When Resident Evil Requiem launched on PC on 27 February 2026, Capcom was pitching it as a technical showcase: a flagship release built on the storied RE Engine, complete with path-traced lighting, NVIDIA DLSS 4.5, AMD FSR 3.1.5, and support across Steam, PlayStation 5, Xbox Series X|S, and Nintendo Switch 2. For the millions of PC players who picked it up, the early verdict on performance has been largely positive. For the hardware journalists who tried to tell them exactly how positive, the story was considerably more complicated.
Tom's Hardware set out to conduct a thorough CPU scaling analysis of the game, with benchmarks planned across roughly 35 processors. According to Tom's Hardware's reporting, they were forced to stop at 13. The culprit was not a driver bug or a poorly optimised game scene. It was Denuvo Anti-Tamper, the third-party digital rights management software embedded in the game's executable at Capcom's direction.
How Denuvo Stopped the Testing Cold
Denuvo Anti-Tamper is a third-party DRM product embedded within the game's executable, launching at runtime to authenticate a copy of the game with Denuvo's servers before generating a token that grants access. The problem for benchmarkers is structural: the game allows authentication on five PCs within a single day, and swapping CPUs causes the game to treat each new chip as a different device. Every five chips tested, the tester was locked out of the game for 24 hours, preventing completion of a larger sweep and delaying the publish timeline.
That constraint, tolerable for an ordinary consumer who buys one machine and keeps it for years, becomes a serious obstacle for professional testers cycling through dozens of processors on a single test bench. Overall, Resident Evil Requiem performs well; the game's tester played through about eight hours outside of benchmarking without encountering the notorious stuttering from Village, and performance was where it was expected to be given the RE Engine. The issue, in other words, was not the game itself. It was the protection layered over it.
A Familiar Pattern for Capcom
This is not the first time Denuvo has created problems for a Resident Evil title on PC. Just this month, a few weeks before the release of Requiem, Capcom removed Denuvo Anti-Tamper from the 2023 Resident Evil 4 Remake and replaced it with a new DRM, resulting in up to a 40% drop in overall performance primarily focused on the CPU. The replacement DRM proved worse than what it replaced, which is a telling illustration of how complex the performance trade-offs in this space can be.
In 2021, with the last mainline entry Resident Evil Village, Denuvo could cause massive stuttering — an issue only uncovered because pirated versions of the game ran better than legitimate copies. The irony is sharp: paying customers were receiving a materially worse product than those who had obtained it illegally. In recent years, Denuvo Anti-Tamper has often been added to big-budget titles at launch to boost early sales and then later removed; it was added to both Resident Evil 4 Remake and Resident Evil Village at launch, but was later removed due to community concerns.
The Case For and Against
Publishers who use Denuvo have a coherent argument. Anti-Tamper is not always permanent; its stated goal is to "secure the launch window," delaying a cracked copy of the game from making the rounds while publishers are rolling out initial copies. For a title with the development budget of a mainline Resident Evil entry, protecting even a few weeks of exclusive sales revenue is a financially significant proposition. The logic is straightforward: recoup costs while the market is at its most eager.
The counter-argument is equally coherent, and in Requiem's case it carries an awkward footnote. Reports indicate that a cracked version of the game appeared online within hours of its release day — meaning the protection Capcom paid for, and that paying customers are now living with, failed to secure even a single day of exclusivity. The long-term performance costs and testing limitations, by contrast, are very much permanent features of the launch version that legitimate buyers have on their machines.
Depending on hardware, Denuvo may cause performance issues, especially on lower-end PCs — and this is one of the primary reasons the DRM has historically been removed after launch. For consumers running modest hardware, that is a real concern, not a hypothetical one.
What the Partial Data Shows
The RE Engine has proven itself a highly scalable platform over the years; Requiem follows in the footsteps of previous Resident Evil releases, unlike other RE Engine titles including Monster Hunter Wilds and Dragon's Dogma, which put unnecessary strain on the CPU. Early independent benchmarks from German outlet PC Games Hardware, as reported by WCCFTech, found the AMD Ryzen 9850X3D delivering nearly 50% higher average FPS than the Core i9-14900KS in the game, though percentile frame times told a more nuanced story. The minimum PC specifications Capcom published are modest by modern standards: at least an Intel Core i5-8500 or AMD Ryzen 5 3500 with 16GB of RAM and an NVIDIA GeForce GTX 1660 or AMD Radeon RX 5500 XT.
For Australians shopping for the game on Steam or console storefronts, the practical takeaway is that Requiem runs well on a wide range of hardware when it comes to the game engine itself. The question of whether Denuvo adds any performance overhead on their specific configuration remains genuinely difficult to answer, partly because the DRM has made thorough, comparable testing harder to conduct.
A Question of Who Bears the Cost
There is something worth sitting with in the broader picture here. Multiple Resident Evil titles have seen Denuvo Anti-Tamper removed a year or two after release, and the same outcome is plausible for Requiem. If history holds, the version of the game that will exist in two years — lighter, potentially faster, and free of the authentication overhead — will be a better product than what day-one buyers received. The buyers who supported the game at launch, paying full price and contributing to the commercial result that justifies the franchise continuing, will have carried the cost of a protection system that demonstrably failed on day one.
Reasonable people can and do disagree about whether that trade-off is acceptable. Publishers face real losses from piracy; the gaming industry's economics are not simple, and protecting a major release during its most commercially sensitive window is a defensible business decision. But the incident at Tom's Hardware illustrates something concrete: DRM that restricts legitimate users' ability to even evaluate the product they purchased is, at minimum, a cost that deserves honest acknowledgment. Australian Consumer Law guarantees that goods must be of acceptable quality and fit for purpose — questions that become interesting when the performance of a product varies depending on whether the anti-piracy layer is active or not.
Capcom makes excellent games. The Capcom RE Engine is, by most technical measures, among the best game engines in production. Resident Evil Requiem may well be a strong entry in a beloved franchise. None of that is incompatible with acknowledging that the DRM decision — made before a single player booted the game — imposed real costs on the people who paid for it, while offering protection that lasted less than a working day.