Kubian doesn't sit in a demo. It runs inside large, live game environments with real players and real cheaters — where every release is probed for weaknesses from day one, patched continuously, and every lesson is shared across the whole network.
Production titles with real populations, real sessions, and real revenue on the line. Not sandboxes, not demos, not load-test rigs.
A system that only works in a lab fails the moment it meets real traffic: clock skew, flaky networks, exotic devices, OS versions years out of date, and players on the other side of the planet.
Kubian operates around the clock under exactly those conditions. Challenge issuance, attestation verification, realtime alerts, ban enforcement, and the developer dashboard all run continuously against live player populations — exercised hardest precisely when it matters most. Verification completes in under a millisecond of backend processing time, telemetry is fire-and-forget so gameplay never waits on security, and attestation parsing is cached per certificate so repeated sessions cost almost nothing.
The result: protection your players never feel and your cheaters never beat — at production scale, every hour of every day.
Challenges, verifications, alerts, reviews, and bans flow continuously. There is no quiet period where Kubian rests — and none where attackers do either.
Sub-millisecond verification, cached parsing, and asynchronous reporting mean protection never costs frames, never blocks sessions, and never shows up in the player experience.
Flagship phones, budget devices, tablets, and VR headsets across every OS generation — Google-issued and Meta-issued hardware attestation alike, each verified against its own trust root.
Bypasses, spoofs, hooks, and replays aren't a theoretical threat model. They're the daily weather. Each maps to a real, named detection inside libKubianIntegrityCore.so.
| Attack | What the attacker tries | What Kubian does |
|---|---|---|
| Token replay | Capturing a valid integrity response and reusing it across sessions or devices. | Single-use, nonce-bound challenges — a captured response is dead on arrival and the replay itself is logged. |
| Attestation spoofing | Faking the KeyMint certificate chain or app identity to impersonate a trusted device. | Hardware-rooted chain verification against Google and Meta trust roots, with package name and certificate digest binding. |
| Frida & dynamic hooks | Attaching Frida gadgets, intercepting functions, and rewriting behavior at runtime. | Memory-map scans, known Frida ports, anon-exec page detection, and Frida connection blocking. |
| Renamed Frida builds | Patching or renaming Frida binaries to dodge signature scans. | Patched-module detection that recognizes repackaged Frida by behavior and structure, not by filename. |
| Fileless Frida injection | Injecting Frida entirely in memory via memfd so nothing touches disk. | File-descriptor leak analysis that catches memory-only injection other scanners miss. |
| Debugger evasion | Anti-debug bypasses, ptrace tricks, and JDWP/LLDB concealment. | Layered anti-debug traps plus TracerPid and timing checks that treat evasion itself as a detection. |
| Root hiding | Magisk and KernelSU concealment to look unrooted while keeping privileges. | Mount-table inspection, su-path sweeps, system-property checks, and hidden-root heuristics. |
| Injection frameworks | Zygisk, Riru, LSPosed, and Substrate modules injected into the process. | Module scans against known framework signatures, with per-check Alert, Kick, or Ban policy. |
| Debugging | Attaching a debugger to step through or dump the running app. | TracerPid inspection, timing checks, and app-debugging prevention. |
| Weak builds | Running test-keys, userdebug, or SELinux-permissive builds to weaken the platform. | Build-tag, debuggable-flag, and SELinux-enforcement gates with studio-controlled enforcement. |
| Binary tampering | Repackaging the APK or patching the native library itself. | SHA-256 application-digest binding plus the core library's own .text integrity hash. |
Selected public capabilities. Additional safeguards remain intentionally undisclosed to keep the suite effective.
What happens when a cheater runs Frida against a protected game — told in seconds, not paragraphs.
Timings above follow the production configuration: 2-second sweeps, 10-second ban re-polls, realtime alerting. Studios tune actions per check; the loop itself never sleeps.
RTEP starts with a single native call that spawns the monitor on its own thread, off the game thread. Intervals below half a second are clamped; production runs a 2-second sweep with enforcement on.
Each cycle runs the hard and soft scan sets. On any change versus the previous scan, the monitor fires its callback and reports to the verification backend carrying app, device identity, device certificate, check, and detail. The server answers with a directive — log only, kick, or ban — and with enforcement on, a kick or ban verdict terminates the process on the spot. Between sweeps the loop re-polls ban state, checks shared ban records, and re-verifies the RSA-signed protection tier every 60 seconds, failing closed into full Max-tier protection if anything looks tampered. Need a verdict without the loop? The same scan set can run exactly once — the one-shot check studios use right before a ranked match starts.
Every attempt teaches the system something. Kubian is actively patched, released, and improved on a continuous cycle — not on quarterly schedules.
A defeated bypass doesn't just protect the game that was attacked. It protects every game on the network.
Kubian operates as one connected system: offender signals, revoked device credentials, and hardened detections are shared across all protected apps.
Device bans execute server-side against hardware-backed identity — surviving reinstalls, account switches, and device wipes — and are enforced network-wide, so a cheater burned in one title stays burned everywhere. When a novel technique appears against any single game, the defense ships to all of them automatically, with no extra integration work from any studio.
Small games inherit the battle scars of the largest ones. Attackers never start over against Kubian — they start over against everything Kubian has already learned.
Not a slogan — an operating posture. This is what "always" means at every layer of the system.
Too many security products are "always on" the way a statue is always on — present, but inert. Kubian is on the way a immune system is on: circulating, sensing, and responding, every second of every day.
Always on: the verification fleet and the edge serve around the clock with no maintenance windows for defense updates — signed policy pushes land in 30 seconds, revocation entries take effect immediately, and version gates close without downtime. If a node ever needs attention, identical nodes absorb its traffic; the network doesn't blink.
Always active: on-device, the core library sweeps for threats every 2 seconds, re-polls ban state every 10 seconds, and renews device certificates before they expire. Server-side, every detection fires a realtime alert with full signal context, dashboards refresh every 10 seconds, and any response slower than 400 milliseconds pages the team automatically. Nothing waits for a human to notice — the loop is closed by code.
Always battle tested: live production traffic, hostile probing from day one of every release, a patch cycle measured in hours and days instead of quarters, and every lesson shared network-wide. Kubian doesn't prepare for the fight. It lives in it.
Fleet + edge serving 24/7 with zero-downtime defense updates. Protection doesn't take nights, weekends, or deploy freezes off.
2-second device sweeps, 10-second ban re-polls, realtime alerts, and a 400ms self-pager. Watching is the default state, not a mode.
Probed in production, patched continuously, immunity shared across every protected app. Yesterday's attack is today's detection.
Join the network where every attack makes every game stronger. Start an inquiry or read the integration docs.
Built by a small team over two years — read the development story →.