Overview

STOVE PC Security SDK is a Windows game security module that checks for tampering and protects key memory data. It suits teams building Windows games with Unreal Engine 4, Unity, or native Windows code that want selective client-side detection backed by server analysis. Its strongest case is as a configurable layer alongside commercial anti-cheat, not a standalone replacement.

Key features

Executable and DLL integrity checks, kernel-driver monitoring, security traps, and code obfuscation target several points where a game client can be altered. The SDK can also detect forced DLL detachment or damage and attempts to stop or unload its kernel-mode driver. Selective feature application lets teams avoid enabling every control, though it also means deciding which protections belong in a particular game.

Macro and automation detection analyzes mouse, keyboard, and touch input sent to the server. This extends coverage beyond file and driver integrity, but it requires server-side REST integration to pass client-generated integrity data to the Security Server. The documented client sequence is Initialize, SUI, Start, GCS, then Shutdown, with GCS called about two seconds after Start.

A dashboard exposes detection logs and integrity data, with default retention of up to one month. CDN Live Updates, including Lazy Update and Configure Update, can deliver SDK changes without an app update. That helps teams respond without shipping a new client, but it does not remove the stated detection gap: new or unknown hacking tools may evade detection, and updates to detection logic can take about one to two weeks.

Teams should also avoid passing directly identifying information such as login IDs or email addresses as the SDK user identifier. This is a concrete integration constraint for games connecting security events to account systems.

Pricing

Pricing is on request. The SDK is delivered after contacting the Publishing Tech Office and creating a game-specific configuration; the team provides a sample and plugin. Management-page accounts are handled by the Security Platform Development Team. This makes it a poor fit for teams that need a self-serve purchase or a known budget before engaging.

Platforms

The SDK supports Windows 8.1 or later and lists Unreal Engine 4 and Unity. Integration modules are provided for Windows Native, Unreal Engine, and Unity3D; the Windows package includes RHCoreSDK.dll and RHCoreSDKWrapper.h. It is a focused choice for Windows game clients, not a cross-platform client security layer.

Who it's for

STOVE fits Windows game teams that can implement server-side REST integration and want integrity, driver, and input-analysis controls they can apply selectively. It is less suitable as the sole anti-cheat system: the maker positions it as a supplement to commercial security software and says it can run alongside one. Teams needing protection against newly emerging tools should account for the stated one-to-two-week detection-logic update window.

Pros and cons

Pros: Combines executable and DLL integrity checks with driver monitoring, including attempts to disable the kernel-mode driver.
Pros: Input-based macro analysis adds a server-analyzed detection path beyond client integrity checks.
Pros: CDN updates can reach the SDK without an app update, and selective controls support narrower integrations.
Cons: Server-side REST integration is required, so client-only adoption is not enough.
Cons: New or unknown hacking tools may bypass detection, while logic updates can take about one to two weeks.
Cons: The Windows focus and commercial-software-supplement role rule it out as a broad, standalone security solution.

Alternatives

For a different game DRM option, browse Game DRM Software. Choose Steam Input when a free option across Windows, Linux, and macOS matters more than this entry's Windows game-security focus. Google Play Billing is the relevant alternative for Android app digital items, with a free plan for one-time purchases and subscriptions.

LIAPP is worth considering for teams needing protection across Android, iOS, web, or self-hosted environments; its Onsite plan is 39.99 USD per once, billed at $39.99 per ticket, with each PROTECT application consuming one ticket. StarForce Reader is a free option spanning mobile, desktop, and Linux platforms. For a Windows-only free tier, ProtectMyGame allows up to five protected files, each up to 200MB, available for 24 hours; its Premium plan has custom pricing.

Digital.ai Application Protection suits teams seeking application protection across a wider range of operating systems, including self-hosted deployment; its Premium plan is custom pricing and covers one protected customer application under a per-application license. Denuvo Anti-Cheat is another paid Linux and Windows alternative, with a free trial and pricing by specialist contact. DotFix NiceProtect is a Windows option whose listed developer-standard renewal costs 69.00 USD per year for one year of updates and technical support, for existing customers with a previously purchased license.

Verdict

Choose STOVE PC Security SDK if you are building a Windows game and want selective integrity, driver, and input-analysis controls that can be updated independently of an app release. Its server integration and configuration-based delivery demand implementation work, while its stated bypass risk and update lag make it unsuitable as the only line of defense. For teams already using commercial security software, it is a plausible complementary layer; teams needing a self-serve, cross-platform, or standalone solution should look elsewhere.

	ProtectMyGame	STOVE PC Security SDK
Free plan	Yes	No
Free trial	No	No
Paid from	Free	—
Open source	No	No
Platforms	Windows	api, Windows
Free plan	Yes	—
Integration method	sdk	sdk
Supported platforms	Unity 3D	Windows
Anti-debugging	—	Yes
License server	—	Yes

ProtectMyGame vs STOVE PC Security SDK

ProtectMyGame

STOVE PC Security SDK