Hopper
A commercial disassembler and decompiler tool for macOS and Linux platforms. It features a lightweight interface and supports scripting extensions. A demo mode is available for free evaluation. Hopper is widely used in reverse engineering as one of the mainstream tools in the field.
Core Facts
NVIDIA Blackwell 架构于2024年发布，是继 Hopper（H100）之后的新一代数据中心 GPU 架构
NVIDIA Blackwell is the latest GPU microarchitecture released in 2024, corresponding to the RTX 50 series and B100/B200, introducing sm_120 compute capability with incomplete backward compatibility with older versions.
REA (Reverse Engineer Anything) is an open-source reverse engineering tool that exists as an MCP server, allowing AI agents to reverse-analyze any application.
Timeline (last 90 days)
The H100 is based on the Hopper architecture and is equipped with 80GB of HBM3 memory.
Ghidra supports Java/Python scripts, IDA supports IDAPython, and Hopper provides a Python API, and REA drives the tools by calling these scripting interfaces.
Hopper targets the macOS ecosystem and is lower-priced with a friendly interface.
REA uses the MCP protocol to let AI coding agents such as ClaudeCode connect to and drive existing reverse-engineering tools (such as Ghidra, IDA, and Hopper) to complete analysis.
RIA itself does not implement a disassembly engine, but acts as an orchestration layer that calls locally installed tools such as Hopper, Ghidra or IDA.
IDA is commercial software known for its powerful interactive analysis and plugin ecosystem; Ghidra was open-sourced by the NSA and provides a decompiler and an extensible scripting framework; Hopper is a commercial disassembler for macOS/Linux.
Protein structure generation models often rely on custom CUDA extensions (such as efficient geometric operations in equivariant networks), and such extensions have requirements on compiler versions and GPU architectures (e.g., Ampere, Hopper).
Hopper is a lightweight commercial disassembler for macOS and Linux, relatively affordable and with a friendly interface.
REEA itself is not a reverse engineering engine, but rather packages the capabilities of professional reverse engineering tools such as Ghidra, Hopper, and IDA behind an MCP interface for agents to call.
Compute Capability is a version number NVIDIA defines for its GPU architectures, expressed as "major.minor" (e.g., 8.x for Ampere, 8.9 for Ada Lovelace, 12.0 for Blackwell), encoded directly in the GPU hardware identity and read by the driver via PCI configuration space and GPU registers; it does not depend on upper-layer software or platform labels and cannot be forged by editing product descriptions or the virtualization layer (MIG partitioning only affects the visibility of memory and compute units, not the architecture version number).
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All Facts (20)
NVIDIA Blackwell 架构于2024年发布，是继 Hopper（H100）之后的新一代数据中心 GPU 架构
75%VerifiedNVIDIA Blackwell is the latest GPU microarchitecture released in 2024, corresponding to the RTX 50 series and B100/B200, introducing sm_120 compute capability with incomplete backward compatibility with older versions.
75%VerifiedREA (Reverse Engineer Anything) is an open-source reverse engineering tool that exists as an MCP server, allowing AI agents to reverse-analyze any application.
65%VerifiedREA processes native binaries through Hopper, Ghidra, or IDA Pro to extract functions, pseudocode, assembly, strings, and cross-references.
65%VerifiedREA (Reverse Engineer Anything) provides a reverse engineering toolchain for programming agents, transforming binary files into strings, cross-references, and readable decompiled code.
65%VerifiedThe main toolchain for reverse engineering includes disassemblers (such as IDA Pro and Ghidra) and debuggers.
65%UnverifiedTensorRT的内核自动调优机制会针对目标GPU的具体架构（如Ampere、Hopper等）对候选内核进行性能基准测试
90%Unverified同一组编译选项在 Ampere、Hopper、Blackwell 等不同 GPU 架构上的表现可能截然不同
90%UnverifiedBlackwell单颗GPU晶体管数量是前代Hopper架构H100的约两倍
85%UnverifiedNVIDIA Blackwell架构理论AI算力相比Hopper提升约2.5倍
75%UnverifiedThe H100 is based on the Hopper architecture, contains 80 billion transistors, and can deliver approximately 4 petaFLOPS of FP8 compute per card.
70%UnverifiedThe fourth-generation NVLink in the Hopper architecture provides 900 GB/s of bandwidth.
70%UnverifiedThe H100 is based on the Hopper architecture and is equipped with 80GB of HBM3 memory.
50%UnverifiedHopper targets the macOS ecosystem and is lower-priced with a friendly interface.
50%UnverifiedGhidra supports Java/Python scripts, IDA supports IDAPython, and Hopper provides a Python API, and REA drives the tools by calling these scripting interfaces.
50%UnverifiedREA uses the MCP protocol to let AI coding agents such as ClaudeCode connect to and drive existing reverse-engineering tools (such as Ghidra, IDA, and Hopper) to complete analysis.
50%UnverifiedIDA is commercial software known for its powerful interactive analysis and plugin ecosystem; Ghidra was open-sourced by the NSA and provides a decompiler and an extensible scripting framework; Hopper is a commercial disassembler for macOS/Linux.
50%UnverifiedRIA itself does not implement a disassembly engine, but acts as an orchestration layer that calls locally installed tools such as Hopper, Ghidra or IDA.
50%UnverifiedProtein structure generation models often rely on custom CUDA extensions (such as efficient geometric operations in equivariant networks), and such extensions have requirements on compiler versions and GPU architectures (e.g., Ampere, Hopper).
50%UnverifiedREEA itself is not a reverse engineering engine, but rather packages the capabilities of professional reverse engineering tools such as Ghidra, Hopper, and IDA behind an MCP interface for agents to call.
50%