and long requests on the same GPU tanks p99 latency without careful batching.

Architecture components

Distributed inference network

Regional PoPs with anycast routing and fail-over.

Tuned servers

vLLM, TensorRT-LLM, SGLang — continuously benchmarked on every SKU.

Dynamic scheduling

Token-aware routing, KV-cache prefill pools, speculative decoding.

Implementation steps

  1. 1

    Workload audit

    Characterize your traffic, model mix, and latency SLOs.

  2. 2

    Solution design

    Choose the right GPU tier (H20 / L40 / H200) and serving stack.

  3. 3

    Integration & optimization

    Deploy serving, apply quantization and speculative decoding, validate quality.

  4. 4

    Training & inference hand-off

    Automate model promotion from lab to production.

  5. 5

    Monitoring & maintenance

    Real-time p99, token/s, and cost-per-request dashboards.

  6. 6

    Continuous improvement

    Quarterly model/SKU review — swap in new hardware as it lands.

Advantages & value

  • Improved inference throughput — up to 3× via quantization + speculative decoding.
  • Reduced cost per million tokens by matching model size to the right SKU.
  • Elastic capacity that scales with your traffic curve.
  • Higher availability: multi-region serving with automatic fail-over.
  • Accelerated time-to-production for new AI features.

Let's architect your deployment

Our solutions team will scope, price, and stand up the infrastructure for you.

Talk to a solutions architect