Aeris, a global contributor in cellular connectivity platforms and solutions, has announced at the Canalys Forum Americas 2025 the official launch of its expanded global partner ecosystem, empowering technology advisors, distributors, VARs,

The post Aeris expands global partner ecosystem to meet rising demand for secure IoT and FWA solutions worldwide appeared first on IoT Now News – How to run an IoT enabled business.

Read more here: https://www.iot-now.com/2025/10/23/153679-aeris-expands-global-partner-ecosystem-to-meet-rising-demand-for-secure-iot-and-fwa-solutions-worldwide/

The post Aeris expands global partner ecosystem to meet rising demand for secure IoT and FWA solutions worldwide appeared first on IPv6.net.

Silicon Labs, an innovator in low-power wireless, has announced the launch of the Simplicity Ecosystem, a next-generation suite of modular software tools with planned AI augmentation designed to transform embedded

The post Silicon Labs unveils the next evolution of IoT development with the Simplicity Ecosystem appeared first on IoT Now News – How to run an IoT enabled business.

Read more here: https://www.iot-now.com/2025/10/23/153663-silicon-labs-unveils-the-next-evolution-of-iot-development-with-the-simplicity-ecosystem/

The post Silicon Labs unveils the next evolution of IoT development with the Simplicity Ecosystem appeared first on IPv6.net.

Thinking about how agreements can work automatically on a computer network? That’s basically what a blockchain smart contract is all about. It’s like a digital agreement that runs itself when certain things happen. This guide is here to break down what these are, how they work, and why they’re becoming a big deal. We’ll cover everything from the basics to how you might even build one yourself. It might seem complicated, but we’ll try to make it clear.

Key Takeaways

• A blockchain smart contract is a self-executing agreement with the terms written directly into code.
• These contracts automatically carry out actions when predefined conditions are met, removing the need for middlemen.
• The blockchain provides a secure and transparent ledger for smart contract execution, making results verifiable.
• Building a blockchain smart contract involves picking a suitable network, setting up your tools, and learning a specific coding language.
• Smart contracts offer benefits like faster transactions, more openness, and lower costs across many different industries.

Understanding What Is A Blockchain Smart Contract

Imagine a digital agreement that doesn’t need a lawyer or a bank to make sure everyone does what they promised. That’s essentially what a blockchain smart contract is. It’s a piece of computer code, living on a blockchain, that automatically carries out the terms of an agreement when certain conditions are met. Think of it like a digital vending machine: you put in your input, and if the rules are followed, the output is automatically delivered. The core idea is to automate agreements and make them self-executing.

Defining The Core Concept Of A Smart Contract

At its heart, a smart contract is a program. But it’s not just any program; it’s a program designed to execute the terms of a contract. The agreement’s rules are written directly into code. This code resides on a blockchain, a distributed and secure digital ledger. Because it’s on the blockchain, the contract benefits from the network’s security, transparency, and immutability. Once deployed, the code is generally set in stone, meaning it can’t be altered, which builds a strong foundation of trust between the parties involved. It removes the need for a central authority or intermediary to oversee and enforce the agreement.

The Role Of Code In Automating Agreements

Code is the engine that drives smart contracts. The logic of the agreement – what needs to happen, under what circumstances, and what the outcome should be – is translated into programming language. When the predefined conditions are met, the code executes automatically. This automation is what makes smart contracts so powerful. It means that actions can be triggered instantly and reliably, without human intervention. For example, if a contract is set up for an insurance payout, the code could be programmed to automatically release funds once a verified data feed confirms a specific event, like a flight delay. This removes delays and potential disputes that often come with manual claim processing.

