Internet of Things ( IoT ) strongly promotes the digitization of business by fusing objects and the digital world.
Depending on analysts, the number of devices connected to the IoT is expected to increase dramatically from 2 billion to 50 billion by 2020.
This number is said to be somewhat conservative, but it is still a surprising increase.
By the way, it’s important to remember that this IoT is not just “things” in the end.
“You need to remember that IoT is n’t ultimately a“ thing ”.
In a previous article I wrote that:
“ We explained that“ dissection of IoT solutions ”has an overwhelming possibility, but various combinations of endpoints, network technologies, protocols, IoT software, application development services, etc. introduce IoT to transform operations. This is a big challenge for companies trying to do it. The question is how to make IoT solution development easier to manage. The answer is to adopt a platform approach. ”
By adopting a platform in the IoT application layer, it is possible to integrate connection, management, and problem solving related to IoT-compatible products and services, greatly simplifying the entire IoT solution construction process.
IoT software platform
A new integrated IoT software platform category has emerged on cloud services.
Amazon Web Services (AWS), Microsoft (Azure), and IBM (Bluemix) have extended a general-purpose cloud platform with rich IoT services.
Companies such as GE (Predix), Siemens (Mindsphere), and PTC (Thingworx) offer specialized industrial IoT platforms, or platforms dedicated to managing device connections such as Cisco (Jasper).
These platforms simply provide complex IoT solution development by providing an abstraction layer.
There is no standard “platform” for IoT endpoints due to the vast diversity and variety of industry-specific sensors, agents, actuators, and gateways.
To select an IoT endpoint infrastructure, it is important to ensure that the device is secured while paying attention to the following two points.
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Supports standard communication protocols
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Remote management via IoT software platform
IoT software platforms on cloud services provide strong support for core IoT services, but application development and lifecycle management capabilities are often limited to providing SDKs for coding IoT applications . This has some serious drawbacks, but in many cases now traditional programming techniques are unavoidable.
IoT application development issues
IoT is the future technology area.
Many companies have not yet started working on IoT to promote smarter business operations, create new services, and change customer interactions.
In order for IoT to bring out new value for business, it is necessary to conduct experiments that show results quickly and at low cost, and finally, new ideas can be turned into valuable IoT applications. However, many organizations have shelved the following challenges:
Lack of Agility
Developing IoT applications requires rapid experimentation, frequent feedback and correction, and close collaboration between the business and IT departments.
Traditional development approaches compromise the necessary speed and agility as well as the active involvement of the business.
Technical complexity In
many cases, development teams struggle with the complexity of application development and struggle to integrate the data required for endpoints, IoT services, back-end systems, and IoT solutions.
Skill-deficient
IoT solutions require scarce IT skills that can cover all IoT technologies, integration, data management, analytics, and application development.
According to Gartner, 49% of CIOs expect to experience IT skills shortages in the next 12 months.
“In order for IoT to bring out new value for business, it is necessary to experiment many times to see results quickly and at low cost, and finally, new ideas can be turned into valuable IoT applications.”
As the next abstraction layer for IoT software platforms, companies need to consider adopting high-productivity application platforms that seamlessly utilize the underlying IoT technology.
High productivity platform speeds up IoT application development
High Productivity Application Platform as a Service (hpaPaaS) is a fast-growing technology marketplace where IT leaders and their teams can meet challenges and simplify rapid, iterative development that is critical to IoT success.
According to Gartner, hpaPaaS states that “declarative model-driven application design and one-step deployment are used to provide application development, deployment and execution to the cloud.”
In other words, hpaPaaS eliminates the technical complexity of traditional software development methods and allows a wider range of users to quickly build applications such as IoT solutions.
Here is a brief overview of the key hpaPaaS features that support IoT application development.
Visual development:
Bridging skill gaps by allowing both developers and business people to build IoT applications without writing code.I
IoTconnectors:
Minimize technical complexity by providing intuitive connectors, and developers simply drag and drop IoT services into the visual application model, enabling common IoT software platforms (AWS, IBM (Watson, Microsoft Azure, etc.) services can be used in the application.
Business and IT collaboration:
Developers and business people can collaborate throughout the application lifecycle, from idea and requirement collection to team development and feedback management, to facilitate rapid experimentation and iteration.
Scalability and high availability:
IoT innovation allows teams to start on a small scale and easily scale without rebuilding the application architecture. Platforms that utilize basic technologies such as Cloud Foundry and Docker have built-in application resiliency and high availability.
Multi-cloud deployment:
Same public or (virtual) private cloud with minimal latency and access based on customer accounts and plans by providing the flexibility to deploy IoT applications in the same cloud as the IoT software platform You can take advantage of other services within.
Hybrid cloud support:
IoT applications can be deployed and managed throughout the cloud while centralized management and orchestration are centralized. This approach creates an IoT application hub that allows companies to use IoT software services from different vendors to optimize parameters such as cost and functional scope
The strength of hpaPaaS is not only ideal for IoT solutions, but also a wide range of applications for digitizing operations, customer experiences and business models.
Integrated hpaPaaS accelerates each step of the application lifecycle and helps organizations achieve the shortest value.
The strength of hpaPaaS is not only IoT solutions, but also a wide range of applications for digitizing operations, customer experiences, and business models.
hpaPaaS, when combined with leading IoT software platforms that offer a wider range of cloud services, is an integral layer of the organization’s innovation stack.
Summary
The technology landscape is more diversified than integration, making it difficult for IT leaders and enterprise architects to understand complexity and implement future-proof architectures. There is an emerging category of platforms that provide an integrated set of IoT software services that simplify device management, communications, data management, analytics, and security, pulling technology from developers.
Similarly, hpaPaaS for applications running on IoT software platforms provides a complete application lifecycle management service that speeds up IoT application development and hides complexity, enabling technology developers to build sophisticated solutions Less.
