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Service

ML pipelines that hold under load.

A model is 5% of an ML system. We build the other 95% — feature pipelines, reproducible training, deployment automation, monitoring — so your data scientists ship instead of firefighting.

quantpi · service/telemetry
$ service.describe()
inference cost reduction: up to 68% · uptime: 99.9%
ip transfer: complete · lock-in: none
delivery: hyderabad · timezone overlap: US/EU
# every claim on this page is contractually testable
SYS/01The problem

Models decay. Pipelines break. Most teams find out from users.

The median enterprise model takes months to reach production and degrades silently once there. The cause is rarely the model — it's missing infrastructure: no feature lineage, no retraining triggers, no drift detection, manual deployments. MLOps is the difference between a model and an asset.

SYS/02What we build

Capabilities

Feature & data pipelines

Versioned, tested, monitored feature pipelines with lineage. Training-serving skew eliminated by construction, not by debugging.

skew: eliminated by design

Training infrastructure

Reproducible training with experiment tracking, hyperparameter management, and spot-instance orchestration that cuts compute bills.

tracking: MLflow

Deployment automation

Models ship through CI/CD with automated validation gates — shadow deployment, A/B rollout, instant rollback.

rollback: < 60 seconds

Drift & quality monitoring

Input drift, prediction drift, and performance decay detected and alerted before users notice. Retraining triggers wired to thresholds.

detection: pre-user

Inference optimization

Quantization, batching, distillation, and right-sized serving. We've cut inference bills by 68% without measurable quality loss.

savings: measured, not claimed

Platform & team enablement

We build the platform and train your team on it. The goal is your independence, not our retainer.

handover: deliberate
SYS/03How we work

The approach

A sequence, because the order is the point: each phase gates the next on evidence.

01 /

Audit

Two weeks mapping your current path from data to prediction: where time goes, where failures hide, what breaks at 10x scale.

02 /

Platform foundations

Feature store, experiment tracking, model registry, CI/CD skeleton — the rails everything else runs on.

03 /

Migrate & automate

Existing models moved onto the platform with validation gates, monitoring, and automated retraining where it pays for itself.

04 /

Optimize & transfer

Inference cost tuning, load testing, runbooks, and structured team handover.

SYS/04What you receive

Deliverables

  • End-to-end ML platform (IaC, fully owned)
  • Feature pipelines with lineage and tests
  • CI/CD with automated model validation gates
  • Drift monitoring and alerting stack
  • Inference cost optimization report
  • Experiment tracking and model registry
  • Retraining automation where justified
  • Runbooks + team training program
Working stack
PyTorchscikit-learnMLflowKubeflowAirflowONNXTritonKubernetesTerraformPrometheusGrafanaFeast
SYS/05Questions, answered straight

FAQ

We have models in notebooks. Where do we start?
With the audit. Most teams need three things first: reproducible training, a deployment path with validation gates, and basic drift monitoring. That foundation typically takes 6–8 weeks and immediately stops the bleeding.
How do you cut inference costs by 68%?
That figure comes from a real engagement combining INT8 quantization, dynamic batching, and right-sizing from GPU to CPU for models that didn't need GPUs. Your number depends on your stack — we model it during the audit before promising anything.
Do you work with our existing cloud and tools?
Yes. We're strongest on Azure and AWS, fluent on GCP, and we build on your existing investments — we adapt the platform to your stack rather than forcing a migration.
What's the difference between MLOps and DevOps?
MLOps adds what code-only pipelines lack: data versioning, model validation (beyond unit tests), drift monitoring, and retraining loops. Models fail differently than code — silently and statistically — so the operational tooling must be different too.

Ship AI that earns its place in production.

Tell us what you're building. We'll tell you, candidly, how we'd build it — architecture, timeline, and cost.

Average first response: under 24 hours · straight engineering answers, no pitch theatre