Available Now · 30+ Production Models

Machine Learning App Development Company

Predictive ModelsMLOpsRecommendation Engines

Miracuves is a machine learning development company that builds production ML systems - predictive models, recommendation engines, fraud detection, and demand forecasting - with TensorFlow, PyTorch, scikit-learn, and full MLOps. You get the trained models, the inference APIs your product calls, monitoring dashboards that show when a model starts to drift, and complete source code ownership.

★★★★★ Clutch reviewed 5.0Scoped ML modules from $3,699View ML deployments

  • 100+ ML Systems
  • Accuracy tested on your data
  • 100% IP Ownership
  • NDA Day One
4-8 WeeksDelivery timeline
$3,699Scoped ML module, from
30+ML Models in Production
Holdout-testedAccuracy measured on your data
ML engineers active right now
scikit-learnXGBoostMLflowFeature store9,000+ deliveredNDA day one
  • 30+ ML EngineersSpecialized in AI/ML development
  • 25+ ML ModelsIn Production
  • MLOps StandardMLflow + Kubeflow on every project
  • TensorFlow + PyTorchPlus scikit-learn and XGBoost, chosen per problem
  • Holdout-testedAccuracy measured on your data before launch
  • White-Label Ready

    Fully rebrandable on delivery

  • NDA Day One

    IP protected first call

  • Full Source Code

    Delivered at handoff

  • 60-Day Support

    Post-launch included

  • 100% IP Ownership

    Yours - always

  • Clutch Reviewed 5.0★

    Third-party verified

More than 6,000+ Companies Trust us Worldwide
In short

Miracuves is a machine learning development company that builds prediction systems on your own data - fraud scoring, demand forecasting, churn and recommendation models - for product and data teams that need a model running in production, not a notebook. A scoped ML module starts from $3,699 and ships in 4-8 weeks; custom builds take 2-8 weeks. You own 100% of the source code and model artifacts.

Our ML Approach

How Miracuves delivers machine learning systems - from 30+ production deployments

After deploying 30+ production ML systems across manufacturing, fintech, and e-commerce, Miracuves has a specific methodology for machine learning delivery. We start from proven pipeline modules - data ingestion, feature engineering, model training, validation, deployment, and monitoring - not from an untracked Jupyter notebook.

Building the pipeline as code makes every model reproducible: the same data snapshot, features and parameters produce the same model, and every run is logged. In production that closes the gap between a data scientist's experiment and the service engineers have to run - one pipeline takes a model from training to the live API, retrains it on schedule, and the model artifacts are yours on handoff.

Who this service is built for: Product leaders, data teams, and enterprises that need predictive models in production - recommendation engines, fraud scoring, demand forecasting, churn prediction, predictive maintenance, or computer vision QC. Miracuves ML development fits when you have (or can collect) labeled data, need models served via API with monitoring, and want a company accountable for MLOps - not a one-off notebook. If your problem is better solved with rules or a simple dashboard, we say so upfront.

  • End-to-end ML pipeline: data ingestion, feature engineering, model training, deployment, monitoring
  • Framework chosen per problem: scikit-learn and XGBoost for tabular data, PyTorch or TensorFlow when deep learning earns its cost, MLflow for experiment tracking
  • Kubeflow orchestration for distributed training and automated model retraining pipelines
  • Training sized to the model: CPU for gradient-boosted trees, GPU instances on SageMaker, Vertex AI or your own cloud for deep learning - with automated hyperparameter tuning
  • Production monitoring with Grafana and Prometheus: input drift, live accuracy once outcomes arrive, and alerts before a model quietly degrades
9,000+Projects delivered since 2010
3,900+Apps published by Miracuves
90+Ready-made solutions to start from
6 daysReady-made clone delivery
2-8wMiracuves custom ML build timelines
100%Source code ownership
TrainingModel fitting
InferencePrediction
PipelinesMLOps workflows

Why ML at Miracuves

  • Time to first production model4-8 weeks
  • Experiment reproducibilityMLflow on every run
  • Inference deploymentAPI · Batch · Edge
  • Monitoring includedDrift + accuracy alerts
  • Framework flexibilityTensorFlow · PyTorch · sklearn
  • Source code ownership100% yours
Example engagement: Factory predictive maintenance, 8 weeks
"500 machines, 2TB of sensor data monthly, and zero visibility into failures until production stopped. Miracuves built a TensorFlow LSTM pipeline with MQTT ingestion, automated retraining every 24 hours, and a Grafana dashboard our maintenance team actually uses. Downtime dropped 60% in Q1 - the system paid for itself in four months."

