What to Expect from GetWrangler

Savings depend on your workload. Here is an honest breakdown.

How Savings Are Generated

GetWrangler uses four mechanisms to reduce your AI costs. Three are live today. One is coming soon.

Live Today
Deterministic Handlers
Zero LLM cost. Math, lookups, and pattern-matched queries answered instantly by GetWrangler's handler library — no model call required. Fastest possible response, lowest possible cost.
Live Today
Semantic Cache
Zero LLM cost on repeated or semantically similar queries. The cache recognizes questions that mean the same thing even when phrased differently, serving the stored answer at zero cost.
Live Today
Tier Routing
40–70% cost reduction by routing each request to the least-expensive model that can handle the task. A classifier scores the complexity, a tier router selects the model, and quality is verified against baseline.
Coming Soon
Workload Mining
Identifies repetitive AI tasks in your traffic and automatically converts them to permanent deterministic handlers — driving LLM cost to zero for entire categories of requests over time.

* GetWrangler provides access to major frontier models (Claude, GPT-4o, Gemini) via a client-owned Abacus.ai account, plus native direct endpoint support for Anthropic, OpenAI, and Google APIs via vault-stored keys and custom endpoints.

Savings by Workload Type

Savings vary significantly by task. High-repetition and structured workloads save the most. Complex reasoning and architecture work saves the least — those tasks genuinely need a strong model.

Table A — Code & Development Workloads

The ranges below apply to code-related tasks running through your own API-integrated product — for example, a code review, documentation, or debugging feature you've built and call directly with your API key. If you're tracking spend from coding assistants like GitHub Copilot CLI, Cursor, Claude Code, or Codex CLI instead, see the Coding Tools Guide — routing and savings behavior differs there.

Task type Typical savings Primary mechanism
Boilerplate generation 60–75% Cache + tier routing
Code review / lint 40–60% Tier routing
Documentation generation 50–70% Cache + tier routing
Debugging assistance 20–35% Tier routing (complex)
Architecture decisions 10–20% Strong model required
Table B — Informational Workloads
Task type Typical savings Primary mechanism
FAQ / repeated questions 70–90% Very high cache hit rate
Policy / procedure lookup 65–85% Cache + deterministic
Data lookup / calculations 80–95% Deterministic territory
Summarization 40–60% Tier routing
Analysis / reasoning 15–30% Strong model required

Blended Enterprise Averages

Most enterprise environments have mixed workloads. Here is what blended savings look like across workload profiles.

Expected savings range by workload mix

Pure informational workloads 60–80%
Mixed development workloads* 35–55%
Heavy reasoning / analysis 15–25%
Blended enterprise average 40–65%
Education / K-12 (high repetition) Up to 85%

* Reflects code-related tasks running through your own API-integrated product, not third-party coding assistants like GitHub Copilot CLI, Cursor, Claude Code, or Codex CLI — see the Coding Tools Guide for how routing and savings differ there.

The Evaluation Promise

During your 14-day shadow mode evaluation, GetWrangler analyzes your actual request patterns and shows you exactly what savings are achievable for your specific workload — before you pay anything or activate live routing.

The ranges above are industry averages. Your evaluation replaces them with your actual numbers. If the projections are not compelling for your use case, you have lost nothing.

Start your free 14-day evaluation →

What "Verified Savings" Means

Definition

Verified savings = baseline cost (established during shadow mode) minus actual cost after GetWrangler optimization.

Every saving is logged in an auditable ledger you can export and verify independently. The ledger records the timestamp, handler type, baseline cost, actual cost, and verified saving for every request. Nothing is estimated or extrapolated after the fact.

GetWrangler is designed to support a jointly auditable savings ledger — you should never have to take our word for it.

Cost Attribution and Chargeback

GetWrangler's token system does more than route API calls — it creates a complete attribution record for every request. Each token represents a developer, team, project, or client. Every API call made through that token is logged with full cost and usage detail, making AI spend visible, attributable, and recoverable for the first time.

How it works

Common chargeback scenarios

Getting your reports

Performance reports are delivered automatically on your chosen schedule (weekly by default). You can also export per-token usage at any time from the API Tokens section of your dashboard — click the export icon next to any token to download a CSV covering any date range. Report frequency and billing contact settings are managed under Report Preferences on your dashboard.

Savings will show $0 for tokens in bypass mode — this is correct and expected. The value is attribution and visibility, not cost optimization.