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Data & Platform

Cloud & Inference Infrastructure

Capacity, latency and cost decided deliberately.

30–60%
Typical inference spend reduction
Per-team
Cost attribution and budgets
Residency
Enforced by architecture

The problem we solve

AI workloads break the assumptions cloud estates were sized against. We design inference infrastructure around your traffic shape and residency rules, then run the FinOps discipline that keeps the bill explainable.

What the work includes

Capacity and traffic planning

Concurrency modelling, autoscaling policy and burst handling based on measured traffic, not averages.

Private model hosting

Open-weight models served in your VPC or on-premise with isolation, quotas and hardened endpoints.

Edge and hybrid inference

On-device and on-site inference where latency, connectivity or privacy makes cloud calls impractical.

AI FinOps

Token and GPU attribution per team, budget alerts, committed-spend planning and unit-cost reporting.

Reliability engineering

Multi-region failover, provider fallback and degradation modes that keep the product usable.

How the engagement runs

A sequence you can plan a quarter around.

  1. 01

    Measure

    Traffic profiling, current spend breakdown and constraint capture.

  2. 02

    Design

    Architecture options with cost, latency and residency trade-offs made explicit.

  3. 03

    Implement

    Build, migration and FinOps reporting handed to your platform team.

Common questions

Before you commit.

Self-host or API?
It depends on volume, residency and how much operations capacity you have. We model both and show the crossover point.
Can you cut costs without a migration?
Usually yes — routing, caching and prompt hygiene typically deliver the first tranche of savings.

Talk through cloud & inference infrastructure.

A 45-minute briefing with the people who would run the work — scope, timeline and a straight answer on whether it is the right next step.

Book a briefing