[ DELIVERYDEVS AI ]

Deliverydevs AI Integrate AI where you need it

Four services, from working out where AI fits in your organization to building it into your systems and products. Every engagement starts with a data audit, so you only pay to build what your data can support.

[ Reviewed on ]
[ AI OR MACHINE LEARNING ]

Some problems need AI, Some need machine learning. Some need a report

Generative AI is the right tool when the work involves language: documents, emails, questions, conversations. When the work is prediction on your numbers, machine learning is usually cheaper and easier to explain. We tell you which one you need before you spend on either.

[ AI CONSULTING & STRATEGY ]

For organizations that want AI, but don't know where it fits

Most AI projects stall because they start with a tool instead of a problem. We start with your data and your operations, find the places where AI saves real time or money, and tell you plainly where it won’t. You leave with a plan you can act on, with us or without us.

Use cases

Deciding which department or process to start with

Choosing between building your own, buying a product, or using a model provider’s ready-made tool

Checking whether your data is ready before you pay for a build

Benefits

You spend first on the use cases with the clearest return

You avoid paying for pilots your data cannot support

Your team works from one plan instead of five vendor pitches

What you take home

AI opportunity map, every use case ranked by value and effort
Build, buy or skip recommendation for each use case, with cost estimates
Implementation roadmap with an owner for each step

Under the hood

Data profiling across source systems, use-case scoring on value and feasibility, and total cost of ownership comparison between hosted and self-hosted models.

Use cases

Staff asking policy, HR or procedure questions

Sales finding past proposals, pricing and contract terms

Support answering customers from your product documentation

Benefits

Less time searching, more time doing the work

Every answer shows its source, so it can be checked

Sensitive documents stay restricted to the right people

What you take home

A working assistant connected to your documents and systems
Access rules matching your existing permissions
A test set of real questions from your team, with measured accuracy
[ LLM INTEGRATIONS ]

For teams that spend hours finding answers that already exist

We connect a language model to your own documents and systems, so your team can ask a question in plain words and get an answer drawn from your files, with the source shown. It only reads what each person is allowed to see.

Under the hood

Retrieval-augmented generation over your document stores, vector search, permission filtering on retrieved content, and evaluation against a test set of your own questions. Works with Claude, ChatGPT and open models, chosen per use case.

[ AUTOMATION WORKFLOWS ]

For processes that move slower than they should, including software development

We automate repetitive multi-step work across your systems: approvals, data entry between tools, report preparation, and routine engineering tasks like code review and test writing. AI handles the steps that need judgment on text. People approve the steps that carry risk.

Use cases

Moving data between your ERP, CRM and email without retyping

Routing incoming requests to the right person based on what they say

Speeding up software delivery with automated code review, test generation and release notes

Benefits

Fewer manual handoffs and fewer data entry errors

Work keeps moving outside office hours

Developers spend more time building and less time on routine checks

What you take home

Automated workflows running in production
Human approval points and failure alerts built in
Run documentation, so your team owns and maintains it

Under the hood

Event-driven orchestration across ERP and third-party APIs, language model steps with human approval gates, and retries, logging and alerting on every step.

[ What We Build ]

Four lines. One build standard

Deliverydevs AI is one of six practices, not a separate company. Same engineers, same spec, same handover.

[ 01 ]

AI-Powered App Development

AI in the core architecture, not added afterwards.

[ 02 ]

LLM Integrations

Retrieval and permissions layers that let a model work against live business data.

[ 03 ]

Automation Workflows

Each step has a defined trigger, owner and failure path.

[ 04 ]

AI Consulting and Strategy

Which use cases are worth
funding, build versus licence,
and in what sequence.

[ The Constraint ]

Most AI projects fail before the model does

The hard part is the retrieval layer, the permissions model, and the approval chain, all of which have to exist before a model touches live business data. Without them, a model produces output somebody retypes. We build that layer first.

100+

CLIENTS DELIVERED

96%

CLIENT RETENTION

10 million+

RECORDS PROCESSED PER DAY

[ The Build Log ]

Two builds, documented

Not problem, solution, results. That structure hides the part that proves the standard: the decisions made under constraint.

[ 01 ]

Pakistan Customs

Centralized Command and Control

THE BRIEF

Unify three vehicle-tracking feeds into one national view.

THE CONSTRAINT

Falcon-i, V-Track and NLCSS each exposed a different schema. None could be changed.

The architecture

A normalisation layer ahead of the command platform, with an AI predictive engine for risk and anomaly detection.

The decision

We normalised on read rather than on write. Writing to a shared schema would have required three vendors to ship in step, and none of them answered to us.

The output

282 active trips monitored in one interface.

[ 02 ]

IoT-Konnect

Fleet platform performance

THE BRIEF

The fleet platform was slowing under its own volume.

THE CONSTRAINT

10 million+ records a day, against queries written for a schema that assumed thousands.

The architecture

Query paths rebuilt, indexes restructured, the API surface reduced.

The decision

We rewrote the query layer instead of sharding. Sharding would have moved the problem and added an operations burden the team could not carry.

The output

10 million+ records processed per day.

[ How We Work ]


Spec it, Build it, Ship it

Five steps. The same five on every build, including the ones nobody sees.

01 · SPEC

We define exactly what is being built, for whom, and under what constraint, in writing, before anything else starts.

02 · BUILD

Engineers build against the spec. Scope changes get logged and re-quoted, not absorbed silently.

03 · REVIEW

Work is reviewed against the original spec, not against how it feels in the room. Decisions get recorded as they’re made.

04 · SHIP

The system goes live on the date set in step one. If it can’t, you hear that the week it becomes true, not the week it was due.

05 · MAINTAIN

We hand off documentation built for whoever maintains the system next, including teams that aren’t us.

[ The Standard ]

The standard is the brand

Four things that hold on every build. None of them is a promise.

Documented by default

Every scope, decision, and trade-off is written down as it happens, not reconstructed for a final report.

No padded timelines

Dates are set from the actual scope, not inflated so we look fast for
beating them.

Senior engineers, not account managers

The people writing the architecture are the people you talk to.

Built to be maintained

Every system ships with the documentation the next engineer, ours or yours, will actually need.

[ Who Make Us Stronger ]

Who Make Us Stronger

[ Get In Touch With Us ]

Let’s Start a Project Together

We’ll contact you within a couple of hours to schedule a meeting to discuss your goals.
Three steps come next
01
We set up a business consultation to discuss your idea.
02
We dive into the details of your project and conduct our own pre-discovery.
03
You get an offer tailored to your requirements with an actionable plan.

Book a Free Consultation

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[ FAQs ]

Frequently Asked Questions

Do you build models, or integrate existing ones?
Both. The choice is a cost decision, not a technical one: we compare build cost against licence cost at your volume, over three years. For most business problems a hosted model behind a retrieval layer we build is cheaper.

We say so in the spec, before the build starts. Incomplete, unlabelled or inconsistent data produces output nobody trusts, and that failure surfaces after launch. Where the data needs work, it is scoped as its own line item.

You do. The code, the weights where we trained them, the pipeline definitions, and the decision log. Every system ships with the documentation the next engineer needs, ours or yours.

Scope sets the price. We quote against a written spec, so the number reflects the actual build rather than a package tier. Ask for line items and you get them.

Then we say that, and the engagement ends there. Identifying which use cases are not worth building is most of what the advisory work is for. Cheaper than discovering it in month five.

Anthropic, OpenAI, and Google, plus open-weight models where the data cannot leave your infrastructure. The choice follows the constraint: data residency, latency, and cost per call, in that order.