30+ ML Systems Deployed

What Miracuves builds - production ML systems you can ship

Six of our 90+ ready-made platforms, each shipping with its apps and admin panel in 6 days.

Discuss Your ML Use Case

Honest noteMachine learning earns its cost where there is history to learn from - recommendation, prediction, classification and anomaly detection on thousands of labeled past cases. When the logic can be written as rules, or the labeled data does not exist yet, Miracuves may recommend a non-ML approach and a plan to collect the data first. We tell you which fits before any commitment.

Technology Comparison

Custom ML pipeline vs AutoML vs in-house - which fits your project?

Whether to build a custom pipeline, rent an AutoML platform or grow an in-house team is the first ML decision, and a vendor that sells only one of them will always give the same answer. Miracuves answers it from your data and your team - the route decides what you pay to run, retrain and maintain the model for years.

MetricFive things that decide cost, speed and reach
Miracuves default

Custom ML pipeline

Built on your data, framework chosen per problem

AutoML platform

Automated model search on a cloud platform

DIY data science

Your own team builds it

01Model accuracy
Tuned to your metricTarget agreed per use case, measured on your holdout data
Strong baselinesAutomated model search; less control over features
VariableDepends on the team's experience
02Pipeline control
FullData ingestion through monitoring and retraining
LimitedThe platform's own pipeline and serving options
FullBut the MLOps setup is yours to build
03Time to production
4-8 weeksScoped module with pipeline, API and monitoring
Fast to a first modelData prep and integration still sit with you
SlowEverything built from scratch
04Customization
FullCustom features, architecture and models
ConstrainedLimited to the platform's search space
FullUnlimited, if the expertise is in-house
05Best for
Production ML with full ownershipFraud, forecasting, churn, recommendations
Quick prototypesStandard tabular use cases
ResearchTeams with senior ML engineers
Choose Miracuves ML if…

You need custom models · end-to-end pipeline ownership · production-grade MLOps · a team accountable for model performance in production.

Consider an alternative if…

You only need a no-code AutoML dashboard · your team already has senior ML engineers and MLOps · or you lack sufficient labeled data and should start with data collection first. See AI Development →

Machine learning guide

What to know before you hire a machine learning development company

The decisions an ML buyer faces before signing: whether the problem needs a model at all, what data it takes, which route to build it by, and what the model costs once it is live.

Do you need machine learning, or would rules do the job?

Start with rules when the logic can be written down and rarely changes: block a card after five failed attempts, flag orders above a fixed amount, route tickets by keyword. Rules are cheap, explainable and need no training data.

Machine learning pays off when the pattern is too fuzzy or moves too fast for anyone to write: which transactions look like fraud this week, which customers are about to churn, how many units each store will sell next Tuesday. A useful test is whether you can collect thousands of past examples with a known outcome. If you can, a model can learn from them. If you cannot, we will tell you to start with rules and log outcomes until you can.

What data do you need before an ML project starts?

You need history with the answer attached - past transactions marked fraud or genuine, past customers who stayed or left, past sales per product and day. The label matters more than the volume: a few thousand correctly labeled cases beat millions of rows no one can vouch for.

  • Enough examples of the rare outcome - fraud and failure cases are often under 1% of records.
  • Timestamps, so the model is tested on the future and never on data it could not have seen yet.
  • The same fields available at prediction time as in training, or the model breaks on day one.
  • If the data sits scattered across systems, a data pipeline comes first - see our data engineering service.

Custom model, AutoML or a pre-trained API - which route fits?

