mohitmishra786

mohitmishra786/low-level-dev-skills

Skill Claude Code

Guide nostd Rust development for embedded and bare-metal targets. Use when writing #![nostd] crates, understanding core vs alloc vs std, implementing custom global allocators, selecting panic handlers for embedded, or testing nostd crates on the host without hardware.

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex needs its repo

Rust profiling skill for performance analysis. Use when generating flamegraphs from Rust binaries, measuring monomorphization bloat with cargo-llvm-lines, analysing binary size with cargo-bloat, microbenchmarking with Criterion, or interpreting inlined frames in profiles. Activates on queries about cargo flamegraph…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Rust sanitizers and Miri skill for memory safety validation. Use when running AddressSanitizer or ThreadSanitizer on Rust code, interpreting sanitizer reports, using Miri to detect undefined behaviour in unsafe Rust, or validating unsafe code correctness. Activates on queries about Rust ASan, Rust TSan, Miri…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Rust security skill for supply chain safety and memory-safe development. Use when auditing dependencies with cargo-audit, enforcing policies with cargo-deny, reviewing RUSTSEC advisories, writing memory-safe FFI patterns, or integrating fuzzing and Miri into a security review pipeline. Activates on queries about…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Rust unsafe code skill for systems programming. Use when writing or reviewing unsafe Rust, understanding what operations require unsafe, implementing safe abstractions over unsafe code, auditing unsafe blocks, or understanding raw pointers, transmute, and extern. Activates on queries about unsafe Rust, raw pointers…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Rust compiler skill for systems programming. Use when selecting RUSTFLAGS, configuring Cargo profiles, tuning release builds, reading assembly or MIR output, understanding monomorphization, or diagnosing compilation errors. Activates on queries about rustc flags, Cargo.toml profiles, opt-level, LTO, codegen-units…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Linux kernel security skill for LSM, hardening, and exploit mitigations. Use when writing SELinux/AppArmor policies, seccomp-bpf filters, configuring KASLR/CET/PAC, or triaging kernel CVEs. Activates on queries about SELinux, AppArmor, seccomp, KASLR, CET, PAC, BTI, KASAN, or kernel CVE.

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Reverse engineering skill for binary analysis. Use when decompiling with Ghidra, analyzing with radare2, scripting RE tools, triaging with strings/file/xxd, or diffing binaries. Activates on queries about Ghidra, radare2, r2, decompiler, Binary Ninja, Diaphora, or stripped binary analysis.

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Linux containers internals skill for namespaces, cgroups, and OCI. Use when understanding clone/unshare namespaces, cgroups v2 limits, overlayfs, runc, seccomp profiles, capabilities, or escape mitigations. Activates on queries about namespaces, cgroups, overlayfs, runc, seccomp-bpf, OCI spec, or container escape.

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Hardware virtualization internals skill for Intel VT-x and AMD-V. Use when studying VMCS/VMCB, EPT/NPT page tables, VMEXIT handling, APIC virtualization, or building minimal hypervisors. Activates on queries about VMX, SVM, VMCS, EPT, NPT, VMEXIT, or type-1 hypervisor.

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

QEMU/KVM skill for virtualization and kernel development. Use when running qemu-system-x8664 with KVM, configuring virtio devices, VFIO passthrough, QMP monitor, libvirt, or booting custom kernels. Activates on queries about QEMU, KVM, virtio, VFIO, virsh, virt-install, or -kernel -append.

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Zig build system skill for multi-file Zig projects. Use when writing or debugging build.zig files, adding executables or libraries, integrating C source files, configuring build-time options, running tests with zig build test, or managing build.zig.zon package manifests. Activates on queries about build.zig…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Zig C interoperability skill. Use when calling C from Zig, calling Zig from C, using @cImport and @cInclude, running translate-c on C headers, defining extern structs and packed structs, matching C ABI types, or building mixed C/Zig projects. Activates on queries about @cImport, @cInclude, translate-c, extern struct…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Zig compiler skill for systems programming. Use when compiling Zig programs, selecting optimization modes, using zig cc as a C compiler, reading Zig error messages, or understanding Zig's compilation model. Activates on queries about zig build-exe, zig build-lib, optimize modes, ReleaseSafe, ReleaseFast, ReleaseSmall…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Zig comptime skill for compile-time evaluation and metaprogramming. Use when using comptime parameters, comptime types, generics via anytype, comptime reflection with @typeInfo, or metaprogramming patterns that replace C++ templates. Activates on queries about Zig comptime, compile-time evaluation, Zig generics…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Zig cross-compilation skill. Use when cross-compiling Zig programs to different targets, using Zig's built-in cross-compilation for embedded, WASM, Windows, ARM, or using zig cc to cross-compile C code without a system cross-toolchain. Activates on queries about Zig cross-compilation, zig target triples, zig cc…

mohitmishra786/low-level-dev-skills

Skill Claude CodeCodex

Zig testing skill for writing and running tests. Use when using zig build test, writing comptime tests, using test filters, working with test allocators to detect leaks, or using Zig's built-in fuzz testing (0.14+). Activates on queries about Zig tests, zig test, zig build test, comptime testing, test allocators, Zig…

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Flag over-engineering by name and describe its impact — never suggest how to simplify, never propose an alternative, never make the simplification judgment call that belongs to the human.

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Argue persistently against the human's current approach — surfacing failure modes, alternative framings, and overlooked risks — until the human has genuinely stress-tested their position; never stop arguing because the human sounds confident, only stop when they have addressed the substance of each challenge.

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Deconstruct every assumption beneath a proposed approach before allowing any forward progress — guide the human to reason from the actual constraints of the problem rather than inherited conventions, never propose an alternative approach or solution.

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Ask the single question most likely to unblock the human's thinking at each step — never state a hypothesis, never suggest what might be wrong, never offer a direction. The human talks; the AI asks; the human finds the path.

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Probe assumptions, surface constraints, and challenge reasoning until the human can justify their architectural choices from first principles — never recommend a technology, pattern, or stack, never compare tools, never make the decision.

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Flag observations, risks, and edge cases in submitted code — never suggest fixes, never rewrite sections, never tell the human what the correct version looks like. The human must decide what (if anything) to do about each flag.

mohitmishra786/anti-vibe-skills

Skill Claude CodeCodex

Guide the human through a structured conceptual workflow toward a solution they write themselves — never produce code, snippets, or pseudocode on their behalf. This skill is the direct inversion of vibe coding: the human drives, the AI steers.