How Smart Contracts Differ From Traditional Contracts

Traditional contracts are typically paper documents, interpreted and enforced by legal systems and intermediaries like lawyers or courts. This process can be slow, expensive, and prone to disputes. Smart contracts, on the other hand, are digital and self-executing. Their terms are embedded in code, and their execution is managed by the blockchain network itself. This offers several key differences:

• Execution: Traditional contracts require manual enforcement; smart contracts execute automatically.
• Intermediaries: Traditional contracts often rely on third parties; smart contracts aim to remove them.
• Trust: Trust in traditional contracts is placed in the legal system and parties involved; trust in smart contracts is placed in the code and the blockchain.
• Transparency: Traditional contracts can be private; smart contracts on a public blockchain are typically visible to all participants.

The shift from paper agreements to code-based, self-executing contracts represents a significant change in how we can formalize and conduct agreements, moving towards a more automated and verifiable future.

This move towards automated agreements is also seen in the development of new types of digital wallets, like those designed for networks such as Starknet, which can interact with smart contracts Ready Wallet.

How Smart Contracts Operate On The Blockchain

Smart contracts aren’t just abstract ideas; they are actual pieces of code that run on a blockchain. Think of the blockchain as a highly secure, shared digital ledger where these contracts live and execute. This environment is what gives smart contracts their unique power and reliability.

The Blockchain As A Secure Execution Environment

When a smart contract is deployed onto a blockchain, it becomes part of that distributed network. This means it’s not stored in one place but is copied across many computers. This decentralization is key to its security, as there’s no single point of failure or control. If one computer goes offline, the contract keeps running on others. The cryptographic nature of blockchain also means that the code itself and the transactions it processes are protected from tampering. It’s like having an agreement that’s notarized and witnessed by thousands of people simultaneously, all of whom have identical, unchangeable copies.

Automation Through Predefined Conditions

Smart contracts work on a simple “if this, then that” principle. The code contains specific conditions that must be met for certain actions to occur. For example, a smart contract for a crowdfunding campaign might be programmed to release funds to the project creator only if the total amount raised reaches a certain target by a specific date. If the target isn’t met, the funds are automatically returned to the donors. The blockchain network constantly monitors these conditions. When they are satisfied, the contract automatically executes the programmed outcome without any human intervention. This automation is what makes them so efficient and removes the need for intermediaries.

Here’s a simplified look at the execution flow:

1. Condition Defined: The contract code specifies what needs to happen.
2. Trigger Event: An action or data input occurs that meets the defined condition.
3. Verification: The blockchain network validates that the condition has been met.
4. Automated Execution: The contract automatically performs the programmed action (e.g., transferring funds, issuing a token).
5. Record Update: The execution and its outcome are permanently recorded on the blockchain.

The beauty of this system is that once the conditions are met, the contract executes exactly as written. There’s no room for interpretation or dispute about what was supposed to happen, because the code dictates the outcome.

The Importance Of Immutability And Transparency

Once a smart contract is deployed on a blockchain, its code is generally immutable, meaning it cannot be altered or deleted. This immutability builds a high level of trust because all parties can be confident that the terms of the agreement will not change unexpectedly. Furthermore, the execution of smart contracts is transparent. All transactions and the results of contract executions are recorded on the public ledger, visible to anyone on the network. This transparency allows for easy auditing and verification, ensuring that the contract has performed as intended. This open nature is a significant departure from traditional contracts, which can often be opaque and subject to hidden clauses or interpretations. The ability to tokenize assets, for instance, becomes much more straightforward and trustworthy with these characteristics Tokenization is becoming mainstream.

Key Features And Benefits Of Smart Contracts

Autonomy And Reduced Need For Intermediaries

Smart contracts operate on a principle of self-execution. Once deployed on the blockchain, they run automatically when specific, pre-programmed conditions are met. This automation means that parties involved don’t need to rely on a third party, like a lawyer or a bank, to oversee and enforce the agreement. This direct execution significantly cuts down on the need for intermediaries, streamlining processes and reducing potential points of failure or delay. Think about buying a car; instead of going through a dealership and a finance company, a smart contract could automatically transfer ownership and funds once all agreed-upon conditions, like payment confirmation, are satisfied.

