Analysis. Simulation.
Defense.
PalaviTech delivers clarity and resilience in an increasingly hostile digital world. From malware analysis to adversary simulation and defensive tooling — expertise you can count on.
How Phish-Proof Is Your Workforce?
Every organization invests heavily in firewalls, SIEMs, and EDR — yet one click on a fake email can undo it all. Our Phishing Simulation & Awareness Program helps you uncover how many of your employees could fall for real-world phishing attempts.
- Controlled. Ethical. Data-safe.
- Realistic email, SMS, and link simulations.
- Actionable analytics and awareness reports.
- Optional employee training modules.
Our Services & Products
BytesCop
Open-source, on-premise security findings vault. Consolidate pen tests, vulnerability scans, and assessments into a single source of truth.
Malware Analysis
Expose, document, and mitigate threats through in-depth analysis. We dissect malicious code in safe environments, revealing how it operates and identifying clear indicators of compromise.
Adversary Simulation
Controlled payloads and simulation tools that mirror the behavior of advanced threat actors, giving defenders a chance to test detection, response, and containment.
Shield
Proactive hardening and defense guardrails. Review architectures, policies, and controls to identify weaknesses before attackers can exploit them.
Latest research & field notes
Remote Thread Injection: Understanding the Tradecraft (Part 1)
How remote thread injection works at each stage — process handle acquisition, memory preparation, and execution triggers — the Windows APIs involved, why attackers make specific design choices, and where the technique leaves forensic artifacts.
Remote Thread Injection: Detection Engineering (Part 2)
Remote thread injection is one of the most common process injection techniques in the wild. Understanding the three-stage pattern — handle, allocate, execute — and the artifacts each stage leaves behind is essential for building layered detection.
Anatomy of a Malware Dropper: Static and Dynamic Analysis Walkthrough
A step-by-step teardown of a real-world malware dropper — from PE header analysis and string extraction through sandbox execution, IOC extraction, MITRE ATT&CK mapping, and YARA rule creation.