Export CRM
Order tracking and documentation workflows for exporters — the structured operational data that automation has to read from to answer anything usefully.
Visit siteServing the UAE
EasyWork Solutions builds AI automation for UAE businesses from Surat, India. The honest starting point for this market is that Arabic language automation is harder than vendors generally admit, and the difference between a deployment that works and one that quietly annoys your customers is whether that was acknowledged before the build or discovered after it.
AI automation for UAE businesses most often means Arabic and English customer handling over WhatsApp. The difficulty is that written Arabic in customer messages is rarely the formal Arabic models handle best — it is Gulf dialect, Latin-script Arabizi, or a mixture of Arabic and English in one sentence. Measuring accuracy on your own real message history, before committing, is the step that decides the outcome.
Language models handle Modern Standard Arabic reasonably well. It is the formal register — the Arabic of news broadcasts, official documents and written correspondence — and there is a great deal of it in training data. It is also not what most people type into a chat window.
What arrives in a UAE business inbox is Gulf dialect, which differs from Modern Standard Arabic in vocabulary, grammar and spelling conventions, and which is itself not uniform across the region. Add the customers writing in Egyptian or Levantine dialect, which are widely understood here and structurally different again, and you have several varieties reaching the same automation.
The consequence is that a vendor demonstration in formal Arabic tells you almost nothing about how a system will perform on your actual messages. This is why we insist on evaluating against a real sample of your own conversation history, broken down by language variety, before anyone commits to a build. Sometimes the result supports the project. Sometimes it shows the accuracy on dialect messages is not good enough for the use case, and knowing that in week one is worth considerably more than a successful demo.
Two further patterns are entirely normal here and break systems that were not designed for them. The first is Arabizi: Arabic written in Latin characters, using digits for sounds Latin script lacks — the 3, the 7, the 2 that appear inside words. It is widespread, informal, and has no standard spelling, so the same word may arrive several different ways from several different customers.
The second is code-switching: a single message containing Arabic and English, often mid-sentence, often with the product name or technical term in English and the rest in Arabic. This is not a customer being unusual, it is how a large part of this market writes, and a system that detects one language per message and routes accordingly will misclassify a substantial share of its traffic.
Handling this well is less about a clever model and more about not making brittle assumptions. Do not detect language once and lock it in. Do not normalise messages in a way that destroys the information. Do measure accuracy separately for formal Arabic, dialect, Arabizi and mixed messages, because a single blended accuracy figure hides exactly the failure you care about — and reply in the language and script the customer used, since answering Arabizi with formal Arabic reads as a machine that did not understand.
In most markets we would discuss whether automation belongs on the website, in email or in a support tool. Here the conversation usually starts and ends with WhatsApp, which is where a great deal of commercial conversation in this region actually happens, for businesses of every size.
That has real design consequences. WhatsApp conversations are long-lived and persistent — the customer can see everything the automation said three months ago, which raises the cost of a confidently wrong answer. Business messaging on the platform has its own rules about templates, session windows and what can be sent when, which constrain what a proactive automation can do. And the customer expects a human on the other end, because that is what the channel has always meant to them.
The practical shape that works is an automation that handles the genuinely repetitive volume — order status, opening hours, availability, document requests — and hands over cleanly and quickly the moment it is out of depth. Not a system that tries three times to reinterpret the question before admitting it cannot help, which is the pattern that makes customers hate chatbots and is entirely a design choice rather than a model limitation.
The pattern we see most often is an automation that is approved on build cost and becomes a problem on running cost. Model usage is billed per token, and a conversation costs far more than a single exchange: the system prompt is resent, conversation history accumulates, retrieved documents are included, and retries after a failed response cost as much as the original.
So before we build anything we model the running cost against your actual volumes — messages per month, average conversation length, how much context each turn carries, and a realistic retry rate. In AED, monthly, at your real numbers rather than at a demonstration's.
That figure changes decisions, and it should. Sometimes it shows the automation pays for itself several times over and the project is obviously worth doing. Sometimes it shows the cost per conversation approaches what a person costs, at which point the honest recommendation is a better-designed form, a clearer FAQ or a search improvement rather than a model. We would rather have that conversation before you have paid for a build than after.
There are uses we decline in this market, and stating them is more useful than a capability list. We do not build automation that generates religious guidance or content touching on religious practice. The consequences of a fluent, confident, wrong answer in that domain are not commercial and are not ours to risk on your behalf.
