Top 15 Machine Learning Mobile App Development Companies in India (2026)

Gilzor develops mobile applications with machine learning features that can run through cloud infrastructure or directly on mobile devices. Their AI/ML work covers computer vision, natural language processing, predictive analytics, deep learning, and intelligent automation, while the mobile side includes iOS and Android product development. 

Projects can begin with proof-of-concept work before moving into design, engineering, testing, deployment, and continued development. This setup is useful for products where the main technical question is not simply how to build the mobile interface, but how an ML model should interact with the application, backend, user data, and production environment. 

TechAhead combines machine learning engineering with mobile product development from its Indian delivery center in Noida. Their ML work covers data preparation, model development, neural networks, predictive systems, MLOps, and model integration into existing mobile and web applications. Models can be deployed through APIs and SDKs or through on-device technologies such as TensorFlow Lite, Core ML, and ONNX. 

Their scope includes mobile products where machine learning sits alongside IoT, cloud infrastructure, real-time data, and application management. This makes the company relevant for projects where the ML component is only one part of a larger mobile system rather than a standalone model. 

Appinventiv develops mobile applications that use machine learning for recommendation systems, pattern detection, forecasting, intelligent search, and other data-driven functions. Their mobile practice covers native and cross-platform products, while the ML division handles custom model development, computer vision, data pipelines, and integration of trained models into broader software systems. 

Published projects include an employment platform using ML-based job recommendations and other applications where AI and NLP are part of the user-facing product. Appinventiv can therefore cover both the application layer and the supporting ML infrastructure needed to keep predictions and automated features working in production. 

CMARIX creates machine learning applications from its headquarters in Ahmedabad. Their ML services cover custom models, machine learning integration, testing, MLOps, enterprise applications, and support after deployment. The company explicitly develops ML functionality for mobile apps as well as web and enterprise software.

Their mobile technology stack includes Android, iOS, Flutter, React Native, Ionic, and PWA development, while the AI side uses tools such as TensorFlow and PyTorch. CMARIX also works with on-device AI concepts, including Flutter applications where machine learning processing takes place locally rather than relying entirely on a remote server.

Bacancy combines dedicated machine learning engineering with mobile application development. Their ML teams build and integrate models for predictive analytics, NLP, image recognition, multilingual chatbots, IoT-connected software, and other data-driven applications. Existing applications can be extended with custom ML and deep learning models rather than rebuilt from the beginning. 

Their AI/ML service specifically includes intelligent mobile applications with personalized recommendations, predictive search, and image recognition. The company can also handle data preparation and model optimization, which matters when the mobile interface depends on reliable training data and an ML pipeline running behind it. 

Quytech develops mobile products that use machine learning for personalization, predictive analytics, behavioral analysis, automation, and other adaptive functions. Their mobile development practice covers native and cross-platform products, while AI and ML capabilities can be incorporated directly into the application rather than developed as a separate service. 

The company offers ML-based mobile examples including an avatar generator and an entertainment application using machine learning and conversational AI. Their wider ML work includes object detection, predictive analytics, custom models, and computer vision, giving the team several routes for building intelligent features into user-facing mobile products. 

Hidden Brains creates AI-powered mobile applications using machine learning, NLP, and predictive analytics. Their mobile practice covers native, hybrid, and cross-platform applications, so intelligent features can be introduced into different mobile architectures rather than being limited to one framework or operating system.

The company also has broader AI and data engineering capabilities for applications that require more than front-end integration. This includes custom AI development, NLP systems, backend software, cloud infrastructure, and ongoing application support. Hidden Brains operates an Indian office in Ahmedabad. 

Prismetric integrates machine learning directly into mobile applications to support predictive insights and personalized user experiences. Their mobile service also covers computer vision, including image interpretation, facial recognition, and object detection.

For Android projects, the company works with TensorFlow Lite, Firebase ML, and Google ML Kit, allowing some intelligent features to be implemented close to the mobile layer. Their mobile development process covers discovery, interface design, engineering, testing, and launch, so the ML functionality can be planned as part of the product architecture rather than added after the application is completed. 

RipenApps develops AI-powered mobile products and has a delivery center in Noida. Their mobile and AI practices cover strategy, design, engineering, and support, allowing machine learning functionality to be planned alongside the rest of the product rather than treated as a disconnected feature. 

The company discusses machine learning in practical mobile use cases such as recommendations, image recognition, voice processing, predictive intelligence, security, and automated decision-making. Their Android work in particular covers ways to integrate trained ML models and data-driven features into applications built for everyday use. 

PixelCrayons combines Indian mobile development teams with a dedicated machine learning practice. Their ML services cover predictive models, real-time analytics, image and pattern recognition, custom model development, MLOps, and integration of machine learning into existing workflows. 

Mobile developers work across Android, iOS, Kotlin, React Native, Flutter, and other application technologies. The company has experience with mobile products containing AI-related functionality and can support both the application interface and the machine learning components behind features such as recommendations, analytics, automation, and intelligent customer interactions. 

SoluLab builds mobile applications with AI and machine learning features including predictive analytics, personalization engines, and chatbots. Their mobile practice covers native and cross-platform development, while ML services extend into custom model creation, computer vision, predictive algorithms, and integration with existing software. 

The company can therefore handle both the mobile product and the supporting intelligence layer. React Native and Flutter are available for shared-codebase applications, while machine learning services can be used for products that need adaptive recommendations, pattern recognition, automated decisions, or data-driven user experiences. 

LeewayHertz develops AI-powered mobile applications that incorporate machine learning, NLP, deep learning, and predictive analytics. Their mobile development work covers iOS and Android, while the AI practice includes recommendation systems, virtual assistants, predictive applications, computer vision, and models trained for business-specific use cases. 

The company can build new intelligent mobile products or integrate AI capabilities into existing applications. Their published mobile work also includes connected applications where ML is combined with IoT, speech recognition, or computer vision, making them relevant for projects that depend on both software intelligence and external devices. 

EmizenTech provides mobile applications and maintains dedicated AI and machine learning capabilities from its headquarters in Jaipur. Their mobile work includes native and cross-platform products, while ML technologies can be integrated into application features that depend on personalization, recognition, prediction, or automated processing. 

The company has worked with machine learning inside Ionic applications and uses tools such as TensorFlow, PyTorch, and Keras in mobile-oriented development scenarios. Their broader engineering scope includes backend development, APIs, cloud platforms, custom software, and AI, which is useful for applications where the ML layer has to connect with a larger software environment. 

Octal IT Solution manages machine learning solutions alongside web, software, and mobile applications. Their ML practice covers classification, regression, clustering, deep learning, computer vision, and mobile-oriented technologies such as Google ML Kit and AutoML. 

Google ML Kit can be used within Android and iOS applications for features such as image analysis and other device-facing ML tasks, while AutoML supports training custom image classification models. Octal can combine that work with its wider mobile development capabilities when a project requires application engineering, backend services, and ML implementation from the same provider.

MindInventory develops Android applications with machine learning, NLP, voice recognition, and other intelligent features. Their mobile developers can integrate ML and augmented reality for applications involving object recognition, virtual try-on experiences, and other functions that depend on real-time interpretation of mobile data. 

Their broader service mix includes mobile app development and AI/ML development, which allows data-driven functionality to be built into existing or new products without separating the application engineering and intelligence layers between unrelated teams. The company is particularly relevant for Android-focused ML projects where device capabilities, user interaction, and model-driven features need to operate together.