[RTF] Analysis of a Document-Based Malware Sample
Analysis of an RTF-based malware sample, focusing on its exploit chain and execution flow.
Tags
- EQNEDT 1
- Malware 2
- ai 10
- approval 1
- async 1
- borrowing 1
- cargo 4
- cargo-test 1
- claude-code 8
- cli 1
- closures 1
- codelldb 1
- codex 8
- collections 1
- concurrency 1
- control-flow 1
- crates 1
- cve 2018-0798 1
- debug 1
- dropper 1
- enforcement 1
- enums 1
- env-args 1
- error-handling 1
- eval 2
- file-io 1
- functions 1
- generics 1
- guardrail 2
- handoff 1
- harness-engineering 10
- hashmap 1
- integration-test 1
- iterators 1
- lifetimes 1
- llm 10
- macro 1
- mcp 1
- modules 2
- multi-agent 1
- ownership 1
- packages 1
- pattern-matching 1
- project-layout 1
- references 1
- roadmap 1
- rtf 1
- rust 11
- rust-analyzer 1
- rustc 1
- rustup 1
- smart-pointers 1
- std-fs 1
- string 1
- structs 1
- testing 1
- trace 2
- traits 1
- types 1
- unit-test 1
- variables 1
- vbs 1
- vec 1
- vscode 2
- windows 1
EQNEDT
Malware
[RTF] Analysis of a Document-Based Malware Sample
Analysis of an RTF-based malware sample, focusing on its exploit chain and execution flow.
[Macro] Analysis of a Document-Based Malware Sample
Analysis of a macro-based document malware sample, covering its execution flow and dropper behavior.
ai
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
Harness Engineering 09. Agent Systems Need Approval Boundaries and Guardrails
Explains why agent systems become unstable when approval boundaries and guardrails are missing.
Harness Engineering 08. Results Alone Are Not Enough; You Need Trace
Explains why results alone are not enough and why trace matters for operations, debugging, and evaluation.
Harness Engineering 07. Turning Principles into Enforceable Rules
Explains how to turn natural-language principles into concrete system rules and enforcement.
Harness Engineering 06. Multi-Agent Is Not the Default
Explains why multi-agent setups are not the default answer and when a single agent is the better baseline.
Harness Engineering 05. Build and Test Are Not Enough to Validate an Agent
Explains why build and test alone are not enough to validate an agent and what extra checks are needed.
Harness Engineering 04. From Prose to Schema: Turning Handoff into a Contract
Explains why handoffs should move from free-form prose to schema-based contracts and how to design them.
Harness Engineering 03. How Far Should a Project Instruction File Go?
Explores what a project instruction file should own and where it should stop inside a larger harness.
Harness Engineering 02. What Is Harness Engineering?
Explains harness engineering as the design of the tools, permissions, and verification around AI.
Harness Engineering 01. Why Do Results Change When You Switch AI Coding Tools?
Explains why AI coding tools produce different results by looking beyond prompts to the execution environment.
approval
Harness Engineering 09. Agent Systems Need Approval Boundaries and Guardrails
Explains why agent systems become unstable when approval boundaries and guardrails are missing.
async
Rust 07. Modules, Smart Pointers, Concurrency, and Async
Rust fundamentals guide to modules, smart pointers, concurrency, and async with examples.
borrowing
Rust 04. Ownership, Borrowing, and Lifetimes
Rust fundamentals guide explaining ownership, borrowing, and lifetimes through examples.
cargo
Rust 09. Crates, Packages, and Project Layout
Rust guide to crates, packages, main.rs, lib.rs, mod, use, and pub in a Cargo project.
Rust 03. Variables, Types, Control Flow, and Functions
Beginner guide to Rust variables, basic types, control flow, and functions with examples.
Rust 02. Debugging with rust-analyzer and CodeLLDB
Practical VS Code guide to debugging Rust projects with rust-analyzer and CodeLLDB.