Enhanced Trust And Security Through Code

The code that makes up a smart contract is stored on the blockchain, which is inherently secure and transparent. Because the contract’s logic is visible to all participants before it’s executed, everyone can verify that it functions as intended. Once deployed, the contract is immutable, meaning it cannot be altered or tampered with. This immutability, combined with the blockchain’s distributed nature, builds a high level of trust among participants, as they can be confident that the agreement will be executed exactly as written, without any unexpected changes.

Efficiency Gains And Cost Reductions

By removing intermediaries and automating processes, smart contracts lead to noticeable improvements in efficiency and cost savings. Manual processes often involve significant administrative overhead, paperwork, and fees paid to third parties. Smart contracts replace much of this with automated code execution. For example, processing an insurance claim for a delayed flight could be handled by a smart contract that automatically issues a payout once flight data confirms the delay, bypassing the lengthy manual claim review process. This saves time for both the customer and the insurance company, and reduces operational expenses.

Accuracy And Verifiability Of Transactions

Since smart contracts are written in code, they execute precisely as programmed, minimizing the risk of human error that can occur in manual contract execution. Every transaction triggered by a smart contract is recorded on the blockchain, creating a permanent, auditable, and verifiable history. This transparency allows all parties to easily track the contract’s execution and confirm that all terms have been met accurately. This level of verifiability is particularly useful in complex transactions or industries where precise record-keeping is paramount, such as supply chain management or real estate.

Here’s a look at how these benefits translate into practical advantages:

• Reduced Administrative Burden: Automates tasks like verification, payment processing, and record-keeping.
• Faster Execution: Agreements are executed automatically once conditions are met, eliminating waiting periods.
• Lower Transaction Fees: Eliminates fees associated with intermediaries like brokers, lawyers, or escrow agents.
• Increased Auditability: All actions are recorded on the blockchain, providing a clear and immutable audit trail.

The core value of smart contracts lies in their ability to translate complex agreements into self-executing code. This code lives on the blockchain, where its execution is guaranteed by the network’s consensus mechanisms, providing a level of certainty and reliability that traditional contracts often struggle to achieve. The transparency of the code and the immutability of its execution history build confidence among all parties involved.

Exploring Real-World Applications

Smart contracts are far from just a theoretical concept; they are actively reshaping various industries by automating processes and removing the need for intermediaries. Their ability to execute agreements automatically when specific conditions are met makes them incredibly versatile.

Smart Contracts In Finance And Decentralized Applications

In the financial sector, smart contracts are the engine behind many decentralized applications, often called dApps. These applications can manage money, involve financial transactions, or even use external data to trigger actions. For instance, a smart contract could automatically release funds for a service once a delivery is confirmed, acting like a digital escrow. This is particularly useful in areas like peer-to-peer lending or decentralized exchanges where trust in a central authority is replaced by trust in the code. The development of more sophisticated dApps is ongoing, with a focus on user-friendliness and handling complex operations, making blockchain technology more accessible.

Transforming Industries With Automated Agreements

Beyond finance, smart contracts are finding their way into numerous other fields. Think about insurance: a smart contract could automatically pay out a claim based on verified data, like weather reports for crop insurance, eliminating lengthy claim processes. This automation brings efficiency and reduces the potential for disputes. As smart contract technology matures, we’re seeing advancements like zero-knowledge proofs, which allow for verification of information without revealing the actual data, a significant step for privacy in sensitive sectors like healthcare. The integration with other technologies like the Internet of Things (IoT) is also opening new doors.

Use Cases In Supply Chain And Real Estate

Supply chains are a prime example of where smart contracts can make a big difference. Imagine tracking goods from origin to destination, with each step automatically recorded and verified on the blockchain. This provides unprecedented visibility and can trigger payments as milestones are met. In real estate, smart contracts could streamline property transactions, automating title transfers and payments once all conditions, like financing approval, are satisfied. This reduces paperwork and the involvement of multiple intermediaries, potentially speeding up what is often a slow and complex process. Governments are also exploring smart contracts for managing land registries and distributing benefits, aiming for greater transparency and efficiency.

