SysSharkSysShark
Next-Gen AntiCheat System

See What Others
Cannot See.

Advanced Anti-Cheat & Threat Detection Platform

SysShark AntiCheat Scanner reveals hidden threats in seconds — detecting injected DLLs, exposing hidden processes, and uncovering kernel-level exploits.

Deep System Scan • Accurate Results • Real-Time Detection
Behavioral-First Detection

Why SysShark is
fundamentally different

Most tools check signatures and process names. SysShark correlates memory, behavior, persistence, and execution signals — simultaneously.

Traditional detection
SysShark
Signature-based — only finds known cheats
Behavioral + multi-engine — catches unknown cheats
Surface-level process name and hash checks
Deep memory inspection — manual maps, thread injection, remote threads
No persistence monitoring — a reboot bypasses detection
Full persistence scanning across registry, services, tasks, WMI, prefetch, BAM
Static checks — trivially bypassed with obfuscation
Dynamic analysis with correlated signals across multiple event sources
No visibility into hypervisor-based cheats
Timing and behavior-based hypervisor detection — no kernel hooks needed
Isolated checks with no connection between events
Signal correlation — links logs, processes, and artifacts before flagging
Detection Engines
01
Memory Integrity Engine
Detects injected code, manual mapped modules, hidden threads, and remote thread injection.
02
Persistence Engine
Scans registry run keys, scheduled tasks, services, WMI subscriptions, and BAM for backdoors.
03
Execution Detection Engine
Identifies hollowed processes, PowerShell abuse, suspicious parent-child chains, and unsigned scripts.
04
Event Correlation Engine
Links Windows Event Logs, process creation, network connections, and file artifacts into attack timelines.
No kernel drivers
No signature dependency
Behavioral intelligence only
View technical docs →
Detection Pipeline

How It Works

Five-stage behavioral analysis pipeline — from memory scan to threat termination

01
Scan
Continuously monitors processes, memory regions, and system calls.
Process walking
VAD enumeration
Syscall hooking
02
Analyze
Evaluates behavior patterns and flags anomalies in real time.
Heap inspection
Stack walking
Thread analysis
03
Correlate
Cross-references signals across memory, syscall, and network layers.
Event fusion
Timeline construction
Signal weighting
04
Detect
Identifies malicious techniques using behavioral heuristics.
Process hollowing
Injection
Persistence scoring
05
Block
Terminates threats and prevents persistence instantly.
Process termination
Registry rollback
Quarantine
End-to-end latency: <1ms · Real-time correlation · Zero signatures
Forensic telemetry

Real Detection Cases

Live forensic telemetry from SysShark's behavioral engine. Each detection is validated across multiple signals before alerting.

Live monitoring active
Detection log — last 24 hstreaming
2026-04-11
14:23:17medium
Suspicious Executable
Unknown .exe file executed from Downloads folder.
Targetinvoice.exe (PID 5321)
IndicatorUnsigned binary + unusual location
detected
2026-04-11
14:18:42critical
Manual Map DLL Injection
DLL loaded into process without using LoadLibrary. No entry in PEB module list.
Targetexplorer.exe (PID 2216)
IndicatorHidden module + RWX memory region
verified
2026-04-11
14:12:05high
Unknown Network Connection
Process connected to suspicious external server.
Targetchrome.exe (PID 6211)
IndicatorUnusual outbound traffic
verified
2026-04-11
14:07:33medium
Hidden Background Process
Process executed without visible window.
Targetcmd.exe (PID 4123)
IndicatorSilent execution + no UI
detected
2026-04-11
13:58:21high
Scheduled Task Abuse
Malicious scheduled task created for persistence with SYSTEM privileges.
Target\Microsoft\Windows\UpdateTask
IndicatorUnusual trigger + hidden flag
verified
2026-04-11
13:45:09medium
PowerShell Abuse
Obfuscated PowerShell command executed via encoded arguments. Suspicious network call detected.
Targetpowershell.exe (PID 4712)
IndicatorBase64 encoded + download cradle pattern
detected
6 detections shown — updating in real time
System metrics
Threats blocked
0
last 24 hours
Events / sec
2.3M
Avg latency
0.8ms
Technique breakdown
Process Hollowing
2
DLL Injection
4
Remote Threads
3
Persistence
5
PowerShell Abuse
2
Multi-signal correlation
Each alert is cross-referenced across memory, syscall, and network signals before firing — zero false positives in production.
Deployment Flow

From Download to Defense

Three steps to full system visibility — no kernel drivers, no reboots

1
One-command deployment

Download

Download the SysShark CLI agent with a single command. No kernel drivers, no system reboot required.

curl · wget · PowerShell
Select your build
v4.2.1
SysShark-238fS64.exeREC
Windows x64 Agent • 24.3 MB
SysShark-9a2dF32.exe
Windows x86 Agent • 22.1 MB
sysshark-cli-linux
Linux CLI (WSL2) • 18.7 MB
SHA256 verified • Signed by SysShark
Live Telemetry
ACTIVE
System Scan64%
Processes
0
Memory
12.4K
Suspicious
3
Events/sec
2.3M
Real-time monitoring
2
Real-time forensic analysis

Scan

Agent scans processes, memory regions, and persistence mechanisms. Behavioral engine analyzes 2.3M events/sec.

Process walking · VAD enumeration
3
Actionable intelligence

Review

Review detections in the dashboard. Quarantine threats, export reports, or dive into full forensic timelines.

JSON export · SIEM forwarding
Detection Dashboard
3 ALERTS
CRITICAL
just now
Process Hollowing
svchost.exe (PID 3842)
HIGH
just now
Registry Persistence
Run key modification
MEDIUM
just now
PowerShell Obfuscation
Encoded command execution

Deployed in 3 minutes. No kernel drivers. No reboots.

Windows 10/11•Server 2022•Linux (WSL2)

Core Functions

Everything you need todetect & investigate.

SysShark operates at the forensic layer of the OS — going far deeper than signature-based detection.

01

Sentinel AI Behavioral

Advanced AI-driven behavioral analysis that correlates system events to detect unknown threat patterns without signatures.

02

Elite Memory Forensics

Deep VAD analysis, APC hijack detection, and stack walking to surface even the most sophisticated ROP-based memory exploits.

03

Hardware Integrity Pro

Full verification of TPM 2.0, Secure Boot, and DMA protection layers to ensure a trusted execution environment.

04

Hypervisor Detection

Advanced timing and side-channel analysis to identify hidden virtual machines and blue-pill style hypervisors.

05

Deep Forensic Artifacts

Automated correlation of USN Journals, ShellBags, Prefetch, and BAM logs to reveal hidden history and forensic cleanups.

06

Evolutionary Mutation

Self-evolving mutation-based obfuscation ensures the anti-cheat core remains a moving target, impossible to reverse engineer.

Standards and technologies we monitor & secure

Kernel-Mode Drivers
TPM 2.0 Integrity
UEFI Secure Boot
DMA Protection
HVCI/VBS
Hyper-V isolation
Memory Integrity
Process Hollowing
APC Injection
Thread Hijacking
IAT Hooking
EAC/BE Compatibility
Kernel-Mode Drivers
TPM 2.0 Integrity
UEFI Secure Boot
DMA Protection
HVCI/VBS
Hyper-V isolation
Memory Integrity
Process Hollowing
APC Injection
Thread Hijacking
IAT Hooking
EAC/BE Compatibility