Rust 01. Install Rust and Run Hello World
Beginner-friendly guide to installing Rust on Windows with VS Code and running Hello World.
cargo-test
Rust 10. Testing in Rust
Beginner-friendly Rust testing guide to cargo test, unit tests, integration tests, assert_eq!, and Result-based tests.
claude-code
Harness Engineering 08. Results Alone Are Not Enough; You Need Trace
Explains why results alone are not enough and why trace matters for operations, debugging, and evaluation.
Harness Engineering 07. Turning Principles into Enforceable Rules
Explains how to turn natural-language principles into concrete system rules and enforcement.
Harness Engineering 06. Multi-Agent Is Not the Default
Explains why multi-agent setups are not the default answer and when a single agent is the better baseline.
Harness Engineering 05. Build and Test Are Not Enough to Validate an Agent
Explains why build and test alone are not enough to validate an agent and what extra checks are needed.
Harness Engineering 04. From Prose to Schema: Turning Handoff into a Contract
Explains why handoffs should move from free-form prose to schema-based contracts and how to design them.
Harness Engineering 03. How Far Should a Project Instruction File Go?
Explores what a project instruction file should own and where it should stop inside a larger harness.
Harness Engineering 02. What Is Harness Engineering?
Explains harness engineering as the design of the tools, permissions, and verification around AI.
Harness Engineering 01. Why Do Results Change When You Switch AI Coding Tools?
Explains why AI coding tools produce different results by looking beyond prompts to the execution environment.
cli
Rust 11. File I/O and Command-Line Input
Rust guide to file and CLI input with std::fs::read_to_string, write, std::env::args, and Result.
closures
Rust 06. Generics, Error Handling, Closures, and Iterators
Rust fundamentals guide to generics, error handling, closures, and iterators with examples.
codelldb
Rust 02. Debugging with rust-analyzer and CodeLLDB
Practical VS Code guide to debugging Rust projects with rust-analyzer and CodeLLDB.
codex
Harness Engineering 08. Results Alone Are Not Enough; You Need Trace
Explains why results alone are not enough and why trace matters for operations, debugging, and evaluation.
Harness Engineering 07. Turning Principles into Enforceable Rules
Explains how to turn natural-language principles into concrete system rules and enforcement.
Harness Engineering 06. Multi-Agent Is Not the Default
Explains why multi-agent setups are not the default answer and when a single agent is the better baseline.
Harness Engineering 05. Build and Test Are Not Enough to Validate an Agent
Explains why build and test alone are not enough to validate an agent and what extra checks are needed.
Harness Engineering 04. From Prose to Schema: Turning Handoff into a Contract
Explains why handoffs should move from free-form prose to schema-based contracts and how to design them.
Harness Engineering 03. How Far Should a Project Instruction File Go?
Explores what a project instruction file should own and where it should stop inside a larger harness.
Harness Engineering 02. What Is Harness Engineering?
Explains harness engineering as the design of the tools, permissions, and verification around AI.
Harness Engineering 01. Why Do Results Change When You Switch AI Coding Tools?
Explains why AI coding tools produce different results by looking beyond prompts to the execution environment.
collections
Rust 08. Vec, String, &str, and HashMap Basics
Beginner-friendly Rust guide to Vec, String, &str, and HashMap with examples and a word-frequency walkthrough.
concurrency
Rust 07. Modules, Smart Pointers, Concurrency, and Async
Rust fundamentals guide to modules, smart pointers, concurrency, and async with examples.
control-flow
Rust 03. Variables, Types, Control Flow, and Functions
Beginner guide to Rust variables, basic types, control flow, and functions with examples.
crates
Rust 09. Crates, Packages, and Project Layout
Rust guide to crates, packages, main.rs, lib.rs, mod, use, and pub in a Cargo project.
