bamboohr-cost-tuning

name	bamboohr-cost-tuning
description	Optimize BambooHR integration costs through request reduction, caching, and usage monitoring. Use when analyzing API usage patterns, reducing unnecessary calls, or implementing request budgets. Trigger with phrases like "bamboohr cost", "bamboohr usage", "reduce bamboohr calls", "bamboohr optimization", "bamboohr budget".
allowed-tools	Read, Grep
version	1.0.0
license	MIT
author	Jeremy Longshore <[e-mail]>
tags	["saas","hr","bamboohr","optimization"]
compatible-with	claude-code

BambooHR Cost Tuning

Overview

BambooHR pricing is per-employee-per-month (not per-API-call), but excessive API usage triggers rate limiting (503 errors) which causes sync failures and operational issues. This skill covers reducing API call volume, monitoring usage, and building efficient sync patterns.

Prerequisites

• BambooHR integration in production
• Understanding of current API usage patterns
• Application logging capturing API calls

Instructions

Step 1: Understand BambooHR Pricing

BambooHR charges by employee count, not API calls:

Plan	Pricing Model	API Access
Essentials	Per employee/month	Full REST API
Advantage	Per employee/month	Full REST API + advanced reports
Custom/Enterprise	Negotiated	Full API + dedicated support

Key insight: API call volume does not directly affect your bill, but hitting rate limits causes operational failures. Optimize for reliability, not cost.

Step 2: Audit Current API Usage

// Instrument your client to log all API calls
class InstrumentedBambooHRClient {
  private callLog: { endpoint: string; method: string; timestamp: number; durationMs: number }[] = [];

  async request<T>(method: string, path: string, body?: unknown): Promise<T> {
    const start = Date.now();
    const result =  ..<T>(method, path, body);
    ..({
      : path.()[], 
      method,
      : start,
      : .() - start,
    });
     result;
  }

  ():  {
    
     byEndpoint =  <, >();
     ( call  .) {
       key = ;
      byEndpoint.(key, (byEndpoint.(key) || ) + );
    }

    .();
    .();
    .();
    .();
     ( [endpoint, count]  [...byEndpoint.()].( b[] - a[])) {
       pct = ((count / ..) * ).();
      .();
    }
  }
}