The company secures remote work on any unmanaged or BYOD computer with a radically simplified and less costly solution than virtual desktops or having to lock down every PC.
Similar to an MDM solution but for laptops – work lives in a company controlled secure enclave installed on the user's PC or Mac, where all data is encrypted and access is managed.We are technologists committed to a more human concept of how better lives get lived and better work gets done.
We support every individual's pursuit for a renewed sense of passion, potential, control and contentment.The role:? Your primary responsibility will be to help your distributed team expand compatibility with different Windows applications, as well as continue to improve the security of the company Secure Enclave product.
As a part of this you will be required to reverse engineer different parts of Windows (user + kernel mode) and how different applications interact with the operating system.? You will be expected to document your work and learnings, as well as code solutions in both C++ and C#.? Regular and thorough communication with your team and QA, product and support teams will be required in written English.What you will do:? Help your distributed team with building and maintaining various services and components of our Company Secure Enclave.? As part of a full stack team, you will be required to contribute to our Windows internals logic applications on Windows.What you will bring:? Excellent understanding of C# and C++.? 7+ years of expertise in complex app development with modern .Net and .Net Framework stacks.? Expertise with systems programming, Win32 APIs, low level Windows internals and hooking is plus.? Experience with debugging complex problems on Windows (windbg, profilers, analyze crash dumps)? Experience with reverse engineering on Windows (IDA, Frida)? Solid understanding of best practices so you can produce high-quality, testable, and secure code.Nice to have:? Understanding of how Windows UIs work at a low level.? Understanding of hooking and injection techniques.