Bot Most Powerful Antivirus Bypass tool - Omega Avas 2026 2.0

AVAS v2.0 – Advanced AV/EDR Bypass System 2026

You already know how bas some crypters and packers are...
You buy a crypter for 300–500€...
You crypt your RAT, your stealer, your loader...
Click the file.
Nothing. Crash. No execution. Or worse – 35/69 detections.

Most "FUD" crypters are not FUD.
They break execution, rely on old techniques, and get flagged within hours.

OMEGA AVAS is different

This is a full PE infection engine – 50+ evasion modules, 200+ techniques, packed into one executable.


What AVAS actually does:
You give it any .exe, .dll, or .scr – your RAT, loader, dropper, whatever.
AVAS injects evasion code into the file (syscalls, unhooking, AMSI/ETW patches, sleep masking, anti‑debug, hypervisor detection, etc.).
– Preserves original entry point (file still works exactly as before)
– TLS callbacks run before main – all evasion fires first
– Output is a working file with 85–95%+ AV/EDR bypass rate

Why VirusTotal cannot track your pattern:
Every AVAS build is polymorphic.
– Different PE timestamps
– Different junk data
– Different opaque predicate chains (400+ per build)
– Different API call order with junk calls inserted
– Different section names
– Different fake import tables
- All stubs are unique and private per inject, that means if million of people uses this tool, still undetected
- No need to be chasing private stubs, unique stubs each run

Each injection produces a UNIQUE and EXCLUSIVE stub
When you inject 20 different files (or even the SAME file 20 times), you get 20 DIFFERENT private stubs. The tool does NOT have a "stub database" , every execution generates fresh, non-repeating code
Submit the same payload twice, different hash, different signature, different behavior
VT cannot fingerprint you. No static signature survives

Private Stub Meaning​

In AV/EDR evasion terminology:

• Public stub = Known, signatured, shared across many malware families (e.g., standard msfvenom payload)
• Private stub = Generated per-target, never submitted to VirusTotal, no known signature

AVAS produces PRIVATE stubs because:

1. No static code – Every byte sequence differs per run
2. Polymorphic mutations – TruePolymorphicEngine.mutate_evasion_stub() adds random junk before/after AND XOR-scrambles sections
3. Unique run_id embedded in variant generation (add_unique_variant_generation method)
4. No two runs produce identical PE hashes – Not just MD5/SHA1, but even structural byte patterns differ

Even if your payload is heavily loaded – 80+ viruses, aggressive behavior – AVAS drops detection rate to 5–10%
Tested against:
Windows Defender |Bitdefender and more

No execution errors. Just like most crypters cannot execute well, bad for jobs

Affordable – not 500€, not 1000€.
Priced lower than major crypters, but same effectiveness – actually better, because it actually works.

Some features to list Features:

– Full AVAS v2.0 builder

• Direct syscalls (bypass user‑mode hooks)
• AMSI patch + AMSI via COM (MpOav)
• ETW patch + ETW TI (kernel callback bypass)
• NTDLL unhooking + Perun’s Fart (fresh ntdll mapping)
• Sleep masking (XOR + AES‑256 heap encryption)
• Process hollowing / Early Bird APC / QueueUserAPC / Callback injection (EnumWindows)
• Call stack spoofing + indirect syscalls with JMP randomization
• HalosGate (syscalls via ntoskrnl mapping)
• Reflective loader (AES‑256) + Donut loader (PIC)
• Hypervisor detection (CPUID / RDTSC / SIDT – VMware/VirtualBox)
• HWID locking + domain keying + network environment check
• Anti‑sandbox (CPU core detection, 30s execution delay)
• 500+ legitimate API calls injected (ML evasion)
• Zero‑fill entropy sections (500KB + 1MB) to lower ML scores
• Fake digital certificate timestamp + stolen cert injection
• Legitimate icon + version info (svchost.exe style)
• Detection reduction: random section padding, fake import table, benign overlay (PKCS#7)

- Check screenshots for more
For Support, Telegram: @mkd_goku

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