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[00] AI & ML Development

AI and ML Development Services for Businesses That Run on Data

We build AI and machine learning systems that solve one business problem at a time, such as forecasting demand, reading documents or spotting fraud. Each starts from your own data and ends as a model running inside the software your team already uses, with its accuracy measured.

Illustration: five everyday inputs (a photo of a supplier invoice, a WhatsApp reorder message, a voice note about a damaged order, a photo of a damaged delivery and an email with a purchase order PDF) are read one by one. Images get boxes around the vendor, totals or damage, and text gets its names, dates, quantities and intent highlighted. The fields fill a structured record that is sent to the ERP, CRM or helpdesk, and items the AI is unsure about go to a person for review.

key facts

typical proof of concept
3–6 weeks
typical full custom build
2–6 months
or your own servers
AWS, Azure, GCP
signed before we see your data
NDA

What we deliver

What you get with AI & ML Development. Nine parts of the service, each scoped with you.

Our work covers the whole range of applied AI: classic machine learning on tables of business data, deep learning for images, speech and video, natural language processing, and generative AI built on large language models such as GPT, Claude, Gemini and Llama. We choose the simplest approach that meets the target, not the most fashionable one.

Around the models we do the engineering that keeps them useful: data pipelines, integration with ERP, CRM and mobile apps, MLOps for versioning and monitoring, and retraining as your data changes. You can engage us for a fixed-scope project or a dedicated team of ML engineers and data scientists.

group.01 · Plan02 tools

Find the use case and prove it

Before any build we check which problems are worth solving with AI and whether your data can support them, then prove the approach on a small scale.

Discuss it with us
  1. t.01

    AI consulting and feasibility

    We review your processes and data, rank use cases by value and effort, and tell you plainly which ones are not ready for AI yet.

  2. t.02

    Proof of concept

    A small working model on a sample of your real data, with an agreed accuracy target, so you can decide before committing a full budget.

group.02 · Predict & see02 tools

Models that predict and perceive

Machine learning on your business records and deep learning on images and video, trained and tested on your own data.

Discuss it with us
  1. t.03

    Predictive models

    Classification, regression and forecasting for demand, churn, credit risk, fraud and predictive maintenance, trained on your own history.

  2. t.04

    Computer vision

    Image classification, object detection, OCR and visual quality inspection, tested on photos and video from your own cameras and production lines.

group.03 · Language & agents03 tools

Models that read, write and act

Language models that understand documents and conversations, and agents that take the next step in your systems.

Discuss it with us
  1. t.05

    Natural language processing

    Text classification, entity extraction, summarisation, sentiment analysis, translation and search across contracts, emails, tickets and reports.

  2. t.06

    Generative AI and LLM apps

    Assistants, document automation and knowledge search built on GPT, Claude, Gemini or Llama, grounded in your documents through retrieval-augmented generation (RAG).

  3. t.07

    AI agents and chatbots

    Multilingual chatbots and agents that answer questions, update records and route work across support, sales and HR, handing over to a person when needed.

group.04 · Data & MLOps02 tools

The engineering that keeps models useful

Pipelines that feed models clean data, and deployment, monitoring and retraining so accuracy holds after launch.

Discuss it with us
  1. t.08

    Data engineering

    Pipelines, ETL and ELT jobs, warehouses and data lakes that collect and clean the data your models depend on, and keep it flowing after launch.

  2. t.09

    MLOps and integration

    Docker and Kubernetes deployment, MLflow or Kubeflow experiment tracking, monitoring and retraining, plus APIs into your ERP, CRM and apps.

Discuss your project

which approach fits

Start with the simplest approach that works.

Not every problem needs deep learning or a large language model. We match the approach to the problem and the data you have, and say so when a rule or a report will do.

