Building a Trusted Gaming Future: How Security Powers Fair Play Post a Comment Category: Announcements November 14, 2025 Building a Trusted Gaming Future: How Security Powers Fair Play Xbox Platform and Windows Security Team With the launch of Call of Duty: Black Ops 7, it’s a timely reminder of the responsibility we share to uphold the integrity of play. We put together this guide on the latest security features and actions players can take to make sure they’re ready to jump into Call of Duty today. We’re focused on creating environments where competition thrives. At the heart of every great game is a simple promise: everyone deserves an equal shot at victory. Cheating breaks that promise, undermining the excitement and integrity of the experience for players and developers alike. Through close collaboration with game developers, anti-cheat technology providers, and players, we’re committed to protecting fair play and ensuring everyone can enjoy a level playing field. Why Security Features Matter for Fair Play Cheat software isn’t like traditional malware that sneaks in unnoticed; it’s installed and run by players who deliberately disable and circumvent built-in protections to gain an unfair edge. That’s why Microsoft’s security features alone can’t stop cheating if someone turns them off. The real value comes when these protections stay enabled by all – they create a trusted state that developers can count on. Using that state, developers can better safeguard their games and their players, by reliably distinguishing systems that are more likely to have cheaters vs. systems that are configured for trust and security. Cheating has grown increasingly sophisticated, moving from simple memory hacks to exploits that try to compromise a system before it even verifies your PC is in a trusted state through the hardware and Windows boot process. While most modern PCs include essential security features for gaming, Windows 11 takes protection a step further with advanced defenses tailored for players and developers. Working closely with hardware providers and anti-cheat providers, we have established a set of standards for hardware and software security, creating a root of trust. These technologies work together to make your PC ready for gaming, making it harder for cheats to take hold: Trusted Platform Module (TPM) 2.0: Creates a modern, hardware-based secure key storage and root of trust, from which the system and Windows can generate information that can be trusted with cryptographic keys. Secure Boot: Ensures only trusted software loads during the boot process. So, when it is enabled, developers can have confidence that cheats weren’t inserted into the system early to evade detection by the anti-cheat providers. Plus, it extends the root of trust from the TPM all the way through the hardware initialization process to the time that Windows begins to boot. Virtualization-based Security (VBS): Provides another layer of protection, strengthening security by creating a secure, isolated environment within your system where it is difficult to run unauthorized code that could interfere with your game or anti-cheat software. Like secure boot, when it is enabled, developers can have greater certainty that cheats are not interfering with fair game play. Remote Attestation: Provides a well-documented and industry wide approach for remotely validating every important step of both the hardware and Windows boot process by leveraging the TPM and creating cryptographically secure evidence that verifies your PC in a trusted state as it initializes and boots into Windows. These same technologies sit at the heart of Xbox console security, a proven and trusted model, and we’re excited to see anti-cheat providers leveraging them on Windows 11 today. How You Can Help Game Developers Build Trusted Communities We’re working with partners to build the tools and standards that make gaming safer, but players have an important role too. By keeping your firmware and security features up to date, you’re helping developers maintain a trusted environment for everyone. Enabling these protections sends a signal that you value fair play. That signal matters because developers increasingly rely on these standards when designing multiplayer experiences. When security features stay on, it becomes easier for developers to differentiate genuine gameplay from cheating and keep the community competitive and fun. Here’s how you can help ensure your PC is ready for secure, fair play: Keep Windows Up to Date: Make sure to regularly install Windows 11 updates. These updates are delivered automatically through Windows Update and provide essential security enhancements to help safeguard your gaming experience. Stay Current with Firmware/BIOS Patches: Be proactive about checking for and installing firmware/BIOS updates from your PC manufacturer. Firmware/BIOS patches aren’t always automatic, so reviewing your manufacturer’s support site or tools ensures your device receives the latest protections against emerging threats. We’ve included some links below for many of the top manufacturers to help get you started. Enable TPM 2.0 and Secure Boot: Most modern gaming PCs come with these features enabled by default. If you’ve built your own system or use an older device, check your firmware/BIOS settings and manufacturer’s or Windows’ instructions to activate them. Review Security Requirements: Major titles such as Call of Duty and Valorant provide dedicated pages that outline the necessary protections needed for secure and fair gameplay. Check the official website for your favorite game to find its recommended security requirements before you play to ensure your system complies with the latest standards. Stay Informed: Follow Microsoft’s official channels for guidance on best practices and the latest news. Bookmark the Security blog to keep up with our expert coverage on security matters. Also, follow us on LinkedIn (Microsoft Security) and X (@MSFTSecurity) for the latest news and updates on cybersecurity. We’ll keep you updated so you can focus on playing, not worrying. Manufacturer Instructions Additionally, here are a few resources to help: ASRock: TPM and Secure Boot FAQ pages. Asus: TPM video guide and Secure Boot support page. Biostar: Enabling TPM and Secure Boot support page. Dell: How to enable TPM 2.0 and Secure Boot. Gigabyte: TPM and Secure Boot support pages in English and Mandarin. HP: How to update your firmware/Bios, enable TPM 2.0 and Secure Boot. MSI: TPM/Secure Boot guide along with a Secure Boot video guide. NZXT: Enabling TPM and Secure Boot support page. What’s Next The fight against cheating is always evolving, and so are the tools we use to protect the gaming community. As new games and anti-cheat solutions adopt modern security technologies, you’ll see more titles requiring features like TPM, Secure Boot, and advanced protections such as VBS. We’re here to listen to your feedback as we work toward our shared goal of fair play for all. Together, we can build a gaming ecosystem that’s secure, fair, and fun for everyone. See you in-game! The post Building a Trusted Gaming Future: How Security Powers Fair Play appeared first on Xbox Wire. source https://news.xbox.com/en-us/2025/11/14/building-a-trusted-gaming-future-how-security-powers-fair-play/ Location: Share : Post a Comment for "Building a Trusted Gaming Future: How Security Powers Fair Play"
