WORKFLOX Services
Structured, Versioned, Measured — Not Trial and Error
Anyone can type a request into ChatGPT and get a reasonable answer once. Getting a consistent, low-hallucination, on-format answer from an LLM ten thousand times a day in production is a different discipline entirely — one with versioning, regression tests, and measured accuracy, which is what we actually build.
The Challenge
Our Approach
Use Cases
Customer Support Response Drafting
A structured prompt system that drafts support replies grounded strictly in your knowledge base, with schema-validated output and a measured hallucination rate under a defined threshold.
Document Extraction Pipeline
Chain-of-thought prompting that reliably pulls structured fields (amounts, dates, clauses) out of contracts and invoices, evaluated against a labeled test set of real documents.
Sales Qualification Scoring
A versioned prompt pipeline that scores inbound leads consistently, re-evaluated automatically whenever the underlying model is upgraded.
Multilingual Arabic-English Prompt Systems
Prompt structures tuned separately for Arabic and English inputs, since a single prompt template rarely performs equally well across both without dedicated tuning and evaluation.
Internal Knowledge Q&A Accuracy Tuning
Prompt and retrieval-context engineering for an internal Q&A tool, reducing confidently-wrong answers through explicit grounding and refusal instructions.
Code Review Assistant Prompting
Few-shot structured prompts that keep an AI code-review tool's feedback specific and actionable instead of generic boilerplate comments.
Our Process
01
Task & Failure Mode Analysis
We study your specific LLM task and catalog the ways naive prompting currently fails or would fail.
02
Prompt Architecture Design
We design structured templates with explicit context, constraints, few-shot examples, and output schema.
03
Eval Set Construction
We build a labeled test set from real or representative inputs to score prompt performance objectively.
04
Iterative Tuning Against the Eval Harness
We refine prompt variants and measure each change against the eval set before anything is approved.
05
Versioning, Deployment & Monitoring
We deploy the finalized prompt library with version control and set up ongoing monitoring for drift after model upgrades.
Technology
We select the best tool for each job — not the most fashionable one. Every technology choice is justified by your performance, security, and maintainability requirements.
FAQ
Isn't prompt engineering just writing a good ChatGPT prompt?
Writing a one-off prompt for personal use and engineering a prompt system for production are different problems. A production prompt has to hold up across thousands of varied inputs, survive model version upgrades, produce parseable structured output every time, and have its accuracy measured against a test set — not just 'read well' when you try it once.
Why can't we just call the OpenAI or Claude API directly with a simple prompt?
You can, and for a low-stakes internal tool that might be enough. But for anything customer-facing or decision-affecting, a bare prompt with no structure, no few-shot grounding, and no evaluation typically produces inconsistent formatting and a higher, unmeasured hallucination rate. We build the layer around the API call, not just the call itself.
What is a prompt eval harness and do we actually need one?
An eval harness is a labeled test set of representative inputs and expected outputs that automatically scores any prompt change before it ships — similar to a unit test suite for code. If you're shipping prompt changes based on 'it looked fine when I tried it,' you don't have a way to catch regressions, and that's exactly what an eval harness fixes.
How do you reduce hallucinations without fine-tuning a model?
Most hallucination reduction happens at the prompt and architecture level before fine-tuning is even necessary: explicit grounding instructions tied to retrieved source documents, output schema validation that rejects malformed responses, confidence thresholds that route uncertain answers to a human, and few-shot examples that demonstrate the 'I don't know' response when appropriate.
What does a prompt engineering engagement cost?
A focused engagement covering one core workflow — prompt design, few-shot tuning, and a basic eval harness — typically costs $5,400–$13,000. A broader engagement across multiple LLM features with a full versioned prompt library, automated regression testing, and multilingual tuning typically ranges $16,000–$32,500.
WORKFLOX provides prompt engineering as a structured engineering discipline for companies across the USA, Dubai, and Riyadh who have moved past experimenting with AI and need it to behave reliably in front of customers. We don't sell prompt-writing tips — we build versioned prompt libraries, evaluation harnesses, and monitoring so that a prompt that works today keeps working after the underlying model changes underneath it.
A prompt template tuned and evaluated only in English routinely underperforms when the same task runs in Arabic — tone, formality conventions, and even hallucination rates can differ meaningfully between the two languages. For GCC clients, we build and evaluate Arabic and English prompt variants separately rather than assuming a single template will translate cleanly, which is a step many teams skip and pay for later in inconsistent output quality.
Industries We Serve
Industry-Specific Expertise
Ready to Build?
Let's Start With a Free Scoping Call
Tell us what you're building. We'll scope it, advise on the right approach, and give you a fixed-price proposal — no commitment required.
Book a Free CallContact Us
Have a project in mind? Tell us what you're building and we'll get back to you within 12–24 hours with a clear plan.
🔒
100% Confidential
⚡
12–24 Hr Response
🛡️
60-Day Bug Fix
✅
Free Consultation
💬
Start Your Project
Fill in the details below or book a call