IoT Cryptocurrency Can Be The Next Big Thing In Blockchain!

IoT Cryptocurrency Can Be The Next Big Thing In Blockchain!

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The physical world has been reluctant to embrace financial systems such as bitcoin. IoT, however, has the potential to enable safe online transactions. Internet-connected gadgets are a part of the Internet of Things. They have the potential to make life simpler.


A cryptocurrency system may be used to fuel the IoT. Let us take an example. Instead of connecting your internet-connected washing machine to a credit card, it might utilize bitcoin to purchase fresh detergent as required.

IoT and Blockchain

Basics First! What is IoT?

The Internet of Things (IoT) is a global network of linked, uniquely addressable things. Though it is based on conventional communication protocols, we utilize it in a variety of situations. It has developed into a catch-all term for a variety of technologies.


The Internet of Things connects the digital and physical worlds. One can achieve this by giving web services access to physical resources. Sensors are the Internet’s eyes and ears, while actuators are its hands. The Internet of Things casts a digital shadow on real things. It broadens their local skills while also providing global capacity.

How Blockchain And IoT Can Work Together?

  • Security: The key point to consider here is the additional security that the blockchain may offer. One cannot manipulate or tamper with the ledger. It’s because it prevents anyone’s line of communication from being intercepted. By offering direct payment services, the blockchain has shown its value to the globe. Furthermore, there is no need for a third-party manager for financial services provided by cryptocurrencies such as Bitcoin. Thus, its self-sufficient security solution makes it an ideal component for IoT systems.
  • Encrypting data: The usage of blockchain encryption and distributed storage would be very beneficial. It would enable safe data recording on IoT devices. All transaction details may be completed without the need for human intervention. This would maintain the data’s integrity and all parties engaged in the supply chain can trust it.
  • Communication: Blockchain networks, such as Ethereum, use “smart contracts,”. They enable IoT devices to securely interact and transact with one another. Furthermore, a high level of assurance is provided. The transaction is handled following the established rules of engagement. The conditions of engagement would be specified in smart contracts.
  • Cost reduction: A Blockchain enables the pooling and sharing of trustworthy data directly among different parties. Because there is no need for a middleman, the cost of the intermediary or intermediates in the transaction value chain is reduced. The Blockchain, via smart contracts, may enable IoT devices to automate transactions and payments across many devices.
  • Tracking: The Blockchain may maintain permanent or unchangeable records of an IoT device’s history. This feature would allow smart devices to operate autonomously on an IoT network. As a result, it eliminates the need for centralized authority. As a result, the blockchain will provide a plethora of options for developing an IoT system.

Companies Using IoT Cryptocurrency Technology!

ArcTouch is a company that creates decentralized applications for blockchain-related solutions. These can communicate with Internet of Things devices (like Alexa and Facebook Messenger).

Chronicled has integrated blockchain technology into its IoT devices. It informs all parties engaged in the food supply or medication shipment process about the chain of custody.

Filament’s Blocklet application software and Blocklet Chip hardware solutions assist IIoT-connected equipment and devices. They help to execute and record transactions on a blockchain in a transparent manner. Applications include the encrypted signature of device data as well as the authorization and real-time signing of machine-to-machine interactions.

Helium is the first decentralized machine network in the world. Helium connects low-power IoT devices to the internet via a blockchain.

GridPlus uses the Ethereum blockchain to provide customers with access to energy-saving IoT devices. The firm is developing the world’s first blockchain-powered energy retailer. It has also released its first prototype agent, the Lattice1.

How Do IoT Botnets Aid in IoT Cryptocurrency Mining?

Blockchains may be mined to create a cryptocurrency. Furthermore, this can only be accomplished with hashing power. A computer’s hashing power is of use in this case. By this, the computer can execute and solve various hashing algorithms. 

High processing power of the computer provides a high hashing power. It allows you to mine and gets cryptocurrency much more quickly.

Each machine has a finite amount of hashing power. As a result, large crypto units. Have to be collected by many individuals mining at the same time.

IoT botnets enable us to streamline the process. In addition, they end the requirement for multiple people to use cryptocurrency at the same time.

Botnets are deployed on a network of privately-linked computers, cell phones, etc.  Botnets pool the computing power of every connected device. This produces computing power for bitcoin mining. As a consequence, mining production has increased while using fewer resources.

How the IoT is Impacting Cryptocurrency?

So, how does the Internet of Things affect cryptocurrencies? What does the future look like for the two technologies that are growing closer together each day? Well, there is one thing that you need to remember here. Like all financial transactions, you need to keep the process secure.

Points of Sales need to be maintained at all times. The process for purchasing and trading, mostly with vendors, needs to be optimized to be as fluid and as innovative as possible. The more people who can use these services, the more sustainably the currency can grow.

IoT devices can be used to make purchases, such as buying food when the fridge is empty, and you currently don’t need physical currency to make these transactions. It doesn’t take a lot to include cryptocurrencies in the available ways of making a transaction of this nature.

Of course, there is one thing to consider here. Small, individual screen devices are going to be affected by cryptocurrency integrations in many different ways compared with large-screen devices.

This means cryptocurrencies can be traded and exchanged. One can do this by using mobiles and tablets on an individual basis. This will differ much from how organizations and big data companies will use these devices.

