Stadium telecommunications infrastructure supporting high-capacity mobile coverage and reliable connectivity during large-scale events.
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Autonomous Networks & Zero Touch

A network becomes autonomous when it can turn intent into governed action across domains, while people retain accountability for the outcomes that matter.
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The network can act faster. Accountability cannot disappear
WHY THIS "AUTONOMOUS NETWORKS & ZERO TOUCH" CHALLENGE?
From Manual Operations to controlled network autonomy

Network complexity is outgrowing manual operations. AI, orchestration and assurance can detect conditions, decide and act across domains, but autonomy without clear intent, trustworthy data and operational guardrails can accelerate the wrong response. The challenge is to automate routine decisions while keeping service outcomes, risk and accountability under control.

主なメリット
A network that can sense, decide, act and verify within defined limits
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Faster movement from signal to resolution

Correlation, diagnosis and approved remediation can run as one loop, reducing the delay created by manual triage and cross team handoffs.

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Service assurance that acts before customers feel the issue

Predictive signals can trigger targeted action when evidence and policy thresholds are met, then verify whether the service recovered.

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Consistent policy across network domains

Intent and orchestration can align access, transport, core and cloud actions around the same service outcome, without hard coding every path.

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Expert attention where judgement matters most

Operations teams can spend less time processing duplicate alarms and routine changes, and more time on exceptions, improvement and high risk decisions.

NTTデータのサポート体制は?

01
Establish the autonomy baseline

Assess autonomy by operational scenario, not as one score for the whole network. Map current decision rights, data quality, handoffs, controls and measurable value, then define the target journey using an industry aligned levels framework.

Fiber-optic network maintenance with a telecommunications technician inspecting high-density connectivity infrastructure and data transmission systems.
02
Create a trusted network context

Connect inventory, topology, telemetry, service data and change history so each decision is based on the live network, not an incomplete model of it. Data ownership and quality controls become operating requirements, not a separate analytics exercise.

Fiber-optic network configuration with high-density connectivity equipment supporting reliable telecommunications data transmission.
03
Design closed loops around service intent

Link observation, analysis, decision, action and verification across network and IT domains. Each loop should state its intent, trigger conditions, permitted actions, confidence threshold, success measure and route back to a stable state.

Metro station network infrastructure with edge computing, fiber connectivity and radio equipment supporting high-capacity urban communications.
04
Put guardrails around automated action

Define approvals, security policy, segregation of duties, audit evidence, rollback and human escalation before automation reaches production. High impact or unfamiliar conditions remain under accountable human control.

Telecommunications network testing with engineers validating server, connectivity and infrastructure performance in a technical environment.
05
Prove, learn and scale the operating model

Start with high volume, well understood scenarios where value and risk can be measured. Use production evidence to expand the loop, update processes and skills, and align network, service, security and reliability teams around shared outcomes.

Temporary mobile network deployment with technicians installing radio equipment to expand coverage and network capacity for local demand.
Remote telecommunications infrastructure with mobile network antennas supporting reliable connectivity across mountainous terrain and harsh weather conditions.
実証済みの効果
The first gains come from reducing noise before removing touchpoints

After a two-year production trial, a major European communications provider integrated an AI-powered platform into its network operations, with topology-aware alarm correlation expected to reduce the daily alarm volume presented to operations teams by 70%.
This marks a practical step towards zero-touch operations: improving signal quality, accelerating intervention and creating the foundation to automate selected decisions as evidence and controls mature.

重要な結果
Measure autonomy through the decisions and services it improves
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Detect to resolve time

Track how long the full loop takes from a trusted signal to verified recovery, including any human approval or cross domain handoff.

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Actionable signal ratio

Measure how much operational noise is removed and how reliably the remaining events identify service relevant conditions.

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Closed loop quality

Monitor successful actions, reversals, failed verifications and escalations so automation quality is visible before scope expands.

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Service and customer stability

Connect each loop to service level, experience and resilience outcomes, not only to the number of tasks completed without touch.

Ready to move from isolated automation to governed network autonomy?

Start with the decisions that matter, the evidence they require and the controls that make autonomous action trustworthy.

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