Ghidra vs rev.ng

GGhidra—Visit rev.ng7.2Visit

G Ghidra #1 in Decompiler Software —/10 Free plan Free plan✓ 5 of 5 features Visit Ghidra

vs

Higher score rev.ng #6 in Decompiler Software 7.2/10 Free plan Free plan✓ 3 of 5 features Visit rev.ng

• Ghidra fits best

  Free, broad native and bytecode analysis

• rev.ng fits best

  Open-source native analysis with automation

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Side by side

Feature	GGhidra —/10 Visit ↗	rev.ng 7.2/10 Visit ↗
At a glance
Editor score	—	7.2
Ranking	#1 in Decompiler Software	#6 in Decompiler Software
Best for	Free, broad native and bytecode analysis	Open-source native analysis with automation
Pricing model	Free	Free
Starting price	Not published	Not published
Free plan	✓	✓
Free trial	—	—
Deployment	Desktop	Cloud, Self-hosted, Desktop
Platforms	Windows, Linux, macOS	Web, Windows, macOS, Linux
Support	Docs, Community	Email, Community, Docs
Built for	Solo, Small business, Mid-market, Enterprise	Solo, Small business, Mid-market, Enterprise
Features Ghidra 5/5 · rev.ng 3/5
Native-code decompilation	✓	✓
Bytecode decompilation	✓ (best)	Not published
Debugger integration	✓	✓
Scripting API	✓	✓
Plugin support	✓ (best)	Not published
Specs
License type	Free	Mixed
Our review
Pros	Free open-source framework for native-code disassembly and decompilation Supports Java and DEX bytecode analysis alongside native architectures Includes debugging, scripting, headless analysis, and plugin support	Decompiles native binaries to recompilable C code Automates analysis with Python, TypeScript, and GraphQL Supports Windows, macOS, Linux, web, and API workflows
Cons	Its broad feature set may require a technical reverse-engineering workflow Plugin and scripting extensions add configuration choices to the environment Focused on compiled-program analysis rather than general software development	Debugger depth is limited compared with dedicated debugging tools Verified integrations are limited Public projects are described as being in closed beta
Our verdict	Ghidra is an open-source software reverse-engineering framework created and maintained by the National Security Agency Research Directorate. It is designed for analysts, security researchers, and developers examining compiled programs… Read the review →	rev.ng is an open-source reverse-engineering framework for analyzing compiled native binaries and producing disassembly, control-flow artifacts, and recompilable C code. It is aimed at reverse engineers, security researchers, compiler… Read the review →

Strengths and trade-offs

• Ghidra — where it wins

  • Free open-source framework for native-code disassembly and decompilation
  • Supports Java and DEX bytecode analysis alongside native architectures
  • Includes debugging, scripting, headless analysis, and plugin support

  Where it doesn't

  • Its broad feature set may require a technical reverse-engineering workflow
  • Plugin and scripting extensions add configuration choices to the environment
  • Focused on compiled-program analysis rather than general software development

• rev.ng — where it wins

  • Decompiles native binaries to recompilable C code
  • Automates analysis with Python, TypeScript, and GraphQL
  • Supports Windows, macOS, Linux, web, and API workflows

  Where it doesn't

  • Debugger depth is limited compared with dedicated debugging tools
  • Verified integrations are limited
  • Public projects are described as being in closed beta

• GGhidra—/10 · Free plan

  A free, broad toolkit for native-code, Java, and DEX analysis.

  Visit GhidraFull verdict →
• rev.ng7.2/10 · Free plan

  A scriptable decompiler for native-code analysis across desktop, web, and API workflows.

  Visit rev.ngFull verdict →