Can you develop a mobile app to control a robot remotely?

Yes. Adequate Infosoft develops mobile applications for remote robot control using Bluetooth, BLE, Wi-Fi, MQTT, WebSocket, REST APIs and other communication technologies.

Can you develop robotics control apps for both Android and iOS?

Yes. We develop robotics control applications for Android and iOS using native and cross-platform technologies such as Flutter and React Native, depending on the robotics system and connectivity requirements.

Can the mobile app communicate directly with an ESP32 or STM32 robot controller?

Yes. Robotics mobile applications can be integrated with ESP32, STM32 and other embedded controllers using BLE, Bluetooth, Wi-Fi and network-based communication protocols.

Can you integrate ROS or ROS 2 with a robotics mobile application?

Yes. We can integrate mobile applications with ROS and ROS 2 based robotic systems through suitable robotics middleware, APIs, network communication and cloud or edge gateways.

Can the mobile app monitor robot telemetry and sensor data in real time?

Yes. Robotics applications can display real-time telemetry including robot status, battery level, sensor values, motor information, alerts, diagnostics and other operational data.

Can you build a mobile app for controlling multiple robots?

Yes. We develop robotics fleet management applications that can monitor, configure and control multiple robots while providing device status, telemetry, alerts and role-based access.

Can you integrate cameras and live video into a robot control app?

Yes. Robot camera and remote vision functionality can be integrated into mobile applications using appropriate camera streaming, network and robotics communication technologies.

Can you develop a custom robotics mobile app for an existing robot?

Yes. We can develop or modernize a mobile application for an existing robotic platform by integrating its controller, communication protocol, APIs, sensors, cameras and cloud infrastructure.

Robotics Control Mobile App Development Company

Adequate Infosoft develops native Android, iOS, and cross-platform robotics apps for startups, OEMs, manufacturers, and enterprises across AMRs, AGVs, robotic arms, inspection, service, healthcare, agriculture, consumer products, and automation.

A robotics control application gives operators access to intelligent machines, along with capabilities to configure, monitor, and maintain them.

It is critical that they communicate with each other reliably, present sensor data clearly, offer controls that are easy to operate, and enable the user to protect themselves and the equipment as conditions change.

With experience of over 10 years in fields such as embedded systems, mobile, AI, IoT, enterprise and cloud computing, our services include connecting the application with microcontrollers, camera systems, sensors, ROS 2, motor systems, various business and cloud systems including Embedded Linux platform.

Our solutions ensure that operators have an efficient and safe command center. They give managers an insight into the condition of robots, their activity, location, incidents, and the accomplishments of one robot or a fleet of them whether managers work on the spot or remotely.

Turnkey Robotics Control App Development Services

Robotic applications collect data from embedded systems, relay telemetry and video, organize the workflow, interact with cloud computing services, and assist technicians and operators. We develop this middleware to ensure its proper operation, safety, security and feasibility.

Native Android Robot Control Applications

We can develop applications on Android platforms by using Kotlin, Java, the Android SDK, Jetpack, WorkManager, Room, Bluetooth, Wi-Fi, location, USB, and secure storage. It gives us both hardware-based access and the ability to execute background tasks through our applications. All of our applications are compatible with all devices (smartphone, industrial tablet, mobile handheld, embedded Android devices, etc.), with specially designed user interface layouts for factories, warehouses, workshops, hospitals, farms, and outdoor use.

Native iOS and iPadOS Robotics Apps

Our engineers who specialize in iOS development utilize a combination of Swift, SwiftUI, UIKit, Core Bluetooth, Core Location, Network, Combine, Keychain, and Apple Maps for developing interactive robotics applications on the iPhone and iPad.

We take into account all of Apple's privacy rules and interface specifications, concerning control, telemetry, video, notifications, configuration, and field service.

Flutter, React Native, and .NET MAUI Development

We develop shared Android and iOS codebases with Flutter, React Native, or .NET MAUI, reducing delivery time and maintenance while retaining near-native performance.

