Complete guide to fix Valorant TPM 2.0 and Secure Boot errors with practical troubleshooting tips
Understanding Valorant’s Security Requirements
Riot Games’ competitive tactical shooter Valorant implements rigorous security protocols through its Vanguard anti-cheat system, which mandates specific hardware security features for optimal operation. These requirements center around two critical technologies: Trusted Platform Module (TPM) 2.0 and Secure Boot functionality.
The Vanguard anti-cheat system operates at kernel level to prevent cheating software from loading, requiring these security measures to validate system integrity before game launch. This approach ensures competitive fairness but introduces technical prerequisites that Windows 11 systems must satisfy.
TPM 2.0 provides cryptographic security at hardware level, while Secure Boot verifies that only trusted operating system loaders execute during startup. Together, they create a trusted computing environment that Vanguard requires to function properly.
Common Error Codes and What They Mean
When Valorant fails to launch due to security feature issues, players typically encounter specific error codes that indicate the nature of the problem. VAN9001 primarily signals TPM 2.0 disablement or incompatibility, while VAN9003 indicates Secure Boot configuration problems.
Beyond these primary codes, players might encounter VAN9005 when both features require activation, or intermittent crashes if the security features aren’t properly configured. Understanding these codes helps pinpoint exactly which component needs attention.
These errors occur because Vanguard performs system integrity checks during game initialization. If the security environment doesn’t meet Riot Games’ standards, the anti-cheat system prevents game execution to maintain competitive integrity.
Step-by-Step Secure Boot Activation
Activating Secure Boot requires accessing your computer’s BIOS/UEFI firmware settings, which varies by motherboard manufacturer. The process involves specific key combinations during system startup, typically F2, DEL, F10, F12, or ESC depending on your hardware.
Once in BIOS settings, navigate to the Boot or Security section where Secure Boot options reside. The exact terminology differs between manufacturers – look for ‘Secure Boot’, ‘Boot Security’, or ‘UEFI Boot’ options. Enable this feature and ensure your BIOS operates in UEFI mode rather than Legacy/CSM mode.
Verification is crucial: after enabling, check that Secure Boot Status shows as ‘Enabled’ and BIOS Mode confirms ‘UEFI’. Some systems require additional steps like clearing PK keys or resetting to factory defaults before Secure Boot becomes available.
TPM 2.0 Enablement Process
Trusted Platform Module activation involves both hardware and software configuration. Begin by checking TPM status through Windows using the TPM Management Console (tpm.msc). This reveals whether TPM exists, its version compatibility, and current activation state.
If TPM appears disabled or unavailable, BIOS configuration is necessary. Within security settings, locate TPM options labeled variously as ‘PTT’, ‘fTPM’, ‘Discrete TPM’, or ‘Security Device’. Enable the appropriate option based on your hardware configuration.
Modern processors include firmware TPM (fTPM) capabilities, while some motherboards support discrete TPM modules. Understanding your specific hardware implementation ensures correct configuration. After BIOS changes, verify TPM 2.0 readiness through Windows security settings or device manager.
Advanced Troubleshooting Strategies
When standard procedures fail, advanced troubleshooting addresses hardware-specific considerations and common configuration oversights. Motherboard manufacturers implement security features differently – ASUS may label TPM as ‘fTPM’, while MSI uses ‘Security Device Supported’.
Common mistakes include enabling Secure Boot without UEFI mode activation, forgetting to save BIOS changes before exiting, or overlooking the need for TPM clearing when switching between firmware and discrete TPM modules. These oversights prevent proper feature activation despite correct initial configuration.
Performance optimization involves ensuring these security features don’t impact gaming performance. Properly configured TPM 2.0 and Secure Boot have minimal performance impact, but improper configuration can cause system instability or increased boot times that affect gaming sessions.
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