A pre-trained API is the right buy for generic tasks: reading text from invoices, transcribing speech, detecting common objects. You pay per call and train nothing. Language tasks built on large models belong with our LLM development team.

AutoML platforms search models over your tabular data and are good for a fast baseline. A custom pipeline wins when the features that carry the signal are specific to your business - a rider's trip history, a machine's vibration pattern - or when you need control over latency, cost and retraining. This page is framework-neutral: most tabular problems end up on gradient-boosted trees, and we reach for PyTorch or TensorFlow only when deep learning earns its cost. If you are already committed to TensorFlow, our TensorFlow service is the closer fit.

How does fraud detection machine learning run in production?

Ride-hailing and payment platforms such as Gojek score fraud while the transaction is still in flight, so the model is only one part of the infrastructure. The rest decides whether it works.

  • A feature store that serves fresh counts - trips per device in the last hour, cards per account - in milliseconds.
  • An inference API with a hard latency budget, and a safe default when it times out.
  • Rules and the model side by side: rules for known patterns, the model for new ones.
  • A review queue for analysts, whose decisions become the next training labels.
  • Retraining that allows for late labels, since chargebacks can arrive weeks after the payment.

What happens after the model goes live - drift, monitoring and retraining?

Every model decays, because the world it learned from moves on: prices change, fraudsters adapt, a new product line shifts demand. We monitor two things. Data drift tracks whether incoming inputs still look like the training data. Performance tracks whether predictions are still right once the true outcomes arrive.

Retraining runs on a schedule set by how fast your data moves - daily for sensor streams, weekly or monthly for churn - and a retrained model is promoted only if it beats the current one on fresh holdout data. The previous version stays in the model registry, so rolling back is a configuration change.

What does an ML system cost to run each month?

Serving a gradient-boosted model behind an API usually runs on ordinary CPU instances, so hosting is often a small line on the cloud bill. Costs climb with GPUs for deep learning, real-time feature stores that must answer in milliseconds, and large nightly batch scoring jobs.

The recurring cost people forget is people: someone has to read the monitoring alerts, check new labels and approve retrained models. That is what our ML retainer from $2,299/month covers after the 60 days of post-launch support.

Should you hire ML engineers or an ML development company?

Hiring works when the model is your core product and you can recruit the full set: a data engineer for the pipelines, an ML engineer for training and serving, and someone to own MLOps. One data scientist alone usually produces a good notebook and no production system.

An ML company fits when you need the first model live and monitored before you know whether ML deserves a permanent team. With Miracuves you get that team under one written scope, the pipeline and model artifacts are yours, and your own hires can take over from a documented, reproducible pipeline. If you still need to find out what your data can tell you, start with data science.

Technical Architecture

How Miracuves engineers structure ML projects for production

Below are the decisions our ML engineers settle before the first model is trained - the ones that decide whether a model keeps serving reliable predictions in production or stays a notebook no one can run twice.

  • 01

    Architecture - Modular ML Pipeline

    Strict separation: Data Ingestion → Feature Engineering → Model Training → Model Evaluation → Deployment → Monitoring. Every stage is independently deployable and testable. Because each stage stands alone, Miracuves can retrain a model on new data and redeploy it without touching ingestion, features or the serving API.

  • 02

    Experimentation - MLflow for Tracking, Kubeflow for Pipelines

    MLflow tracks every experiment with full parameter, metric, and artifact logging. Kubeflow orchestrates the end-to-end ML pipeline - from data validation through model deployment. The problem we inherit most often from other teams is a model that lives in an untracked Jupyter notebook, where nobody can reproduce the result that went live. We eliminate this on day one.

  • 03

    Performance - GPU Training with Distributed Computing

    Hardware follows the model. Gradient-boosted trees and scikit-learn models train on CPU, often in minutes; deep learning runs on GPU instances, spread across several GPUs only when the dataset or model is large enough to need it. Every run's duration, cost and metrics are logged in MLflow, so a slow or expensive training job is visible before it becomes the production default.

