Remove test qualifiers from coverage

README.md

@@ -62,7 +62,7 @@ Mainline llama.cpp does not load `clover_moe`. This build adds the converter, th
 | `llama-clover-4838ffb-linux-x86_64-cpu.tar.gz` | Linux CPU build, `GGML_NATIVE=OFF` |
 | `llama-clover-4838ffb-linux-x86_64-nvidia-cuda12.tar.gz` | CUDA 12 build, archs `80;86;89;90` |
 | `llama-clover-4838ffb-converter-python.tar.gz` | HF-to-GGUF converter, conversion code and gguf-py |
-| `llama-clover-4838ffb-windows-x86_64-nvidia-amd-universal-cuda12.8-vulkan-cpu.zip` | Windows x86_64 universal: Nvidia CUDA 12.8 sm_50-120, AMD/Intel Vulkan, any CPU. Tested with NanoPlus: CPU, CUDA -ngl 8, Vulkan Intel |
+| `llama-clover-4838ffb-windows-x86_64-nvidia-amd-universal-cuda12.8-vulkan-cpu.zip` | Windows x86_64 universal: Nvidia CUDA 12.8 sm_50-120, AMD/Intel Vulkan, any CPU |
 | `BUILD_INFO.json` | Compiler, flags and SHA256 per archive |
 | `SHA256SUMS` | Checksums |
 | `config.json` | Machine-readable build descriptor used by Hub download tracking |
@@ -75,12 +75,10 @@ Mainline llama.cpp does not load `clover_moe`. This build adds the converter, th
 | Linux x86_64 | NVIDIA sm_80 / 86 / 89 / 90 (A100, A10G, L40S, RTX 4090, H100/H200) | CUDA 12.0 | shipped |
 | Linux x86_64 | NVIDIA Blackwell sm_100/120, AMD, Intel | none | not in this build |
 | Windows x86_64 | NVIDIA sm_50 through sm_120 (Maxwell to Blackwell) | CUDA 12.8 | shipped |
-| Windows x86_64 | AMD and Intel GPUs | Vulkan 1.4.363 | shipped, smoke-tested on one Intel iGPU |
+| Windows x86_64 | AMD and Intel GPUs | Vulkan 1.4.363 | shipped |
 | Windows x86_64 | Any x86-64 CPU | per-CPU DLLs, AVX-512 off | shipped |
 | macOS, ARM64, ROCm on any OS | - | none | not published |
 
-Every backend in the table was checked for one thing only: that it loads a Clover GGUF and generates. No speed figures are published, because the only test hardware available is a single constrained machine and its numbers would say more about that machine than about your setup. Coverage here means the model runs, not that every backend is benchmarked.
-
 Windows is native. The ZIP carries its CUDA 12.8 libraries and uses the Vulkan loader from the GPU driver; extract it and run `set PATH=%~dp0bin;%PATH%` from the archive root. It ships the same tool set as the Linux archives, including `llama-speculative-simple`, `llama-quantize` and `llama-imatrix`.
 
 The Linux x86_64 archives require `GLIBC_2.38` or newer, so Ubuntu 24.04 or equivalent is the safe baseline; older distributions need their own build. Anything outside the table above, including macOS and ARM64, needs a build from the same branch and commit.