Used for
- Software developmentSecurity AssessmentsMemory analysisSystem debuggingForensics
Features
- Live memory introspectionSupports Direct Memory Access (DMA)Modular and extensible architecturePhysicalMemory module for direct memory accessDynamic library loading with inventory featureOptimized virtual address translationArchitecture-independent designSupports 32 and 64-bit x86 architecturesCompatible with non-Rust libraries via FFIHigh throughput memory transfers
What is MemFlow used for?
MemFlow is used for live memory introspection of running systems and their snapshots, supporting scenarios with Direct Memory Access.What architectures does MemFlow support?
MemFlow supports both 32 and 64-bit versions of the x86 architecture.Can MemFlow be used with non-Rust libraries?
Yes, MemFlow can be interfaced with non-Rust libraries using its Foreign Function Interface (FFI).Is MemFlow's design architecture-dependent?
No, MemFlow is architecture-independent as long as addresses fit in 64-bits.How does MemFlow support dynamic library loading?
MemFlow uses an inventory feature that allows for dynamic loading of libraries that provide Direct Memory Access.What is the core feature of MemFlow?
The core feature of MemFlow is its PhysicalMemory module, which provides direct memory access in an abstract environment.What professions benefit most from using MemFlow?
Professions such as System Administrators, Security Analysts, Software Developers, Memory Forensics Experts, and IT Professionals benefit most from using MemFlow.Does MemFlow support high throughput memory transfers?
Yes, MemFlow has a highly optimized virtual address translation function that facilitates high throughput memory transfers.What are some applications of MemFlow?
Applications of MemFlow include memory analysis, system debugging, security assessments, forensics, and software development.Is there a specific operating system required to use MemFlow?
MemFlow is designed to be OS independent, allowing flexibility across different systems.