The Intelligence behind Self-Optimizing Manufacturing.
Turn production data into recommendations that help processes adapt as conditions change. Builder Agents develop and test the models behind run-to-run optimization; qualified automation applies the adjustments.
Domain Expertise in Every ModelAgent-Program-Agent CustomizationTraceable Recommendations
One Platform / From Data to Governed Models
Build. Evaluate. Keep the Evidence.
Builder Agents automate modeling within a lifecycle that connects data lineage, model versions, qualification and monitoring.
01
Explore
Frame the problem and examine the data.
02
Prepare
Address data gaps and prepare the inputs.
03
Benchmark
Establish how candidate models will be evaluated.
04
Search
Develop and test competing hypotheses.
05
Inspect
Review the model and evidence behind the result.
Engineers approve the problem framing, preparation and benchmark, then inspect the result. Approved model search can run autonomously between those gates.
Run-to-Run Optimization / The Operating Loop
Every Run Informs the Next.
When a process drifts, the next run should benefit from what you have learned. Insight turns process history and measurements into a recommendation. Qualified automation closes the loop.
Actual Use Case
Die Bonder Self-Healing.
Based on an actual manufacturing application: correcting post-epoxy drift with Insight recommendations and Autopilot adjustments. Follow the die-bonder example beneath each step.
01 / Process Evidence
Read the Run.
Bring the completed run’s measurements, process conditions and target into context.
Measured Result + Process Target
Die Bonder / 01
Detect Post-Epoxy Drift
Post-epoxy inspection results reveal a developing drift in the die-bonding process.
02 / iWave Insight
Recommend an Adjustment.
The qualified model evaluates the evidence and proposes the next adjustment, with its limits and lineage.
Evidence-Backed Recommendation
Die Bonder / 02
Determine the Correction
Insight evaluates the drift and determines the recommended offsets for the epoxy gun’s pressure and height.
03 / Qualified Automation
Validate and Apply.
Autopilot or another qualified system checks operating limits and applies only an authorized adjustment.
Approved Equipment Action
Die Bonder / 03
Autopilot Adjusts the Offsets
Autopilot applies the qualified pressure and height offsets to correct the drift and prevent an epoxy error from being triggered.
04 / Next Run
Measure Again.
Evaluate the new result against the target. Feed the evidence into the next recommendation.
New Evidence → Next Recommendation
Die Bonder / 04
Keep Monitoring the Results
The solution continues monitoring post-epoxy results, checking the correction’s effect and watching for further drift.
This is the basis of a qualified self-healing process: Insight provides the intelligence; the qualified automation system owns equipment action.
The hard part is deciding what to model, what evidence is missing and which approach works. Builder Agents automate that investigation, drawing on manufacturing and data-science expertise.
01 / Define the Outcome
Bring the Data. Explain the Objective.
Upload sample datasets or connect your data sources. Explain what the data represents, the operating context and the outcome you want to achieve.
Data + Domain Context + Intended Outcome
The walkthrough follows a chiller-warning example. The agent clarifies operating conditions and the useful warning horizon before modeling begins.
iWave InsightBuilder Agent Demo
An engineering conversation gives the Builder Agent context and a goal.
02 / Generate Hypotheses
Turn One Objective into Testable Hypotheses.
Builder Agents develop likely modeling approaches, identify the evidence each needs and establish how the alternatives should be tested. Domain expertise shapes the investigation.
Hypotheses can involve different models and feature choices, not just possible physical faults. Each candidate has a reason to be tested and a clear data requirement.
iWave InsightBuilder Agent Demo
The agent builds model hypotheses and checks what evidence each requires.
03 / Resolve Data Gaps
Make the Missing Evidence Visible.
Builder Agents identify data gaps and show why they matter. Supply more evidence or choose a narrower scope; the agent does not invent the missing observations.
Evidence Gaps / Your Decision on How to Proceed
An unsupported candidate remains untested. In this example, the user continues with available evidence; the vibration hypothesis stays visible, awaiting data and excluded from ranking.
iWave InsightBuilder Agent Demo
The user chooses how to proceed; unsupported hypotheses stay untested.
04 / Test & Compare
Let the Evidence Guide the Selection.
After the benchmark is approved, Builder Agents test model and feature combinations against the agreed objective. Compare the results and inspect why a candidate performs better.
Approved Benchmark → Autonomous Search → Review
Assess the selected approach against subsequent readings, confirmed incidents and maintenance findings as evidence becomes available.
iWave InsightBuilder Agent Demo
Follow the agent’s model search, feature refinement and candidate evaluation.
05 / Inspect & Recommend
Inspect the Evidence before Acting.
Engineers inspect the result and its limitations. For run-to-run optimization, a qualified model informs an adjustment recommendation; Autopilot or another qualified system owns equipment action.
Insight Recommends / Qualified Automation Acts
The demo evaluates equipment-health warnings using example data. The die-bonder operating loop above shows how recommendations connect to a separate, qualified equipment workflow.
iWave InsightBuilder Agent Demo
New evidence changes the ranking and informs the recommended next action.
06 / Change the Objective
Change the Objective. Rebuild the Investigation.
A new process or goal changes the data requirements, hypotheses and tests. Builder Agents automate that customization so expertise can serve the next manufacturing task.
AI Scalability / New Context, New Evaluation
Compare the investigation needed for run-to-run optimization with the one needed for degradation warning. Each result is qualified for its own objective.
06 / AI Scalability through Customization
Change the Objective. Rebuild the Investigation.
Change the objective. Builder Agents customize the data requirements, model hypotheses and evaluation to match.
Compare the customizationIllustrative second use case
Run-to-Run Optimization
Recommend how the next run should adapt
Context
Process traces + run settings
Retained
Outcome evidence
Linked metrology measurements
Required
Model hypotheses
Process-response and drift candidates
Customized
Evaluation
Prediction error and recommendation validity
Task-specific
Qualified output
Traceable run-to-run recommendation
Outcome
Degradation warning
Identify equipment degradation earlier
Context
Relevant tool traces + operating history
Retained
Outcome evidence
Maintenance events + later condition evidence
Changed
Model hypotheses
Temporal anomaly and forecasting candidates
Changed
Evaluation
Warning lead time and false-alarm behavior
New tests
Qualified output
Evidence-backed investigation recommendation
New outcome
↳
The new objective gets its own evaluation and qualification.
Builder Agents automate the customization. The resulting model is evaluated for its own objective.
Agent-Program-Agent
Builder Agents customize the data pipeline, model candidates and tests. Engineers inspect and qualify the result. Insight uses the qualified model to produce recommendations.
AI Scalability / Automating the Customization
New Objectives. Expertise Applied at Scale.
A different process or goal changes the modeling work. Builder Agents adapt the data preparation, hypotheses and evaluation to suit it—bringing specialist knowledge to the next task.
Introduce a different tool history, variables and measurements. Revisit the model assumptions and test the new context.
Change the Objective
Move from run-to-run recommendations to degradation warning. Required evidence, model candidates and success criteria change together.
Qualify the Result
Inspect the new evidence and limitations before the model is used. Expertise scales through customization and evaluation.
Another Application
Put Metrology Where It Matters Most.
Insight can also use tool health to prioritize metrology sampling: lots from lower-health tools receive higher priority; lots from higher-health tools receive lower priority. Lower priority does not mean automatic metrology bypass.