Earlier this month our COO and co-Founder Cecilia Flores joined Google Cloud’s VP and Head of Platform Amit Zavery and Protocol moderators Tom Krazit and Joe Williams in a conversation about the transformative nature of no-code and low-code developer tools. The panel, titled “Today’s Transformation, Tomorrow’s Developers: What Enterprises Can Do to Encourage Innovation,” explored the current landscape of low-code and no-code technology, including how the technology is defined, its evolution and the cultural challenges it sometimes confronts and its future.
Webee is clearly no stranger to the no-code approach. Every day our no-code end-to-end IoT toolset increases the visibility, sustainability and efficiency of industrial and agriculture operations. The success and customer satisfaction we’ve achieved is in no small part due to the accessible nature of our no-code toolset, which obviates the need for highly skilled engineers to assemble and interpret IoT installations. This saves time, money and headaches over securing highly technical talent to get IoT projects from POC to production successfully. Given our experience, Cecilia was keen to share her perspective.
They ‘Why’ Behind No-Code and Low-Code
The Protocol panel kicked off with a discussion about the present use of low-code and no-code. Amit noted that many low-code tools, which started with ideas about pre-defined ways to build applications, have become much more powerful and have removed the need for organizations to understand software engineering and data models in order to build powerful applications. Cecilia shared Webee’s motivation for delivering a fully no-code product to a field as highly complex as the IoT that struggles to find ways to move POC to production with ease, so that projects that typically took months now potentially only take days to deploy and show value.
When Change Brings Cultural Challenges
The Protocol team pointed out that developers are not always used to ceding IT control and can be skeptical of the idea that ‘non-technical’ employees can operate low-code tools. Amit suggested that organizations address this by developing a governance plan and offering training. Cecilia concurred and underscored the importance of having internal buy-in from developers and other teams within the organization and how no-code tools can help free up time for more complex projects within the organization. She also noted how no-code tools can help free up time for more complex projects within the organization.
Common No-Code and Low-Code Use Cases
The Protocol team asked for real-world examples of what organizations are building with low/no-code tools and why the tools allow them to do it faster. Cecilia addressed the proliferation of no-code technology in the manufacturing world. While most manufacturing organizations have systems already in place to collect data, aggregating the data, making sense of it and contextualizing it is an immensely complex task that can take months. Webee’s no-code toolset, for example, makes this possible with a drag-and-drop visual UI environment. Amit noted that Google has seen a huge amount of use cases over the last 12 months, with telemedicine increasingly at the forefront in a year marked by a pandemic. Other examples included mortgage lenders who want to digitize the process of mortgage applications and an organization building tools to better automate factory plant inspection. In many cases, the resulting low-code-driven application connects to other databases, such as Salesforce.
The Democratization of Technology
The Protocol team also explored how organizations could best encourage non-developer employees to own their workflows and prioritize resources. Cecilia pointed out that Webee’s customers don’t often approach Webee with a focus on technology; rather, they come to Webee with a specific problem in mind. They need a method for working more quickly and efficiently - and aren’t in need of a comprehensive technological overhaul. Because of that, Webee’s no-code technology gets much quicker buy-in from key stakeholders.
Amit said his experience has shown the movement towards low-code and no-code tends to be more bottom-up or departmental because IT doesn’t always have time to spend investigating these tools. While they may not be developers, employees advocating for low-code and no-code tend to be technically savvy or at the least, more interested in technology than the average person. They have an idea about what they want to build and what it should look like.
The Future of No-Code and Low-Code
The Protocol team then asked what people can expect from these tools in the future. Would the tools themselves become more capable in that they could develop more sophisticated applications? Or would they become easier to use? Would one element take priority over the other?
In Webee’s case, they go hand-in-hand, according to Cecilia. No-code is powerful because it enables users to access the information they need in the moment. She then discussed a use case involving mortality issues with swine production. The customer seeking to remedy this issue found Webee’s application intuitive and easy-to-use, and the application was also well-received by non-technical employees.
Career Prospects for No-Code/Low-Code
In wrapping up the conversation, the panelists focused on career opportunities for those interested in low-code and no-code. Is there a fast track for someone wanting to break into the field? Or more broadly, what educational path could interested parties pursue?