The ongoing development of scalability solutions, such as sharding and layer 2 protocols, is critical for smart contracts to handle a larger volume of transactions efficiently. This progress is key to enabling widespread adoption across various industries and for everyday users.

Here are some key areas where smart contracts are making an impact:

• Finance: Powering decentralized applications (dApps), automating payments, and facilitating peer-to-peer transactions.
• Supply Chain Management: Enhancing transparency, tracking goods, and automating payments based on delivery confirmations.
• Real Estate: Streamlining property transactions, automating title transfers, and reducing intermediary involvement.
• Insurance: Automating claims processing based on verifiable external data.
• Digital Identity: Enabling secure and user-controlled management of personal data.

As these technologies evolve, we can expect to see even more innovative applications emerge, making processes more efficient and trustworthy for everyone involved. Learning about these advancements is important for understanding the future of digital agreements and how businesses can adapt.

Building Your First Blockchain Smart Contract

Getting started with smart contract development might seem a bit daunting, but breaking it down into manageable steps makes it much more approachable. Think of it like learning a new recipe; you need the right ingredients and a clear process.

Choosing The Right Blockchain Platform

Before you write a single line of code, you need to pick where your smart contract will live. Different blockchains have different strengths. Ethereum is a popular choice due to its large developer community and extensive tooling, but it can sometimes have higher transaction fees. Other options like BNB Chain (formerly Binance Smart Chain) offer faster transactions and lower costs, which might be better for certain applications. When choosing, consider factors like transaction speed, cost, security, and the size of the developer community.

Setting Up Your Development Environment

Once you’ve selected a platform, you’ll need to set up your tools. For many, especially those working with Ethereum or similar chains, this involves installing Node.js and a package manager like npm or Yarn. You’ll then typically install development frameworks.

Here are some common tools:

• Remix IDE: A browser-based IDE that’s great for beginners. You can write, compile, and deploy contracts directly from your browser.
• Truffle Suite: A comprehensive development framework that includes tools for compiling, deploying, testing, and managing smart contracts.
• Hardhat: Another popular development environment that offers flexibility and powerful debugging capabilities.

Setting up your environment correctly is key to a smooth development process.

Understanding Programming Languages For Smart Contracts

Smart contracts are written in specific programming languages. The language you choose often depends on the blockchain platform you’ve selected. For Ethereum and many EVM-compatible chains, Solidity is the most widely used language. It’s a high-level, object-oriented language that shares similarities with JavaScript and C++, making it relatively accessible for developers familiar with those languages. Other languages exist for different platforms, such as Vyper for Ethereum (focused on security and simplicity) or Rust for blockchains like Solana and Polkadot. Learning the syntax, data types, and common patterns of your chosen language is the next step in bringing your smart contract ideas to life.

Ensuring Security And Privacy

When we talk about smart contracts, security and privacy are really big deals. Because these contracts run on a blockchain, they’re usually permanent and everyone can see them. That means if there’s a mistake or a way to cheat the system, it’s out there for good, and anyone could potentially exploit it. It’s not like a regular computer program where you can just patch it up quietly.

Best Practices For Secure Smart Contract Development

Building secure smart contracts involves a few key steps. Think of it like building a house – you wouldn’t skip the foundation, right? The same applies here. Keeping your code simple is one of the most effective ways to reduce the chances of bugs hiding. The less complex your contract is, the fewer places there are for errors to creep in.

