Huawei Developer Conference 2020 (HDC 2020), on September 10, 2020, announced HongMeng OS with added additional distributed features, including device bus, data management, and security. An adaptive UX platform was also launched by Huawei that enables developers to enter tens of millions of new devices and users quickly. There are more electronics companies reviews that you should also see aside from this new feature from Huawei.
According to Huawei, this innovative operating system will become an essential part of Huawei’s platform and will eventually find its way over the next few years to most of its users.
What is HongMeng OS?
HongMeng OS is a modern, distributed operating system built on a microkernel designed to offer a new user interface for all platforms and scenarios.
HongMeng OS ranges from Android and iOS altogether. It is a distributed OS based on a microkernel that provides a seamless experience in all scenarios. It has an interface that is trustworthy and secure, and it facilitates smooth communication across platforms. Once you can build your applications, then distribute them flexibly across a variety of different platforms.
Here Four Technological Features of HongMeng OS
HongMeng OS provides a decentralized networking network, collaborative data processing, distributed task scheduling, and virtual peripherals by introducing distributed architecture and distributed virtual bus technologies.
With HongMeng OS, software developers will not have to cope with distributed applications’ underlying technologies, empowering them to rely on their service logic. It will be more comfortable than before to build distributed applications. HongMeng OS-based applications will run on multiple platforms while offering a smooth, collaborative interface in all scenarios.
With a deterministic latency engine and high-performance inter-process connectivity communication, HongMeng OS can overcome deficit problems (IPC). The Deterministic Latency Engine sets goals for mission execution and time limits for preparation in advance.
Resources would gravitate towards higher-priority projects, reducing apps’ response latency by 25.7%. The microkernel can make IPC performance more efficient than existing systems by up to five times.
HongMeng OS uses a brand-new microkernel architecture that features better protection and low latency. This microkernel was intended to simplify the kernel’s functionality, incorporate as many system services as possible beyond the kernel in user mode, and add shared security protection. The microkernel itself only offers the most common services, such as IPC and thread scheduling.
The microkernel architecture of HongMeng OS uses official verification methods to reshape security and trustworthiness in a Trusted Execution System from the ground up (TEE). Formal verification methods are an efficient mathematical technique to verify device correctness from the source. In contrast, conventional verification methods, such as practical verification and attack simulation, are restricted to minimal scenarios. By comparison, structured approaches may use data structures to validate all running paths for applications.
Everything in One
HongMeng OS can automatically respond to multiple screen configuration controls and interactions using a multi-device IDE, multi-language unified compilation, and a distributed architecture package, enabling both drag-and-drop access preview-oriented visual programming. It encourages developers to create applications that run on many platforms more effectively. Developers can code their applications once with a multi-device IDE and distribute them across different platforms, generating a closely interconnected environment across all consumer devices.
In areas like connectivity, cameras, and AI, Huawei will open and share its core capabilities. It will collaborate closely with stakeholders in the ecosystem to offer applications and services that have the right value for customers.
How HongMeng OS Functions
Huawei believes that a more robust operating system is required with the growth of the IoT computer. They need considerably more simplified coding for these IoT devices packing less memory and storage than even the best smartphones, and you might only use one line of HongMeng OS code per 100 lines of Android code. You can also read Fonehouse reviews for more details.
Despite this, HongMeng OS is still able to have robust device-wide features. Huawei also strives to build a shared ecosystem with multiple devices, smash down silos, and save developers time by taking a ‘single kernel across devices approach.’ A vehicle head unit, smartwatch, health tracker and speaker can be deployed in one app, functioning correctly.