At KMSEC, research is at the core of everything we do. We continuously push the boundaries of offensive security, developing novel techniques and custom tooling to uncover vulnerabilities that traditional methods miss. Our experience spans binary analysis, concolic execution, advanced web exploitation, and hardware-level security. We believe in sharing our findings and contributing to the global security community.
Explore our active projects like Zorya and XEGMAP below, or engage with our team to discuss specialized research requirements.
INITIATE RESEARCH DIALOGUE ➔Our research into Java Native Interface (JNI) focuses on the security implications of cross-language execution. We analyze how memory management and type safety are handled at the boundary between the JVM and native C/C++ code, identifying vulnerabilities in high-stakes Android applications and middleware.
DEEP DIVE WITH US ➔We leverage SMT solvers and symbolic execution to mathematically prove the reachability of security-critical states. By modeling binary instructions as logical formulas, we automate the discovery of complex vulnerabilities that are invisible to fuzzing and manual review.
SOLVE WITH US ➔Modern concurrent languages like Go and Rust introduce unique bug classes. Our research combines static happens-before analysis with dynamic lockset tracking to identify non-deterministic data races and deadlocks in distributed systems and cloud infrastructure.
TRACE WITH US ➔Beyond the OWASP Top 10, we investigate emerging web attack vectors. This includes research into parser differentials, HTTP request smuggling in complex proxy chains, and novel exploitation techniques in cloud-native microservices.
EXPLORE WITH US ➔Interested in a technical deep dive or collaborative research in these areas?
INITIATE RESEARCH DIALOGUE 🔬As Go becomes the primary choice for critical server components and cloud infrastructure, traditional security tools struggle with its complex runtime primitives. Zorya targets Go binaries and leverages a hybrid concolic engine that translates machine code into Ghidra's P-Code intermediate representation, resolves deep path dependencies, and identifies concurrency flaws—such as data races and logic-state vulnerabilities—that other frameworks miss.
KMSEC actively seeks partnerships with academic institutions, industry leaders, and innovative startups to push the boundaries of offensive security research. We believe in a collaborative approach to tackle the most challenging problems in cybersecurity, fostering an ecosystem of shared knowledge and advanced solutions.
PARTNER WITH US 🤝