HWID Spoofer for Riot Vanguard (Valorant) — Why It Is the Hardest Target

Riot's January 2026 Valorant ban wave took down 340,000 accounts in five days by specifically targeting outdated HWID spoofers. The wave matters not just for the scale but for what it proved at the architectural level: Vanguard's identifier coverage is broad enough that a spoofer hitting 8 of the 12+ reads is still leaking enough fingerprint to be batch-processed in a single five-day window. Every other anti-cheat reads a subset of what Vanguard reads. Vanguard is the ceiling — if you understand it, you understand the upper bound on what a HWID spoofer can do in 2026.

This post is a cluster of the HWID Spoofer Complete 2026 Guide pillar. The pillar covered the per-AC matrix; this piece is the deep read on Vanguard specifically — what it reads, why it's structurally harder than EAC or BattlEye, and what the honest 2026 reality is for spoofers targeting Valorant.

Why Vanguard Is Structurally Different

Vanguard isn't just another kernel anti-cheat. It's an Early Launch Anti-Malware (ELAM) driver, which means Windows loads it before almost any other kernel driver in the boot sequence. ELAM is a Windows feature designed for security tools — Microsoft signed ELAM drivers load before potential malware can install rootkits to evade detection. Riot ships Vanguard as an ELAM driver, so vgk.sys is in memory and registered for kernel callbacks before any user-space process can run.

The structural implication: a spoofer driver that wants to hook the kernel functions Vanguard reads has to load before Vanguard, which means competing for the ELAM slot. There's a limited number of ELAM drivers Windows will load per boot, and Microsoft's signing requirements for ELAM are tighter than for standard signed drivers. A spoofer that can't achieve ELAM signing — which is essentially every commercial spoofer — loads after Vanguard. By that point, Vanguard has already registered its kernel callbacks and (depending on configuration) already read the hardware identifiers.

This is the first reason Vanguard is harder than EAC. EAC loads when the game launches; you can spoof before launching the game. Vanguard loads at Windows boot; you have to spoof before Windows boots. The available techniques shrink dramatically.

The Vanguard Identifier Composite

Vanguard reads more identifiers than any other commercial anti-cheat. The Riot Vanguard developer disclosures plus third-party reverse engineering documents the following:

SMBIOS — Type 0 (BIOS), Type 1 (System UUID), Type 2 (Baseboard serial), Type 17 (Memory devices SPD). Read at both Windows API and direct firmware-table paths with cross-validation.

Motherboard UUID and serial. Standalone reads cross-checked against SMBIOS.

CPU ID. Both the silicon CPUID instruction result (read from kernel context) and the registry copy at HKLM\Hardware\Description\System\CentralProcessor. Vanguard cross-checks the two — disagreement is a flag.

RAM SPD serials. Per-DIMM serials read from SMBIOS Type 17 plus direct SPD reads where the chipset exposes the SMBus path.

MAC addresses. Every NIC. NDIS path plus registry path plus the network configuration store. Three-way cross-validation.

Disk serials. SATA and NVMe. IOCTL_STORAGE_QUERY_PROPERTY path plus direct ATA IDENTIFY DEVICE path.

Monitor EDID. Read from the panel firmware via DDC. Vanguard fingerprints monitor identity at the tournament tier for Valorant Champions.

Peripheral IDs. USB controllers and connected peripheral identities. Mouse and keyboard models are read at the device-instance level.

TPM endorsement key (EK). The cryptographic root identity from the TPM 2.0 chip. Read via TPM 2.0 commands routed through tpm.sys. This is the silicon-rooted identifier that no commercial spoofer credibly randomizes.

TPM PCR values. Platform Configuration Register values — the running hash of everything that loaded in the boot chain (UEFI, bootloader, kernel, drivers). PCR values change when you change the boot chain, which is itself a fingerprint of what's running. A spoofer that loads as an unsigned driver changes the PCR values, which is detectable.

VAN:Restriction UEFI firmware allowlist. Vanguard maintains a server-side list of known-vulnerable BIOS / UEFI firmware versions. If your motherboard's UEFI is on the restriction list (because someone published a vulnerability that allowed unsigned code execution at the firmware layer), Vanguard refuses to load the game. This isn't a HWID-spoofer concern directly but it constrains the available motherboards a spoofer-using Valorant player can run.

Microsoft Pluton (where present). Newer AMD Ryzen and Intel processors with Pluton enabled report their chip-integrated security processor identity. Vanguard reads this when available.

The composite construction uses Vanguard's proprietary hash function — different from EAC's SHA approach but similar in concept. The final hash plus the TPM EK plus the PCR snapshot plus the Pluton attestation (where available) become the per-session fingerprint that Riot's servers compare against the ban list.

Total identifier count: 12+ categories, with TPM EK and Pluton being the silicon-rooted ones that survive any Layer 1 driver-level spoofer.

Why Most Spoofers Fail Against Vanguard

Five reasons:

1. ELAM boot order. Spoofer loads after Vanguard. Vanguard reads hardware identifiers before the spoofer's hooks are in place. The randomized values never get a chance to be returned.

