If you’ve read our ultimate guide to IoT connectivity, you know that connectivity allows devices to connect to the internet, other devices, or a central hub to transmit and receive data. And if you run a smart warehouse, you know that optimizing that connectivity to work in alignment with your business goals is key to keeping costs low and operational efficiencies high.  IoT connectivity refers to the network of physical devices, vehicles, and other items embedded with sensors, software, and similar technologies that facilitate the exchange of data with other devices and systems over the ..read more

Like any software solution, fleet management software operates at peak capacity with frequent updates. Deploying and tracking hundreds of devices is only possible with up-to-date software—but not all system updates are created equally. Laggard updates can put a wrench in any large-scale IoT deployment, draining companies of their time and reducing cost efficiencies.  To optimize the update process, delta updates have emerged as an efficient solution to minimize bandwidth usage, reduce downtime, and lower overall expenses. In this article, we’ll dive into some of the technical aspects of ..read more

Connected devices are an integral part of our daily lives. From smartphones and self-driving cars to streaming services and mobile banking, the world seemingly runs on software. But a world run on software is one that’s susceptible to malicious cyber attacks. Vulnerabilities to any component of the software supply chain provide hackers with the opportunity to insert malicious code into systems, compromising the security of intelligent infrastructure, including the power grid, transportation agents, and communications services.  As a result, any company that develops and releases softwar ..read more

System updates are a bit like routine dentist visits: highly necessary but often postponed. However, when you finally check them off your to-do list, you’re glad you did. And more importantly, they can prevent underlying issues from becoming catastrophic—whether those may be holes in your teeth or in your cybersecurity approach.  If you plan to bring connected devices to market, don’t overlook frequent system updates as part of your IoT security and device management strategy. Dependencies like device drivers and operating systems are prone to attacks, and, as we’ll explore below, can b ..read more

There’s no sugarcoating it: IoT development is a complex and challenging endeavor. And while it’s certainly not an impossible feat, myths and misconceptions about the field can make it even harder to understand what you’re up against, especially when first embarking on a new IoT project.  We’re here to set the record straight. At Very, we believe IoT is a wholly worthy endeavor to pursue, and enterprises looking to begin or add to an existing IoT product deserve clarity surrounding some of the industry’s toughest talking points. Here are four of the most common IoT development myths, de ..read more

Skill isn’t the only thing that makes competitive IoT leaders — speed and strategy play crucial roles, too. If you’re considering entering the market or expanding your existing IoT footprint, it might be time to reassess your speed-to-market strategy.  Being the first to launch a viable product or service offers a significant competitive advantage to IoT companies entering new markets. Entering the market earlier rather than later decreases your chances of facing cutthroat competition at the onset, which is why implementing a speed-to-market strategy shouldn’t be overlooked. An importan ..read more

You’ve probably heard the saying “don’t fix what’s not broken” before, and generally, we can agree with that statement. But when it comes to IoT in smart buildings, we change our tune. Even if an asset isn’t broken, there’s a good chance it should be fixed to avoid sudden malfunction and unnecessary downtime.  What we’re referring to is predictive maintenance. Predictive maintenance scraps reactive maintenance (a “fix it after it’s broken” approach) and preventative maintenance (scheduling potentially unnecessary services ahead of time) in favor of forecasting equipment failures with Io ..read more

At Very, we know innovation is impossible without cross-disciplinary collaboration. Across thousands of enterprises, diverse teams join forces to bring interconnected devices and software ecosystems to market daily. But synchronizing those teams for IoT product management — each with their own unique product development lifecycles — is far from easy. In the world of hardware development, team misalignment could spell disaster. An estimated 70% of hardware projects fail in the face of underestimated complexities, team misalignment and Design for Manufacturing (DFM) hurdles.  Product mana ..read more

At Very, we talk a lot about the exciting IoT developments happening around us in real time. But as much as we like to stay current, we also believe that learning about the past is crucial to our understanding of the technologies we use today. So, we’d like to dive into the history of over-the-air (OTA) firmware updates in this blog post. OTA firmware updates work quietly behind the scenes to wirelessly deliver new firmware to mobile devices, ensuring those devices stay current, secure, and optimized. In this article, we’ll explore the origins, milestones, and prospects of this important IoT c ..read more

In the ever-evolving landscape of IoT and HVAC technology, connected HVAC systems have emerged as a game-changer in optimizing energy efficiency, comfort, and maintenance of heating, ventilation, and air conditioning systems. However, to truly reap the benefits of industrial IoT, it’s crucial to approach the journey toward connecting devices thoughtfully. We’d like to share three essential tips for getting the most out of a connected HVAC system. Tip 1: Have a Clear Use Case The first step to optimizing a connected HVAC system is to have a clear use case. Whether you’re creating the solution ..read more