Tagged malware

Block phishing, malware and BEC with Proofpoint Email Protection before inbox delivery

Plan ransomware backups with 3-2-1-1-0 copies, immutable storage and restore tests

Find ransomware kill switches in samples and deploy mutex vaccines to stop execution

Build Cortex XSOAR playbooks for phishing, malware and account compromise response

Preserve memory and disk, collect ransom notes and identify the ransomware variant

Run samples in a CAPEv2 sandbox to capture behavior, dropped files and malware configs

Hunt implants and bootkits in router, IoT and UEFI firmware images

Enrich malware hashes with VirusTotal detection rates, sandbox behavior and YARA matches

Extract hashes, C2 domains, mutexes and registry keys from malware and defang them

Sweep Windows and Linux for every persistence mechanism malware uses to survive reboots

Write YARA rules to classify malware samples by strings, bytes and file structure

Work through ransomware containment, forensics, backup checks and recovery steps

Plan ransomware tabletop drills with realistic injects and score team responses

Triage Windows PE malware statically with PEStudio before any sandbox run

Hunt for malware and IOCs across files and memory dumps with YARA rules

Write YARA and YARA-X rules for malware families with few false positives

Restore systems after ransomware with isolation, clean rebuilds and verified backups

Decompile malicious APKs with JADX to trace data theft and C2 behavior

Decompile and deobfuscate .NET malware with dnSpy to extract C2 configs

Instrument iOS apps with Frida to inspect logic, keys and hidden functions

Decompile malware with Ghidra to study C2 protocols and crypto routines

Identify ransomware crypto routines and key flaws that may allow decryption

Analyze Rust malware in IDA and Ghidra past fat pointers and generic code noise

Test backup restores and RTO and RPO targets to prove ransomware recovery works

Decompile .NET, IL2CPP, Java and native code with ILSpy, Ghidra and IDA

Decompile Android apps with jadx and trace their API calls from UI to network

Reverse engineer APK and EXE files, Flutter and UniApp apps and certificate pinning

Author and review YARA-X rules for malware detection with fewer false positives

Profile FIN7 spearphishing and ransomware tradecraft for authorized emulation

Profile RaaS affiliate tradecraft from initial access to canary encryption

Analyze Android APK malware with jadx, Frida and MobSF

Analyze .NET malware with dnSpy, ILSpy and config decryption

Detect and analyze in-memory malware like reflective DLLs and WMI persistence

Triage malware statically and dynamically with a verdict in fifteen minutes

Route binary reverse engineering from triage to Ghidra and unpacking

Analyze ransomware families, key recovery and shadow copy inhibition

Apply evidence-led methods for reverse engineering work and evidence review

Look up CTF techniques across web, crypto, pwn and reverse engineering for study

Guide authorized reverse engineering for decompilation, firmware and protocol analysis

Analyze obfuscated scripts, C2 traffic and malware samples in CTF challenges

Reverse engineer compiled, packed and virtualized CTF targets from binaries to WASM

Reverse engineer shipped apps, binaries and firmware with plain local CLI tools

Analyze memory dumps with Volatility 2 and 3 for malware, credentials and timelines

Design backups, retention and ransomware-proof restores, then prove they work

Turn the methods section of a paper into a reproducible step-by-step workflow

Reverse engineer Android APK and native binaries to audit client-side authorization

Understand packed, obfuscated and virtualized binaries, APKs and firmware

Route reverse engineering tasks by platform and type to the right specialist playbook

Triage malware with sandbox, static and behavioral analysis and extract IOCs