We select architecture according to Bluetooth, video, graphics, hardware access, offline storage, scale, budget, and roadmap, using native modules where required.

Robot Pairing, Commissioning, and Configuration

Apps guide account setup, discovery, QR onboarding, Bluetooth pairing, Wi-Fi provisioning, network selection, activation, calibration, and testing with clear progress and recovery guidance.

Configuration covers identity, firmware, motor and sensor parameters, limits, networks, payloads, schedules, zones, and organization profiles with validation against unsupported combinations.

Real-Time Robot Control Interfaces

Permitted controls consist of motion, velocity, direction, operating mode, power-up, shutdown, halt, resume, return to base, and docking, along with actuators, arm joints, grippers, pumps, lights, cameras, and payloads.

Commands flow through mechanisms that allow for permissions, status feedback, confirmations, timeouts, retries, and explanations and that differentiate requests from robot-confirmed actions.

Live Telemetry and Sensor Dashboards

The process of real-time monitoring, known as telemetry, is implemented through a dashboard interface. The dashboard visually displays the various data collected, including the position, speed, heading, engine, battery, temperature, connectivity, tasks, sensors, payload, errors, and maintenance through the use of cards, gauges, maps, charts, timelines, and alerts.

Communication through telemetry is done via different protocols. The different protocols include MQTT, WebSockets, HTTPS, BLE, wi-fi, cellular, and RosenBridge. To ensure proper working order of the interface, effective methods of parsing, buffering, reconnecting, and time-stamping are used.

Mobile Robot Maps and Navigation

For AMRs, AGVs, inspection platforms, and service robots, maps show location, routes, destinations, zones, obstacles, charging stations, and tasks. Users select destinations, define areas, assign routes, and review history.

Apps integrate floor plans, SLAM, Google Maps, Mapbox, OpenStreetMap, PostGIS, or custom geospatial systems, with offline support for unreliable sites.

Camera, Audio, and Payload Control

Apps display live video for inspection, telepresence, security, healthcare, warehouses, and consumer products through playback, adaptive quality, recording, snapshots, overlays, metadata, and camera selection.

Controls include pan, tilt, zoom, focus, exposure, lighting, audio, thermal palettes, capture modes, and payload actions. Caching and delayed uploads reduce bandwidth dependence.

Task Scheduling and Workflow Automation

Operators create, assign, prioritize, start, pause, resume, cancel, and review tasks. Templates support patrols, inspections, deliveries, cleaning routes, material movement, measurements, and scheduled actions.

Rules trigger tasks from time, location, sensors, device state, business events, or approval. Histories and completion evidence create traceable workflows.

Multi-Robot and Fleet Management

Robots, operators, batteries, payloads, sites, activities, software, and maintenance are managed through an enterprise application that handles registration, assignment, availability, status, location usage, utilization of hours, charging cycles, maintenance intervals as well as incidents.

Offline Operation and Reliable Synchronization

Apps that prioritize functionality during offline hours safely keep their data including configurations, maps, tasks, telemetry summaries, inspection results, images and outstanding actions to resolve issues with connectivity.

When the connection is eventually established, services are able to apply updates, continue file transmission, solve any conflicts, and determine what is local, pending, synchronized, or unresolved.

Cloud Systems for Administration and Management

Backends control identity verification, corporations, personnel, machines, duties, data, multimedia, messages, memberships, upkeep, and data analysis. Portals grant fleet tracking, access, setup, troubleshooting, help, & documentation.

Solutions function on AWS, Azure, Google Cloud, Firebase, Kubernetes, Windows, Linux, or private networks using Java, .NET, Node.js, Python, REST, GraphQL, WebSockets, MQTT, and other scalable databases.

Integrating AI with Computer Vision

The applications obtained from the NVIDIA Jetson, Raspberry Pi, NXP i.MX, or Edge AI showed features such as detection, tracking, segmentation, inspection, navigation assistance, anomalies, gesture recognition, counting people, and predictive maintenance.