cve 2018-0798
[RTF] Analysis of a Document-Based Malware Sample
Analysis of an RTF-based malware sample, focusing on its exploit chain and execution flow.
debug
Rust 02. Debugging with rust-analyzer and CodeLLDB
Practical VS Code guide to debugging Rust projects with rust-analyzer and CodeLLDB.
dropper
[Macro] Analysis of a Document-Based Malware Sample
Analysis of a macro-based document malware sample, covering its execution flow and dropper behavior.
enforcement
Harness Engineering 07. Turning Principles into Enforceable Rules
Explains how to turn natural-language principles into concrete system rules and enforcement.
enums
Rust 05. Structs, Enums, Pattern Matching, and Traits
Rust fundamentals guide to structs, enums, pattern matching, and traits with examples.
env-args
Rust 11. File I/O and Command-Line Input
Rust guide to file and CLI input with std::fs::read_to_string, write, std::env::args, and Result.
error-handling
Rust 06. Generics, Error Handling, Closures, and Iterators
Rust fundamentals guide to generics, error handling, closures, and iterators with examples.
eval
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
Harness Engineering 05. Build and Test Are Not Enough to Validate an Agent
Explains why build and test alone are not enough to validate an agent and what extra checks are needed.
file-io
Rust 11. File I/O and Command-Line Input
Rust guide to file and CLI input with std::fs::read_to_string, write, std::env::args, and Result.
functions
Rust 03. Variables, Types, Control Flow, and Functions
Beginner guide to Rust variables, basic types, control flow, and functions with examples.
generics
Rust 06. Generics, Error Handling, Closures, and Iterators
Rust fundamentals guide to generics, error handling, closures, and iterators with examples.
guardrail
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
Harness Engineering 09. Agent Systems Need Approval Boundaries and Guardrails
Explains why agent systems become unstable when approval boundaries and guardrails are missing.
handoff
Harness Engineering 04. From Prose to Schema: Turning Handoff into a Contract
Explains why handoffs should move from free-form prose to schema-based contracts and how to design them.
harness-engineering
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
Harness Engineering 09. Agent Systems Need Approval Boundaries and Guardrails
Explains why agent systems become unstable when approval boundaries and guardrails are missing.
Harness Engineering 08. Results Alone Are Not Enough; You Need Trace
Explains why results alone are not enough and why trace matters for operations, debugging, and evaluation.
Harness Engineering 07. Turning Principles into Enforceable Rules
Explains how to turn natural-language principles into concrete system rules and enforcement.
Harness Engineering 06. Multi-Agent Is Not the Default
Explains why multi-agent setups are not the default answer and when a single agent is the better baseline.
Harness Engineering 05. Build and Test Are Not Enough to Validate an Agent
Explains why build and test alone are not enough to validate an agent and what extra checks are needed.
Harness Engineering 04. From Prose to Schema: Turning Handoff into a Contract
Explains why handoffs should move from free-form prose to schema-based contracts and how to design them.
Harness Engineering 03. How Far Should a Project Instruction File Go?
Explores what a project instruction file should own and where it should stop inside a larger harness.
Harness Engineering 02. What Is Harness Engineering?
Explains harness engineering as the design of the tools, permissions, and verification around AI.
Harness Engineering 01. Why Do Results Change When You Switch AI Coding Tools?
Explains why AI coding tools produce different results by looking beyond prompts to the execution environment.
hashmap
Rust 08. Vec, String, &str, and HashMap Basics
Beginner-friendly Rust guide to Vec, String, &str, and HashMap with examples and a word-frequency walkthrough.
integration-test
Rust 10. Testing in Rust
Beginner-friendly Rust testing guide to cargo test, unit tests, integration tests, assert_eq!, and Result-based tests.
iterators
Rust 06. Generics, Error Handling, Closures, and Iterators
Rust fundamentals guide to generics, error handling, closures, and iterators with examples.
lifetimes
Rust 04. Ownership, Borrowing, and Lifetimes
Rust fundamentals guide explaining ownership, borrowing, and lifetimes through examples.
llm
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
Harness Engineering 09. Agent Systems Need Approval Boundaries and Guardrails
Explains why agent systems become unstable when approval boundaries and guardrails are missing.
