Internet of Things (IOT)

Click On Section Or Scroll Down To Read More

Internet of Things (IOT)

A network of interconnected devices that collect and exchange data is known as the Internet of Things of IoT. Because devices are interconnected, they can sense, collect, and send data to and from the internet and between each other. IoT has emerged as a way to reduce or eliminate repetitive tasks through automation without required human-to-human or human-to-computer interaction.

There are several key terms and technologies that are common within IoT and it’s platform. These are sensors, transport medium, cloud orchestrators, and notification. Let’s explore them further.

Sensors are devices that assist in collecting data from the environment including minute, arbitrary and important data. Because this data can be simple or complex, one device can hold multiple sensors that work together to provide more comprehensive functionality or information.

Transport mediums are communication platforms that are used by sensors to transfer the data. These can be cellular data networks, satellite networks, Wireless or Wi-Fi networks, Bluetooth, WAN or wide area networks, low power wide area networks, and many others. Each of the mediums have their own specifications, benefits and limitations. This means that choosing the right IoT connectivity option is important.

Cloud Orchestrators is essentially softwares that processes the data acquired by the sensors. This can be checking temperature readings on appliances to make sure the right setting is applied or using computer vision or video to identify objects or movement within a house. This may require some user interaction in some scenarios. 

Notifications are alerts or information sent out to users to provide related information to the IoT. This is sent through phones, emails, text, etc. Many IoT systems will have user interfaces to manage sensors and respond to notifications.

Things to Consider

IoT is already very prominent in our lives. This landscape already connects many aspects of our life and we are already connected more than we know. The question is not if IoT is the right choice, but how can we make IoT work for us. Having the right setup can provide us with shortened task times, increased productivity, and provide meaningful information. Because it has the ability to manage internal and external processes and operations, it is considered highly convenient. IoT technology can be used to track door opening, individuals, places, fridge temperature, vehicle movement, device movement and many other points of interest within an organization. IoT can provide key benefits within an organization such as:

  • Promote efficiency in utilizing resources
  • Minimize human interactions 
  • Reduce production costs 
  • Make analytical decisions
  • Boost product marketing 
  • Provide better experiences
  • Guarantee high-quality data
  • Focus on compliance and regulations
  • Control things remotely

However you should also consider: 

  • Do I have a need for deep analytics?
  • Do I have an enterprise need for IoT
  • Do I have a problem that specifically can be solved with IoT?
  • Are there predefined actions and rules I want my organization and its devices to follow?

Where Qrapht can help?

Qrapht offers a consultative perspective that is highly regarded as beneficial when selecting IoT systems. Through observation, we can identify which areas are beneficial from IoT and will work with suppliers to develop and implement a solution that meets your business needs. We will be there through deployment and post implementation to ensure an excellent customer experience and will always have your back.

IoT Frequently Asked Questions

By devoting the necessary resources to your businesses needs, we can determine the impact of IoT integrations on your business. This may include engineering and sales resources to pay you a visit and complete an assessment to determine the best supplier/provider and benefits.

No they are not. Based on several factors data centers are placed into one of 4 tiers. They all are relevant and meet different business needs. These tiers are:

  • Tier 1 – 99.671% Uptime, Lacks Redundancies
  • Tier 2 – 99.741% Uptime, Power and Cooling Redundancy
  • Tier 3 – 99.982% Uptime, Multiple Power Sources, Uplinks, and more
  • Tier 4 – 99.995% Uptime, Full Redundancy, Error Tolerant

 

You can track:

  • temperature/humidity
  • Room environments
  • Refrigeration units
  • Trucks
  • Drivers
  • Lights
  • Basically anything with a computer

This means you need to understand what you need to track and we can figure out how to implement it.

Most carriers for data centers are extremely secure. Especially if you compare it to an on-premise solution. There are several forms of security that generally apply to gaining access to data within a data center including:

  • Key card access
  • Security checkpoint
  • Security escort
  • Multifactor access
  • Man traps
  • CCTV – recorded and backup for at least 90 days
  • Barriers around all access points
  • Ballistic glass

Suppliers usually provide a portal which can be accessed by authorized users. You can also set up certain triggers and notifications within the portal to customize it based on your business needs.

Yes. Most suppliers will have remote access to your IoT system. 

Data centers generally plan for the worst possible scenario and have multiple built in redundancies. However, based on the failure or catastrophe, it is rare but possible to have the data center shut down.

Still have questions but don’t have time to get on a call? Click Here to view our full FAQs page to learn more!

Subscribe and Get the Latest Updates

Scroll to Top