What most Machine Learning agencies get wrong

Untracked Jupyter notebooks with no reproducibility. Training on production data without holdout validation. Models deployed without monitoring or drift detection. No versioned artifacts - impossible to roll back. Miracuves has taken over ML projects with every one of these problems, and putting MLOps discipline in place from the first sprint costs less than reverse-engineering a model later.

train_pipeline.py - sklearn ML Pipeline
# Production ML pipeline with scikit-learn# Used in recommendation + prediction productsfrom sklearn.pipeline import Pipelinefrom sklearn.preprocessing import StandardScalerfrom sklearn.ensemble import RandomForestClassifierfrom sklearn.model_selection import train_test_splitdef build_ml_pipeline(X, y):    # Feature engineering + model training    pipe = Pipeline([        ('scaler', StandardScaler()),        ('classifier', RandomForestClassifier(            n_estimators=100,            max_depth=10,            random_state=42        ))    ])    X_train, X_test, y_train, y_test = train_test_split(        X, y, test_size=0.2, random_state=42    )    pipe.fit(X_train, y_train)    return pipe, (X_test, y_test)
Calls scikit-learn for model training with full pipeline encapsulation: feature scaling and the fitted model travel together as one deployable artifact, so serving applies exactly the preprocessing that training did. The random split shown here suits independent records; for time-dependent data such as transactions or sensor readings we split by time instead.

Our Service Models

Three ways Miracuves delivers your ML project

Whichever model you pick, you contract with Miracuves as a company: ML engineers, data engineers and MLOps under one defined process, with one party accountable for the model in production. Pick the model that matches where your data and product are today.

Most Popular
Customer app
Partner app
Admin
Fixed Scope · Fixed Price

ML Solution Package

Miracuves deploys a scoped ML module built on a proven use-case template - data pipeline, trained model, inference API and monitoring dashboard - in 4-8 weeks. The model artifacts and code are fully yours.

  • Starting from $3,699 - published anchor price
  • Use-case templates: recommendation, fraud, forecasting, churn
  • Data pipeline, training, deployment, monitoring included
  • MLflow experiment tracking and model registry
  • Full source code · trained model artifacts · NDA from day one · 60-day support
MLPipelineFeatureStoreTrainerInferenceAPIETLMLflowMonitor
Custom Development · Full Pipeline

Custom ML Development

Miracuves builds the ML system from your own specification - features, model architecture and serving designed for your data alone. Full team: ML engineer, data engineer, MLOps, QA and PM.

  • Scoped and priced before development begins
  • Custom pipeline designed specifically for your data
  • Weekly sprint demos - working model every sprint
  • Model deployment and API endpoint management
  • Full source code · model weights · IP 100% yours
Wk 1
Wk 2
Wk 3
Wk 4
ML Retainer · Monthly

Ongoing ML Development

Miracuves stays on as your ML team after launch - retraining, new models and features, pipeline maintenance and drift response on a monthly retainer, with weekly sprint demos.

  • From $2,299/month - cancel any time with 2 weeks notice
  • Dedicated Miracuves ML team assigned to your project
  • You talk directly to the ML engineers who train your models - no account manager relay
  • Weekly model performance reports - accuracy, drift, latency metrics
  • Team size moves up or down as your models and data volume change

Quality Standards

How Miracuves ensures every ML delivery meets production standard

No model reaches handoff without clearing Miracuves' quality gates. They are not a checklist ticked at the end; they are the standard every ML pipeline and model we ship is held to.

  • Modular pipeline - Data Ingestion / Feature Engineering / Training separatedArchitecture
  • MLflow experiment tracking - full reproducibility on every runExperimentation
  • Right-sized training - CPU for tabular models, GPU and distributed training for deep learningPerformance
  • Holdout validation - tested on unseen data before deploymentValidation
  • CI/CD for models - training, evaluation against the current model, and deployment run automaticallyMLOps
  • No data leakage - time-based splits for time-dependent data, grouped splits where one customer or machine appears many timesData Quality
  • Production monitoring - drift detection, accuracy tracking, automated alertsMonitoring

Enforced QA Gates

Our 6 Continuous Delivery Gateways

Every model artifact, every training pipeline and every inference profile has to clear all six quality control gates before the repository is handed over.