2. TPM EK and Pluton aren't randomizable. These are silicon-rooted. The TPM chip computes the EK in its own protected execution environment; the spoofer can't reach the chip from a Layer 1 hook. Microsoft Pluton's chip-to-cloud attestation goes directly from silicon to Microsoft's servers; the spoofer can't intercept it.

3. PCR mismatch. Even if you randomize everything else, the spoofer driver loading at all changes the PCR values relative to a clean boot. The PCR snapshot Vanguard records will reflect the presence of the spoofer.

4. Cross-validation density. Vanguard reads many identifiers through multiple paths and cross-checks. A spoofer that hooks 8 of the 12+ reads leaves 4+ identifiers reading their real values, which produces a composite that mixes spoofed and real data — easily detected as inconsistent.

5. VAN:Restriction UEFI requirements. A spoofer using UEFI-level persistence (Layer 2) typically modifies the boot chain in ways that put the UEFI state on Vanguard's restriction list. The spoofer succeeds at hiding hardware identity but the BIOS state itself becomes the flag.

These five reasons compound. Even spoofers that solve one or two of them still fail the others. The 340,000-account January 2026 wave was rolled up by Vanguard's longitudinal data — accounts whose Layer 1 spoofers had been signature-detected over the preceding quarter were queued for batch ban once the ban-wave window opened.

Why Raw Spoofer Doesn't Sell a Vanguard Solution

We are explicit about this: Raw Spoofer is not tuned for Vanguard. We don't sell Valorant cheats specifically because the cost-of-ownership math on a sustained Vanguard bypass doesn't work at consumer pricing. Any vendor claiming a working Vanguard spoof at $30/month is either misrepresenting their product or shipping a different feature labeled as Vanguard support.

The honest math on Vanguard spoofing:

• Engineering cost for a TPM-EK-aware spoofer that survives a few months: low-to-mid six figures in engineer-hours, plus dedicated reverse-engineering of Vanguard updates that ship every 1-2 weeks.
• Detection cycle: 4-12 weeks from new technique to AC vendor counter-deployment.
• Subscription price required to break even: $200-500+ per month per customer.

At $30/month consumer pricing, the math doesn't work. The vendors who claim it deliver either a watered-down Layer 1 spoofer that catches the standard composite but not TPM EK (which gets you banned), or pure marketing fraud, or a private-tier subscription priced at the actual break-even point that they hide from public visibility.

Our position: if Vanguard is your target, the realistic options are (a) accept that ranked Valorant cheating at consumer cost-tier is currently structurally infeasible, (b) buy from a private-tier vendor at $300+/month and accept the detection-cycle volatility, or (c) wait for the post-Pluton spoofer generation that may emerge after the silicon-rooted attestation surface stabilizes. The TPM Pluton outlook cluster covers (c) in detail.

What Marginally Works Against Vanguard

For completeness, the techniques that have shown some traction against Vanguard at the research level — none of which constitute a recommended approach:

Hardware swap. Replace the motherboard (which contains the TPM chip on most consumer boards). New TPM EK. New SMBIOS. Combined with fresh account, fresh payment, fresh IP. Cost: $300-800 depending on board tier. Reliability: high for the SMBIOS / TPM-EK portion, but any other component carries over (disks, RAM SPD, GPU, monitor EDID) so a partial swap doesn't fully reset the composite.

Discrete TPM removal (older boards). Some pre-2023 consumer motherboards used a discrete TPM module on a header rather than firmware-TPM integrated into the CPU. Removing the module and using the firmware TPM produces a different EK. This isn't an option on most current-gen hardware where TPM is either Pluton-integrated or fTPM (firmware TPM in the CPU).

Linux dual-boot identity isolation. Run Valorant from Windows; run everything else from Linux on the same hardware. This doesn't solve the HWID problem — the Vanguard composite reads the same identifiers regardless of which OS is the source of the read — but it isolates your behavioral fingerprint at the OS level for non-cheat-related identity hygiene.

Tulach's tpm-spoofer. Research-grade. Not stable. Documented to not survive Vanguard updates. The GitHub repo is publicly available; running it against Vanguard in 2026 is asking to be the first ban-wave entry of the next batch.

None of these are recommendations. They're context for why the Vanguard problem is hard and why honest vendors don't pretend to solve it cheaply.

Vanguard's Future Direction

Riot has telegraphed the direction. The trend lines:

Microsoft Remote Attestation adoption. Vanguard is integrating Microsoft's Remote Attestation API alongside its TPM-EK enforcement. This shifts identity from "what the TPM reports to the local OS" to "what Microsoft's cloud reports independently of the local OS." Spoofers can't intercept what they can't see.

Pluton-required hardware tier. Riot has hinted at a Pluton-required tier for Valorant Champions and the highest competitive brackets. If implemented, only Pluton-equipped hardware (latest AMD Ryzen Pro, latest Intel Core Ultra with Pluton enabled) can play at the top tier.

