ServicesAI infrastructure

AI infrastructure, measured on your workload.

Training and inference engineering on AWS Trainium and Inferentia with the Neuron SDK, on GPUs when they are the right answer, and on Bedrock when you should not be running the hardware at all.

Who it is forTeams serving models in production whose inference bill is now a budget line, ML platform teams planning capacity, and companies fine-tuning or pre-training their own models.

The problem

Inference is now the largest line in most AI budgets, and most of it runs on hardware chosen when there was no alternative. AWS designs the Trainium and Inferentia accelerators, the NeuronLink interconnect and the Neuron compiler together, which changes the economics for a large share of workloads. Not all of them.

We port the model, benchmark it against your current estate with identical prompts and traffic, and report the numbers. When Neuron wins, we migrate. When it does not, we say so, and you keep the report.

What we deliver

  • Price-performance benchmark: cost per million tokens, throughput, latency, quality parity
  • Neuron compilation and NeuronX Distributed sharding of your models
  • Serving architecture on SageMaker, EKS or Bedrock custom model import
  • Capacity plan and cost model for the next twelve months
  • Fine-tuning and distillation pipelines on Trainium
  • GPU estate review where GPUs remain the right choice

How we work

Profile

Current cost per million tokens, p95 latency and utilisation. The baseline every later decision refers to.

Compile

Port with Neuron, resolve unsupported operators, shard with NeuronX Distributed. Most problems appear here.

Benchmark

Identical prompts and traffic shape, side by side, with quality checked against your evaluation suite.

Transition

Canary traffic, watch the traces, migrate the rest. GPU capacity returns to the workloads that need it.

What backs it

Our Silicon practice is described in full on the home page, including a sample benchmark report. Trainium3 is our reference target for new deployments; Trainium2 and Inferentia2 are mature and widely available.

Common questions

Which models work on Neuron?

Most transformer architectures compile cleanly, including the Llama, Mistral, Qwen and Nova families and standard embedding models. Unusual operators or custom kernels may not; the Compile step finds out in days, not months.

What if our models change every week?

A fast retraining cycle can favour GPUs because every change needs recompiling. We tell you that at Profile stage rather than after a migration.

Do you also work on Azure?

For agents and generative systems, yes. The Silicon practice is AWS-specific because the hardware is.

Talk to an engineer about this

Thirty minutes, no slides. Bring the workload and we will tell you what we would do and what it would cost.

Talk to us[email protected]