How Scalability and Flexibility Can Accelerate IoT Innovation
In the rapidly evolving landscape of technology, the choice of hardware architecture plays a crucial role in the development of systems. Respondents reflected an array of beliefs as to why building systems on Arm architecture is important to them, whether they are original equipment manufacturers (OEMs), silicon IP partners (SiPs), and cloud service providers (CSPs) or software tools and framework providers.
Here's a breakout of those three groups:
OEMs: Trust, Security, and Scalability
OEMs have compelling reasons to build on Arm architecture. Firstly, trust and security are paramount for OEMs, and Arm provides a trusted foundation in this regard. Arm's long-standing reputation for robust security measures and its commitment to safeguarding user data make it a preferred choice for OEMs seeking secure solutions.
Secondly, the ability to scale quickly is another significant advantage of building systems on Arm. The Arm ecosystem offers a wide range of components, modules, and software that seamlessly integrate with each other. This facilitates rapid development, reduces time to market, and empowers OEMs to meet the ever-growing demands of the industry effectively.
SiPs: Supplier Range and Security Compliance
SiPs, who combine their design expertise and Arm IP into innovative products, find the Arm architecture beneficial for two reasons. Firstly, the Arm architecture enjoys widespread adoption among various suppliers. This broad supplier range ensures compatibility, flexibility, and availability of components, making it easier for SiP manufacturers to create diverse and tailored solutions.
Secondly, Arm's dedication to security, exemplified by standards frameworks such as PSA Certified, offers a clear path for SiPs to meet stringent security requirements. Compliance with established security standards becomes streamlined when building on Arm architecture, enabling SiPs to provide trustworthy and secure solutions to their customers.
CSPs, Software Tools and Framework Providers: Accessibility
This group relies on the accessibility and ease of development when selecting a hardware architecture. Arm architecture excels in this regard due to its extensive hardware proliferation. Arm-based hardware can be found in a wide range of devices and platforms, enabling CSPs and software providers to access a vast user base and offer their services efficiently.
Furthermore, Arm's architecture facilitates software development, making it an attractive choice for CSPs and software tools and framework providers. The ease of developing software and tools for Arm-based systems helps streamline the creation of applications, frameworks, and services, ultimately benefiting end-users with enhanced functionality and compatibility.
Finally, the survey highlighted the resilience and strength of Arm's technology, its legacy and its global innovation ecosystem in ways that few other companies can match. Throughout its 30-year journey, Arm technology has revolutionized the computing landscape with energy-efficient, high-performance processors for an increasingly wide range of applications. Its impact on the mobile industry, embedded systems, and the growth of IoT has been significant, making Arm an influential force in the semiconductor industry.Respondents agreed. They see Arm as a valued partner for more than a dozen different reasons, ranging from trust and security of the technology (41%), to technology accessibility (34%), to its ecosystem, the ability to scale designs efficiently and quickly (30%), to energy-efficient and high-performance processor designs are also a key factor (28%) and more.
Arm Flexible Access is one example of how the company has pioneered innovative licensing models to allow startups and other innovators access to Arm technology initially for free to try out their ideas. Arm has helped enabled standards to ease development and abstract away much of the time-consuming, expensive tasks that detract from a developers core design. This is increasingly recognized. Arm-initiated PSA Certified and SystemReady – initiatives meant to standardize approaches to security and system design, respectively – are recognized by nearly 60 percent of the respondents, with more than 70 percent of them feeling those standards add value to their work.
Some of the most dynamic, consequential innovation in computing is happening in IoT today, whether it’s vision systems that make us safer, vibration and sound systems that can sense illegal logging in rain forests or voice systems that change the very nature of the human-machine interface. It's bringing massive change, as more companies learn how to harvest, analyze and leverage data to transform their businesses and customer experiences.
The speed at which this change is happening is fueled by Arm technology and the Arm ecosystem. Innovators are rushing in with amazing new ideas to implement on hardware and software to change the world. The survey suggests enormous potential. And if more than 700 respondents are any gauge, they’re using Arm: Nearly 90 percent of them agree with the phrase “The future of IoT will be built on Arm.”
Hopefully this report has offered food for thought and inspiration as you explore your IoT development journey. In the next section, we offer some insights into how respondents in the Smart Home and Industrial sectors view trends explored in the survey questionnaire.
Additionally, we invite you to explore the comprehensive portfolio of solutions Arm offers for the IoT market. Together with the scale of the software developer community and the ecosystem collaborating around critical IoT standards, we are supporting the frictionless deployment of secure endpoint-to-cloud solutions and delivering impact at scale.
For more detail on Arm's offerings, please click on any of the links below.
A comprehensive portfolio of IoT solutions
Reducing the complexity of IoT development
Arm: At the forefront of smart vision innovation