01

Code Review on Every Pull Request

A senior Miracuves ML engineer reviews every pull request, feature code and training code alike, before it merges into your main branch. Code without tests does not reach your production environment, whatever the deadline.

02

Automated ML Test Coverage Required

Unit tests check the feature engineering, integration tests run the training pipeline end to end on sample data, and contract tests pin the inference API's inputs and outputs. A minimum coverage level is enforced before any model is promoted to production.

03

Holdout Validation Before Production

Every model is scored on holdout data it never saw in training - split by time whenever the data is time-dependent, as fraud, demand and sensor data are. Before deployment is approved, the inference API's latency and throughput are profiled under the load production will put on it.

04

Handoff Package - Not Just a Repository

Every handoff includes the pipeline source code, the trained model artifacts and their registry entries, an environment setup guide, API documentation, deployment credentials, the monitoring dashboards and a runbook for retraining and rollback.

05

Model Registry and Rollback Ready

Each model version that goes live is registered in MLflow with its parameters, metrics, training data reference and artifacts. Rolling back to the previous version is a configuration change - not a rebuild.

06

Post-Deployment Monitoring - 60-Day Active Support

From the first day in production, Grafana dashboards track accuracy, input drift and inference latency. Through the 60-day post-deployment window Miracuves watches model health and recommends retraining before the numbers slip, rather than firefighting after users notice.

Technology Stack

The ML stack Miracuves ships with

Chosen per problem after we see your data - tabular models, deep learning and serving tools are not one default stack.

TF
TensorFlowDeep learning · production inference
PT
PyTorchResearch · dynamic computation graphs
sk
scikit-learnClassical ML · pipeline API
Mf
MLflowExperiment tracking · model registry
Kf
KubeflowPipeline orchestration · distributed training
Py
Python 3.11+Primary language · data science ecosystem
Jp
JupyterExploratory analysis · prototyping
Dk
DockerContainerized model deployment
K8
KubernetesOrchestration · auto-scaling inference
SM
AWS SageMakerManaged training · GPU infrastructure
Pg
PostgresFeature store · metadata storage
Rd
RedisFeature caching · real-time inference
FA
FastAPIModel serving · REST API endpoints
St
StreamlitML dashboards · model demos
Gr
GrafanaMonitoring dashboards · metrics
Pr
PrometheusModel monitoring · alerting

Our Process

From brief to deployed ML system - what happens and when

Whether your model starts from a scoped ML module or a custom architecture, delivery runs on the same five steps. At each one you know what Miracuves is working on, which data and access we need from you, and what you receive. The timelines below are for standard ML delivery; complex builds are billed by milestone and pass the same checkpoints.

  1. Step 01

    Brief & NDA

    Share your concept via WhatsApp. NDA signed same day. We ask 6 specific questions.

  2. Step 02

    Scope & Plan

    Right solution base, stack, and model confirmed. No payment before scope is agreed.

  3. Step 03

    Build & Demo

    Repo created, architecture set. First commit in 24h. Weekly working demo runs.

  4. Step 04

    QA & Polish

    The model is scored on holdout data, its API is latency-profiled, and drift checks run on staging data that mirrors production.

  5. Step 05

    Launch & Handoff

    Trained model artifacts, pipeline code, API docs and monitoring dashboards handed over, then 60 days of active support.

Same DayNDA turnaround
4-8 WeeksStandard ML delivery
24 HoursFirst commit after scope
60 DaysPost-launch support

Our timelines are build time, not calendar time

The weeks we quote are ours. What can add time sits on your side: access to the data, the security review your team runs before our engineers connect to your systems, and people who can label examples or confirm what a correct prediction looks like. We list exactly what you need ready on the first call so you can start those in parallel.

See what you provideFACT-005, audited quarterly

Transparent Pricing

What ML development costs at Miracuves

ML prices are published on this page because we stand behind what they buy. There is no "contact us for pricing" wall, and nothing is added after the scope is agreed.

