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Tech3Space

Low-Level Systems Engineering & Kernel Security Research Studio

Where hardware meets software — and where real security is engineered, not assumed.

Led by Ankit Kushwaha

Ankit Kushwaha is the founder and lead kernel & low-level systems researcher at Tech3Space.

With deep expertise in Ring-0 engineering and kernel security, he operates at the boundary where most systems fail — building, dissecting, and hardening the foundation that everything else depends on.

  • Windows & Linux kernel driver architecture
  • Kernel exploit research & defensive countermeasures
  • Rootkit techniques, memory corruption, and privilege escalation
  • AI-assisted vulnerability discovery and kernel analysis
"User-mode lies.
Kernel-mode reveals the truth."

What We Engineer & Research

Kernel & Driver Engineering

Production-grade drivers, kernel modules, IRP handling, memory allocators, PatchGuard research, Netfilter hooks.

Kernel Security & Exploit Research

Rootkits, privilege escalation, memory corruption (UAF, heap, race), SSDT/IDT hooking, driver fuzzing.

AI-Augmented Systems Research

LLM-assisted kernel vulnerability discovery, driver source analysis, exploit pattern recognition, AI + kernel integration.

Core Toolchain

Languages: C • C++ • x86_64 Assembly • Rust (emerging)
Debuggers: WinDbg • GDB • x64dbg • kernel debuggers
RE & Analysis: IDA Pro • Ghidra • Radare2 • Binary Ninja
Kernel SDKs: Windows Driver Kit (WDK) • Linux kernel headers
AI Research: PyTorch • Hugging Face • Ollama • local LLMs

Operating Philosophy

Tech3Space exists to build systems that survive scrutiny — where every layer is intentional, auditable, and hardened.

  • Abstractions are temporary — deep understanding is permanent
  • Security without kernel-level insight is performance theater
  • AI is only trustworthy when grounded in system-level reality
  • Every component must be built to be extended, audited, and defended
if (ring == 0) { control = absolute; }

Ready to Operate at Ring 0?

Whether it's kernel hardening, exploit research, driver development, or AI-augmented system analysis — we build where others only theorize.

⚠️ Once you operate at Ring 0, user-mode abstractions become visible — and fragile.