Internet of Things Platform by Narhwall Inc.

The Narhwall Platform provides an easily customizable IoT platform-as-a-service. With pre-engineered hardware, software, and cloud services, you can focus on the distinguishing features of your IoT application, without reinventing the wheel.

Developing an end-to-end IoT application with reliable sensor data acquisition and storage can be expensive and time-consuming. Creating the most efficient, reliable and secure design involves multiple iterations of hardware identification, hardware design and software development.

The Narhwall Platform simplifies this process by offering pre-engineered and vetted hardware modules along with software and cloud storage that work together as an ecosystem. Deploying data intensive and real-time applications is simplified with Narhwall’s complete toolkit of connected devices, configurable interfaces and scalable cloud software.

Pre-engineered modules developed and documented by Narhwall enable you to focus on the key distinguishing features of your IoT application rather than re-engineering modules from components. Easier, faster and more accurate prototypes allows your team to efficiently iterate, test, and validate designs early on, substantially lowering development costs.

Click to learn more about Narhwall’s Hardware offering.

This modular hardware works in conjunction with the Data acquisition software to read, store and manage sensor data as well as node devices.

The Narhwall platform is a suite of products that work together to enable sensor data acquisition, device configuration as well as cloud connectivity for your IoT application.

Click to learn more about Narhwall’s Software offering.

    Narhwall platform features

  • End to End Wireless Data Acquisition: Sensor data is acquired and managed from wireless nodes to cloud.
  • Turn-key Device Firmware: Ready to use device firmware for wireless nodes and cellular gateway.
  • Battery Optimized Wireless Nodes:The hardware and firmware for the wireless nodes are optimized to run for several years on two AAA batteries.
  • Long Range LPWAN: The wireless node chipset includes a built in power amplifier. The firmware is configured to operate in long range mode to provide upto 1000m range between node and gateway (depending on the obstacles in the transmission path).
  • Easy LPWAN Deployment: Wireless nodes can be set to Sync Mode allowing the user to monitor the signal strength at the gateway in real time for easy deployment.
  • Scalable LPWAN network: Each gateway can aggregate and manage upto 100 wireless nodes.
  • Managed Cloud Data Storage: Sensor data is stored in a time series database in the cloud and is accessible via API.
  • Secure Cloud Connectivity: Sensor data and events are encrypted and securely transferred to AWS IoT Core Cloud using TLS mutual authentication.
  • Device Monitoring and Management: Device firmware updates are automatically handled over-the-air. Device operation status available via API allowing users to know device status in real time.
  • Modular Hardware for Flexible Prototyping: Hardware modules and integrator boards allow for flexible prototyping. Wireless nodes are compatible with a wide array of 3rd party sensors.

Getting Started is Easy!

1. Register your Gateway:

Create your user account on our website. With your new account, register the serial number of your gateway Integration Board by making a corresponding API call.

2. Choose your sensors and configure:

Choose from the array of compatible 3rd party sensors. Through a simple API call, you can configure all of your wireless nodes to start sensing.

3. Deploy your wireless nodes:

Place your wireless nodes in your chosen physical locations where you wish to collect data. Ensure that the wireless nodes are within the range of the gateway.

To simplify deployment, wireless nodes have an alert button that activates Sync-mode with the gateway. Sync-mode allows you to easily verify in real time if your chosen location is within the range of the gateway through an API call.

4. Start collecting data

Data collection and cloud storage is completely turn-key. The gateway aggregates data from wireless nodes and uses cellular to stream data to our cloud. Through API calls, data from your sensors is available to you.

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