市場を揺るがす可能性を持つトップ10 IoTブロックチェーンプロジェクト

モノのインターネット（IoT）は、追跡可能性と機械経済の新時代をもたらすことを約束しています。この技術は拡大し続けており、さまざまな業界のシステムへの統合が進んでいます。ブロックチェーンネットワークとIoTシステムの統合は、これまで考えられなかったレベルの相互運用性と応答性を実現します。

‘IoT’ – モノのインターネット

モノのインターネットは、世界中に存在する数十億のスマートデバイスに付けられた名称です。スマートデバイスとみなされるには、センサーとインターネット接続が必要です。現在、IoTデバイスはリアルタイムでネットワーク間で情報や価値を通信できます。

IoT の利点

IoTムーブメントが拡大している理由は数多くあります。まず、これらの小さなシステムは自動化の重要な要素であり、機械プロセスのリアルタイム監視を可能にし、多くの場合人間の介入の代替手段となります。また、IoTはハードウェアや不正確なデータ、システム変換（例：紙のレポートを手動でコンピュータシステムに入力する必要がある場合）によって引き起こされる情報転送のボトルネックを削減できます。
IoTムーブメントは、一般の人々の生活の多くの側面を向上させることを約束しています。サプライチェーンをより安全にしたり、機械が安全に相互作用するための信頼できるIDを提供したりすることで、ブロックチェーンIoTムーブメントは本格的に進行中です。以下に、順不同で知っておくべきトップ10のIoTブロックチェーンをご紹介します。

1. IOTA

IOTAは最も人気があり、最もよく知られたIoTブロックチェーンプロジェクトです。IOTAのコンセプトは2015年に市場に登場し、メインネットが開始される1年前のことです。IOTAは、スマートコントラクトのプログラマビリティと機械間（M2M）通信をサポートする、信頼不要のブロックチェーン駆動IoTインフラへの直接アクセスを提供します。

At the core of IOTA is a new consensus mechanism and infrastructure called Tangle. This directed acyclic graph (DAG) architecture enables high-speed transfer of value and data. It also prevents alterations via the use of an immutable decentralized ledger.

Notably, MIOTA is the platform’s main utility token. Users can leverage MIOTA to facilitate data transfers, execute smart contracts, and pay fees on the network. The token can be traded in a P2P manner and is supported across many high-level CEXs

Interestingly, IOTA was the victim of a cyber attack in 2018. Since that time, the team has improved security standards and implemented new features and services. In 2021, the Chrysalis update enhanced the network’s capabilities further. Today, it’s one of the most stable and established IoT blockchain projects.

2. Helium

Heliumは、システムと提供内容を数年にわたり改善してきた別のIoTブロックチェーンプロジェクトです。このプロトコルは2013年にAmir Haleem、Shawn Fanning、Sean Careyによって市場に導入されました。2019年にHeliumはIoT対応のメインネットを開始しました。この動きは、テレコミュニケーション業界を変革するというプラットフォームの目標により大きなメディア報道を受けました。

ソース – Helium

Helium leverages decentralized physical infrastructure networks (DePIN) to provide an alternative to cellular systems. Specifically, the network enables nodes to secure rewards by broadcasting the LoRaWAN protocol. This low-power wide-area network (LPWAN) was built specifically to communicate with low-power IoT devices across WiFi, VPN, CDN, and 5G networks.

The HNT token plays a pivotal role in Helium’s ecosystem. Users need HNT to interact with network features. Notably, Helium migrated to the Solana blockchain in 2023 as part of its goal to improve performance and reduce congestion-related issues. Additionally, the project employs community governance, giving users a vote regarding its future upgrades and changes.

3. Chainlink

In 2017, Sergey Nazarov and Steve Ellis introduced the world to the Chainlink protocol. Chainlink was unique in many aspects. For one, it was a blockchain designed to support oracles. These off-chain sensors are used across the market to communicate data to and from blockchains.

Oracles play a pivotal role in the DeFi sector, where they are used to monitor prices, market movements, and much more. Chainlink sought to solve the oracle problem, which was an issue that had occurred due to the centralized nature of the sensors. By integrating a decentralized blockchain, Chainlink was able to add auto-correction and verification systems, reducing the risk of incorrect and hacked info entering the blockchain,

Chainlink supports IoT technology across the board as IoT devices make excellent oracles. The IoT network’s massive size is another reason why it’s a great fit for use as an oracle. These low-power systems can be set up passively to monitor items, conditions, validity, geolocations, etc.

Today, Chainlink provides a reliable way to integrate confidential and sensitive material into the blockchain network while ensuring correctness. In the future, Chainlink will integrate even more IoT devices and expand its operations across industries to meet the growing demand for blockchain-powered systems.  As such, it’s ideally positioned to capture this moment moving forward.

4. IoTex

IoTeXはオープンソースのIoTブロックチェーンインフラプロバイダーです。IoTeXは2017年に市場に参入しました。開発者はこのネットワークを将来のスマートシティを支えるコアアーキテクチャと見なしています。創業者にはRaullen Chai、Qevan Guo、Xinxin Fan、Jing Sunが含まれます。

IoTex is seen by many as one of the most secure IoT providers. It combined the efforts of +40 well-known research scientists and has already successfully facilitated +$10M in transactions since its launch. All of these factors add to IoTex’s draw and have helped it secure a reputation as a reliable and secure provider of IoT services.