Here are some practices to keep in mind:

• Keep it simple: As mentioned, less complexity means fewer vulnerabilities.
• Use established libraries: Many common functions are already built and tested by experts. Using these can save time and reduce risk. Frameworks like OpenZeppelin are great examples.
• Conduct thorough audits: Get independent experts to review your code before deploying it. This is a really important step, like getting a second opinion from a doctor.
• Test rigorously: Use various testing scenarios, including edge cases, to make sure the contract behaves as expected under all conditions. This includes unit testing and fuzz testing.
• Monitor after deployment: Even after a contract is live, keep an eye on its activity for any unusual patterns.

Addressing Data Privacy Challenges On The Blockchain

Blockchains are known for being transparent, which is great for trust, but not so great if you’re dealing with sensitive information. Since transactions are often public, personal data needs extra protection. Techniques like encryption can scramble data so only authorized parties can read it. Another method is using zero-knowledge proofs, which let you prove something is true without revealing the actual information itself. It’s like showing your ID to prove you’re old enough to buy something, without showing your birthdate.

The immutable and transparent nature of blockchains, while beneficial for trust, necessitates careful consideration of how sensitive data is handled within smart contracts. Protecting user information requires proactive measures beyond basic transaction recording.

The Role Of Audits And Rigorous Testing

Auditing smart contracts involves manually reviewing code for vulnerabilities, while formal verification uses mathematical proofs to check correctness. Popular auditing firms perform manual reviews of logic and test contracts extensively. Formal verification tools can prove the correctness of contracts mathematically. Both auditing and formal verification should be conducted before deploying contracts to live environments. Though they can be costly, they greatly improve the safety of your contract.

Some common vulnerabilities that audits and testing aim to catch include:

• Reentrancy attacks: Where a contract calls another contract, and that second contract calls back to the first one before the first one has finished its original task.
• Integer overflow/underflow: This happens when a number in the contract gets too big or too small for the space it’s stored in, causing it to wrap around.
• Unchecked external calls: If a contract interacts with another contract and doesn’t properly check the outcome, it could lead to unexpected behavior or security breaches.

Performing these checks is not just a good idea; it’s a necessary part of responsible smart contract development.

Wrapping Up Our Smart Contract Journey

So, we’ve walked through what smart contracts are and how they work on the blockchain. It might seem like a lot at first, but really, it’s about automating agreements in a secure way. We looked at how they run on blockchains, making them transparent and hard to change. We also touched on picking the right blockchain and getting your tools ready to build. Learning a language like Solidity is the next step if you want to create them. Remember, this technology is changing how we do business, and understanding smart contracts is a good way to keep up. It’s not as complicated as it first appears, and with a bit of learning, you can see the possibilities.

Frequently Asked Questions

What is a smart contract on a blockchain?

Think of a smart contract as a digital agreement that automatically runs itself when certain conditions are met. It’s like a vending machine for deals: you put in what’s needed, and if everything checks out, the contract automatically does what it’s supposed to, all through computer code. It lives on a blockchain, making it super secure and open for everyone to see.

How do smart contracts work?

Smart contracts work using “if this, then that” logic written in code. This code is placed on a blockchain. When the specific conditions written in the code are met – for example, if a payment is received – the contract automatically carries out the agreed-upon action, like releasing digital goods. The blockchain makes sure this happens exactly as planned and records it for everyone to see.

Why are smart contracts useful?

Smart contracts are useful because they make agreements faster and cheaper. Since they run automatically, you don’t need to pay middlemen like lawyers or banks to make sure the deal happens. They are also very trustworthy because the code is usually set in stone on the blockchain, meaning it can’t be easily changed or tampered with, and everyone can check that it’s working correctly.

Can smart contracts be changed after they are created?

Generally, once a smart contract is put onto a blockchain, it’s very difficult to change. This is called being ‘immutable.’ This feature helps build trust because everyone knows the rules won’t suddenly change. However, some newer systems are exploring ways to allow controlled updates if absolutely necessary, but the main idea is that they are permanent.

What are some real-world examples of smart contracts?