Category: Announcements November 14, 2025 Building a Trusted Gaming Future: How Security Powers Fair Play Xbox Platform and Windows Security Team With the launch of Call of Duty: Black Ops 7, it’s a timely reminder of the responsibility we share to uphold the integrity of play. We put together this guide on the latest security features and actions players can take to make sure they’re ready to jump into Call of Duty today. We’re focused on creating environments where competition thrives. At the heart of every great game is a simple promise: everyone deserves an equal shot at victory. Cheating breaks that promise, undermining the excitement and integrity of the experience for players and developers alike. Through close collaboration with game developers, anti-cheat technology providers, and players, we’re committed to protecting fair play and ensuring everyone can enjoy a level playing field. Why Security Features Matter for Fair Play Cheat software isn’t like traditional malware that sneaks in unnoticed; it’s installed and run by players who deliberately disable and circumvent built-in protections to gain an unfair edge. That’s why Microsoft’s security features alone can’t stop cheating if someone turns them off. The real value comes when these protections stay enabled by all – they create a trusted state that developers can count on. Using that state, developers can better safeguard their games and their players, by reliably distinguishing systems that are more likely to have cheaters vs. systems that are configured for trust and security. Cheating has grown increasingly sophisticated, moving from simple memory hacks to exploits that try to compromise a system before it even verifies your PC is in a trusted state through the hardware and Windows boot process. While most modern PCs include essential security features for gaming, Windows 11 takes protection a step further with advanced defenses tailored for players and developers. Working closely with hardware providers and anti-cheat providers, we have established a set of standards for hardware and software security, creating a root of trust. These technologies work together to make your PC ready for gaming, making it harder for cheats to take hold: Trusted Platform Module (TPM) 2.0: Creates a modern, hardware-based secure key storage and root of trust, from which the system and Windows can generate information that can be trusted with cryptographic keys. Secure Boot: Ensures only trusted software loads during the boot process. So, when it is enabled, developers can have confidence that cheats weren’t inserted into the system early to evade detection by the anti-cheat providers. Plus, it extends the root of trust from the TPM all the way through the hardware initialization process to the time that Windows begins to boot. Virtualization-based Security (VBS): Provides another layer of protection, strengthening security by creating a secure, isolated environment within your system where it is difficult to run unauthorized code that could interfere with your game or anti-cheat software. Like secure boot, when it is enabled, developers can have greater certainty that cheats are not interfering with fair game play. Remote Attestation: Provides a well-documented and industry wide approach for remotely validating every important step of both the hardware and Windows boot process by leveraging the TPM and creating cryptographically secure evidence that verifies your PC in a trusted state as it initializes and boots into Windows. These same technologies sit at the heart of Xbox console security, a proven and trusted model, and we’re excited to see anti-cheat providers leveraging them on Windows 11 today. How You Can Help Game Developers Build Trusted Communities We’re working with partners to build the tools and standards that make gaming safer, but players have an important role too. By keeping your firmware and security features up to date, you’re helping developers maintain a trusted environment for everyone. Enabling these protections sends a signal that you value fair play. That signal matters because developers increasingly rely on these standards when designing multiplayer experiences. When security features stay on, it becomes easier for developers to differentiate genuine gameplay from cheating and keep the community competitive and fun. Here’s how you can help ensure your PC is ready for secure, fair play: Keep Windows Up to Date: Make sure to regularly install Windows 11 updates. These updates are delivered automatically through Windows Update and provide essential security enhancements to help safeguard your gaming experience. Stay Current with Firmware/BIOS Patches: Be proactive about checking for and installing firmware/BIOS updates from your PC manufacturer. Firmware/BIOS patches aren’t always automatic, so reviewing your manufacturer’s support site or tools ensures your device receives the latest protections against emerging threats. We’ve included some links below for many of the top manufacturers to help get you started. Enable TPM 2.0 and Secure Boot: Most modern gaming PCs come with these features enabled by default. If you’ve built your own system or use an older device, check your firmware/BIOS settings and manufacturer’s or Windows’ instructions to activate them. Review Security Requirements: Major titles such as Call of Duty and Valorant provide dedicated pages that outline the necessary protections needed for secure and fair gameplay. Check the official website for your favorite game to find its recommended security requirements before you play to ensure your system complies with the latest standards. Stay Informed: Follow Microsoft’s official channels for guidance on best practices and the latest news. Bookmark the Security blog to keep up with our expert coverage on security matters. Also, follow us on LinkedIn (Microsoft Security) and X (@MSFTSecurity) for the latest news and updates on cybersecurity. We’ll keep you updated so you can focus on playing, not worrying. Manufacturer Instructions Additionally, here are a few resources to help: ASRock: TPM and Secure Boot FAQ pages. Asus: TPM video guide and Secure Boot support page. Biostar: Enabling TPM and Secure Boot support page. Dell: How to enable TPM 2.0 and Secure Boot. Gigabyte: TPM and Secure Boot support pages in English and Mandarin. HP: How to update your firmware/Bios, enable TPM 2.0 and Secure Boot. MSI: TPM/Secure Boot guide along with a Secure Boot video guide. NZXT: Enabling TPM and Secure Boot support page. What’s Next The fight against cheating is always evolving, and so are the tools we use to protect the gaming community. As new games and anti-cheat solutions adopt modern security technologies, you’ll see more titles requiring features like TPM, Secure Boot, and advanced protections such as VBS. We’re here to listen to your feedback as we work toward our shared goal of fair play for all. Together, we can build a gaming ecosystem that’s secure, fair, and fun for everyone. See you in-game!
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