Kernel-Level Driver Development for Cybersecurity Vendors
VoidStarIndia partners with EDR, XDR, DLP, and Zero Trust product companies to develop high-performance, cross-platform kernel drivers that power the core functionality of endpoint protection solutions. From USB control and process monitoring to stealthy hooking and telemetry streaming — we provide the engineering muscle behind secure and compliant cybersecurity products.
Cross-Platform Kernel Security Experts for High-Performance System Protection
- Kernel-mode USB filter and blocking drivers
- Process/file/network syscall monitoring modules
- File system filter drivers for DLP enforcement
- Registry and config access monitoring
- Real-time hooking of OS internals (Windows, Linux, macOS)
- Inline patching and injection-safe driver design
- User–kernel communication bridges (IOCTLs, Netlink, Mach messaging)
- Secure driver signing, obfuscation, and tamper resistance
Technologies Used
- Operating Systems: Windows (KMDF/UMDF), Linux (LKM/eBPF), macOS/iOS (DriverKit/IOKit)
- Languages: C, C++, Assembly
- Tools: WinDbg, Volatility, WireShark, eBPF toolchains, LTTng, DTrace
Use Cases We Power
DLP
USB filter driver with PID/VID control to block unauthorized file transfers to removable media.
EDR / XDR
Real-time monitoring and controlling of process, file, network & registry activities.
SASE Agent
Netfilter-based DPI module that enforces outbound network segmentation and access policies.
Anti-Tamper
File system filter driver that blocks registry and configuration changes with deny-and-alert logic.
UEBA
Lightweight driver that streams behavioral events to the analytics engine for real-time profiling.
Why Choose VoidStarIndia
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Aligned with cybersecurity product roadmaps
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Deep understanding of real-world attacker models
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Build-to-integrate: SDK-ready or embedded delivery models
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