ANOMX PLATFORM

From running systems.
To reasoning systems.

An AI layer above your data, models, and machines. Anomx connects continuous analysis with an agent that investigates change and prepares what comes next.

EVERYTHING IS CONNECTED

A complex world.
A shared context.

Connect data to the systems that produce it. Channels, datasets, analysis jobs, and findings become understandable and traceable alongside your infrastructure.

MachinesSensorsInfrastructure
Anomx IntelligenceData · Models · Background agent
FindingsRecommendationsActions

INSIDE THE PLATFORM

You step away.
Your agent stays with it.

Create your own ongoing instructions. Your background agent returns to them on a schedule — even when no one has the platform open.

  1. 01Discover
  2. 02Maintain
  3. 03Connect
  4. 04Forecast
Workspace closedBackground agent active
EXAMPLE ONGOING INSTRUCTION

Give every signal a place.

Infer the system structure and its components from all the data available to you.

An ongoing instruction turns names, descriptions and connected sources into a system hierarchy that can be reviewed and refined.

DATA BECOMES SYSTEM CONTEXTAvailable dataFacilityCoolingDriveVacuum
Candidate system hierarchy
EXAMPLE ONGOING INSTRUCTION

Keep the context in order.

Keep data channels coherent, with consistent units and meaningful descriptions.

Revisit channel metadata, identify gaps and prepare corrections. Apply changes within the object permissions you define.

CHANNELUNITTEMP_01cooling.supply_temperature°CFLOW_02cooling.flow_rateL/minPRESS_03vacuum.pressurembarDESCRIPTIONS · UNITS · INSPECTABLE CHANGES
Consistent channel metadata
EXAMPLE ONGOING INSTRUCTION

Find what moves together.

Look for correlations between channels and update the data graph accordingly.

Compare related observations and propose new graph connections. Keep the evidence attached: correlation is a clue, not proof of causation.

RELATIONSHIPS IN THE DATA GRAPHTemperatureRF powerVibrationPressureFlow
Evidence-linked relationships
EXAMPLE ONGOING INSTRUCTION

Prepare for the next question.

Train forecasting models for the data channels our team views most often.

Use available usage context to prioritize channels, prepare training jobs and retain candidate models for evaluation.

FREQUENTLY VIEWED CHANNELcooling.supply_temperatureTRAINING DATACANDIDATE MODEL
Forecasting models for review

Illustrative assignments. Connected tools, data access, permissions and compute determine execution.

BACKGROUND INTELLIGENCE

Always thinking.
Quietly ahead.

  1. 01Observe
  2. 02Reason
  3. 03Act
  4. 04Remember
01 · Observe

A signal worth a closer look.

The background agent revisits connected data and system state on a schedule. It brings emerging deviations into context.

Anomx BackgroundEXAMPLE
Watch the cooling circuit. Investigate unusual behavior.
Connected systemDeviation located
Signal detected

Temperature diverges from expected behavior

Cooling circuit · time-series analysis

02 · Reason

Connect the change to the system.

Investigate data, jobs, and related assets together. Use specialist tools and model outputs to turn a deviation into a grounded explanation.

Anomx BackgroundEXAMPLE
Watch the cooling circuit. Investigate unusual behavior.
ContextConnect evidenceTemperatureFlow rateModel outputsRun history
Investigating

Compare the signal with related channels

Temperature · flow rate · previous runs

03 · Act

Autonomy. With your boundaries.

Create a recommendation for review, or make the platform changes your team has explicitly enabled. Permissions and usage budgets define the scope.

Anomx BackgroundEXAMPLE
Watch the cooling circuit. Investigate unusual behavior.
EvidenceYour scopeRecommendation
Recommendation ready

Recommend an inspection of the cooling circuit

Evidence attached · awaiting human review

04 · Remember

The next run starts informed.

Inspect earlier background runs, carry forward useful context, and avoid repeating the same findings. A continuous thread of operational intelligence.

Anomx BackgroundEXAMPLE
Watch the cooling circuit. Investigate unusual behavior.
Previous contextNext run
Context retained

Keep the investigation in operational context

Run history · evidence · follow-up

UNDER THE SURFACE

Intelligence has an architecture.

Explore it layer by layer

BUILT AROUND REAL SYSTEMS

Enable autonomy.
Keep control.

From research facilities to industrial machines and distributed infrastructure, Anomx brings AI to the places where decisions matter.

  1. 01A defined scope of action.
  2. 02Resources with boundaries.
  3. 03Decisions with a history.
  4. 04Compute where it’s needed.
01

A defined scope of action.

Your team chooses which platform objects background agents may create, update, or delete. Other changes become recommendations.

02

Resources with boundaries.

Hourly and daily token budgets govern background work. Reaching a limit pauses execution.

03

Decisions with a history.

Inspectable runs, evidence, object versions, and human feedback keep the system accountable.

04

Compute where it’s needed.

Distributed workers handle data acquisition and CPU or GPU workloads. The platform connects execution with context.

SCIENCE AT THE CORE

Intelligence needs
a foundation.

Three complementary ways to detect the unexpected. One foundation for informed decisions.

  1. 01Forecasting
  2. 02Reconstruction
  3. 03Representation
01 · Forecasting

See what should happen next.

Learn temporal behavior and compare new observations with a forecast. Residuals reveal where reality departs from expectation.

Rolling-window models · Darts integration
ObservationNormal behaviorDeviation
PastPresentscore = | observed − predicted |

Illustrative visualization · not measured data

02 · Reconstruction

Learn normal. Recognize different.

Compress and reconstruct the system’s observations. Patterns that cannot be reconstructed well become candidates for investigation.

Principal component analysis · PyTorch autoencoders
ObservationNormal behaviorDeviation
PastPresentscore = ‖ observed − reconstructed ‖

Illustrative visualization · not measured data

03 · Representation

Find the unfamiliar in many dimensions.

Compare observations in a feature space. Isolation and normality models surface unusual combinations that single-channel thresholds can miss.

Feature-space modeling · Isolation Forest
ObservationNormal behaviorDeviation
Feature spaceIsolated observationscore = unusualness in feature space

Illustrative visualization · not measured data

THE NEXT ERA

Give your system
a new sense.

Build the future of autonomous systems with us.

Request early access