  1. Forecast a number or score a risk: demand, churn, credit or late payments

    data it learns from: Historical records from your ERP, CRM or databases

    we usually start with: Classic machine learning, such as gradient-boosted trees, tested against a simple baseline

    Machine learning development
  2. Sort, route or pull fields out of emails, tickets and documents

    data it learns from: Examples of the documents, some with the right answers

    we usually start with: A language model with clear instructions first; a trained NLP model when volumes are high or the rules are strict

    LLM development
  3. Inspect, count or recognise things in photos and video

    data it learns from: Labelled images from your own cameras or production lines

    we usually start with: Deep learning computer vision, adapted from a pre-trained model

    Computer vision development
  4. Answer questions from your policies, manuals and contracts

    data it learns from: The documents themselves; no training set needed

    we usually start with: A language model with retrieval (RAG) that cites its sources

    RAG vs fine-tuning
  5. Carry out multi-step tasks across your systems

    data it learns from: Access to the systems' APIs, plus your rules and approval limits

    we usually start with: An AI agent, with a person approving any costly or irreversible step

    AI agent development
  6. Apply a fixed rule that never changes

    data it learns from: None

    we usually start with: Plain software, a report or an RPA bot. No model needed, and we will tell you so.

    Robotic process automation

Why it matters

What changes once it is live. Each outcome is measured, not promised.

AI & ML Development is planned around these outcomes, measured against a baseline we agree with you up front.

Discuss your project
  1. 01

    Less manual work

    Documents, tickets and approvals that staff now read and key in by hand can be classified, extracted and routed for a person to check.

  2. 02

    Decisions based on forecasts

    Models trained on your own history give demand, risk and churn estimates that planners can act on, with the uncertainty shown alongside.

  3. 03

    One partner from data to deployment

    The same team handles data preparation, modelling, integration and support, so nothing is lost between a consultant's report and a working system.

  4. 04

    Spend matched to evidence

    A measured proof of concept comes first, so a full build is funded only once the pilot has shown it works on your data.

results

What changed for an enterprise with complex operational workflows

From our published case study.

result.01Enterprise with complex operational workflows

40%lower operational costs
  • Mid-to-large enterprise
  • Multiple regions
Read the case study
  1. ckpt_0160%1improvement in process efficiency
  2. ckpt_0250%1less manual workload

input the challenge

Manual, repetitive processes, high operating costs, little data to base decisions on and systems that could not keep up with growth.

output what we delivered

AI automation and RPA for rule-based work, workflow automation across departments and real-time analytics, rolled out in four phases.

  • AI automation
  • RPA
  • Workflow automation
  • Real-time analytics

source: enterprise with complex operational workflows case study

How we work

How we deliver AI & ML Development

A clear five-step process, so you always know what happens next and what you will get.

Every project starts with a free, no-obligation consultation.

run.logappsinai / project

$ appsinai run --pilot-first

  1. Step 1: Define the problem and the data

    time 1–2 weekscost free

    We agree one business problem, how success will be measured and which data exists to learn from, and check that the data can support the target.

    you get use-case ranking · data review · success measure · fixed quote

    we need a walkthrough of the process · data samples · one decision-maker

  2. Step 2: Prepare data and prove the model

    time 3–6 weekscost fixed price

    We clean and prepare the data, compare approaches from simple baselines to deep learning or an LLM, and test the strongest on held-back data it never saw in training. The results are reviewed with your team against the agreed target.

    you get working model · evaluation report · go / no-go

    we need access to the data · a domain expert for questions

  3. gatego / no-go on the results before “Build and integrate”
  4. Step 3: Build and integrate

    time set in the quotecost paid by milestone

    We deploy to your cloud or servers and connect the model to the systems where people work, with access controls, logging and human review where a wrong prediction would be costly.

    you get production model · apis and integrations · tested release

    we need test access to your systems · sign-off at each milestone

  5. Step 4: Launch and train your team

    time in stages

    Your team learns to use the predictions on real cases, then we roll out in stages and stay close through the first weeks.

    you get team training · documentation · staged rollout

    we need a first group of users

  6. Step 5: Monitor and retrain

    time ongoingcost monthly support plan

    Accuracy, drift and usage are tracked after launch, and models are retrained as your data and business change.

    you get drift monitoring · retraining · support plan

    we need feedback on wrong predictions

↺ results feed the next improvement cycle$

Security & control

Your data stays under your control

AI projects need access to business data. Before work starts we agree in writing which data is used, where it lives and who can reach it.

