NetSingularity
NetSingularity
RAN · Fiber · WiFi · Small Cell · DAS

One intelligence layer for OSS, BSS and autonomous networks, governed by you.

NetSingularity puts one governed AI core over your existing OSS/BSS tools and operational knowledge, so CSPs run the entire network and subscriber lifecycle with automation efficiency, higher service quality, and full control.

Not a co-pilot. Not a dashboard. A platform that delivers outcomes.

Get in Touch

Reality signal

Every network-intensive industry is generating more operational intelligence than at any point in history. Your OSS sees faults and capacity shifts. Your BSS sees revenue gaps and billing anomalies. Your customer care teams see the complaints that follow. Every second, thousands of signals fire across systems that were never built to share them.

The signals become noise. The data stays in silos. And most of it goes unread.

The Reality Check

Your network is talking.
Your tools aren't listening.

Siloed tools fragment your data and tax your budget every quarter. A built-in adapter & connector library onboards any node type or vendor, with no rip-and-replace.

Consolidation is not just architecture. It is a P&L decision.

Every legacy integration is an integration tax your operation pays every quarter, in license fees, SI retainers, and NOC hours. Convergence is how telco OpEx bends down in next quarter's P&L.

Fragmented visibility

Network health, customer data and revenue live in separate systems. Nobody sees the full picture.

Decisions made on partial data cost more to reverse than they did to make.

Slow time-to-revenue

Orders sit in queues while provisioning teams manually coordinate across systems. Activation takes days, not hours.

Every 24 hours of activation delay is revenue recognised by someone else.

Alarm fatigue

NOC teams wade through thousands of correlated alarms daily. Real incidents are buried in noise.

Most NOC capacity goes to noise, not resolution. That's not an ops problem. It's a cost structure problem.

Decisions without data

Capacity planning relies on instinct because the data that exists is in silos nobody can query in real time.

The most expensive decisions in telecom are the ones made without real-time data. You're making them daily.

Rollout overruns

Site acquisition, permitting, and construction managed in email and spreadsheets. Delays compound invisibly.

A one-week rollout delay on a 200-site programme doesn't cost one week. It costs the cascade.

Revenue leakage

Billing disconnected from actual provisioning means services go live, but invoices don't always follow.

Industry estimates put BSS-related revenue leakage at 1–3% of total revenue. On a $500M operation, that's up to $15M walking out the door annually.

The problem today

Too many tools. No single view.

What Netsingularity does

One platform. One intelligence layer.

What that means for you

Every team sees the same data. Decisions stop being guesswork.

The problem today

Projects tracked in spreadsheets.

What Netsingularity does

Real-time visibility across every site and team.

What that means for you

Delays surface before they compound. Projects stay on schedule and on budget.

The problem today

Reactive alarms. NOC buried in noise.

What Netsingularity does

Closed-loop ops. Faults resolved before tickets open.

What that means for you

NOC shifts from noise to resolution. SLA breaches stop before they start.

The problem today

BSS and OSS working in silos

What Netsingularity does

Operations and revenue. One AI layer.

What that means for you

Revenue leakage closes. Provisioning and billing move in lockstep.

The problem today

AI still on the roadmap. Not in production.

What Netsingularity does

AI agents in production today. Not next year.

What that means for you

Your competitors are already moving. This is how you move faster.

Autonomous operations · Zero-touch / self-healing

Fewer outages. Lower OpEx. A network that heals itself.

Closed-loop automation detects, diagnoses and resolves faults before they reach a customer or open a ticket, zero-touch and under your governance.

↗ Signal in

500+ sources. Every signal. Every KPI. Real-time.

No data left unread.

⚙ Agents decide

Agents reason and act within your policy bounds.

Domain-trained. Not generic.

✓ Loop closed

Every resolution logged, audited, and learned from.

Every decision makes the next one smarter.

Complete Lifecycle Coverage

From planning to revenue,
on one platform, without switching systems.