Harness Engineering 08. Results Alone Are Not Enough; You Need Trace
Explains why results alone are not enough and why trace matters for operations, debugging, and evaluation.
Harness Engineering 07. Turning Principles into Enforceable Rules
Explains how to turn natural-language principles into concrete system rules and enforcement.
Harness Engineering 06. Multi-Agent Is Not the Default
Explains why multi-agent setups are not the default answer and when a single agent is the better baseline.
Harness Engineering 05. Build and Test Are Not Enough to Validate an Agent
Explains why build and test alone are not enough to validate an agent and what extra checks are needed.
Harness Engineering 04. From Prose to Schema: Turning Handoff into a Contract
Explains why handoffs should move from free-form prose to schema-based contracts and how to design them.
Harness Engineering 03. How Far Should a Project Instruction File Go?
Explores what a project instruction file should own and where it should stop inside a larger harness.
Harness Engineering 02. What Is Harness Engineering?
Explains harness engineering as the design of the tools, permissions, and verification around AI.
Harness Engineering 01. Why Do Results Change When You Switch AI Coding Tools?
Explains why AI coding tools produce different results by looking beyond prompts to the execution environment.
macro
[Macro] Analysis of a Document-Based Malware Sample
Analysis of a macro-based document malware sample, covering its execution flow and dropper behavior.
mcp
Harness Engineering 09. Agent Systems Need Approval Boundaries and Guardrails
Explains why agent systems become unstable when approval boundaries and guardrails are missing.
modules
Rust 09. Crates, Packages, and Project Layout
Rust guide to crates, packages, main.rs, lib.rs, mod, use, and pub in a Cargo project.
Rust 07. Modules, Smart Pointers, Concurrency, and Async
Rust fundamentals guide to modules, smart pointers, concurrency, and async with examples.
multi-agent
Harness Engineering 06. Multi-Agent Is Not the Default
Explains why multi-agent setups are not the default answer and when a single agent is the better baseline.
ownership
Rust 04. Ownership, Borrowing, and Lifetimes
Rust fundamentals guide explaining ownership, borrowing, and lifetimes through examples.
packages
Rust 09. Crates, Packages, and Project Layout
Rust guide to crates, packages, main.rs, lib.rs, mod, use, and pub in a Cargo project.
pattern-matching
Rust 05. Structs, Enums, Pattern Matching, and Traits
Rust fundamentals guide to structs, enums, pattern matching, and traits with examples.
project-layout
Rust 09. Crates, Packages, and Project Layout
Rust guide to crates, packages, main.rs, lib.rs, mod, use, and pub in a Cargo project.
references
Rust 04. Ownership, Borrowing, and Lifetimes
Rust fundamentals guide explaining ownership, borrowing, and lifetimes through examples.
roadmap
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
rtf
[RTF] Analysis of a Document-Based Malware Sample
Analysis of an RTF-based malware sample, focusing on its exploit chain and execution flow.
rust
Rust 11. File I/O and Command-Line Input
Rust guide to file and CLI input with std::fs::read_to_string, write, std::env::args, and Result.
Rust 10. Testing in Rust
Beginner-friendly Rust testing guide to cargo test, unit tests, integration tests, assert_eq!, and Result-based tests.
Rust 09. Crates, Packages, and Project Layout
Rust guide to crates, packages, main.rs, lib.rs, mod, use, and pub in a Cargo project.
Rust 08. Vec, String, &str, and HashMap Basics
Beginner-friendly Rust guide to Vec, String, &str, and HashMap with examples and a word-frequency walkthrough.
