Context engineering, not just prompt engineering

Every token your AI reads should earn its place.

We design retrieval and fine-tuning systems that cut inference cost and improve reliability — for teams shipping AI at scale.

Tokens cost-per-query focus
Retrieval latency and relevance
Accuracy evaluation-backed
Rollout governance and training
The Problem

Most AI spend is wasted on context, not compute.

Bloated context windows

Windows grow unchecked while token costs climb, with no clear return in accuracy.

Generic RAG

Off-the-shelf vector-store templates ignore your data's actual structure and retrieval needs.

No cost visibility

Teams ship prompting systems without measuring what each token actually costs them.

Model drift and hallucination

Without evaluation baselines, quality erodes silently as usage and data scale.

What We Do

Six disciplines, one objective: precise context, minimal cost.

Smart Context Capture

Pulling the right signals from your source systems, not everything they contain.

Advanced RAG Architecture

Retrieval systems designed around your data's actual structure, not a default template.

LLM Fine-Tuning and Training

Targeted training that replaces bloated prompts with models that know your domain.

Token Spend Analytics

Full visibility into what every token costs, before and after every optimization.

Framework-Agnostic Integration

Drops into your existing stack — any framework, any model provider.

Enterprise Rollout and Training

Governance and evaluation frameworks for teams moving from pilot to production.

How It Works

A disciplined process, not a black box.

01

Map context sources

We instrument your existing pipeline and map every source feeding the model — measuring where tokens, latency, and accuracy are lost.

02

Build the retrieval layer

We redesign retrieval, prompting, and training strategy around the findings — grounded in evaluation, not guesswork.

03

Monitor, train, iterate

We tune, benchmark, and hand off a system your team can maintain, with clear cost and performance baselines.

Illustrative Walkthrough

How a query moves through the system.

context-engine.ts
> query.embed("What's the refund policy for enterprise plans?")
# retrieving from knowledge base...
candidate chunks returned from vector search
# ranking + filtering
✓ top chunks selected · low-relevance results discarded
final context assembled — smaller, higher-signal payload
model response generated
Simplified example for illustration — actual token reduction depends on your data and retrieval setup.
Who We Work With

Engineering teams and technical leaders building production AI.

Engineering Teams

Shipping AI features into production products.

Platform and DevOps

Owning infra cost, reliability, and scale.

Product and Ops

Balancing quality, speed, and unit economics.

Leadership

CTOs and VPs accountable for AI spend and risk.

Why Us

An engineering review, not a sales pitch.

We start with an audit of your existing pipeline, not a product demo. Every recommendation is tied to a measured baseline — token counts, latency, and retrieval accuracy — captured before and after. No case studies with invented numbers, no anonymous testimonials: just the methodology, applied to your system.

Ready to cut your context spend?

Book a demo → Talk to sales