Plan to build, build to operate, operate to acquire, from first site to first invoice, with Resource Management and the NOC across every stage. No seams, no revenue leakage.

Plan to Build

Network rollout tracked in one workspace. Not scattered across email and spreadsheets.

From the first site candidate to the final acceptance test, your rollout teams, vendors, and contractors work from a single source of truth so delays surface early and nothing falls through.

  • GIS-based site planning for RAN, fiber, and data center infrastructure
  • End-to-end fiber lifecycle covering area planning, RoW approvals, construction, and as-built capture
  • Installation, commissioning, and acceptance checklists with digital sign-off
  • BOM, procurement, and supply chain milestones linked to project schedules
  • Program governance for budgets, contractor SLAs, and escalation workflows
Talk to Us About Rollout
NetSingularity plan to build network rollout lifecycle with GIS planning, survey, design, procurement, commissioning and HOTO

Spanning every stage

Resource Management

Inventory, spectrum and assets, one source of truth across the whole lifecycle.

NOC & Assurance

Live monitoring and closed-loop operations spanning plan through monetize.

Underneath every phase

One network. One answer.
Field, NOC and AI, aligned.

Every team. Every system. Every decision. Running from the same live data, not their own version of it. One fabric connects your NOC to your commercial teams, your field engineers to your operations teams, your network layer to your revenue layer. When field teams, the NOC and AI agents all work from one source of truth, decisions get faster and cheaper, everyone acts on the same answer across human, system and agent. That is not integration. That is convergence.

AI Operations

AI that closes loops.
Not just opens tickets.

That convergence has a purpose. This is it.

Run more network with the team you already have. Netsingularity detects, diagnoses, and resolves autonomously: zero-touch where you allow it, human-approved where you require it. Most AI generates alerts and leaves the work to you. That is not intelligence. That is an expensive notification system. This layer reasons, diagnoses, and acts across your entire network and business operation, in production, right now. Not a roadmap item.

Domain AI Agents

Netsingularity agents are domain-trained specialists. Each owns a slice of your operation, observes it continuously, and feeds every decision back into the shared intelligence layer.

N

Network Agent

Network Operations

Predicts degradations before they become incidents. Maintenance shifts from reactive to proactive.

  • RAN, fiber, and transport health monitoring
  • Anomaly detection with early-warning signals
  • Proactive maintenance dispatch and risk surfacing
S

Service Assurance Agent

Service Quality

Protects service commitments instead of explaining failures after they happen.

  • End-to-end service quality tracking across domains
  • Fault correlation across network, service, and customer layers
  • Remediation triggered before SLAs breach
B

Business Ops Agent

Revenue Operations

Keeps revenue flowing. Surfaces leakage before it becomes margin loss.

  • Order fulfilment tracking across B2B and B2C
  • Billing anomaly detection in real time
  • Fulfilment acceleration with automated exception handling
D

Data Analytics Agent

Operational Intelligence

Turns live operational data into decisions, not reports teams read a week later.

  • Continuous data mining for capacity signals and forecasts
  • Demand shift detection from live evidence
  • Decision-ready insights surfaced to planning teams
Agentic Closed-Loop

Agents own the domains and execute the loop autonomously within policy bounds, escalating to operators when risk thresholds require review.

◇

Sherlock

Reasoning Agent

Diagnoses root cause across topology, telemetry, and change history in under 2 seconds.

  • Multi-hop fault chain tracing across domains
  • Source-linked reasoning. Every conclusion auditable
  • Turns correlation into executable RCA automatically
PRODUCTION · LIVE
↯

ProcBot

Action Agent

Executes remediation at machine speed, with rollback safety on every action.

  • Approved runbooks with parametrised safety gates
  • SoP/MoP actions scoped to authorised domains only
  • Operators stay in control while routine fixes run autonomously
PRODUCTION · LIVE
⌁

NOC Copilot

Engineer's Agent

Gives L1/L2 teams a natural-language console for live network state. No dashboard trail needed.