Rust 07. Modules, Smart Pointers, Concurrency, and Async
Rust fundamentals guide to modules, smart pointers, concurrency, and async with examples.
Rust 06. Generics, Error Handling, Closures, and Iterators
Rust fundamentals guide to generics, error handling, closures, and iterators with examples.
Rust 05. Structs, Enums, Pattern Matching, and Traits
Rust fundamentals guide to structs, enums, pattern matching, and traits with examples.
Rust 04. Ownership, Borrowing, and Lifetimes
Rust fundamentals guide explaining ownership, borrowing, and lifetimes through examples.
Rust 03. Variables, Types, Control Flow, and Functions
Beginner guide to Rust variables, basic types, control flow, and functions with examples.
Rust 02. Debugging with rust-analyzer and CodeLLDB
Practical VS Code guide to debugging Rust projects with rust-analyzer and CodeLLDB.
Rust 01. Install Rust and Run Hello World
Beginner-friendly guide to installing Rust on Windows with VS Code and running Hello World.
rust-analyzer
Rust 02. Debugging with rust-analyzer and CodeLLDB
Practical VS Code guide to debugging Rust projects with rust-analyzer and CodeLLDB.
rustc
Rust 01. Install Rust and Run Hello World
Beginner-friendly guide to installing Rust on Windows with VS Code and running Hello World.
rustup
Rust 01. Install Rust and Run Hello World
Beginner-friendly guide to installing Rust on Windows with VS Code and running Hello World.
smart-pointers
Rust 07. Modules, Smart Pointers, Concurrency, and Async
Rust fundamentals guide to modules, smart pointers, concurrency, and async with examples.
std-fs
Rust 11. File I/O and Command-Line Input
Rust guide to file and CLI input with std::fs::read_to_string, write, std::env::args, and Result.
string
Rust 08. Vec, String, &str, and HashMap Basics
Beginner-friendly Rust guide to Vec, String, &str, and HashMap with examples and a word-frequency walkthrough.
structs
Rust 05. Structs, Enums, Pattern Matching, and Traits
Rust fundamentals guide to structs, enums, pattern matching, and traits with examples.
testing
Rust 10. Testing in Rust
Beginner-friendly Rust testing guide to cargo test, unit tests, integration tests, assert_eq!, and Result-based tests.
trace
Harness Engineering 10. From Documents to an Observable Harness
A practical roadmap for moving from document-centered operations to an observable harness.
Harness Engineering 08. Results Alone Are Not Enough; You Need Trace
Explains why results alone are not enough and why trace matters for operations, debugging, and evaluation.
traits
Rust 05. Structs, Enums, Pattern Matching, and Traits
Rust fundamentals guide to structs, enums, pattern matching, and traits with examples.
types
Rust 03. Variables, Types, Control Flow, and Functions
Beginner guide to Rust variables, basic types, control flow, and functions with examples.
unit-test
Rust 10. Testing in Rust
Beginner-friendly Rust testing guide to cargo test, unit tests, integration tests, assert_eq!, and Result-based tests.
variables
Rust 03. Variables, Types, Control Flow, and Functions
Beginner guide to Rust variables, basic types, control flow, and functions with examples.
vbs
[Macro] Analysis of a Document-Based Malware Sample
Analysis of a macro-based document malware sample, covering its execution flow and dropper behavior.
vec
Rust 08. Vec, String, &str, and HashMap Basics
Beginner-friendly Rust guide to Vec, String, &str, and HashMap with examples and a word-frequency walkthrough.
vscode
Rust 02. Debugging with rust-analyzer and CodeLLDB
Practical VS Code guide to debugging Rust projects with rust-analyzer and CodeLLDB.
Rust 01. Install Rust and Run Hello World
Beginner-friendly guide to installing Rust on Windows with VS Code and running Hello World.
windows
Rust 01. Install Rust and Run Hello World
Beginner-friendly guide to installing Rust on Windows with VS Code and running Hello World.