SRODisk-Powered Malware Analysis — A volatile, bare-metal sandbox purpose-built for advanced threat detonation.
//Malware analysis, redefined. Hardware stays immutable.
Execute ransomware, wipers, and kernel rootkits directly on bare metal with absolute zero persistence. Malysis weaponizes SRODisk — our RAM-drive technology — to turn your physical memory into a high-performance malware detonation chamber. Every sample runs at native CPU speed, and the entire environment vanishes on shutdown _
//Core Analysis Capabilities
Bare-Metal Evasion
> 50 GB/s
No VM artifacts. Advanced malware cannot detect hypervisor traps. The sample executes on real silicon, revealing its true malicious behavior without sandbox awareness tricks _
Zero Persistent Footprint
No Disk Writes
Windows kernel is completely blinded from physical storage. Ransomware encryption, rootkit persistence, and wiper logic affect only volatile memory — your NVMe drives stay pristine _
RAM Persistence on Reboot
State Retained
On a soft reboot (reset), the RAM content remains intact. Your running malware samples, analysis tools, and system state are preserved, allowing you to continue where you left off. Only a full shutdown (power cycle) flushes the RAM and reloads the pristine OS image from PXE _
//SRODisk Use Case: Malware Detonation Chamber
SRODisk as the Ultimate Malware Analysis Enclave
The Analyst's Dilemma
Modern malware fingerprints hypervisors (VMware, VirtualBox, Hyper-V) and either hides its payload or refuses to execute. Traditional physical analysis risks bricking hardware with firmware-level rootkits (BIOS/UEFI implants) or destroying SSDs with wipers _
SRODisk in Action
A perfect physical decoy: Windows believes it runs on a standard NVMe drive. In reality, every I/O operation is intercepted to RAM.
Analyst Workflow
1) PXE boot loads SRODisk driver.
2) 50GB Windows image streams directly into RAM banks.
3) Malware sample is dropped onto the "fake" NVMe.
4) Full kernel debugging, process monitors, and API hooks operate unimpeded.
5) After analysis: hardware reset incinerates every byte
_
//Analysis Lifecycle
Secure PXE Bootstrap
Analysis node boots from isolated lab server via UEFI PXE. Malysis secure bootloader validates server integrity before any RAM operation _
Volatile OS Injection (SRODisk Core)
Analyst-configured Windows image (~50 GB) streams directly into local DDR4/DDR5 RAM banks. SRODisk creates a virtual NVMe controller backed entirely by volatile memory _
Persistent Memory State
During a soft reboot, the RAM retains all data. Malysis maintains the analysis environment, so you can resume without reinitializing the OS. This allows long-term monitoring of persistent threats across reboots. A full power-off resets everything to the clean baseline _
Active Detonation Phase
Windows mounts the RAM space as PHYSICALDRIVE0. Analyst deploys the malware sample — ransomware, infostealer, C2 implant — and monitors using Sysinternals, WinDbg, or custom EDR hooks. All artifacts stay inside RAM _
TRANSPARENCY NOTE: The OS runs natively. No hypervisor means no bluepill detection. Full support for kernel debuggers, and process introspection — exactly like a production endpoint, but fully disposable _
//What Malysis Is Not
NOT a user-mode RAMDisk mounted after boot — SRODisk operates at kernel level before Windows loads.
NOT a restricted Windows PE environment — full Windows with networking, services, and userland.
NOT an emulated VM — no hypervisor layer means zero evasion techniques based on CPU rings or timing attacks.
//Why SRODisk for Malware Analysis?
Native Execution
CPU Ring 0
Malware samples execute directly on physical CPU cores. No virtualization overhead, no emulation quirks — the exact environment threat actors target _
Forensic Purity
Zero Cross-Contamination
Each analysis starts from a cryptographic baseline. No residue from previous samples affects IoC extraction or dynamic behavior logs _
Hardware Agnostic
NVMe / SATA / PCIe
SRODisk emulates a standard storage controller — works on any x64 hardware. Deploy on existing lab machines without custom firmware _
//Frequently Asked Questions
Is there a hypervisor?
No. No hypervisor layer — no VMware, no VirtualBox, no Hyper-V. Malysis runs directly on bare metal. Advanced malware cannot detect CPU traps or use timing attacks. _
Is this just a RAM disk?
No. SRODisk is NOT a user-mode RAMDisk. Our technology operates at kernel level BEFORE Windows loads. The entire operating system believes it's interacting with a physical NVMe controller — but every I/O operation is intercepted to RAM. _
What is the price?
Contact us by filling out the secure encrypted form below for a customized quote. _
Is technical documentation available?
Yes. Complete technical documentation is available upon request. Please fill out the form below. _
How long until we get a response after filling out the form?
Approximately 1 month after DEFCON. Our team is heavily involved in the security community and prioritizes responses after the conference. Thank you for your patience. _
What happens on reboot vs shutdown?
On a soft reboot (reset), the RAM content is preserved. This means you can restart the system without losing your analysis session, processes, and malware artifacts. Only a full power-off (shutdown) clears the RAM and reloads the clean Windows image from PXE, erasing all traces. This gives you the flexibility to continue analysis across reboots or wipe everything clean instantly. _
//Deploy Malysis Enclave
Equip your threat intelligence team with hardware-immune malware analysis. SRODisk turns every shutdown into a clean slate_