Ingest ground truth
Ingest logs, traces, and metrics from real runs — the most reliable representation of the implemented system behavior.
PULSAR Platform
From raw runtime data to a traceable system model
PULSAR reads your logs and traces — no specifications, no documentation, no manual mapping required. It reconstructs the real dependency structure of your system, builds a continuously updated Dynamic Twin, and traces causal chains as they happen.
Domains · suppliers · AI-generated code
Domain 1
Domain 2
Domain 3
Subsystem X
Subsystem Y
Subsystem Z
Supplier 1
Supplier 2
Supplier 3
Supplier 4
Supplier 5
Supplier 6
AI Module A
AI Module B
AI Module C
AI Module D
AI Module E
AI Module F
Integration platform
Where domains, suppliers, and code meet in one plane
PULSAR Twin
Built from runtime behavior only, not documentation
Logs • Traces continuously update the model
AI Agents
Root Cause
Anomaly Detection
Change Intelligence
Visualization
Custom Reports
HOW PULSAR works
From ground-truth ingest to dynamic twin to agents
We start from what actually happened — logs, traces, and metrics from real runs — not slide decks or specifications that quickly become outdated.
PULSAR platform
From raw runtime data to system understanding
PULSAR translates logs and traces into a Dynamic Twin — the engine every agent runs on.
PULSAR Agents
ANOM
Anomaly Detection
Detection of anomalies by comparing every run against a learned baseline (such as timing, order, metrics).
RCA
Root-Cause Analysis
Starting from an observed anomaly, the root-cause agent inspects all relevant event chains and localizes its most likely source.
DELTA
Change Detection
Compares the system graph across software versions to localize exactly which components changed behavior — before integration testing begins.
VIZ
Visualization
Turns the twin into interactive reports — the same model, shaped for specific user role.
PULSAR engine
One ground truth that every agent runs on.
MAP
System Mapping
Extracts the real component topology and communication structure directly from runtime data — no upfront documents, specifications, or source code required.
EPC
Dynamic Twin
Reconstructs how your system behaves in reality. Discovering underlying Event Chains & giving full understanding of timing, signal sequence and event propagation.
Runtime input