Autonomous networks, Level 4 and beyond.
A super-intelligent operations layer for mobile, fixed and converged operators. The Telecom SIA correlates alarms across RAN, transport, IP and core, finds root cause, plans capacity and closes the loop — moving your network up the TM Forum autonomy ladder, one governed use case at a time.
12
Level 4 autonomous use cases live at one tier-1 operator by end of 2025
Telefónica press release (Feb 2026)
L4
Target average autonomy by 2030 for leading operators
Telefónica Capital Markets Day
L0→L5
TM Forum autonomous network levels, from manual to fully autonomous
TM Forum
Network assurance, planning and change — from the first alarm to the closed ticket, across every domain.
The agent roster
NOC Commander
Correlates alarms across domains, de-duplicates storms and opens one incident with the probable root cause.
RCA Engineer
Traverses topology, KPIs, logs and recent changes to explain why — and what to do about it.
Change Guardian
Pre-checks every configuration change against policy and digital twin, and verifies after rollout.
Capacity Planner
Forecasts demand, recommends fiber, spectrum and site investments, and ranks capex by return.
Energy Optimizer
Puts cells and carriers to sleep when traffic allows, without hurting experience.
Field Dispatcher
Turns diagnoses into precise work orders and briefs technicians over Walkie-Talkie.
Care Connector
Links network events to customer impact, notifies affected customers and prevents repeat calls.
What the Telecom SIA does from day one.
Agentic NOC
Ingest alarms, KPIs and tickets from every vendor. Correlate storms into incidents, attach probable cause and blast radius, and propose — or execute — the runbook.
One incident instead of a thousand alarms.
Multi-domain root cause
Proactive detection and root cause across 4G, 5G, transport and IP by walking live topology and change history.
Root cause before customers call.
Zero-touch change validation
Pre-flight every change against golden configs and a network digital twin; verify KPIs after rollout and auto-rollback on regression.
Error-free changes at scale.
5G core self-healing
Detect and resolve degradations on virtualized and cloud-native 5G core functions, including in-service software upgrades.
Intelligent capacity & fiber planning
Combine demand forecasts, geospatial data and cost models to rank where to build fiber, add capacity or densify — with board-ready business cases.
Smarter capex, fewer stranded assets.
RAN energy optimization
Learn traffic patterns per cell and orchestrate carrier and cell sleep modes within experience guardrails.
Lower energy bills, same experience.
Field operations co-pilot
Precise work orders, parts lists and step-by-step guidance for technicians — hands-free over Walkie-Talkie at the tower.
Network-aware customer care
Connect outages to affected subscribers, notify them proactively and give care agents the real answer instantly.
Fewer repeat calls during incidents.
A closed loop, not a one-shot answer.
- 01
Observe
Stream alarms, PM counters, traces, topology and tickets from OSS, NMS and cloud.
- 02
Understand
Correlate across domains and build a live view of what is wrong and who is affected.
- 03
Decide
Rank actions by risk and impact; simulate on the digital twin.
- 04
Act
Execute runbooks through MCP-wrapped OSS APIs, with approval gates by risk tier.
- 05
Learn
Score every intervention and graduate use cases from L3 to L4 autonomy.
Four modes. One dial per use case.
Observe
Reads signals and builds understanding. No actions.
Recommend
Proposes actions with evidence for a human to take.
Act with approval
Executes once a human approves, by risk tier.
Autonomous
Acts within policy, announces and logs everything.
Autonomy is set per use case and expands only when evaluations against your own historical data prove it is ready.
Guardrails
Governed by default, auditable always.
- Risk-tiered autonomy: read-only → recommend → act with approval → act autonomously
- Every change simulated on a digital twin first
- Automatic rollback when post-change KPIs regress
- Deployable on-prem and in-country for regulated networks
Connects to
The systems you already run.
Connections are delivered through Cana MCP adapters. Availability varies by deployment; product names are trademarks of their owners.
What we build the Telecom SIA to deliver.
−90%
Alarm noise reaching engineers
L4
Autonomy for priority use cases
24/7
Closed-loop assurance
Design goals, not guarantees. Results depend on data, systems and the autonomy level you choose.
Questions, answered.
Does it work with a multi-vendor network?
Yes. The Telecom SIA speaks to vendor element managers, OSS and TM Forum Open APIs through MCP adapters, and normalizes everything into one network knowledge graph.
How do we move from L2/L3 to L4 safely?
Each use case starts read-only, then recommends, then acts with approval. Autonomy expands only once evals prove accuracy — tracked per use case and per domain.
Can it run inside our network?
Yes. Deploy on-prem, in a private cloud or fully air-gapped, with models that never leave your data center.
Put the Telecom SIA to work. Get early access.
Join the waitlist for early access to Super Intelligent Agents and updates as Cana opens up.