Webshark provides IoT development services for manufacturers, healthtech companies, logistics operators, energy firms and smart building providers. Our IoT development company connects sensors, machines, wearables and gateways to secure cloud platforms, then builds the mobile apps, web dashboards and analytics that turn device data into action. We work with MQTT, BLE, LoRaWAN, Zigbee, Modbus and OPC UA, and build on AWS IoT Core, Azure IoT Hub and Google Cloud, with edge computing and AI for low-latency decisions. Security, device provisioning and over-the-air updates are designed in from day one under ISO 27001 certified and CMMI Level 3 processes. Need pipelines for all that device data? See our data engineering services.
Years of Software Engineering Experience
Projects Delivered Across Industries
Countries Served, Including the USA
Active Clients Trusting Our Engineering
Every IoT project follows ISO 27001 certified security and CMMI Level 3 processes, with device identity, encrypted communication and data handling aligned to IEC 62443, GDPR, HIPAA where applicable and OWASP IoT guidance.
From a single connected product to an industrial IoT platform, our IoT development services cover every layer.
Firmware integration, connectivity, cloud, apps and analytics, delivered by one team.
iOS, Android and web apps to pair, control and monitor devices.
AWS IoT, Azure IoT and custom platforms for device fleets.
Machine monitoring, OEE, predictive maintenance and SCADA integration.
Gateways and edge AI for real-time, low-latency decisions.
Real-time dashboards, alerts, reporting and digital twins.
Device identity, encryption, monitoring and over-the-air updates.
IoT projects span hardware, connectivity, cloud and apps. Success depends on a team that understands all of them.
Our IoT development services cover device integration, protocols, cloud, mobile, web, data and AI. One team owns the whole system, so issues between firmware, connectivity and apps are solved quickly instead of being passed between vendors. You get faster pilots and smoother scale-up.
We design IoT software for thousands or millions of devices from day one, with secure provisioning, certificate-based identity, encrypted messaging, monitoring and safe over-the-air updates. Cloud architecture is cost-optimized, so the platform stays affordable as your device fleet grows.
A proven process takes you from proof of concept to a secure, scalable IoT solution.
Our IoT development services begin with discovery. We define the business goals, the devices and sensors involved, operating environments, connectivity options, data volumes and the metrics that will prove success. Workshops with operations, engineering and IT teams surface the use cases with the clearest return, such as asset tracking or condition monitoring. In two to three weeks you receive a prioritized use-case list, pilot scope and a high-level business case.
Next our architects design every layer of the IoT solution: devices and firmware interfaces, edge gateways, cloud ingestion, storage, applications and integrations with ERP or MES systems. We select protocols, connectivity and platforms such as AWS IoT Core or Azure IoT Hub, and plan device identity, encryption and scaling from hundreds to millions of messages. You receive an architecture blueprint, data flow diagrams and a security plan that keeps the IoT development roadmap realistic.
We then prove the concept with real hardware, not slides. Our team connects a small set of devices or gateways, streams telemetry to the cloud, stores it and builds a basic dashboard with live readings and simple alerts. A proof of concept usually takes six to ten weeks. You receive a working demo, measured results on latency, data quality and battery or bandwidth use, and a clear go or no-go recommendation.
With the approach validated, agile sprints deliver the production platform. We build cloud microservices for device management and data processing, web dashboards for operators, mobile apps for field teams or consumers, and integrations with business systems. Every two weeks you see a demo, review the backlog and test new features in staging. Code reviews, automated tests and infrastructure as code keep quality high as the device fleet grows.
Once data flows reliably, we turn it into decisions. We configure rules and threshold alerts, build analytics dashboards and trend reports, and where the data supports it, train predictive maintenance or anomaly detection models. Digital twins can mirror machines, buildings or fleets for simulation and planning. You receive models with documented accuracy, alert logic agreed with your operations team and reports that show downtime, energy or cost savings over time.
IoT systems face conditions that office software never sees. We test intermittent connectivity, message loss and recovery, high-volume load, firmware update failures and edge cases such as power cuts. Security testing covers device authentication, encryption, cloud permissions and API exposure. We also support app store submissions and help your hardware team prepare documentation for FCC, CE or other device certifications, so the launch is not delayed by surprises.
We roll out to the device fleet in stages, starting with a pilot site before scaling region by region. Monitoring tracks device health, connectivity, firmware versions and data quality in real time. Signed over-the-air updates deliver fixes and features without site visits. After launch, our support team handles incidents, cloud cost tuning and new features, giving you a stable IoT platform that keeps improving as your connected operations expand.
Goals, devices and pilot scope.
Device, edge and cloud architecture.
Working PoC with real devices.
Cloud, apps and dashboards.
Alerts, analytics and ML.
Load, security and field tests.
Rollout, monitoring and OTA.
Our IoT development company builds for manufacturing, healthcare, logistics, energy, agriculture and smart buildings.
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Each industry has different devices, environments and regulations.
Answers to the questions teams ask before hiring an IoT development company: cost, platforms, security and timelines.