Smart contracts are used in many ways! In finance, they can automatically handle loans or insurance payouts. In supply chains, they can track goods and release payments when items arrive. They can even be used for things like online voting or managing digital property. Basically, anywhere an agreement needs to be automatically and reliably carried out, smart contracts can help.

Is it hard to create a smart contract?

Creating a smart contract requires learning a special coding language, like Solidity, and understanding how blockchains work. You also need to set up specific tools for development. While it might seem tricky at first, there are many resources and platforms available to help beginners learn and build their first smart contracts step-by-step.

The post Demystifying Blockchain: What is a Blockchain Smart Contract and How Does It Work? appeared first on IntelligentHQ.

Read more here: https://www.intelligenthq.com/what-is-a-blockchain-smart-contract/

The post Demystifying Blockchain: What is a Blockchain Smart Contract and How Does It Work? appeared first on IPv6.net.

In 2023, M5Stack introduced the Cardputer, a mini portable computer based on an ESP32-S3 module and equipped with a display and a keyboard. The Cardputer-Adv is an update based on the Stamp-S3A core module, with the same 1.14-inch LCD and 56-key keyboard, but featuring a range of upgrades. These include enhanced audio with an ES8311 audio codec, a high‑SNR MEMS microphone, an NS4150B amplifier, a 1W speaker, and a 3.5 mm headphone jack, an improved antenna design, a larger 1,750 mAh battery, and a built-in BMI270 6-axis IMU. M5Stack Cardputer-Adv specifications: (bold highlights show improvements/changes over the original Cardputer) Wireless MCU module – M5Stack M5Stamp S3A with SoC – Espressif Systems ESP32-S3FN8 CPU Dual-core 32-bit Xtensa LX7 microcontroller with AI vector instructions up to 240MHz RISC-V ULP co-processor Memory – 512KB SRAM Storage – 8MB flash Wireless – 2.4GHz WiFi 4 (802.11b/g/n), Bluetooth 5.0 BLE + Mesh 2.4GHz 3D antenna USB […]

The post M5Stack Cardputer-Adv ESP32-S3 computer gains improved antenna, larger 1,750 mAh battery, ES8311 audio codec appeared first on CNX Software – Embedded Systems News.

Read more here: https://www.cnx-software.com/2025/10/23/m5stack-cardputer-adv-esp32-s3-computer-gains-improved-antenna-larger-1750-mah-battery-es8311-audio-codec/

The post M5Stack Cardputer-Adv ESP32-S3 computer gains improved antenna, larger 1,750 mAh battery, ES8311 audio codec appeared first on IPv6.net.

Only vendor recognized for delivering all four emerging features shaping the future of edge computing. AUSTIN, Texas, Oct. 22, 2025 /PRNewswire-PRWeb/ — ClearBlade, a pioneer in Edge AI, IoT and connected Digital Twins software, today announced it has been recognized as both a Leader and…

Read more here: https://www.prweb.com/releases/clearblade-named-leader-and-outperformer-in-gigaom-radar-for-full-stack-edge-deployments-302591007.html

The post ClearBlade Named Leader and Outperformer in GigaOm Radar for Full-Stack Edge Deployments appeared first on IPv6.net.

Back in September, we introduced the new provisioning flow on Arduino Cloud, starting with the UNO R4 WiFi. It means that you can now connect and configure your UNO R4 WiFi on Arduino Cloud straight from your phone, with the IoT Remote app. It’s a game changer, making your device setup faster, smoother, and cable-free.

But here’s where it gets really exciting: with Arduino Cloud templates, you can now go from powering up a board to having a working Thing and Dashboard, entirely from your phone.

Why Arduino Cloud provisioning on mobile changes everything

Because it changes how and where you can build with Arduino. You’re no longer tied to your desk or laptop. So you can:

• Provision a new device directly via Bluetooth from mobile.
• Update Wi-Fi credentials without plugging into a computer.
• Deploy a ready-made template that sets up both the Cloud Thing and Dashboard for you.