  • Ask about network state, get sourced actionable answers
  • Guides decisions with context, not just data
  • Escalation rules keep high-risk actions in operator hands
PRODUCTION · LIVE
Built for live networks. Not lab conditions

Netsingularity gives autonomous loops the controls live infrastructure demands, so teams can move faster without surrendering operational authority.

Full Provenance

Every agent action records the request, response, decision path, and source data lineage. Operators can replay what happened and prove why it happened.

Scoped Access

RBAC and ABAC define what each agent can see and do by domain and data class. An agent never reaches beyond the authority assigned to its loop.

Kill Switches

Teams can disable action at agent, workflow, or platform level. Controls stay close to operations, so containment never depends on a code release.

Human-in-Loop

Risk thresholds route selected decisions to operator review before execution. Each loop type sets its own escalation rules, from advisory to autonomous.

From signal to resolution, your team owns one intelligence layer. Controlled by your operators. Accessible in plain language.

Plain-language operations

All of that intelligence. Every agent, every closed loop. Accessible to any operator on your team.

Not through a dashboard. Not through a query language. In plain English.

Operator prompt

Ask your network anything.

It answers.

Semantic Network Interface

Ask your network anything.
Get an answer.

A natural language interface backed by a semantic network ontology. Purpose-built for network infrastructure, operations data, and the relationships between services, assets, customers, and incidents.

  • ✓Query your entire network state in plain language. No SQL, no dashboards to navigate.
  • ✓Answers draw from live topology, alarm history, KPI data, orders, and customer records simultaneously
  • ✓Semantic ontology understands network relationships. A cell site outage surfaces its downstream service and revenue impact automatically.
  • ✓Operations teams get situational awareness in seconds, not tool-switching minutes.
  • ✓Leadership gets real-time answers to business questions that used to need analyst reports.
NetSingularity - Network Intelligence Interface
Which enterprise customers are affected by the core transport fault right now?

Network Intelligence

The BGP session drop on Core-PE-07 is affecting 3 enterprise accounts on MPLS circuits routed through that node. Automated failover is in progress with estimated restoration in 4-8 minutes.

Partial impactFailover active

Network Intelligence

SLA breach threshold for these 3 accounts is 60 minutes of unplanned downtime. At the 2h mark, estimated SLA credit exposure is increasing. Current downtime is 14 minutes.

No breach yetCredit risk after 60m
Ask about your network, customers, or operations.
Who uses it

The same interface. A different question for every role.

NOC Engineer

“Which alarms on this node are linked to the core transport fault?”

Gets correlated fault chain with affected services in seconds. No tool switching.

Situational awareness

Service Manager

“Which enterprise customers are at SLA risk in the next 2 hours?”

Gets live exposure view with breach probability and account names. Acts before the call comes in.

Proactive management

Network Planner

“Where will we hit capacity constraints in the next 90 days?”

Gets demand forecast mapped to topology. Investment decisions made on evidence, not instinct.

Forward planning

COO

“What was our network-related revenue impact this week?”

Gets a business-level answer drawn from live ops and billing data. No analyst report needed.

Executive visibility

Driving the change

Operators across industries have been sold AI that lives in slide decks. Platform convergence that takes five years to deliver. Intelligence layers that work beautifully in demos and quietly in pilots.

The difference is already running. Not in a pilot. In production.

What changes

Slides
Pilots
Roadmaps
→
Live loops
Operator control
Production data

The difference is not another promise. It is operational intelligence running where the work happens.

Built for AI

AI that acts, not just alerts.
Built AI-native. Your network, AI-ready.

Not AI bolted onto legacy, an AI-native core that runs the full Observe → Diagnose → Act → Learn loop, turning alerts into resolved actions.

Architecture

Carrier-grade. Cloud-native.
Production-proven.