Ask us about security
  • 01

    Data residency

    Models and data can run in your own cloud account, in the region you choose, or on your servers, so data does not need to leave your environment.

  • 02

    Access control

    Role-based access, encryption in storage and in transit, and secure APIs. Our engineers get only the access the project needs, removed at handover.

  • 03

    Third-party model settings

    Where we use hosted LLM APIs, we configure the options that keep your prompts and files out of the provider's training data, or use an open-source model you host.

  • 04

    NDA and IP

    We sign an NDA before you share any data. Once the project is paid for, the code and models we build are yours, as set out in the contract.

FAQ

Questions about AI & ML Development

Straight answers to what buyers ask us most. Can't find what you need?

Email sales@appsin.ai or call +91-9025555584.

Ask us directly
How much does an AI or ML project cost?

It depends on the problem, how much data preparation is needed, whether an existing model can be adapted or a new one must be trained, the number of integrations and where it is hosted. A proof of concept costs a fraction of a full build. After a requirements review you get a fixed quote for the agreed scope.

Estimate your AI project cost
How long does it take to build an AI solution?

A proof of concept typically takes 3 to 6 weeks. A full custom solution typically takes 2 to 6 months, and large enterprise platforms take longer. Most of the variation comes from data preparation and the number of systems the model has to connect to.

What if the model is not accurate enough?

We agree the accuracy target before any build and measure the proof of concept against it on data the model has never seen. If it falls short, we explain why, whether that is too little data, noisy labels or a problem framed too broadly, and what would close the gap: more or better data, a narrower scope, or a person reviewing the uncertain cases. If none of those is worth it, we recommend stopping, and you have spent only the proof-of-concept budget.

Do we need our own data scientists?

No. We bring the machine learning engineers and data scientists. From your side we need someone who knows the process and can make decisions, and someone in IT who can give access to systems and data. We document everything and train your team, so an in-house team can take over later if you build one.

Which technologies do you use?

Python with scikit-learn, PyTorch and TensorFlow for custom models; GPT, Claude, Gemini, Llama and Mistral for language tasks; MLflow or Kubeflow, Docker and Kubernetes for deployment; and AWS, Azure, Google Cloud or your own servers for hosting. We pick per project by testing candidates on your data, not by habit.

Models and tools we use
What data do we need to get started?

It depends on the use case. It can be database records, documents, images, video, sensor readings or public datasets. You do not need perfectly clean data on day one: preparing and cleaning it is part of our work, and the feasibility review tells you whether there is enough to learn from.

Should we build a custom model or use an off-the-shelf AI tool?

If a ready-made tool already handles your task well, use it. Custom work makes sense when your data, process or accuracy needs are specific to your business, or when the AI has to sit inside your own systems. We often combine both, for example a hosted LLM with your own retrieval and rules.

Custom AI vs off-the-shelf
Can you integrate AI with our existing systems?

Yes. We connect models to ERP, CRM, accounting, e-commerce, mobile and custom systems through their APIs, webhooks or data exports, and return results into the screens your team already uses.

Who owns the code and the trained models?

You do. On completion and final payment, the code, prompts, trained or fine-tuned models and documentation we build for you are handed over, as set out in the contract. Third-party and open-source models stay under their own licences.

What support do you provide after launch?

Monitoring, performance tuning, model retraining, security updates, bug fixes, infrastructure management and new features, under a support plan agreed at handover.

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AI & ML Development brochure

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