IoT development services cover the design, build and operation of connected device solutions from sensor to screen. That includes device connectivity and firmware integration, edge computing, IoT cloud platforms for ingestion and device management, web dashboards, mobile apps, analytics, machine learning and security. A full-service IoT development company also handles integration with ERP, MES or CRM systems, over-the-air updates and fleet monitoring. The aim is to turn raw device data into real-time visibility, automation and measurable cost savings.
IoT development services usually cost $15,000 to $40,000 for a proof of concept and $60,000 to $250,000 for a production IoT platform with apps, dashboards and analytics. The main cost drivers are the number and variety of devices, connectivity type, message volume, edge processing needs, integrations with business systems, security requirements and whether you need AI models or digital twins. Ongoing cloud and support costs depend on fleet size. Starting with a focused pilot keeps early spend low and proves the return before scaling.
An IoT proof of concept is usually ready in 6 to 10 weeks. A production IoT solution typically takes 4 to 9 months. The timeline depends on hardware readiness, whether devices are off-the-shelf or custom, firmware maturity, the number of integrations and certification needs such as FCC or CE. Field pilots also take time because devices must run in real conditions. We plan work in parallel tracks, so cloud, app and dashboard development progress while hardware is finalized.
We work with AWS IoT Core, Azure IoT Hub, Google Cloud and custom platforms built on Kubernetes or serverless services. For protocols we use MQTT, HTTP, CoAP and WebSockets, with connectivity over BLE, Wi-Fi, cellular LTE-M and NB-IoT, LoRaWAN and Zigbee. In industrial settings we integrate Modbus and OPC UA through edge gateways. Time-series databases such as InfluxDB or TimescaleDB store telemetry. We recommend the combination that fits your range, power budget, data volume and cost targets.
We secure IoT devices and data at every layer. Each device gets a unique identity and X.509 certificate, all traffic is encrypted with TLS, and we support secure boot and hardware security modules where the hardware allows. Cloud access follows least-privilege rules, APIs are authenticated and rate-limited, and device behavior is monitored for anomalies. Over-the-air updates are signed and can roll back safely. Our delivery runs under ISO 27001 certified processes, so security is built in from the architecture stage.
Webshark is an IoT development company with 7+ years of experience, 580+ projects delivered and 280+ active clients in 18+ countries. Our delivery follows ISO 27001 and CMMI Level 3 certified processes. Because we have mobile, cloud, data and AI teams under one roof, we can cover every layer of an IoT solution without handoffs between vendors. Our team overlaps with US business hours, with a presence in multiple US locations, and we work closely with your hardware and firmware engineers.
Yes. We build cloud-native backends designed for device fleets of any size, using microservices, containers, Kubernetes, event streaming with Kafka or Kinesis, and serverless functions for spiky workloads. These backends handle device registration, telemetry ingestion, rules processing, storage and APIs for apps and dashboards, and they scale automatically as more devices come online. Infrastructure as code keeps environments consistent and costs visible. Read more about our architecture approach on our cloud native development page.
Yes. We integrate with your existing devices, gateways and firmware, whether they use standard protocols or proprietary ones, and work alongside your hardware engineers to define payloads, update mechanisms and security. If you do not have hardware yet, we can recommend off-the-shelf sensors, development kits and gateways to get a pilot running quickly, then help you decide when custom hardware makes sense. This flexibility keeps IoT development moving while hardware decisions are finalized.
For IoT development we use Node.js, Python, Go and Java Spring Boot for backend services, React, Next.js and Angular for dashboards, and Flutter or React Native for mobile apps with BLE support. Data pipelines use Kafka, Kinesis or Azure Event Hubs with time-series databases and data lakes for analytics. Platforms run on AWS, Azure or Google Cloud. For edge workloads we use containers and lightweight runtimes on gateways. We choose the stack that fits your fleet size, budget and in-house skills.
You own everything. All source code, dashboards, mobile apps, cloud infrastructure scripts, data models, documentation and any machine learning models created for your IoT project belong to you under the contract. We sign NDAs before discovery starts and keep your code in repositories you control. Device credentials and certificates stay in your cloud accounts. This gives you full freedom to extend the platform with your own team or another partner, with no lock-in to Webshark.
Yes. You can hire a dedicated IoT team on monthly contracts, from a single developer to a full squad with backend, mobile, data and DevOps engineers plus a project manager and QA. This works well for product companies building connected devices, or enterprises scaling IoT across many sites, where requirements evolve after each pilot. Engineers follow your processes, tools and sprint cadence and overlap with US business hours. See roles and onboarding details on our hire full-stack developers page.
Yes. After launch we provide IoT support plans that cover fleet and cloud monitoring, incident response, bug fixes, security patches, firmware update coordination, cloud cost optimization and new features. Service levels set agreed response and resolution times by severity. Our team overlaps with US business hours and reviews device health, uptime and data quality with you regularly. This keeps your connected operations reliable as the number of devices, users and sites grows.