Scoped ML Module

$3,699 from

Fixed scope · 4-8 week delivery · published anchor

  • Scoped ML module - data pipeline, trained model and inference API
  • Monitoring dashboard included as standard
  • MLflow experiment tracking and model registry
  • Full source code on handoff
  • 60-day post-launch support
  • NDA protected from day one
Start an ML Project
Most Requested

Custom ML Development

Custom Quote

Scoped before build · milestone billing

  • Full ML team - ML engineer, data engineer and an MLOps engineer
  • Custom architecture for your spec
  • Weekly sprint demos - working software
  • Production deployment - Kubernetes, SageMaker, or edge
  • Full source code · complete IP transfer
  • Milestone billing - no pay before delivery
Get a Scope & Quote

Ongoing Development

$2,299 /mo

Monthly retainer · cancel with 2 weeks notice

  • Miracuves team assigned to your product
  • New features, releases, and maintenance
  • Weekly demos and sprint planning
  • Direct communication - no relay
  • Scales up or down as needed
  • All code remains 100% yours
Discuss Ongoing Work

Why Miracuves publishes pricesTeams who know the cost upfront make better decisions about which models to build first. If your ML project needs a larger budget - for messy data, real-time inference or a long retraining scope, say - Miracuves explains exactly why before anything changes, rather than simply charging more.

What affects ML project cost at Miracuves

The price of a scoped ML module stays fixed when your use case matches one of our proven templates (recommendation, churn, forecasting). Custom ML builds scale with: how much data there is and how clean it is, model complexity (classical vs deep learning), real-time inference requirements, the number of data sources, MLOps scope (retraining cadence, A/B testing), compliance needs (HIPAA, PCI), and edge vs cloud deployment.

Typical Machine Learning budget ranges

  • Scoped ML modulefrom $3,6994-8 weeks
  • Custom ML platform$18,000-$80,0002-8 weeks; larger scopes are quoted in writing before work starts
  • Ongoing retainerfrom $2,299/month for feature work and maintenance

Every ML quote is written before any payment, so there are no surprise invoices after kickoff.

Example engagement

What a typical ML project looks like at Miracuves

An illustrative example of a typical project of this kind, with client details anonymized. Figures show what this kind of build targets, not a named client's results.

The client, a manufacturer running 500+ machines across three factories, wanted to cut unplanned downtime. Sensor data from the machines sat in separate silos, and maintenance only happened after something broke - which cost $2M+ a year in lost production.

  1. 01

    The Challenge

    Five hundred machines produced 2TB of sensor data every month, with no central pipeline to collect it. Sensors used different formats, timestamps were missing, and past failures had never been labeled. The brief was a predictive system that could spot a failure 48+ hours before it happened.

  2. 02

    What Miracuves Delivered

    Miracuves built an anomaly detection pipeline around TensorFlow: sensor data ingested over MQTT, features engineered with scikit-learn, an LSTM autoencoder that flags unusual sequences, and a Grafana dashboard for real-time monitoring. It runs on Kubernetes and retrains itself automatically every 24 hours.

  3. 03

    Outcome

    Unplanned downtime fell 60% in the first quarter. The model flagged bearing failures 72 hours before breakdown, and the system paid for itself within 4 months of deployment. With daily retraining on new sensor data, model accuracy rose from 82% to 94% over 6 months.

60%Downtime reduction
8 WeeksFull deployment
94%Model accuracy
View All Case Studies
Project Brief
  • Solution typePredictive Maintenance (ML)
  • Delivery timeline8 weeks
  • InfrastructureTensorFlow + Kubernetes
  • Key integrationsMQTT · IoT Sensors · Grafana
  • Data volume2TB/month · 500 machines
  • Source code100% client-owned
-60%Unplanned downtime
72hEarly warning time
$2M+Annual savings

Client Reviews

What clients say about building with Miracuves

Named clients, in their own words, on data-heavy platforms built with Miracuves - with the models, scoring engines and reporting layers they run on top. Each card names the product; read every testimonial on our client testimonials page.

