
Sankalp worked on the Lind-Project/lind-wasm repository, focusing on system-level enhancements to improve reliability and compatibility across WASM and Linux environments. He unified system call number alignment across glibc, RawPOSIX dispatcher, and lind-utils, ensuring consistency with the Linux x86_64 syscall table. Using C and Rust, he implemented an address translation module in glibc to map guest pointers to host pointers, enabling seamless memory access for system call wrappers. Sankalp also improved IO primitives by fixing writev handling across architectures and introducing chunk-based timeouts for poll and select, demonstrating depth in kernel development, memory management, and unit testing.

December 2025 monthly summary for Lind-Project/lind-wasm: Delivered reliability and correctness improvements to core IO primitives with a focus on cross-arch writev handling and timeout semantics. These changes enhance stability of WASM-host IO, reduce flaky behavior, and provide a stronger foundation for production workloads relying on poll/select and writev.
December 2025 monthly summary for Lind-Project/lind-wasm: Delivered reliability and correctness improvements to core IO primitives with a focus on cross-arch writev handling and timeout semantics. These changes enhance stability of WASM-host IO, reduce flaky behavior, and provide a stronger foundation for production workloads relying on poll/select and writev.
Month: 2025-11. Focus: Lind-Project/lind-wasm. This month delivered a new address translation capability within Lind's glibc, enabling guest pointers to be translated to host pointers and allowing system call wrappers to leverage translation for improved compatibility and functionality in Lind-wasm. A base memory pointer export was introduced to support translation, laying groundwork for broader glibc integration and more Linux-like workloads in the Lind environment.
Month: 2025-11. Focus: Lind-Project/lind-wasm. This month delivered a new address translation capability within Lind's glibc, enabling guest pointers to be translated to host pointers and allowing system call wrappers to leverage translation for improved compatibility and functionality in Lind-wasm. A base memory pointer export was introduced to support translation, laying groundwork for broader glibc integration and more Linux-like workloads in the Lind environment.
August 2025: Delivered cross-component system call number alignment across Lind-Project's wasm stack (glibc, RawPOSIX dispatcher, and Wasmtime's lind-utils), ensuring alignment with the official Linux x86_64 syscall table. Updated constants and macros to guarantee correct and consistent system call dispatch, improving cross-component reliability, portability, and maintainability across the Lind-WASM repo.
August 2025: Delivered cross-component system call number alignment across Lind-Project's wasm stack (glibc, RawPOSIX dispatcher, and Wasmtime's lind-utils), ensuring alignment with the official Linux x86_64 syscall table. Updated constants and macros to guarantee correct and consistent system call dispatch, improving cross-component reliability, portability, and maintainability across the Lind-WASM repo.
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