Cross-game expansion. Vanguard is being rolled out to League of Legends ranked tier (already deployed) and is in testing for other Riot titles. The same composite hash will check against the same ban list across the Riot portfolio.

Tournament-tier monitor binding. Riot's PrimeMobile-style hardware binding has been discussed for Valorant Champions — a per-tournament-PC hardware allowlist that pre-clears specific machines for play. This isn't HWID-spoofer-relevant directly but signals where the upper tier is going.

What This Means for the Rest of the AC Market

Vanguard is the leading indicator. The techniques Vanguard deploys today, EAC and BattlEye consider tomorrow. The Q1-Q2 2026 EAC kernel-driver rebuild closed some of the gap. BattlEye's Tarkov-tier TPM 2.0 announcement closed more. Ricochet's Black Ops 7 Microsoft Remote Attestation deployment is the same vector.

If you want to predict the 2027 state of HWID spoofing across the entire AC market, look at what Vanguard does today. That's where everyone else is heading. The window for Layer 1 driver-level spoofing as a complete solution is closing — not closed, but narrowing. The TPM Pluton outlook cluster covers the forward outlook in detail.

What Raw Spoofer Does Cover (Outside Vanguard)

For everything not Vanguard, Raw Spoofer covers 16 identifier categories at the kernel-driver layer: SMBIOS (5 sub-fields), motherboard serial, all disk serials, GPT/MBR layout, every NIC's MAC, GPU UUID, MachineGuid, Windows Product ID + install date, RAM SPD serials, USB controller IDs, PCI device IDs (DMA-safe), monitor EDID.

That covers EAC (Fortnite, Apex, Rust, DayZ, Squad, Halo Infinite, Hunt: Showdown, dozens more), BattlEye (PUBG, R6 Siege, Tarkov, Arma 3, Conan Exiles, War Thunder), Blizzard Warden + Ricochet (Overwatch 2, COD: Warzone, COD: MW, COD: BO6, Diablo, WoW), and NetEase NeacSafe (Marvel Rivals, Naraka: Bladepoint, Identity V, Once Human).

Vanguard is the one we don't sell. Everything else is in scope.

Frequently Asked Questions

Can any spoofer beat Vanguard in 2026?

At consumer pricing tier, no. Private-tier vendors at $200-500+/month exist but operate in a constant detection cycle. The TPM EK plus Pluton attestation plus ELAM boot order combine to make a full Layer 1 spoofer architecturally incomplete against Vanguard. The how HWID spoofers work cluster covers why.

Is Tulach's tpm-spoofer worth trying?

Only if you understand it's research code that hasn't been maintained for production use. Tulach himself archived related projects. Running it against Vanguard in 2026 is the same risk profile as running any unmaintained kernel driver — could brick your system, could get you banned, could work for a session before signature detection kicks in. Not a recommended path.

Does motherboard swap fix a Vanguard ban?

For the TPM EK and motherboard serial portion, yes. For disks, RAM SPD, NICs, GPU, monitor EDID — no, those carry over. A full Vanguard-clean hardware swap is motherboard + storage + NICs + RAM + GPU + monitor, which is essentially a new PC. The math rarely works.

Why does League of Legends run Vanguard now?

Riot deployed Vanguard to LoL in 2024 (Patch 14.9) to address scripting and bot detection at scale. Same kernel architecture as Valorant. League's Vanguard reads the same identifier composite. A League HWID ban is the same hardware-level problem as a Valorant HWID ban.

Is Riot's Vanguard the same as Vanguard the Marvel character?

Different things. Riot's Vanguard is the anti-cheat. Marvel's Vanguard is a comic character. Marvel Rivals uses NetEase NeacSafe, not Riot's Vanguard.

Does Microsoft Pluton require an OS reinstall to enable?

No, Pluton is configurable in your motherboard's BIOS / UEFI menu (usually under "Security" or "Trusted Platform"). The Microsoft Pluton docs at learn.microsoft.com explain the configuration. Once enabled, Pluton runs alongside or instead of your motherboard's TPM 2.0 implementation depending on the configuration. Vanguard reads whichever is present.

Can I play Valorant on a laptop without TPM 2.0?

No, since 2022. The VAN9001 error is the kill switch for missing TPM 2.0 on Windows 11. Older Windows 10 systems retain a transitional grace period that is being phased out. Buying a laptop for Valorant in 2026 means TPM 2.0 + Secure Boot + Vanguard-compatible hardware.

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Vanguard is the hardest target in HWID spoofing in 2026. We don't sell a Vanguard solution because the math doesn't work at consumer pricing. Raw Spoofer is tuned for the rest of the AC market — EAC, BattlEye, Warden, Ricochet, NeacSafe — where Layer 1 driver-level spoofing remains effective. Pair it with any of our game cheats for a complete setup outside the Vanguard universe. The HWID Spoofer Complete 2026 Guide pillar has the full landscape.