Client testimonial
"The bank-link and aggregation layer is six months of pain if you build it. Miracuves already had it, so we added our categorisation model and the QIF export on top. Live in under a month and we reckon it saved us a quarter of engineering and around $250k."
OY
Omar YassaaProduct Lead, MyQif Technologies
Personal finance aggregator with a custom categorisation model, built on MXFinance
Client testimonial
"Multi-tenant structure, alert pipelines and agent collectors were the slow part and they already existed. We added our scoring engine, the playbook library and billing. First customers were onboarded within weeks and the dashboard is now a sales tool rather than an internal screen."
RK
Rohit KhannaFounder & CEO, Server ProGuard Inc
Multi-tenant security dashboard, built on MXSecurity Dashboard
Client testimonial
"Miracuves's MXBilling base gave us the billing engine, the dunning workflow, and the customer portal. We added our meter-ingestion adapters, our regional tax rules, and a custom multi-tenant reporting layer. We went from kickoff to our first operator live in 11 weeks. The platform has been running for two billing cycles with no major incidents - exactly the reliability profile we needed."
JC
Jemell CottonCTO, Global Utility Systems Ltd
Billing SaaS with customer portal, built on MXBilling
5.0 / 5.0Clutch average · 14 reviews
4.8 / 5.0Google average rating
Top DeveloperClutch recognition · 2024-2025
Read All Reviews

Why Miracuves

Six places to check us before you ever call us

Each one is either run by someone else or open to anyone. Check them in any order; the whole list takes about a minute.

Why clients choose Miracuves

Three promises we would stake the company on

Every promise on this site rests on these three. Each one is something you can check, not something you have to take on trust.

  • 01People you can name

    Our leadership is public, with real LinkedIn profiles, not a stock-photo team page. A named team works your build and sends you progress on WhatsApp every working day.

    Meet the leadership
  • 02Proof over promises

    Every number we publish, pricing, timelines, project counts, is defined and sourced on a public facts ledger. If we can't back a claim, we don't make it.

    Read the facts ledger
  • 03A process with a deadline

    Ready-made platforms go from kickoff to live deployment in 6 working days, guaranteed: miss it for reasons on our side and we work free until launch. Custom builds get a fixed quote after a free feasibility study.

    Get a feasibility study

Related Services

Also building intelligent systems with these technologies at Miracuves

An AI feature rarely ships alone: it needs a backend, a data pipeline and an app or dashboard around the model. These are the services that usually sit next to it.

Further readingAI Fraud Detection for Remittance and Cross-Border PaymentsThe in-depth version, on the Miracuves blog.
Read the guide

Frequently Asked

Questions about ML development at Miracuves

Something not covered here? Ask on WhatsApp and you will usually have an answer within two hours.

Ask us directly
Does Miracuves build custom ML models or use pre-built ones?

Miracuves builds custom models tailored to your data and use case. While we leverage proven frameworks like TensorFlow, PyTorch, and scikit-learn, every model is trained on your specific data with your specific success metrics. We do not deploy generic pre-built models as production solutions unless your use case genuinely calls for it.

How much does machine learning development cost at Miracuves?

A scoped ML module - data pipeline, trained model, inference API and monitoring dashboard - starts from $3,699 and takes 4-8 weeks; the price stays fixed when the use case matches a proven template such as recommendation, churn or forecasting. A custom ML platform typically runs $18,000-$80,000 and takes 2-8 weeks, with larger scopes quoted in writing before work starts; data volume and quality, classical versus deep learning, real-time inference, the number of data sources, retraining and A/B testing scope, compliance needs and edge versus cloud deployment decide where it lands. Ongoing ML work is available from $2,299/month for feature work and maintenance. Every quote is written before payment, with no surprise invoices after kickoff.

What data do I need to provide for an ML project?

The data requirements vary by use case, but typically include historical records relevant to the prediction target - transaction logs for fraud detection, sensor readings for predictive maintenance, user behavior data for recommendation engines. Miracuves helps assess your data readiness in the discovery phase and can recommend data collection strategies if gaps exist.

How long does it take to deploy an ML solution?

