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movement_id
int64
1.03k
10M
tenant
stringclasses
3 values
period
stringdate
2025-01-01 00:00:00
2025-06-01 00:00:00
movement_type
stringclasses
4 values
amount
float64
0.5
166
6,254,738
acme
2025-03
churn
22.48
7,075,519
acme
2025-03
new
7.8
772,844
initech
2025-01
expansion
3.06
709,515
globex
2025-06
expansion
5.01
8,080,298
acme
2025-04
new
2.84
1,156,409
globex
2025-05
churn
29.94
227,588
acme
2025-02
expansion
20.08
3,537,041
globex
2025-02
expansion
7.55
5,941,563
initech
2025-06
expansion
2.32
850,756
globex
2025-01
churn
21.72
8,745,319
acme
2025-03
new
11.74
8,503,077
initech
2025-05
new
42.96
4,001,673
acme
2025-06
new
20.09
4,184,819
globex
2025-02
churn
12.11
3,285,189
acme
2025-03
new
3.61
8,187,223
acme
2025-01
expansion
20.11
7,344,080
acme
2025-05
new
9.37
956,167
globex
2025-02
churn
6.88
3,627,997
globex
2025-05
churn
9.85
8,973,610
globex
2025-01
contraction
4.03
9,353,808
acme
2025-02
new
25.76
7,487,521
acme
2025-03
new
25.94
7,927,577
initech
2025-03
expansion
8
3,556,874
acme
2025-04
churn
22.18
4,866,192
initech
2025-04
new
1.68
2,335,906
acme
2025-02
churn
7.76
9,284,397
globex
2025-06
churn
2.02
4,362,624
initech
2025-05
new
15.55
9,885,754
globex
2025-05
contraction
7.7
8,963,173
acme
2025-06
new
6.23
5,475,074
globex
2025-02
new
1.94
5,204,252
acme
2025-02
new
7.94
4,381,135
acme
2025-01
new
4.41
489,982
globex
2025-03
contraction
16.21
50,387
initech
2025-04
new
11.16
7,932,527
globex
2025-02
churn
2.91
6,343,384
globex
2025-03
churn
11.91
1,434,780
globex
2025-01
new
14.55
9,479,389
acme
2025-03
expansion
9.87
643,986
acme
2025-04
new
8.52
4,999,417
acme
2025-04
churn
7.27
3,135,347
globex
2025-03
contraction
17.47
6,206,850
initech
2025-04
expansion
17.81
8,220,121
globex
2025-04
new
5.34
3,630,067
initech
2025-01
churn
5.13
5,295,591
acme
2025-02
new
12.52
3,349,882
initech
2025-03
new
6.19
895,082
acme
2025-03
new
5.24
5,598,456
acme
2025-05
new
16.97
8,268,387
acme
2025-03
churn
2.8
8,036,053
acme
2025-03
new
3
2,776,306
globex
2025-02
churn
14.96
3,775,524
globex
2025-03
contraction
7.61
8,594,295
acme
2025-05
new
10.79
9,413,582
acme
2025-03
contraction
9.75
4,916,238
globex
2025-03
contraction
9.05
4,303,908
acme
2025-06
expansion
9.67
1,201,837
acme
2025-06
contraction
3.32
9,301,214
globex
2025-06
expansion
12.74
2,918,819
acme
2025-04
expansion
10.99
6,010,824
acme
2025-06
new
5.43
5,311,036
acme
2025-03
churn
17.48
2,681,870
globex
2025-06
churn
23.89
9,985,862
acme
2025-06
expansion
1.13
826,669
globex
2025-01
churn
4.84
1,880,224
initech
2025-05
churn
4.39
8,769,255
acme
2025-04
new
1.27
1,277,995
globex
2025-03
expansion
15.17
4,560,431
globex
2025-02
contraction
8.66
1,104,989
acme
2025-03
expansion
2.67
9,519,656
globex
2025-01
expansion
4.76
6,592,745
acme
2025-06
churn
4.22
4,797,113
acme
2025-05
churn
5.21
3,196,044
initech
2025-02
expansion
6
7,388,879
initech
2025-01
new
14.89
1,831,977
acme
2025-02
new
7.54
2,531,028
acme
2025-06
new
7.93
2,496,937
initech
2025-03
new
45.97
881,773
globex
2025-01
churn
10.75
3,562,419
acme
2025-05
new
37.28
4,587,783
globex
2025-06
churn
4.01
5,836,603
acme
2025-03
expansion
10.26
606,453
acme
2025-06
expansion
2.57
8,348,058
acme
2025-05
expansion
6.57
5,067,916
acme
2025-03
expansion
2.73
4,206,979
acme
2025-02
expansion
12.5
921,701
globex
2025-02
new
39.11
1,208,158
acme
2025-04
churn
11.02
5,419,702
initech
2025-01
new
8.45
7,023,173
globex
2025-03
churn
14.43
6,546,822
globex
2025-01
churn
6.83
3,888,103
initech
2025-06
churn
8.29
4,335,261
acme
2025-04
new
19.51
3,558,276
acme
2025-05
contraction
8.2
5,871,682
globex
2025-06
churn
14.89
5,571,739
acme
2025-05
new
5.27
4,459,963
globex
2025-05
churn
22.44
5,517,099
acme
2025-05
new
39.17
9,964,715
globex
2025-05
contraction
4.29
2,868,142
initech
2025-03
new
19.24
End of preview. Expand in Data Studio

SaaS Finance SQL Evaluation (MRR waterfalls that reconcile exactly)

An evalpack: an evaluation database generated from the answer key, not annotated after the fact. A VLDB 2026 audit found 52.8% of BIRD Mini-Dev answer keys wrong because benchmarks annotate answers onto existing databases; this dataset inverts the order. The declared properties (curves, shares, identities) are the specification, the database is generated to satisfy them exactly, and every shipped question was re-verified by executing its gold SQL against these exact files with DuckDB, an engine that shares no code with the generator.

6,000 rows across the tables below.

What is in it

Tables: mrr_movements (6,000 rows).

Three SaaS tenants (acme growing, globex declining, initech steady) share one movements table of new / expansion / contraction / churn rows. Every tenant's running MRR balance, recomputed from the raw rows, lands on its declared ending value for every month, to the cent. 108 questions ship with the pack: per-tenant net movements, per-type totals, and running balances.

Files

  • tables/*.csv: the database
  • questions.jsonl: one verified question per line (natural language, gold SQL, expected answer, tags)
  • certificate.json: per-question DuckDB verification plus FK proof
  • manifest.json: spec hash, seed, library versions, dropped candidates
  • verify.py: standalone re-verification (needs only pip install duckdb)
  • schema.misata.yaml: the full declaration; regenerate or rotate the pack from it

Re-verify in thirty seconds

pip install duckdb
python verify.py

Rotate the environment without touching the answer key

pip install misata
misata evalpack --config schema.misata.yaml -o rotated_pack --seed 7

A new seed replaces the rows; the declared answers stay the answers, so agents cannot memorize the environment. Same version + same schema + same seed reproduces these bytes exactly.

Provenance

No real data: fully declaration-generated, offline, deterministic (provenance statement). Generated with misata (MIT). Where the approach fails is documented in LIMITATIONS.md.

The rest of the shelf

Same idea, other domains, every answer re-verified with DuckDB against the shipped files:

If you want ground truth for a regression rather than for SQL, the machine degradation set carries exact remaining useful life on 100 run-to-failure machines.

Generated by Misata (MIT). Build your own: misata.studio.

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