IoT

IoT Solutions

Connecting Your Devices to the Intelligent Cloud

NeoMikro provides end-to-end Internet of Things (IoT) solutions that bridge the gap between your physical devices and powerful cloud platforms. Our expertise in both hardware and software development enables us to create comprehensive IoT ecosystems that transform data into actionable insights.

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Our IoT Development Services

Cloud Platform Integration

  • Custom cloud backend development tailored to your specific needs
  • Integration with major IoT platforms including AWS IoT, Azure IoT Hub, and Google Cloud IoT
  • Scalable infrastructure design that grows with your business

Data Analytics & Visualization

  • Real-time data processing for immediate insights
  • Custom dashboard development with intuitive visualization tools
  • Predictive analytics leveraging machine learning algorithms
  • Business intelligence integration for informed decision-making

Device
Management

  • Remote device provisioning and configuration for simplified deployment
  • Secure firmware over-the-air (FOTA) updates to maintain your fleet
  • Device health monitoring and diagnostics for proactive maintenance

IoT Security

  • End-to-end encryption for data in transit and at rest
  • Device authentication and authorization frameworks
  • Secure boot and trusted execution environments
  • Regular security audits and vulnerability assessments

Our IoT Development Process

STEP 1
  • Understand your business objectives and technical requirements
  • Define data collection needs and system architecture
  • Identify key performance indicators and success metrics
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STEP 2
  • Design hardware and connectivity solutions
  • Create cloud architecture and data flow diagrams
  • Develop security protocols and user interfaces
Step 3
  • Implement device firmware and connectivity modules
  • Deploy cloud infrastructure and databases
  • Develop data analytics pipelines and visualization tools
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STEP 4
  • Verify system performance and reliability
  • Conduct security penetration testing
  • Optimize for efficiency and scalability
Step 5
  • Manage device provisioning and deployment
  • Provide documentation and training
  • Offer ongoing maintenance and updates
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IoT Technology Stack

The technologies we use and develop in IoT

Connectivity Protocols

Cloud Platforms

  • Amazon Web Services (AWS) IoT
  • Microsoft Azure IoT Hub
  • Google Cloud IoT Core
  • ThingsBoard
  • Custom-built solutions

Edge Computing

  • Local data preprocessing and filtering
  • Real-time analytics at the edge
  • Reduced cloud dependency and latency

Application Interfaces

  • Web and mobile applications
  • Custom dashboards and control panels
  • API integration with existing systems

IoT Connectivity Protocol Comparison

Selecting the right connectivity technology is crucial for IoT project success. Compare key protocols and their ideal applications.

Bluetooth Low Energy (BLE)
Range
~100m
Data Rate
1-2 Mbps
Power Consumption
Low
Network Topology
Star, Mesh
Best For
Wearables, smart home devices, proximity-based applications, mobile device integration
LoRaWAN
Range
2-15 km
Data Rate
0.3-50 kbps
Power Consumption
Very Low
Network Topology
Star-of-stars
Best For
Agriculture, smart cities, environmental monitoring, asset tracking across wide areas
Wi-Fi
Range
~100m
Data Rate
1-1000+ Mbps
Power Consumption
High
Network Topology
Star
Best For
Smart home devices, video streaming, high-bandwidth applications, local networks
LTE-M/NB-IoT
Range
1-10+ km
Data Rate
LTE-M: ~1 Mbps NB-IoT: ~100 kbps
Power Consumption
Low-Medium
Network Topology
Cellular
Best For
Mobile assets, remote monitoring, smart meters, applications requiring cellular coverage
Zigbee
Range
10-100m
Data Rate
250 kbps
Power Consumption
Low
Network Topology
Mesh
Best For
Home automation, industrial control systems, wireless sensor networks with mesh topology
Matter
Range
Varies (uses existing protocols)
Data Rate
Varies (Thread, Wi-Fi, etc.)
Power Consumption
Variable
Network Topology
Various (IP-based)
Best For
Smart home interoperability, cross-platform/vendor device connectivity, consumer IoT ecosystems

Industries We Serve

Delivering Electronic Solutions Across Industries

Industrial IoT (IIoT)

  • Equipment monitoring and predictive maintenance
  • Production line optimization and quality control
  • Worker safety and environmental monitoring

Smart Agriculture

  • Precision farming and irrigation management
  • Livestock monitoring and management
  • Supply chain tracking and optimization

Consumer IoT

  • Home automation and energy management
  • Health and wellness monitoring
  • Smart appliances and entertainment systems

Smart Buildings

  • Energy consumption optimization
  • Occupancy monitoring and space utilization
  • Environmental quality and comfort control

IoT Applications Across Industries

Industry Use Case Key Benefits
Industrial Manufacturing Predictive Maintenance & Equipment Monitoring 30-50% reduction in equipment downtime, 20-30% decrease in maintenance costs
Agriculture Precision Farming & Irrigation Management Up to 40% water conservation, 15-25% increase in crop yield
Smart Buildings Energy Management & Space Utilization 20-30% reduction in energy costs, improved occupant comfort and productivity
Healthcare Remote Patient Monitoring & Asset Tracking Reduced hospital readmissions, improved patient outcomes, 20-35% operational efficiency
Energy & Utilities Smart Grid & Resource Management Reduced outages, 15-25% operational cost reduction, improved service reliability
Supply Chain & Logistics Asset Tracking & Fleet Management 10-20% reduced logistics costs, 20-30% improved asset utilization
Smart Home & Consumer Home Automation & Energy Management Improved comfort and convenience, 10-20% energy savings, enhanced security
Environmental Monitoring Air Quality & Water Management Early pollution detection, improved public health, data-driven environmental policies

Why Choose NeoMikro for IoT Development

End-to-end expertise spanning hardware, firmware, and cloud

Scalable solutions that grow with your business

Security-first approach at every layer of the IoT stack

Interoperability with existing systems and standards

Future-proof architecture designed for longevity

Contact wit Us Now!

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