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Add --search-projection to scripts/benchmark-incremental-speed.py. One isolated FAST fixture compares compact default, compact=true, compact=true with fields=[complexity,signature], and compact=false using a fresh MCP server per variant. Record canonical payload/envelope bytes, deterministic token estimates, descriptive latency, post-call RSS, returned qualified names, property keys, internal fields, transport survival, and server reap state. Gate every variant on identical ranked identities, zero fp/sp/bt keys, its declared projection contract, and compact <= selected <= non-compact bytes. Extract atomic_write_text() so list-project and projection records both flush, fsync, replace, and remove temporary output files. Auto-created work roots remain isolated and are deleted unless --keep-work-root is explicit. Add build_search_projection_observation() coverage at tests/test_benchmark_incremental_speed.py:16-38. The four-result integration smoke with optimized binary SHA-256 ec61f92332d46af283c9e8fd0fbaae4a2df5181f70e2eb38d2088166e7515d08 measured 1,240 compact bytes, 1,368 selected-field bytes, and 2,780 non-compact bytes with identity parity, no internal fields, live transports, reaped servers, and removed fixtures. Verification: - uv run python -m unittest tests.test_benchmark_incremental_speed tests.test_benchmark_campaign tests.test_summarize_benchmark_results: 76/76 passed. - uv run ruff check scripts/benchmark-incremental-speed.py tests/test_benchmark_incremental_speed.py: passed. - make -f Makefile.cbm cbm: built the -O2 production binary. Signed-off-by: Andrew Hundt <ATHundt@gmail.com>