Autonomous Network Intelligence
AI agents that detect, diagnose, and optimise your entire network
Vendor-agnostic. Validated in a Digital Twin before any change reaches production. Covering RAN and Fibre.
Any vendor. PM, CM, FM, CDR, trace, probe, drive-test, crowd-source, etc. normalised into one model, from any 3GPP-compliant source.
Already have a capacity tool? ARANO calls it, reads the result and reasons on it. Your stack stays yours.
Author rApps, agents and workflows in-platform, against live data. No need to wait for the next release cycle.
Specialised agents with scoped data access, composed for the domains you care about.
RF propagation and parameter change, modelled together and calibrated by what the network does next.
Built to be extended
No vendor ships your requirements. Build them here.
ARANO arrives with a working library of rApps, agents and workflows. The point is that your engineers author their own, against your own data, inside the platform, without waiting on a vendor release.
Author your own rApps
Choose the outcome, scope the cells, select the method, tune it in a live preview, then publish. What you author runs in the same production runtime as ARANO's built-in rApps, under the same Digital Twin gate, with execution and scheduling entirely under your control.
Compose your agents
Give an agent its model, the data it may reach, the tasks it owns and the guard-rails it runs under. It joins the same hierarchy, the same cost controls and the same guard-rails as everything else.
Wire it into how you work
Chain rApps, agents, twin simulations and your own systems into multi-step workflows. Put a human approval step wherever you want one. Every action is audited.
Model the change
Test changes to tilt, power, azimuth and configuration, and see their projected impact on coverage and performance before anything reaches the live network. Every change is measured against what the network actually did, so its projections sharpen over time.
Nothing reaches production untested.
ARANO does not suggest changes without confidence. Every recommendation is tested first in the Digital Twin, where its impact is projected and validated. Validated changes can then be sent to an engineer for approval or directly to the SMO for implementation. You decide how the loop closes.
Two platforms
Different networks. One intelligence architecture.
RAN and fibre are built on the same core architecture, with vendor-agnostic ingestion, AI-assisted reasoning, and validation of proposed changes before implementation.
Radio access networkAvailable now
Explore RANRAN
Plan · Ingest · Analyse · Detect · Reason · Test · Change
- PlanDesign and simulate greenfield or brownfield networks
- IngestNormalise data across vendors
- DetectFind issues with ARANO or custom rApps
- ReasonUse AI agents to correlate evidence, diagnose root cause and propose changes
- TestValidate every proposed change and its projected impact in the Digital Twin
- ChangeSend validated changes to an engineer for approval or directly to the SMO for implementation
Fibre networkComing 2027
Explore FibreFIBRE
Map → Monitor → Detect → Diagnose → Predict → Prioritise
- MapBuild and explore the fibre network spatially
- MonitorTrack ONU and network health continuously
- DetectSurface abnormal behaviour and alarm patterns
- DiagnoseIdentify upstream root cause with FUSE
- PredictForecast ONU issues with PULSE
- PrioritiseRank upgrades and investment with ATLAS
What sets us apart
Beyond deterministic automation.
Agents that reason, not rules that react
Traditional SON fires predefined rules when a threshold is breached. ARANO's agents coordinate multi-parameter optimisations across domains at once, adapting to conditions no fixed rule set could anticipate.
Nothing reaches production untested
Every recommended change is simulated against your live network state in a Digital Twin, and arrives with its evidence, its confidence and its projected outcome. Full audit trail on every action.
Add use cases, not infrastructure
New agents, rApps and workflows plug into the same data model and runtime, so you can build the use cases your network requires without rebuilding the platform each time.
Common questions
What operators ask first.
- What vendors does ARANO support?
- The platform is vendor-agnostic by design. A new vendor onboards from a real export, and the unified data model normalises PM, CM, FM, trace and CDR into one representation regardless of which vendor or format it arrived in.
- Does ARANO make changes to my live network?
- Not directly, and never without Digital Twin testing. Every proposed change is simulated against your live network state first, and only changes that clear your confidence thresholds go any further. From there ARANO routes them the way you have configured: to an engineer for review, or straight to your SMO for implementation. You decide where the gate sits, and every action is audited.
- How does the agentic layer differ from traditional SON?
- 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.
- Can I deploy only the modules I need?
- Yes. The platform is built as independently deployable components. Start with data ingestion and detection rApps, add the agentic layer and the Digital Twin when you are ready, or run the Fibre modules on their own. No all-or-nothing commitment.
- What data does ARANO need to get started?
- 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.
- How does ARANO handle the Fibre network?
- The Fibre platform arrives in 2027 and covers FUSE (graph-based alarm aggregation and root cause), PULSE (predictive ONU monitoring), ATLAS (investment planning), and GIS Explorer (visual spatial analysis). Each module runs independently or alongside the others.
Give ARANO a network problem
Find it. Understand it. Simulate the fix.
See how multi-vendor network evidence becomes a Digital-Twin-validated change, on your data.