Multi-Vendor
Ericsson, Nokia, Samsung, Open RAN
Digital Twin
Every change validated before production
Multi-Agent AI
Specialised agents working in concert across a 3-tier hierarchy
Geospatial
Geohash-indexed coverage & RF analysis
Modular
8 independently deployable components
How it works
From raw data to validated optimisation
A five-stage pipeline that turns multi-vendor network data into production-safe, AI-driven optimisations.
Ingest
Multi-vendor data ingestion
PM, CM, FM, CDR, and Trace data from Ericsson, Nokia, or any 3GPP-compliant source, parsed and normalised into a unified schema.
Detect
Purpose-built detectors
Coverage gaps, interference, overshooting, undershooting, PCI conflicts, layer imbalance, CA imbalance, and crossed feeders. Running continuously.
Reason
AI agent hierarchy
Specialised agents coordinate across domains. Sub-agents generate recommendations; the Assessor scores them across 7 dimensions; the Orchestrator sequences the work.
Validate
Digital twin simulation
Every proposed change is simulated against your live network state. Only changes that improve KPIs beyond confidence thresholds proceed.
Act
Production-safe deployment
Approved changes are staged with full audit trail. Automatic rollback if post-deployment KPIs degrade. Nothing reaches production untested.
Two platforms. One architecture.
ARANO covers both Radio Access and Fibre networks with shared AI infrastructure: agentic reasoning, digital twin validation, and vendor-agnostic data ingestion.
RAN Platform
Network Planning & Design
Greenfield to brownfield. Site selection, RF config, neighbor planning, PCI assignment, capacity dimensioning.
Data Architecture
Multi-vendor PM, CM, FM, and trace ingestion with automatic vendor normalisation.
PM & CM Insights
KPI engine, trend analysis, configuration auditing, cross-domain correlation.
8 Issue Detectors
Coverage gaps, interference, overshooting, undershooting, PCI conflicts, crossed feeders, and more.
Fibre Platform
FUSE: Alarm Aggregation
Graph-based root cause identification. Reduces alarm noise by 80-90%.
PULSE: Predictive Monitoring
Z-score anomaly detection against dynamic baselines. Catches degradation before customers do.
ATLAS: Investment Planning
Risk-scored upgrade prioritisation within budget constraints.
GIS Explorer
Visual no-code pipeline builder for spatial analysis. 20 geoprocessing operations.
What sets us apart
Agents that reason, not rules that react
Traditional SON fires predefined rules when thresholds are breached. ARANO's agents coordinate multi-parameter optimisations across domains simultaneously, adapting to conditions no rule set could anticipate.
Nothing reaches production untested
Every recommended change is simulated against your live network state in a Digital Twin. Automatic rollback if KPIs degrade. Full audit trail on every action.
Your data, your pace, no lock-in
Start with one module, expand as needed. 8 independently deployable components across RAN and Fibre. Works with your existing Ericsson, Nokia, Samsung, or Open RAN infrastructure.
AWS Breaking Barriers Hackathon
Winner, ARANO
DatSci Awards: Best Use of AI
Finalist, Vodafone
Most Innovative Deployment of SON
Winner, Vodafone
Common questions
Ericsson, Nokia, Samsung, and Open RAN. The platform is vendor-agnostic by design, with a unified data model that normalises PM, CM, FM, and trace data from any 3GPP-compliant source.
No. Every recommended change is simulated in a Digital Twin first. Only changes that improve KPIs beyond confidence thresholds are surfaced for manual approval. Nothing reaches production without explicit operator sign-off.
Traditional SON uses static rules and predefined thresholds. ARANO's agents reason across multiple domains simultaneously, coordinate through a hierarchy (manager, orchestrator, assessor, fixer), and adapt to network conditions that no fixed rule set could anticipate.
Yes. ARANO is built as 8 independently deployable components. You can start with data ingestion and detectors, add the agentic layer later, or deploy the Fibre modules separately. No all-or-nothing commitment.
At minimum, PM XML files and cell configuration data. The platform also supports CM, FM XMLs, binary trace and CDR data, and can generate synthetic datasets with controlled faults for testing before connecting to live sources.
The Fibre platform includes FUSE (alarm aggregation with 80-90% noise reduction), PULSE (predictive ONU monitoring), ATLAS (investment planning), and GIS Explorer (visual spatial analysis). Each module operates independently or together.
Ready to Transform Your Network Operations?
See how ARANO's autonomous agents detect and resolve network issues before they impact subscribers.