We are cautious about fully automated decisions that materially affect someone — a rejected application, a cancelled account, a refused claim — without a person in the loop. In a market where a large proportion of your customers are working in a second language and may already find institutional processes opaque, an unexplained automated refusal is a poor outcome for them and a reputational problem for you.
And we will say when a rules-based system would do the job better. A large share of what is presented to us as an AI project is deterministic: if the order is in this state, send this message. That does not need a model, it needs a workflow — and a workflow is cheaper to build, cheaper to run, and cannot invent an answer. We would rather build you the smaller correct thing than the larger impressive one.
We do not publish a price list, because a number given before understanding the work is a guess someone pays for later. These are the factors that actually move the figure in this market.
Formal Arabic alone is one problem. Adding Gulf dialect, Arabizi and code-switched messages means separate evaluation, separate prompt work and a materially larger test set.
Building a labelled sample from your real conversation history is genuine work and the single highest-value part of the project, because it is what tells you whether to proceed at all.
WhatsApp business messaging brings template approval, session windows and proactive messaging rules that constrain design and add integration work beyond a simple API call.
Running cost scales with tokens rather than with messages. Long conversations, large retrieved context and retries drive the monthly figure more than message count does.
A clean handover needs somewhere for the human to land with full context, in the right language. That interface is part of the project rather than an afterthought.
Order tracking and documentation workflows for exporters — the structured operational data that automation has to read from to answer anything usefully.
Visit siteReal-time multi-warehouse stock with analytics, the kind of authoritative data source an availability question has to resolve against.
Visit siteAttendance, leave and payroll workflows with role-based access — repetitive internal processes of exactly the shape automation suits.
Visit siteA sample of actual customer conversations is labelled and categorised by language variety, so the decision to proceed rests on measured accuracy rather than on a demonstration.
Formal Arabic, Gulf dialect, Arabizi, code-switched and English are measured separately, because a single blended number conceals the cases that will generate complaints.
Monthly cost projected at your real volumes including history, retrieved context and retries, so the commercial decision is made before the build rather than after the first invoice.
When and how a conversation reaches a person, and what context arrives with it, is specified first — because that path is what protects the customer relationship when the model is wrong.
Including script: an Arabizi message gets an answer the customer recognises, rather than formal Arabic that reads as a machine that did not understand.
A regular review of real conversations by someone who reads Arabic, because automated quality metrics do not detect answers that are fluent, confident and wrong.
These apply to us as much as to anyone else bidding for your work.
They handle Modern Standard Arabic reasonably — it is the formal register with a lot of training data behind it. That is not what customers type. Real messages arrive in Gulf dialect, sometimes Egyptian or Levantine, which differ in vocabulary, grammar and spelling. A demonstration in formal Arabic tells you very little about performance on your actual inbox.
Arabic written in Latin characters, using digits for sounds Latin script lacks — the 3, the 7, the 2 inside words. It is widespread, informal and has no standard spelling, so the same word arrives several ways. Systems that normalise it away or classify it as English misread a real share of traffic, so it has to be evaluated as its own category.
It is normal here and it breaks naive designs. A system that detects one language per message and routes on that will misclassify a substantial share of its traffic. The fix is not a cleverer model but avoiding brittle assumptions: do not lock language in after one detection, and measure mixed messages as their own category rather than folding them into an average.
The conversation is long-lived, so a customer can scroll back to a confidently wrong answer months later. Business messaging has its own template, session window and proactive messaging rules that constrain what automation can do. And the channel has always meant a human to your customer, which raises the standard for how quickly the automation admits it cannot help.
We model it in AED at your real volumes before building, because model usage is billed per token and a conversation costs far more than one exchange — the system prompt is resent, history accumulates, retrieved documents are included, and retries cost as much as the original. Sometimes that figure kills the project, which is the point of producing it early.
Yes. We do not build automation that generates religious guidance or content touching religious practice — the consequences of a fluent, confident, wrong answer there are not commercial. We are cautious about fully automated decisions that materially affect someone without a human in the loop. And we will tell you when a workflow would do the job better than a model.
You constrain what it is allowed to answer from, and you have a person review samples of real conversations regularly. Answers should resolve against your own authoritative data — order status from the order system, availability from stock — rather than being generated freely. Automated quality metrics do not detect fluent wrong answers; a human reading a sample does.
A meaningful share of search in this market happens in a language other than English. These are the terms people actually use — we work with your translator for customer-facing copy rather than relying on machine translation.
Last reviewed 2026-08-06 by the EasyWork Solutions team.