Proven platform foundations for technical evaluators and procurement teams. Cloud-native architecture and carrier-grade resilience. So AI agents run safely on the infrastructure that can't afford to fail.

99.99%

Availability SLA with primary-secondary site resilience

TM Forum API Compliant

Open APIs aligned to TMF standards for integration with existing BSS/OSS ecosystems

Enterprise Security

SSO, RBAC, vault-based secrets management, data encryption at rest and in transit

SOX & GDPR Alignment

Audit trail, access governance, and data residency controls for regulated environments

Domains Covered

RAN, Core, IP / Transport, Fixed & FTTx, and Cloud & Edge managed across multi-vendor network environments.

Deploy anywhere

Deploy on any cloud or on-premises. Containers scale elastically with no infrastructure over-provisioning.

Microservices architecture

Independently deployable modules. Failures stay isolated. Updates deploy without full-platform downtime.

API-first platform

Every capability accessible via REST API. Pre-built adaptors for common OSS, BSS, and NMS integrations.

Multi-tenancy

Serve multiple operators or business units from one platform with full data and process isolation.

High availability design

Primary-secondary site topology, no single point of failure, and self-healing service recovery.

No-code configuration

Workflows, product catalogs, KPI definitions, and business rules managed by your teams, not developers.

Near real-time data platform

Governed platform for ingestion, transformation, ML, APIs, and operations, built together.

Zero-trust security model

Every service-to-service call authenticated. Vault for secrets. No lateral movement by design.

The control · no vendor lock-in

Own your automation.
Not another vendor's roadmap.

Build, tailor and own your solutions in the Studio. Your logic, your IP, open standards. No black boxes, no SI relationship for life.

Studio flexibility

Compose workflows, agents and policies, no black boxes.

Tailored to your needs

Solutions shaped to your topology and processes.

Own it independently

Your team custom-develops and runs it without us.

Your IP protected

What you build stays yours, no lock-in.

You don't have to transform everything at once.

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

They started with one problem. One domain. One agent. And built from there.

Production-ready from day one: multi-domain, multi-technology, multi-vendor. Start against the one problem costing you most, then expand at your own pace. Pre-built modules and vendor adaptors mean targeted deployments go live in weeks, not quarters.

The hardest part is picking where to start. We help with that too.

Adoption path

01

One problem

Find the operational pain slowing the team down now.

02

One domain

Scope the first loop where live data already exists.

03

One agent

Deploy specialist intelligence around that domain.

04

Build from there

Expand once the first loop proves value in production.

Getting Started

Live in weeks. Not quarters.
Start where it hurts, expand when ready.

There's no multi-year rip-and-replace required. Most operators start with the pain slowing them down most. NOC analytics, rollout management, or order fulfilment. Solve it first. Then expand.

Getting started

Pick one problem

Choose the area costing your team the most time or revenue. NOC alarm overload, stalled rollouts, slow activation, billing gaps. That is where we start.

No rip-and-replace

Go live in weeks

Pre-built modules, pre-built vendor adaptors, and a low-code configuration layer mean you are not waiting for a year-long implementation. Targeted deployments go live in weeks, not quarters.

Pre-built integrations

Prove the value

Within the first deployment, you will have concrete metrics. MTTR reduction, rollout milestone adherence, or revenue activation time. Those metrics justify the next step.

Measurable outcomes

Growing from there

Expand with ease

Because everything runs on the same platform and shares the same data, expanding into a new capability does not require a new integration project. Activate and configure.

Shared platform

Connect anything

The compound value emerges when your network operations and business operations share live data. Faster provisioning, accurate billing, and real-time SLA visibility become the baseline.

Built-in connectors

AI where it matters

With a unified data foundation in place, AI models run against your own network data, not generic defaults. Predictions get accurate, automation gets reliable, and your team works differently.

AI on your data

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 conversation
with 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.