Integrating TensorFlow, PyTorch, ONNX, TensorRT, DeepStream, and OpenCV helps create applications that show detections, generate reports, notify personnel, and obtain reactions from users.

Firmware and Software Update Management

Apps check versions, download signed packages, transfer updates, monitor progress, verify integrity, and confirm restart for microcontrollers, motors, sensors, gateways, and Embedded Linux computers.

Staged deployment, compatibility checks, recovery, retries, rollback, and fleet status reduce update risk.

Integration of Enterprise API and Platform

Our service transforms applications into the rest of applications like ERP, WMS, MES, CMMS, asset management, logistics, health care, agriculture, and facilities as well as identity-based applications and reporting apps using various technology solutions including REST, GraphQL, webhooks, Software Development Kits (SDKs), queues, and synchronization solutions.

All the records of business activities are easily available and clearly depicted in the enterprise management system.

Robotics Mobile App Testing

Mobile application testing involves the testing of devices, operating systems, permissions, Bluetooth, Wi-Fi, cellular, APIs, video, maps, background behaviors, offline mode, synchronization, performance, battery consumption, usability, and security.

Also, various testing techniques have been discussed to reveal any faults in the application before delivering it to the customers.

Robotics Mobile App Technologies We Use

Mobile:

Kotlin Java Swift SwiftUI Flutter React Native .NET MAUI

Robotics and IoT:

ROS 2 micro-ROS MQTT WebSockets BLE Wi-Fi cellular CAN gateways custom protocols

Maps and video:

Google Maps Mapbox OpenStreetMap PostGIS WebRTC native media frameworks

Backend and cloud:

.NET Java Node.js Python AWS Azure Google Cloud Firebase Docker Kubernetes

Data:

PostgreSQL SQL Server MySQL MongoDB Firebase Room Core Data

AI and vision:

TensorFlow PyTorch ONNX TensorRT NVIDIA DeepStream OpenCV

Applications for Robotics Control That We Create

Our applications are compatible with automated mobile robots, automated guided vehicles, warehouse robots, robotic arms, collaborative robots, inspection systems, agricultural machines, service robots, healthcare devices, cleaning robots, security devices, educational robots, and consumer products powered by artificial intelligence technology.

Reasons for Choosing Adequate Infosoft

Adequate Infosoft combines the services of mobile application developers with robotics professionals, IoT developers, AI specialists, cloud engineers, UI/UX designers, DevOps engineers, and quality assurance specialists.

Meet Our Global Certified Mobile App Team

Our mobile app specialists are certified globally and put together their technical expertise, creativity, and professional insights to create secure, scalable, user-friendly apps which provide superb performance and help people reach their digital objectives.

Nikhil Kumar

10+ Years of Experience | Flutter, Native & React Native Mobile Developer | Expert in AI, IoT, Cloud & Edge Computing

Certification

Deepak Verma

9+ Years of Experience | Flutter, Native & React Native Mobile Developer | Expert in AI, IoT, Cloud SDK Integration & Hardware Integration with Mobile Apps

Certification

Manish Gupta

8+ Years of Experience | React Native & Flutter | Native Mobile Developer | FinTech & HealthTech Expert | AI, IoT, Cloud & Edge Computing Specialist

Certification

Prince Sharma

FinTech Solutions Expert with 8+ Years of Experience | Mobile App Developer skilled in React, Flutter, Ionic & Native | Payments and Open Banking Specialist

Certification

Android App
Flutter
React Native
React Native Ninja

Leadership That Leads Worldwide

With a physical presence in over 15 countries and a global footprint spanning 25+ countries, we are ready to serve you anywhere. Location, language, or culture is never a barrier, because our global team can work with you in your language. Our strong international team ensures seamless collaboration across borders We have a strong tech team, highly recognized in their domains, with extensive technical expertise.

Robotics Control Mobile App Development Company

Turnkey Robotics Control App Development Services