Behaving as Expected
98.13%
325,892 / 332,106 records
Records classified as Normal or Slightly Unusual are considered to be behaving as expected.
Neural Engine for Anomaly Detection & Learning
Neadl learns expected behaviour without human labelling, allowing anomalies to surface on their own
Contextual anomalies - Neadl learns typical data patterns within each Expectation Group and flags records that behave unusually.
Test Results
332,106 recordsBehaving as Expected
98.13%
325,892 / 332,106 records
Records classified as Normal or Slightly Unusual are considered to be behaving as expected.
Highly Anomalous
110records
0.03%
These records deviate significantly from expected behaviour.
Anomalous
6,075records
1.83%
These records have notable, but not significant, deviation from expected behaviour.
Neadl in the haystack
Neadl reviews millions of rows in minutes, ranks the most unusual records, and explains why each one stands out. Internal risk and control teams can move from broad sampling to individual instances of error, fraud, or control failure.
Coverage
No sample design, no narrow rule set, and no need to know the risk pattern before the review starts.
Priority
Records are ordered by unusualness so reviewers can start with the exceptions most worth investigating.
Self-serve review
Neadl is built for teams that need answers without waiting for specialist modelling, manual data preparation, or long project cycles.
Self-serve 01
Business users can upload a dataset and begin reviewing without relying on data scientists or external analytics teams.
Self-serve 02
Classification, encoding, and readiness decisions are handled automatically before scoring begins.
Self-serve 03
Plain-language outputs show what is unusual, which fields contributed, and why the record is worth a closer look.
Any dataset
Neadl is not limited to finance data. It can surface unusual records across operational, people, environmental, cyber, procurement, claims, payroll, and transaction datasets.
Dataset preview
Inspect every anomaly in context with distribution overlays, bucket-level evidence, and plain-language reasoning tied back to the selected record.
Highlighted value: 69.200
---- Global reference
Neadl Insights
The selected anomaly is 1 of 4 records for City "New York", where the PM2.5 value falls between 67.5 and 70.0.
This equates to 0.05% of the Expectation Group and 0.3% of global records.
Globally, there are 142 records, where PM2.5 is "67.5 - 70.0", which equates to 0.3%.
Bucket Detail
67.5 - 70.0Exact values69.2
1 record
12 records
Workflow
Behind the scenes
LOAD
A focused signal layer designed to make row-level review easier to trust.
CLASSIFY
A focused signal layer designed to make row-level review easier to trust.
ENCODE
A focused signal layer designed to make row-level review easier to trust.
SELECTION
A focused signal layer designed to make row-level review easier to trust.
MODEL
A focused signal layer designed to make row-level review easier to trust.
EXPLORE
A focused signal layer designed to make row-level review easier to trust.
Explainable intelligence
Neadl applies advanced anomaly detection methods that were previously practical only through bespoke data science work, then adds proprietary influence calculations to make the results understandable.
Use advanced techniques without commissioning a custom model for every new dataset.
Neadl prepares fields for modelling so reviewers do not need to make technical classification and encoding decisions.
Reviewer-friendly explanations identify the parts of a record that pushed it away from expected behaviour.
Isolation Forest
Model family
Isolation Forest
Ensemble
4 sample trees
Signal
short path depth
Tree 01
2
path depth
Tree 02
7
path depth
Tree 03
3
path depth
Tree 04
9
path depth
Records isolated in fewer splits receive stronger anomaly signals across the ensemble.
End-to-end workflow
Neadl brings ingestion, profiling, readiness, expectation setting, anomaly scoring, and exploration into one workflow. The result is a ranked list of unusual records without labelled examples, hand-built rules, or bespoke modelling for every dataset.
Step 01
Step 02
Step 03
Step 04
Comparison
Access plans
FAQ
Early access
Bring the review file your team already has. Neadl will help rank, explain, and package the rows worth investigating.
Join waitlist