Identify the crash, the event, or just the time slice you want to capture.
It can be from a manual execution, triggered in a fuzzing process, or from a malware sandbox.
TETRANE’s Timeless Analysis captures a time slice of a full system execution (CPU, Memory, Hardware Events) to provide unique analysis features that speed up and scale your reverse engineering process.
A simple workflow to unleash your RE Power with Timeless Analysis.
Quickly identify the root-cause, assess the exploitability, and bypass packers or crypto, triage, etc. All of this is done through a GUI or API.
Identify the crash, the event, or just the time slice you want to capture.
It can be from a manual execution, triggered in a fuzzing process, or from a malware sandbox.
Capture the execution within a VM (VBox or QEMU).
The whole process can be automated or done manually. TETRANE captures the overall system (CPU, memory, I/O) including kernel execution. You have now captured all you need and avoided the multiple executions typically required when using a debugger.
The full trace is generated once and for all. It extends the pure execution by generating additional data to provide features like data tainting, memory history, fast search, etc.
Identify the root cause, assess the exploitability, and write reliable exploit. No matter what your reverse engineering goal is, you will love investigating through our GUI and the scripts we built on top of our API. Integrated with tools like IDA, WinDbg, and Wireshark so you can seamlessly mix all of their capabilities.
Immediately locate the crash origin and start investigating with Memory History and Data Tainting, both backwards and forwards.
Looking to increase the throughput of your reverse engineering process? Automate the investigation of all crashes resulting from fuzzing to focus your security researchers on high-value cases.
Whatever your goal is, everyone can benefit from a faster process, a deeper analysis, and a solution that helps address any cyber security talent shortages. Build your own platform to automate your workflow, pre-process results, and integrate it with tools like IDA Pro, Wireshark, or WinDbg. Build your own scripts or integration with the Python API.
Get to the root cause quickly, assess if a vulnerability is exploitable, bypass complex malware protections, and get full visibility of the kernel as well as multi-process software.
Capture any system running on:
Seamlessly integrate TETRANE’s platform into your RE environment.
Switch seamlessly between static and dynamic view. Focus on the executed code with code coloration. Extend integration through an API.
Use TETRANE’s Python API to customize the integration.
Direct links between network traffic (in/out) and targeted applications, including kernel.
TETRANE’s mission is to reduce the time it takes to understand and handle software bugs and malware, thus giving customers a crucial competitive advantage.
Innovation
Innovation is the key to our success.Breakthrough innovation means taking risks, so we continue to imagine and explore new technological areas. We promote change, and are confident in our ability to shape the future. The only real failure is the refusal to try.
Trust
We operate in sensitive environments, so we earn the trust of our customers through the quality of our products; we keep their trust through our loyalty to them.
Professionalism & Excellence
We strive to exceed our customers’ expectations because we want them to succeed. The work we do is serious, but our passion makes it fun.
We work with teams of experts all around the world to ensure you’re getting the quality you deserve.
Team
Our strength as a team comes from the belief that every member matters. We learn from each other, value individual skills, and are all striving together to deliver high-quality solutions.
How our customers are leveraging the TETRANE platform in their reverse engineering processes.
Analyzing hundreds of crashes generated by our fuzzing process was impossible until we discovered Tetrane.
Now, thanks to the v2 (aka Reven v2), the analysis time is ~30 mins instead of days!
Security Analyst, Gov.
Tetrane v2 (aka Reven v2) is the most amazing piece of software I've ever used for system-level analysis. It provides an unprecedented level of detail of the system execution state. It allows me to perform "time travel" debugging of the entire system (both kernel and usermode) with great ease. Its reverse/forward taint analysis engine is also invaluable for reverse engineering and vulnerability analysis. It is truly a reverse engineer's dream tool.
Expert in Windows security,
Co-author of "Practical Reverse Engineering: x86, x64, Windows kernel, ..."
It can be very time-consuming to determine if a bug is exploitable or not. Tetrane's reverse-engineering platform allows us to identify the exploitability of the bug quickly.
Read more post on Talos's blog.
Tetrane provides us with a unique capability that is currently unmatched in the community.
VP & GM, Engineering, REDLattice
Systems are built on layers of complexity which just add new attack surfaces instead of real protection. Tetrane gives you the unique ability to quickly dissect the layers of complexity and discover vulnerabilities otherwise easily obscured from public scrutiny.
Founder & CEO Fyde
AI and ML are becoming critical components of reverse engineering. The ability to create a platform that integrates AI and ML is key for its success. Reverse engineering experts will thus need to master AI and ML. The fact that the ACES students study using Tetrane makes them highly competitive among reverse engineering experts.
Director ACES, UMD
Tetrane is the dream technology for anyone who want to understand what a binary does time-wise. It enables to quickly get around the most complex protection mechanisms like packers, crypto, timers or even multi-stage payload. The time saved is invaluable! The best way I know to analyze targeted campaigns.
Board member & former CTO, The Honeynet Project
Tetrane has been a reliable partner for years. Tetrane technology accelerates the investigation of zero-day vulnerabilities and complex malware through analysis beyond the application layer.
Principal at Secunetics