Agentic Engineering

Scale agent workflows without scaling token burn.

Teams are past the demo phase. The question is how to wire agents into engineering with predictable cost, clear options, and line of sight from token spend to outcome. We help you find the cost opportunity — and build the operating layer to capture it.

Token efficiency Options analysis Cost observability

The problem

Agent adoption outpaced agent economics.

Coding agents, review bots, and ops assistants are live — but most teams cannot explain what they spend, why it is growing, or which workflows are worth scaling.

Ungoverned context

Agents load full repos, long traces, and redundant docs into every call — multiplying tokens without improving output.

Tool sprawl

Overlapping assistants across teams duplicate spend and context with no shared eval or guardrail layer.

No cost attribution

Leadership sees a rising inference bill but cannot tie spend to workflows, teams, or releases.

Options and cost

Three paths — with very different cost curves.

The same agentic outcome can be reached through self-serve tooling, a platform bet, or embedded engineering. We help you compare the tradeoffs honestly — then build what fits your SDLC and cost targets.

Option A

Self-serve tooling

Fast to start. Every team picks its own assistants and agents.

  • Low upfront cost, high variance
  • Duplicate context and token spend
  • No shared eval or guardrail layer

Option B

Platform purchase

Consolidate on a vendor suite for coding, review, or ops agents.

  • Predictable subscription, less custom fit
  • Still needs integration into your pipelines
  • Cost opaque at the workflow level

Option C

Forward-deployed engineering

Build the operating layer in your environment — tuned to your codebase, policies, and cost targets.

  • Token efficiency designed into context and routing
  • Eval-gated loops — fewer expensive retries
  • Cost observability per workflow and team

Token efficiency

Where the cost opportunity actually lives.

Token efficiency is not a prompt hack. It is architecture — what context agents see, which models run which steps, and how you measure cost against quality before you scale.

Context design

Load only what the task needs — repo slices, traces, and policies — instead of shipping the whole codebase into every call.

Model routing

Route lightweight steps to smaller models and reserve frontier models for decisions that actually need them.

Caching and retrieval

Reuse embeddings, summaries, and tool results so agents are not re-reading the same material on every loop.

Cost observability

Attribute token spend to workflows, teams, and releases — and gate expensive paths behind evals before they reach production.

What we deliver

From cost assessment to operating discipline.

Engagements typically start with a baseline — where tokens go today, which options fit your team, and what to build first for the highest return.

Spend baseline and options map

Inventory current agent tooling, token patterns, and the build-vs-buy tradeoffs for your SDLC — with clear cost and fit criteria.

Context and routing architecture

Design what agents load, which models run which steps, and where caching and retrieval cut repeat spend.

Cost and quality dashboards

Metrics leadership can use — cost per workflow, quality per eval, and guardrails that stop runaway loops before the bill arrives.

Next step

Token spend climbing faster than output? Let's map the opportunity.