==============================================================
MAYAN_ALFA COMPUTE PLATFORM REPORT
==============================================================

Generated: so 23. května 2026 21:44:59 CEST
Working directory: [REDACTED_LOCAL_PATH] TESTOVÁNÍ/P0_7_MAYAN_ALFA_MR_PRIMESIEVE_RESET01

Document role
-------------
This report documents the compute platform used for MAYAN_ALFA benchmark
execution and related validation workflows. It provides environmental context
for interpreting benchmark observations, timing behavior, compiler target,
architecture, memory state and CPU execution assumptions.

MAYAN_ALFA is an independent computational observation framework. The project
observes, measures, compares, archives and interprets benchmark behavior under
specific hardware, software, compiler and workflow conditions.

This report does not execute a benchmark and should not be interpreted as a
mathematical proof, universal performance guarantee, cryptographic statement or
sensational claim.

==============================================================
1. CPU / ARM PLATFORM
==============================================================

CPU brand:
Apple M1 Max

CPU core configuration:
hw.physicalcpu: 10
hw.logicalcpu: 10

Machine architecture:
arm64

Kernel / OS context:
Darwin [LOCAL_HOST_REDACTED] 25.5.0 Darwin Kernel Version 25.5.0: Mon Apr 27 20:38:56 PDT 2026; root:xnu-12377.121.6~2/RELEASE_ARM64_T6000 arm64

Interpretation note:
The CPU and architecture values define the local platform context for benchmark
execution. They do not imply that identical timing behavior will occur on other
machines, operating systems or compiler configurations.

==============================================================
2. APPLE SILICON / ARM64 CONFIRMATION
==============================================================

Hardware overview:
      Model Name: Mac Studio
      Chip: Apple M1 Max
      Total Number of Cores: 10 (8 Performance and 2 Efficiency)
      Memory: 32 GB

Compiler target:
Apple clang version 21.0.0 (clang-2100.1.1.101)
Target: arm64-apple-darwin25.5.0

Interpretation note:
The ARM64 / Apple Silicon context is important because MAYAN_ALFA benchmark
behavior is evaluated as observed computational behavior on this specific
platform family. Compiler target and architecture are part of the evidence.

==============================================================
3. RAM / MEMORY CONTEXT
==============================================================

Total RAM:
hw.memsize: 34359738368

Memory pressure:
The system has 34359738368 (2097152 pages with a page size of 16384).

Stats: 
Pages free: 17515 
Pages purgeable: 31327 
Pages purged: 5364215 

Swap I/O:
Swapins: 51198 
Swapouts: 2354666 

Page Q counts:
Pages active: 865523 
Pages inactive: 859452 
Pages speculative: 5211 
Pages throttled: 0 
Pages wired down: 183926 

Compressor Stats:
Pages used by compressor: 129365 
Pages decompressed: 1557451 
Pages compressed: 9986014 

File I/O:
Pageins: 18407121 
Pageouts: 250823 

System-wide memory free percentage: 84%

VM statistics:
Mach Virtual Memory Statistics: (page size of 16384 bytes)
Pages free:                                    17547.
Pages active:                                 865525.
Pages inactive:                               859452.
Pages speculative:                              5213.
Pages throttled:                                   0.
Pages wired down:                             183926.
Pages purgeable:                               31327.
"Translation faults":                      619727838.
Pages copy-on-write:                        16975289.
Pages zero filled:                         542458528.
Pages reactivated:                           4463562.
Pages purged:                                5364215.
File-backed pages:                            649618.
Anonymous pages:                             1080572.
Pages stored in compressor:                   536530.
Pages occupied by compressor:                 129365.
Decompressions:                              1557451.
Compressions:                                9986014.
Pageins:                                    18407123.
Pageouts:                                     250823.
Swapins:                                       51198.
Swapouts:                                    2354666.

Interpretation note:
Memory context is recorded because large benchmark workflows may be affected by
available memory, page pressure, caching behavior and operating system state.
This report records context; it does not normalize or guarantee results across
different memory configurations.

==============================================================
4. GPU NON-USAGE STATEMENT
==============================================================

The MAYAN_ALFA benchmark executables in this workflow are command-line CPU
programs. No CUDA, Metal, OpenCL, GPU kernel or graphics-compute path is used by
the benchmark workflow described here.

GPU hardware listing is included only for transparency:
      Chipset Model: Apple M1 Max
      Metal Support: Metal 4

Interpretation note:
GPU presence must not be interpreted as GPU acceleration of the benchmark.
The measured benchmark path is CPU-based unless a separate explicitly documented
GPU experiment is introduced.

==============================================================
5. SIMD / NEON / ARM NOTES
==============================================================

Platform architecture:
arm64

NEON / SIMD context:
Apple Silicon ARM64 platforms provide NEON/SIMD capabilities. MAYAN_ALFA keeps
NEON / SIMD probes and analysis separate from the core public benchmark evidence
unless explicitly documented in the NEON analysis layer.

Related workflow:
The script 01G_RUN_NEON_ANALYSIS.sh records NEON/SIMD diagnostic evidence in
OUTPUT_SYSTEM_ANALYSIS when that layer is executed.

Interpretation note:
NEON/SIMD diagnostics support platform understanding. They do not replace the
main validation comparison between MAYAN_ALFA, MR and primesieve outputs.

==============================================================
6. PROCESS / THREADING CONTEXT
==============================================================

Logical CPU count:
10

Physical CPU count:
10

Current shell:
/bin/zsh

Process environment note:
This report records visible system context at generation time. Background load,
thermal state, power mode, OS scheduling and concurrent processes may influence
wall-clock timing and should be considered during independent reproduction.

==============================================================
7. PUBLIC-SAFE SANITIZATION NOTE
==============================================================

This report intentionally excludes unique hardware identifiers such as:

- serial number
- hardware UUID
- provisioning UDID
- private credentials
- API keys
- protected MAYAN_ALFA core source logic
- internal registry materials

Before public release, downstream packaging scripts should still run macOS junk
cleanup and leak checks to remove macOS metadata and platform sidecar files.

==============================================================
8. PRODUCT / RELEASE BOUNDARY
==============================================================

Public, GitHub and Zenodo releases may include sanitized compute platform
context as supporting documentation for public 10M-10B benchmark layers.

BRONZE and SILVER may include this report as documentation, but must not include



The MAYAN_ALFA core engine remains proprietary unless separately licensed in
writing.

==============================================================
9. FINAL INTERPRETATION
==============================================================

The compute platform report is an evidence-context document. It strengthens
benchmark transparency by documenting where observations were made. It does not
convert local benchmark behavior into a universal claim.

Recommended public wording:
MAYAN_ALFA benchmark observations were produced under the documented hardware,
software, compiler and workflow conditions. Independent reproduction is required
before generalizing results beyond this context.

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END OF MAYAN_ALFA COMPUTE PLATFORM REPORT
==============================================================
