RAN · Core · Transport

One intelligence layer for OSS, BSS and the network.Governed by you.

One governed AI core over the systems you already run. Operate the full network and subscriber lifecycle from one place, live in weeks, not a rip-and-replace.

Talk to us

SOC 2 Type II-aligned · ISO 27001 · GDPR

Security and data protection frameworks

10+ enterprises in production

Air-gapped, on-prem and cloud deployments

Open by Design

TM Forum Open APIs · Integrations · Existing OSS/BSS

The signals fire.The value drains.

Every system sees a slice of the picture. None of them see the whole, so most of it goes unread.

  • Alarm fatigue

    Thousands of alarms fire daily. Real incidents stay buried in the noise.

  • Billing anomalies

    Billing and behaviour drift from the norm, unseen until they cost you.

  • Capacity blind spots

    Demand moves faster than planning. Constraints surface after they bite.

  • Revenue leakage

    Orders, activation and billing fall out of lockstep. 1 to 3 percent leaks.

An intelligence layer over what you run.Or the full platform.

NetSingularity adds a governed AI and orchestration layer on top of your existing OSS/BSS and vendor stack, or operates as the complete unified platform when you are ready.

NetSingularity Intelligence Layer bar with Agents, Ontology, API and Zero Touch Orchestration tags, connected down to five existing-stack tiles: OSS, BSS, EMS/NMS, ITSM and Inventory. Below, Path A, add the layer: keep your OSS and BSS, add AI, orchestration and a common interface on top. Path B, full platform: unify OSS, BSS and operations end to end on one platform, one data model.

Consolidation isn't architecture.It's a P&L decision.

Every legacy integration drains license fees, SI retainers and NOC hours. Convergence is where telco OpEx bends down.

  • 30-70%

    Alarm and event suppression

    Correlation and ML focus the NOC on real problems, not noise.

  • 20-40%

    Automated remediation

    Automated root-cause and anomaly detection from historical and vendor data.

  • 1–3%

    Revenue leakage recovered

    Disconnected service, inventory and billing records create gaps between what is delivered and what gets billed.

Indicative. Benefits vary by implementation, data quality and starting architecture.

One platform.Three operator realities.

The same platform. Written for how your network actually runs.

  • Carriers (Tier 1-3)

    • Unify OSS and BSS into one closed loop, not two roadmaps
    • Cross-domain root cause across RAN, core and transport
    • Subscriber and order lifecycle in one console
  • Cable and MSOs

    • Converge HFC/DOCSIS and fiber operations on one ontology
    • Unified fault and performance view across access technologies
    • Billing-to-provisioning lockstep to close revenue leakage
  • Tower Companies

    • Multi-tenant, cross-carrier visibility on shared infrastructure
    • Neutral-host SLA tracking per co-located operator
    • Site rollout and acceptance managed in one workspace

Every handoff carriesthe same context.

Planning, rollout, acquisition and assurance stay connected as work moves across the operation.

  • Plan to Build

    Plan sites, fibre and commissioning in one workspace, from first survey through build, handover and final acceptance.

  • Build to Operate

    Orchestrate multi-vendor, multi-domain rollout in one flow, with inventory synchronized as infrastructure goes live.

  • Operate to Acquire

    Connect orders, provisioning and billing to live inventory, so what customers buy matches what the network delivers.

  • Issues to Resolve

    Detect, diagnose and resolve RAN, transport and core issues in a closed loop before service impact.

What makes NetSingularitydifferent?

Foundation models and the tools you already run are commodity. The difference is the layer above: one shared record, agents that act under governance, and the final call left to you.

  • Keep your existing estate

    Connect the OSS, BSS and network systems you already run.

  • Give every agent the same context

    Network, service and customer decisions work from one shared operational record.

  • Keep authority with the operator

    Set permissions, approve actions and revoke autonomy whenever needed.

A vertical NetSingularity platform infographic. At the base, commodity foundation models and unified tools and signals connect network systems. The convergence layer adds One Record, a shared network and business model, and Governed Autonomy, where agents detect, diagnose, act and verify. At the top, Operator Authority keeps decisions, approvals and control with the operator.

One network.One answer.

Every system, every team, every agent works from one live source of truth. You set the intent. Specialist agents act on it.

That is not integration. That is convergence.

  • Field
  • NOC
  • Commercial
  • Service
  • Network Agent

    Predicts degradations before they become incidents.

  • Service Assurance Agent

    Protects SLAs with fault correlation across layers.

  • Business Ops Agent

    Tracks fulfillment and surfaces billing leakage live.

