The learning system at a glance

The learning system is what lets the agents get better over time. It stores the history of interactions, analyses it, and uses what it finds to tune how the agents perform.

The continuous learning loop

graph LR
    A[πŸ“₯ Interactions
collected] --> B[πŸ’Ύ Structured
storage] B --> C[πŸ” Pattern
analysis] C --> D[⚑ Prompt
optimisation] D --> E[πŸš€ Knowledge
applied] E --> F[πŸ“Š Feedback and
evaluation] F --> A style A fill:#e3f2fd style C fill:#fff3e0 style E fill:#e8f5e9

Storage

A structured record of every interaction, prompt, response and piece of feedback.

Analysis

Processing that history to find patterns and openings.

Application

Using what it learned to tune prompts and improve responses.

System components

Knowledge base

The system's memory. It holds every interaction between agents and users — prompts, responses, feedback and the metadata that goes with them.

Structured storage

Organised by agent, domain and task type

Efficient indexing

Fast lookup of the relevant interactions

Versioning

Tracks changes and how prompts evolve

Privacy

Protection of sensitive data, and compliance

Pattern analyser

Reads the interaction history for patterns, trends and correlations that can improve how the agents perform.

graph LR
    A[πŸ“ History] --> B[πŸ”Ž Pattern
identification] B --> C[πŸ“Š Effectiveness
analysis] C --> D[🏷️ Topic
extraction] D --> E[😊 Sentiment
analysis] E --> F[⚠️ Anomaly
detection] F --> G[πŸ“ˆ Insights]

Prompt optimiser

Takes what the pattern analyser found and improves the prompts, which produces more accurate and more relevant responses.

Prompt rewriting
Added context
Output format
Parameter tuning
A/B testing
Continuous validation

The learning process

Learning runs as a continuous loop: a handful of connected steps that keep raising how well the agents perform.

1

Data collection

Every interaction is recorded: prompts, responses, feedback and context.

2

Structured storage

The data is organised in the knowledge base and indexed properly.

3

Pattern analysis

The system reads the history for trends and openings.

4

Prompt optimisation

Prompts are refined automatically on the basis of those findings.

5

Applying the knowledge

What the system learned is applied to new interactions.

6

Feedback and evaluation

Those new interactions are evaluated, which feeds the loop again.

Example: tuning a marketing analysis

flowchart TB
    A["πŸ‘€ User asks:
'Analyse our email campaign'"] --> B["πŸ€– Agent returns a
basic analysis"] B --> C["❌ User: 'Segmentation
data is missing'"] C --> D["πŸ’Ύ System stores the
interaction + feedback"] D --> E["πŸ” Analysis finds:
campaign reviews need
segmentation"] E --> F["⚑ Tuned prompt:
'Analyse, including
metrics and segmentation'"] F --> G["βœ… Similar requests now
get the full
analysis"] style A fill:#fff3e0 style G fill:#e8f5e9

Learning metrics

Performance metrics

Satisfaction rate πŸ“Š Positive feedback
Rejection rate πŸ“‰ Rejected responses
Response time ⏱️ Mean latency
Precision 🎯 Accuracy

Evolution metrics

Improvement rate πŸ“ˆ Progress
Optimisation impact ⚑ Impact
Domain coverage 🌐 Breadth
Adaptability πŸ”„ Flexibility

Transparency and control

Every optimisation is tested and validated before it ships. The system keeps a full record of the changes, which is what makes it transparent and reversible when it needs to be.