Technologically-inclined individuals should focus on what most fascinates them from a big picture standpoint versus trying to specialize in low-code/no-code, particularly as the technology becomes more advanced, Cecilia pointed out. Amit said the combination of low-code and a firm grasp of the business use case was where most of the value lies. Understanding the details and nuances behind business operations and then using low-code and no-code tools where they might fit in was the best course of action, versus trying to apply one particular tool to all use cases.
Are you currently using low-code or no-code technologies? We’d love to hear from you and we’re interested in your take on the panel discussion! Tweet us @WebeeLife or visit us on LinkedIn.
Webee's No-Code End-to-End Solution Builder Software Powered by Microsoft Azure and Running on Semtech LoRa Devices Democratizes IoT
Webee and Semtech Simplify LoRaWAN® connectivity for growing low-power IoT application market
Mar. 17, 2020 – SAN FRANCISCO – Webee’s No-Code End-to-End Solution Builder running on Microsoft Azure, operating on the LoRaWAN® protocol and leveraging Semtech (Nasdaq: SMTC) LoRa® devices simplifies the development of enterprise IoT use cases including industrial remote monitoring, smart farming, and smart cities. LoRa devices have been pre-integrated and work out of the box, including the LoRaWAN network server. Additionally, the Webee platform provides unique tools to accelerate and facilitate IoT including no-code Cloud services, visual drag and drop integration, and a natural language ask feature. The Webee solution recently won the M12 Microsoft Venture Fund Female Founders award for best U.S. Enterprise Software.
Analyst firm ABI Research estimates that total non-cellular LPWA connections in 2026 are expected to reach 1.3 billion with LoRa forecasted to comprise one-fourth share of all LPWA network connections and more than half of all non-cellular LPWA connections. To date, the Webee solution is in production at over a dozen enterprise customers, supporting data collection from over 300 different types of sensors operating on the LoRaWAN protocol in industries ranging from agriculture to industrial manufacturing.
“Customers with complex connectivity issues turn to Semtech’s LoRa devices, but customers still need help to get their IoT projects off the ground quickly and efficiently. WeBee's No-Code End-to-End Solution Builder powered by Azure provides for very easy creation of IoT solutions using LoRaWAN connectivity,” said Alistair Fulton, Vice President and General Manager of the Wireless Sensing Products Group, at Semtech.
“Webee removes the technical, time, and cost investment barriers for organizations to successfully move their IoT projects from POC to production across the manufacturing, industrial, agricultural, supply chain, and smart cities industries,” said Lucas Funes, CEO and Co-Founder, Webee.
Tony Shakib, Partner/General Manager Azure IoT, at Microsoft added, “Using Webee's Visual IoT for LoRaWAN, customers can easily set up public and private LoRaWAN networks by connecting pre-integrated Semtech LoRa devices to Azure without developing or managing a LoRaWAN network server. By making it easy to connect LoRa devices to Azure and by providing insights generated with Azure Cognitive Services and Azure AI, Webee and Semtech are simplifying IoT for our joint customers.”
Semtech Corporation is a leading supplier of high-performance analog and mixed-signal semiconductors and advanced algorithms for infrastructure, high-end consumer, and industrial equipment. Products are designed to benefit the engineering community as well as the global community. The Company is dedicated to reducing the impact it, and its products, have on the environment. Internal green programs seek to reduce waste through material and manufacturing control, use of green technology, and designing for resource reduction. Publicly traded since 1967, Semtech is listed on the Nasdaq Global Select Market under the symbol SMTC. For more information, visit www.semtech.com.
Semtech, the Semtech logo, and LoRa are registered trademarks or service marks of Semtech Corporation or its affiliates.
Webee develops IIoT (Industrial Internet of Things) and AI solutions that save enterprises millions of dollars and facilitate sustainable operations through actionable access to real-time data about complex business processes. The company's unique, no-code visual platform for building complex IoT applications for the industrial and commercial markets enables customers to immediately realize ROI from IoT technology without interrupting operations. Webee's patented toolset allows organizations worldwide to improve operational efficiency through easy-to-install sensors and intuitive software that allows the development and deployment of smart applications without coding.
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