  • Data Analytics Agent

    Turns live data into capacity and demand signals.

Reasoning by Sherlock. Action by ProcBot. Queries by NOC Copilot.

Ask your network

Which customers are affected by the core transport fault?

BGP session drop on Core-PE-07 is affecting 3 enterprise accounts on MPLS circuits. Automated failover in progress, ETA 4 to 8 minutes.

Illustrative.

See the operator interface

Control & Deployment

Autonomy without surrenderingcontrol.

Let AI act inside the boundaries you define — and run inside the environment you control.

Service as Software

Autonomy you can revoke.

Agents diagnose, act and verify inside policy boundaries. Your engineers decide what they can touch, when approval is required, and when autonomy stops.

  • Policy-bound actions
  • Approval gates
  • Reversible execution
Human authoritySet permissions · Approve · Revoke
Policy + approval gate
  1. Network Signal
  2. Diagnose
  3. Act
  4. Verify
Explore Service as Software

Sovereign Deployment

Air-gapped platform.
Air-gapped intelligence.

Run the platform, data operations, models and inference entirely inside your perimeter. No outbound dependency. Your infrastructure, your GPUs, your change control.

  • Zero egress
  • Inference on your GPUs
  • Signed offline updates
Operator-controlled perimeterZero data egress
  1. Applications / Operations
  2. Agentic Intelligence
  3. Data + Platform
  4. Your Infrastructure + GPUs
Signed updateValidateImport
Explore Air-Gapped AI

Measured on live networks.Not projected.

Real deployments and proofs of concept, measured against operator baselines.

View all case studies
AI-Powered RAN Fault Management, Delivered Fully On-Premises — India

Service Assurance · India

~60% less alarm noise. ~50% faster MTTR.

AI-Powered RAN Fault Management, Delivered Fully On-Premises

~12.5M alarms/dayFully on-premises
Read the case study
Zero-Touch O-RAN Site Rollout at Nationwide Scale — Canada

Network Rollout · Canada

New sites live in under 2 hours.

Zero-Touch O-RAN Site Rollout at Nationwide Scale

Zero manual data entryThousands of nodes
Read the case study
One Trusted View of Fiber Inventory After a Decade of M&A — North America

Inventory & Supply Chain · North America

One digital twin after a decade of M&A.

One Trusted View of Fiber Inventory After a Decade of M&A

15+ use cases validatedLive operator data
Read the case study

Bring us your estate and we will show you where it fits.

Talk through your scenario

SOC 2 Type II.ISO 27001. GDPR.

Controls aligned to the standards your security, audit and procurement teams already use to evaluate vendors.

  • Zero-trust security model

    Every service-to-service call authenticated.

  • Role-based access

    SSO, RBAC, vault-based secrets management.

  • Full audit trail

    Audit trail, access governance, and data residency controls.

  • Air-gapped deployment

    Every module operates indefinitely with zero outbound connectivity.

  • Encryption everywhere

    Data encryption at rest and in transit.

See the architecture

From the blog.

How operators are putting governed autonomy into production.

Deployment & Sovereignty

Air-Gapped OSS/BSS: Sovereign AI Inside the Operator Perimeter

Read
Autonomous Network Operations

What Is Service as Software? A Telecom Operator’s Definition

Read
AI & Agentic Operations

How AI Agents Are Transforming Telecom Operations

Read

Start where it hurts.Expand when it works.

The operators seeing results fastest didn't start with a platform migration.

  1. 01

    One problem

    Find the operational pain slowing the team down now.

  2. 02

    One domain

    Scope the first loop where live data already exists.

  3. 03

    One agent

    Deploy specialist intelligence around that domain.

  4. Prove value

  5. 04

    Build from there

    Expand once the first loop proves value in production.

Talk through your scenario

What operators askbefore they start.

Short answers to the five questions that come up in every first conversation.

Talk to us

No rip-and-replace required. NetSingularity deploys alongside your current stack. Most operators start with one acute pain point and expand when ready.

The decision point

Your network is generating intelligence right now.Signals firing. Patterns forming. Decisions waiting to be made.

Most of it unread. Most of it unacted on.

That changes the moment you decide it does.

Live signals

Signals firing
Patterns forming
Decisions waiting

Waiting for an operator decision.

Worth a conversationwith your team?

Tell us where you're losing the most ground. We'll show you exactly where Netsingularity fits. And where it doesn't. A structured technical walkthrough on your use case, your data patterns.

Share the use case, team context, and email. We'll follow up with a focused walkthrough for your network lifecycle priorities.