A scoped ML solution - data pipeline, model training, API deployment, and monitoring dashboard - ships in 4-8 weeks depending on data complexity and model requirements. Custom builds with unique architectures take 2-8 weeks, with larger scopes quoted in writing before work starts. All timelines include testing, validation, and deployment. Timelines are stated in writing before any payment.

What is included in the ML monitoring and maintenance?

Every ML delivery includes a monitoring dashboard (Grafana) tracking model accuracy, prediction latency, data drift, and system health. Automated alerts trigger when performance degrades. Miracuves includes 60 days of post-deployment support. Model retraining and ongoing MLOps are available through our monthly retainer model.

Can Miracuves deploy ML models on edge devices?

Yes. We support edge deployment using TensorFlow Lite and ONNX Runtime for devices with limited compute. Computer vision models, in particular, are optimized for edge inference with quantization and pruning. For cloud deployment, models run as containerized microservices on Kubernetes with auto-scaling.

Do I need a large dataset to work with Miracuves?

Not necessarily. Miracuves works with datasets of all sizes. For smaller datasets, we use classical ML approaches (scikit-learn) with careful cross-validation to avoid overfitting. For larger datasets, we leverage deep learning with GPU acceleration. If data is truly insufficient, we will recommend starting with data collection before model development.

How does Miracuves handle model versioning and reproducibility?

Every model experiment is tracked in MLflow - parameters, metrics, and artifacts are logged and versioned. The full pipeline is defined as code (Kubeflow), meaning any previous version can be fully reproduced. Model registry maintains a history of deployed versions with rollback capability. This is a non-negotiable standard on every project.

What happens if model accuracy degrades after deployment?

Monitoring dashboards track accuracy and drift continuously. If degradation is detected, Miracuves investigates root cause - data drift, concept drift, or infrastructure issues. Under the 60-day post-deployment support window, corrective retraining is included. For ongoing needs, our monthly retainer covers model retraining, pipeline updates, and continuous improvement.

Can Miracuves add fraud detection to a Gojek-style super app?

Yes. Our ready-made Gojek clone ships as a multi-service super app in 6 working days. Fraud scoring on top of it is custom ML work: we log the signals the platform already captures - devices, trips, payments, promo use - build features from them, and deploy a scoring API with a review dashboard once enough labeled cases exist. Until then, rules cover the known patterns. The ML work is quoted separately before it starts.

Is Miracuves machine learning development tied to one framework?

No. We pick the framework after we have seen the data. Tabular problems such as fraud, churn and demand forecasting usually run on scikit-learn, XGBoost or LightGBM; images, audio and long sequences go to PyTorch or TensorFlow. The model is served behind the same kind of API either way, so your application does not depend on the choice. If you already run TensorFlow in production and want to stay on it, our TensorFlow development service is built for that.

Can you take over a model our team built in a notebook?

Yes, and it is one of the most common starts. We first reproduce the notebook's result from raw data, which often exposes leakage or a split that flattered the model. Then we move the feature logic and training into a versioned pipeline, register the model in MLflow, wrap it in an inference API and add monitoring. Your data scientists keep ownership of the modeling choices; the work is quoted before it begins.

Get Started

Ready to build your ML system with Miracuves?

Tell Miracuves what you want to predict and what data you hold. We will confirm whether ML is the right tool, the right solution base, the service model and the delivery timeline - in writing, before you commit to anything.

30+ML systems delivered
4-8 WeeksML delivery
100%Source code yours
Same DayNDA turnaround
Book a Free ConsultationContact & Brief Form

NDA signed before we discuss your project details

Page reviewed by the Miracuves ML Engineering Team · Last updated May 2026 · Clutch & Google Reviews

Disclaimer

Miracuves is an independent software development company. We are not affiliated with, connected to, sponsored by, or endorsed by any of the brands or platforms named on this page.

Why these names

Names of the form “Brand Clone” are used descriptively. It is how the software industry refers to building a platform with functionality comparable to a known service, and how clients search for it.

Who built this

The entire design and codebase of our products is built by our own team. Our products contain no code, design, graphics, or content originating from any third-party website or application.

Trademarks

All third-party names and marks listed on this page are the property of their respective owners, referenced solely to describe the category of software offered.