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There is an increasing demand for artificial intelligence (AI) applications that leverage AI algorithms to enhance performance. For example, AI-powered video editors allow content creators to blur backgrounds more effectively, and generative AI tools like Microsoft Copilot can assist in creating documents and generating reports.
To fully utilise AI capabilities, developers and users need an operating system built for AI compatibility, such as Windows 11. It has the hardware foundation required to handle AI workloads efficiently. Additionally, it integrates powerful tools and frameworks that empower developers to design sophisticated applications and enable users to experience their full potential.
Read on to learn how Windows 11 ensures AI compatibility.
Windows 11 includes several core applications and services integrating AI capabilities to streamline workflows and enhance creativity. One such feature is Copilot, the flagship AI of Windows 11. It is available as an app and through the Microsoft Edge browser. Copilot is a conversational AI assistant capable of summarising webpages, generating images from text, and answering questions.
The Snipping Tool supports Optical Character Recognition (OCR), enabling users to extract and copy text from screenshots and images easily.
The Paint app includes AI-powered tools like Image Creator, which allows artists to generate realistic images from text prompts.
The Photos app has advanced features for cropping, adjusting colours, and lighting. It can also detect and blur backgrounds in photos.
Clipchamp is an advanced AI-powered video editor that enables users to create high-quality videos. For instance, you can utilise its built-in screen recording capabilities to record a product demo, edit it, and add a voiceover using AI technology within the same app.
Windows 11 provides the software infrastructure to run AI-driven applications. However, it has hardware requirements to ensure optimal performance and compatibility with AI features.
1 GHz processor or faster with 2 or more cores on a compatible 64-bit processor or System on a Chip (SoC)
4GB RAM
64GB storage
High-definition (720p) screen display
System firmware: UEFI, Secure Boot capable
TPM: Trusted Platform Module version 2.0
Graphics Card: Compatible with DirectX 12 or later with WDDM 2.0 driver
A compatible processor, such as the Snapdragon® X Plus and Snapdragon® X Elite processor
16GB DDR5/ LPDDR5 RAM
256GB SSD/ UFS
The HP EliteBook Ultra AI Laptop is an example of a laptop that meets these recommended system requirements. It includes advanced processing capabilities that efficiently handle AI workloads like blurring backgrounds during conference calls.
indows 11 offers a robust environment for developers to write, test, debug, and showcase their AI-driven applications. For example:
Dev Home: This centralised hub helps developers become more productive. It allows developers to set up their development environment easily and connect to their accounts and tools to manage their projects efficiently.
Windows AI Studio: This tool simplifies generative AI app development by combining cutting-edge AI development tools and models from Azure AI Studio and other catalogues like Hugging Face. It enables developers to fine-tune, customise, and deploy small language models (SLMs) for local use in their Windows apps.
Windows Subsystem for Linux (WSL): This feature allows developers to run a GNU/Linux environment directly on Windows. This eliminates the need for traditional virtual machines or dual-boot setups, thus providing a seamless development experience.
Microsoft Store AI Hub: Developers can showcase AI-powered applications on this dedicated hub. It employs AI technologies, such as AI-generated keywords, to generate and suggest app search tags to improve discoverability.
Windows 11 supports various AI frameworks and libraries, including TensorFlow, Keras, and PyTorch. These frameworks provide comprehensive tools that enable developers to create and deploy machine learning models easily.
Windows 11 also integrates with cloud-based AI platforms like Azure Machine Learning and Google Colab. This allows developers to leverage cloud resources for training and deploying their models.
In addition, it is compatible with popular integrated development environments (IDEs) such as Visual Studio and Visual Studio Code, ensuring a smooth development workflow for AI projects.
Windows 11 is optimised to run AI workloads efficiently. It supports hardware acceleration technologies like DirectML. This allows efficient utilisation of GPUs and other accelerators to bolster performance.
It also provides flexible power modes that balance performance and battery life. The high-performance mode dedicates more system resources to smoothly completing intensive tasks.
Windows 11 employs a multi-layered approach to protect users from malware and phishing threats. It includes hardware-based security features that guard against evolving threats and ensure a secure computing environment. One such feature is the Trusted Platform Module (TPM) 2.0, which provides hardware-based encryption and safe storage for cryptographic keys.
Windows 11 uses built-in tools such as Microsoft Defender Antivirus at the operating system level for real-time protection against malware. Microsoft Defender SmartScreen is another tool that continuously scans websites, downloads, and applications to warn you of potential threats. This helps protect sensitive information, such as credit card details, from being stolen.
Moreover, Windows 11 supports standardised authentication and encryption for Wi-Fi connections, keeping you safe even on public networks.
For device login, Windows 11 employs advanced security measures that reduce reliance on passwords, which can be breached or leaked. For instance, Windows Hello allows you to log in using a fingerprint, PIN, or facial recognition. It also uses motion detection sensors to automatically lock your laptop when you walk away, which helps maintain security when working outdoors.
For cloud-based protection, Windows 11 offers Microsoft Defender for Cloud. This tool assists IT administrators in identifying their entire AI infrastructure, including plugins and SDKs. It continuously monitors AI applications for abnormal activity and security vulnerabilities, providing actionable recommendations. This ensures a secure environment for AI operations in Windows 11.
This organisation collects ocean data to assist companies and government agencies in understanding their projects’ impact on seafloor health. It uses Microsoft Azure solutions to streamline the analysis of complex ocean data. By using AI for image analysis, INSPIRE Environmental has reduced operational costs and turnaround time for clients.
As one of the largest healthcare systems in the United States, Mercy uses Microsoft Azure to reduce operational costs and improve patient care. It leverages AI to automate tasks such as scanning insurance cards and confirming appointments, freeing healthcare professionals to focus more on patient care.
Physicians at Mercy also use Azure Machine Learning tools to identify patients at risk for hypertension and determine the best course of action.
In collaboration with Microsoft, Project Gutenberg transformed their vast collection of free eBooks into audiobooks. The goal was to make them more accessible to a broader audience, including those with visual impairments.
They achieved this by leveraging Azure Synapse Analytics, SynapseML, and the text-to-speech capability in Azure AI services. As a result, each audiobook produced features human-like voices capable of conveying emotions.
Windows 11 will introduce several AI features and improvements with the version 24H2 update.
Windows Studio Effects: This feature will leverage AI to enhance audio and video quality across various apps, including Teams, Skype, and Zoom.
Live Captions: This feature will use AI to provide real-time translations for live and pre-recorded videos.
Microsoft Copilot: The user interface of Microsoft Copilot will be refreshed. It will feature a sidebar with chat history and a section for accessing plugins. Users will also have the flexibility to relocate the Copilot app for convenience.
Microsoft is making significant strides in improving AI integration with Windows 11 devices. This includes designing processors that allow laptops to maximise AI capabilities. We can anticipate continued optimisation of these processors.
We can also expect developers to shift their focus towards creating more apps that support the ARM framework.
Windows 11 ensures AI compatibility by establishing a robust hardware foundation. This allows devices to harness the power of AI-driven applications effectively. It provides a convenient platform for developers to create and test their apps. Moreover, it includes built-in tools that use AI to enhance user productivity.
The latest HP laptops equipped with advanced processors are optimised to enable users to experience AI-powered apps’ capabilities fully. This allows users to boost productivity and unleash their creative potential.
Mon-Sat 9.00am - 7.00pm
(exc. Public Holidays)
Mon-Sat 9.00am - 7.00pm
(exc. Public Holidays)
Live product demo