Watch Andrea Richetta, Product Evangelist at Arduino, explain how this new wireless provisioning works. 

From zero to a working Thing and Dashboard in Arduino Cloud

Once you’ve selected the template of your choice in the gallery, the next steps are even easier. Power up your UNO R4 WiFi, open the Arduino IoT Cloud app, and in minutes, your device is online with a dashboard already visualizing data. To learn more about how to customize your dashboard layout from your phone, here’s an article that can help.

That means you can:

• Set up a monitoring project in the field without carrying a laptop.
• Install multiple boards in different locations, each running the same solution.
• Move from prototype to deployment faster, with less friction.

From a maker standpoint this means for example that you can set up your smart garden in the backyard without bringing out a laptop. Just power the UNO R4 WiFi, connect from your phone, and within minutes you’re monitoring soil humidity right where the plants are.

From a business perspective you can deploy your custom project that you previously created and saved as a template in just a few steps.

From a student journey, this means that you can bring your phone and your Arduino in the classroom, configure it and make it working without accessing to the classroom laptop, adding value to the lesson, progressing in the study path without hiccups  

It’s a new level of freedom, bringing IoT wherever you need it.

What’s next for Arduino Cloud provisioning?

Right now, this streamlined flow is available only on the new UNO R4 WiFi boards. But we’re working to expand it across more Arduino devices soon.

Try it today:

• Get an UNO R4 WiFi + Arduino Cloud Free access
• Get started on Arduino Cloud
• Install IoT Remote App available for Android and iPhone
• Learn more in the documentation

The post Provision, configure, and deploy, all from your phone appeared first on Arduino Blog.

Read more here: https://blog.arduino.cc/2025/10/22/provision-configure-and-deploy-all-from-your-phone/

The post Provision, configure, and deploy, all from your phone appeared first on IPv6.net.

Customers expect instant, secure, personalized service – whether they’re in your app, on the web, in a branch, or calling the contact center. In this CSG webinar, learn how to close

The post Close the Expectation Gap: Modernization & Agentic AI for Financial Services appeared first on IoT Now News – How to run an IoT enabled business.

Read more here: https://app.livestorm.co/wkm/close-the-expectation-gap-modernization-and-agentic-ai-for-financial-services?utm_source=post&utm_campaign=post

The post Close the Expectation Gap: Modernization & Agentic AI for Financial Services appeared first on IPv6.net.

For those who aren’t aware, the prpl Foundation’s mission is “to build open-source carrier-grade software for service provider CPE devices.” The more detailed definition is that it’s a suite of

The post Smart home security enjoys prpl patch at Paris summit appeared first on IoT Now News – How to run an IoT enabled business.

Read more here: https://www.iot-now.com/2025/10/22/153652-smart-home-security-enjoys-prpl-patch-at-paris-summit/

The post Smart home security enjoys prpl patch at Paris summit appeared first on IPv6.net.

As IoT devices demand faster, more reliable and intelligent connections, Wi-Fi 7 emerges as a critical enabler for real-time performance and next-generation user experiences at the edge. Ceva, a licensor

The post Ceva introduces Wi-Fi 7 1×1 client IP appeared first on IoT Now News – How to run an IoT enabled business.

Read more here: https://www.iot-now.com/2025/10/22/153646-ceva-introduces-wi-fi-7-1×1-client-ip/

The post Ceva introduces Wi-Fi 7 1×1 client IP appeared first on IPv6.net.

Critical infrastructure is under attack. In the last two years, cyber threats targeting utilities have reached new highs, and traditional IT security models are no longer enough. OPEN PDF IN

The post Why Private Wireless Security Is Now a Priority for Utilities appeared first on IoT Now News – How to run an IoT enabled business.

Read more here: https://www.iot-now.com/2025/10/22/153577-why-private-wireless-security-is-now-a-priority-for-utilities/

The post Why Private Wireless Security Is Now a Priority for Utilities appeared first on IPv6.net.