It’s uncertain how this technology will shape the future, especially since there’s a rise in AI and Machine Learning applications. But, we can be sure that big things are on the horizon in the way that cryptocurrencies will be integrated into our homes and societies as a whole.

Top IoT Cryptocurrencies!

A cryptocurrency with an IoT connection is the ideal cryptocurrency to utilize for a transaction of the Internet of Things. If you’re thinking about utilizing IoT crypto to your benefit, consider the following:


IOTA – the first cryptocurrency to create crypto units by using gadgets in an Internet of Things network. In contrast to Bitcoin, this cryptocurrency has no scalability problems and allows for micro-transactions amongst IoT devices without any cost. This currency is established in Germany. One can purchase it via an authentic exchange – Binance Exchange.

Several huge data firms are now using IOTA as their preferred protocol. The reason is that this crypto is a simple method and does not involve any fees. You can buy data produced by devices that are IoT-connected without any charges.

Some more benefits of IOTA are:


This runs on a broad range of devices, even those with little computing power. The ability to work on a variety of IoT devices removes the requirement of human miners. The absence of miners lowers operational expenses, allowing IOTA to remain fee-free.

High degrees of scalability

It processes each transaction independently using a directed acyclic graph called Tangle. Transactions in blockchain technology are grouped into blocks and processed collectively. If a single block cannot accommodate the ongoing transactions delays arise while each newly generated block is processed individually. Tangle’s streamlined approach enables it to handle a large number of device transactions.

Quantum proof

IOTA employs hash-based signatures. These are more efficient than elliptic curve encryption (ECC). Simplifying the signature procedure makes transaction verification faster and less complicated.

2- MXC

MXC is a customized IoT crypto that aims to simplify IoT transactions as much as possible. Its crypto-coin may be used to buy goods or services through IoT-connected devices.

To ease micropayments, the coin employs the MXC Protocol and a decentralized Low Power Huge Access Network (LPWAN).

Anyone from anywhere in the globe may get this IoT crypto and use it to trade as they want. One can make payments at third-party sensors or payment terminals. There is no need for concern for data security.

Connect your gadgets to the Internet of Things to mine for MXC cryptocurrency (IoT). The LPWAN gateway monetizes each device. This allows you to access and publish accessible data. The MXProtocol employs a permissionless blockchain. It does not need users to publicly validate transactions.

This feature has the following advantages:

Fast transaction confirmations

The permissionless architecture works as a decentralized network, allowing for quick transaction confirmations.

Low barrier to entry

Permissioned blockchains only enable specific users to write smart contracts and verify blocks. This lowers the barrier to entry. Anyone may join MXC’s permissionless blockchain and begin validating blocks.


Using a permissionless blockchain offers the additional benefit of avoiding DoS attacks and other harmful activities.

Tested and trusted system

Many other prominent cryptocurrencies, including Ethereum and Bitcoin, use Permissionless blockchains.

3- IoTeX

IoTeX (IOTX) works as a private blockchain in a blockchain.

IoTeX’s Roll-DPoS consensus system combines Proof-of-Stake with a sidechain architecture to produce a fast and scalable privacy-centric blockchain.

It solves many of the issues. They may connect with the widespread deployment of IoT technology. Examples include a lack of functional value and excessive running expenses.

Here's a deeper look at the characteristics that set IoTeX apart from other IoT cryptos:

Separation of duties

The requirements of various IoT applications vary. As a result, integrating every IoT node into a single blockchain may lead to bloated and sluggish calculations. IoTeX addresses this issue by generating sidechains for each IoT function. Each sidechain only runs when necessary, increasing the efficiency of the blockchain.

Integrated privacy

Separate side chains improve privacy. This is because each sidechain performs a distinct job. Furthermore, the side chains only communicate when required. IoTeX enhances user and transaction privacy. It uses ring signatures and relayed payment codes. These conceal the address of each transaction recipient.

Lightweight and simple

The lightweight design of IoTeX reduces energy consumption, needing fewer resources for mining. It also keeps processes moving by giving each device the information it needs to perform a task. It is less complicated than linked devices. But, it depends on a single blockchain for resources.


Blockchain and IoT are two technologies that will continue to grow as they become more commonplace. There will undoubtedly be difficulties along the road. However, we expect to see an increase in the number of businesses using blockchain-based IoT solutions shortly.

Before using blockchains in one’s IoT applications, one must first grasp the intricacies of the deployment architecture. To do it properly may take months of preparation and discovery. Last but not least, never plunge blindly into a blockchain-IoT project without first doing thorough research.

The Internet of Things is distinguished by a high number of tiny, lightweight devices. Similarly, the blockchain features a decentralized software network. IoT devices, like Bitcoin wallets, are excellent “hosts” for this software. Today, centralized cloud servers manage IoT devices. In the future, IoTs will be able to control themselves via their decentralized network. – Webair’s Sagi Brody

The notion of integrating IoT with cryptocurrency is a complicated one. This is especially when you consider the rules and regulations that are implemented all around the globe. Overall, it’s fascinating to watch where industries will go in the future.

SoluLab is one of the top 3 blockchain development and top 10 IoT in the world. Reach out to us today for your project’s free consultation.

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