Another benefit is that IoTex is fully EMV compatible, meaning that Ethereum developers can integrate its services without the need to recode. Additionally, the team has put forth considerable effort in establishing reliable security protocols that can help boost the machine economy. All of these factors make IoTex worthy of any IoT blockchain list.

5. VeChain

VeChainは2016年に市場に参入しました。プロジェクトは物流セクターへの焦点と、共同創業者の一人がLouis Vuitton Chinaの元CIOであることからすぐに注目を集めました。彼のファッション業界における複雑な物流サプライチェーンの経験が、企業が必要とするすべてのチェックポイントを満たすのに役立ちました。

The project’s founder, Sunny Lu, was keen on including vital options such as support for smart contracts, NFT tokens, and IoT devices. Together, the system creates a web of trackability that offers real-time insight into a unit’s position, validity, and current state.

VeChain users have multiple tokens they need to leverage depending on the actions they intend to take. VeChainTHor is the utility token used by developers to cover gas fees. Gas is what is paid to nodes to execute smart contracts and transactions. VET is another token that is used for machine economics. Together these blockchain assets provide full transparency.

6. NetObjex

NetObjexはIoTブロックチェーンプロバイダーで、市場の標準化を目指しています。標準はイノベーションの重要な要素であり、重複作業を減らし、エンジニアが互換性ではなく提供内容の改善に集中できるようにします。そのため、多くは標準化をIoTの大規模導入への重要なステップと見なしています。

NetObjex provides a proven infrastructure for IoT device communication. It enables advanced features like digital IDs that leverage NFT (nonfungible token) technology to provide machines with unique tokens that can be used to verify their authenticity before allowing access to sensitive materials and data.

NetObjex provides cyber security services and web3 options in addition to their IoT features. As such, the protocol continues to carve a niche in the AI Blockchain sector as well. This positioning makes NetObjex a smart project to keep tabs on moving forward.

7. ArcTouch

ArcTouchは企業が顧客と新しい方法でつながることを可能にします。このプロトコルはAI、ブロックチェーン、IoT技術をサポートし、市場への柔軟なアプローチを提供します。この戦略により、ほぼすべての企業が効率的かつ手頃な価格でIoTをビジネスモデルに統合できます。

ArcTouch includes various tools that make it easy to use IoT devices in your next Dapp. These services help connect units securely and validate their ID. Already, these systems are in use across many tech sectors. Specifically, the firm offers IoT solutions spanning smart TVs, voice assistants, and wearables.

Recently, ArcTouch has delved deeper into AI integration alongside its IoT and blockchain moves. The results are a fully capable IoT infrastructure that allows anyone to build upon its reliable offerings using advanced tech, including AI and IoT sensors. Combining these technologies provides the best solution for transparency and security.

8. Suffescom Solutions Inc

Suffescom Solutions Inc.は2014年に市場に参入し、現状に対するエネルギー効率の高い代替策として登場しました。当時はAIやブロックチェーン技術などの新興技術に注力しており、どちらもまだ比較的新しかったです。特に、Bitcoinのようなネットワークは膨大な電力を消費し、国家規模に相当するエネルギー量でした。

As such, many people feared the rising energy consumption of AI, blockchain, and IoT devices could lead to serious issues moving forward. These systems require more computational power, which directly results in more energy consumption. Suffescom Solutions provides access to energy-efficient alternatives.

This Ethereum-based blockchain IoT service provider is keen on keeping its carbon footprint to a minimum. As such, it’s already in use across multiple sectors including transportation, agriculture, real estate, supply chain, and utilities. Today, it’s recognized as one of the top AI-capable blockchain Dapp infrastructure providers available.

9. Blockchain for Energy

The Blockchain for Energy project is a non-profit that connects top-rated energy companies to create reliable solutions to the pollution problem. The project was launched in collaboration with Enovate AI and seeks to create the first industry-wide comprehensive emissions management solution. The system will rely on IoT devices to provide accurate and timely data that can be verifiable without the need for third parties. Notably, AI and Machine learning algorithms will help to ensure that these systems can recognize emission issues before they become a serious problem.

Blockchain for Energy leverages Hederas HashGraph. This distributed ledger provides a reliable and proven infrastructure that can support the latest DeFi, blockchain, and AI upgrades. Also, the system adheres to the Interwork Alliance (IWA), which is a group of standards designed to prevent information silos in the market.

Information silos are data that isn’t connected to the rest of the market in a timely fashion. As such, it can’t be used to improve operations. Data silos are a major problem that can lead to sup par logistics and supply chain woes. Integrating real-time data via IoT blockchain systems solves this problem and improves results considerably.

10. SealSQ

The popular semiconductor manufacturer SealSQ partnered with CarbonMinus to introduce a decarbonization system to the market. The project provides companies with the tools they need to improve their energy and resource management in real-time. To accomplish this task, the system enhances cooperation and provides a reliable way for businesses to share their progress.
Part of this approach includes new NFT carbon tokens which enable businesses to monetize their pivot towards a greener economy. It also helps the firms launch, fund, and track green initiatives. In this way, SealSQ enhances market transparency and integrity.

知っておくべきトップ10 IoTブロックチェーンプロジェクト

多くのブロックチェーンIoTプロジェクトが進行中です。上記に挙げたプロジェクトは、市場でニッチを確立し、IoTの利用が増加するにつれてユーザーを獲得するのに役立ちます。現時点では、これらのプロジェクトは消費者と企業の需要が高まる中でセクターが拡大するにつれて注視に値します。

他のクールな暗号通貨プロジェクトについて学ぶ 今すぐ.