Running a telecom operator is, at its core, a two-sided job. One side keeps the network alive: monitoring faults, provisioning services, and staying ahead of capacity problems. The other side keeps the business moving, from customer orders to billing relationships to the supply chain behind it all. Historically, these two worlds have run on different systems, run by different teams, and built on different data.
That fragmentation is expensive. When the NOC can't see what services a customer has subscribed to, incident response slows down. When the commercial team can't see network performance, SLA commitments turn into guesswork. NetSingularity starts from a simple premise: the same platform should serve both sides of the operation.
Modules across OSS, BSS and AI
Global OSS/BSS market in 2025*
Unified platform for network ops and business ops
What is NetSingularity?
NetSingularity is a unified OSS/BSS platform designed for telecom operators and communication service providers. It brings together network operations (OSS) and business operations (BSS) into a single system, augmented by AI agents that automate fault diagnosis, remediation, and customer workflows across both domains.
OSS and BSS — what they mean, and why they matter together
If you're not from a telecom background, the acronyms can get confusing fast. Here's the short version.
OSS, or Operational Support Systems, is everything that keeps the network running: fault detection, performance monitoring, configuration management, capacity planning, network inventory. Your NOC team lives here. BSS, or Business Support Systems, is everything that faces the customer and drives revenue: CRM, subscriber management, orders, billing, product catalogs, customer complaints. Your commercial and customer operations teams live here.
OSS — Operations support
Network & service layer · 22 modules
- Service assurance — fault mgmt, performance, incidents, anomalies
- Plan to build — RAN, FTTx rollout, IoT, network coverage
- Resource manager — inventory, topology, IP mgmt, LCM
BSS — Business support
Customer & commercial layer · 16 modules
- Customer & commercial — CRM, orders, subscribers, care
- Revenue & channels — partner management, campaigns
- Supply chain — procurement, field force, logistics, warehouses
Most operators run these on separate systems from different vendors. That creates integration overhead, data gaps, and the kind of slow cross-team coordination that shows up as delayed customer resolution and missed SLA windows. NetSingularity runs both on a single data model. The same incident that fires in the OSS shows up immediately with the customer context attached on the BSS side, no phone call required.
Where AI fits — and what it actually does
Unified data is the foundation. NetSingularity builds on it with a layer of AI agents that act on that data, across both OSS and BSS operations.
AI agents — cross-domain automation
NetSingularity's AI agents operate across network and business operations simultaneously. They're not dashboards or reporting tools. They diagnose problems, decide what to do about them, and act, within the safety bounds your team defines.
Sherlock traces fault chains across topology, telemetry, and change history to deliver a source-linked root cause, the kind of detail an alert on its own can't give you. ProcBot then executes approved remediation runbooks autonomously, within configured safety gates. NetBot gives any team member a conversational interface to query network state, customer data, or operational metrics without writing a query or opening a ticket.
What actually matters here is the class of incidents your team handles the same way every time. Those get resolved without anyone touching them. That leaves engineers free for the edge cases that genuinely need judgment.
What NetSingularity looks like in practice
The best way to understand the platform is through the problems it solves. Here are six scenarios that reflect how telecom operators actually use it.
Network fault affecting a major enterprise customer
OSS + BSSProblem: A fiber link goes down at 3 a.m. The NOC gets the alarm. Which customers are affected, and what SLA commitments are at risk?
NetSingularity: NetSingularity's Service Impact module links the network event directly to the affected subscribers and their contracted SLAs. The NOC sees the customer impact alongside the technical fault. Sherlock traces the root cause and ProcBot triggers the approved remediation workflow. A case opens automatically in the Incidents and Case Management modules, and nobody on the NOC has to call the commercial team to find out who the customer is.
FTTx rollout across a new urban district
OSSProblem: A new fiber deployment needs coordinated planning across civil works, equipment procurement, field teams, and coverage mapping, work that's typically spread across four separate tools.
NetSingularity: The Plan to Build domain handles this end-to-end. Fiberneo manages the E2E FTTx rollout process. Network Coverage gives the planning team geospatial visibility of where fiber reaches and where gaps remain. Field Force Management assigns and tracks work orders for the deployment teams on the ground. Inventory Planning ensures equipment and materials are staged correctly before crews arrive.
Enterprise customer onboarding and order fulfillment
BSSProblem: An enterprise signs a new multi-site connectivity contract. Getting from signed agreement to live service requires commercial configuration, provisioning, and customer communication, often with handoffs across five teams.
NetSingularity: The BSS layer handles this within a single system. The Plans & Products Catalog defines the commercial offer. Orders manages the lifecycle from acceptance to fulfillment. Subscribers tracks provisioning status. CRM maintains the customer relationship record throughout. Experience & Care gives the account team visibility of any service issues the customer is experiencing during onboarding, before the customer calls to complain.
Proactive capacity management ahead of a major event
OSSProblem: A stadium or city district is hosting a large public event in three weeks. Traffic will spike significantly on specific RAN sites. The operator needs to plan capacity before the day, not scramble on it.
NetSingularity: The Capacity module provides utilization analytics and congestion forecasts for specific nodes and areas. Traffic Engineering runs simulated configurations against the expected load. The Network Anomalies module flags any sites already showing degraded performance ahead of the event. Together, these give the planning team enough lead time to reconfigure or temporarily re-prioritize resources before any customer impact.
Channel partner performance and commercial management
BSSProblem: A telecom operator sells through a network of resellers and channel partners. Tracking their contract performance, payment status, and sales activity typically requires manual reporting and multiple conversations.
NetSingularity: The Channel Partners module manages the full partner engagement lifecycle in one place: contracts, payment terms, performance analytics. Campaigns connects marketing initiatives to partner channels, which means new product launches can go live across the reseller network without a separate coordination effort. Commercial leaders get a live view of which partners are performing and which need engagement.
SIM logistics and supply chain for a new mobile launch
OSS + BSSProblem: Launching a new mobile product line requires coordinating SIM procurement, warehouse staging, logistics to distribution points, and subscriber provisioning, processes that span both the supply chain and the network.
NetSingularity: SIM Inventory manages the procurement and provisioning automation from the network side. Warehouses tracks inbound receipts, stock levels, and outbound dispatch. Logistics handles the end-to-end shipment tracking to distribution partners. Subscribers ties activation to provisioning automatically once a SIM is assigned to a subscriber. From supplier to active subscriber, the whole process stays visible in one system.
The teams that use NetSingularity every day
NetSingularity isn't built for one department. Different teams access it for different reasons, all from the same shared data foundation. Here's who typically benefits most.
NOC and network operations
Real-time fault visibility, alarm correlation, automated remediation, topology-aware triage.
Network planning and build
RAN rollout automation, coverage mapping, capacity forecasting, FTTx project management.
Customer operations and CX
Order management, subscriber lifecycle, complaint resolution, NPS and feedback analytics.
Commercial and product teams
Product catalog management, channel partner oversight, campaign execution, revenue analytics.
Supply chain and procurement
Vendor management, material planning, warehouse operations, field force coordination.
Executive and strategy
OKR tracking, business portfolio management, cross-domain performance dashboards.
What makes this unusual is that the same platform serves the engineer watching a fiber alarm at 2 a.m. and the CFO reviewing partner performance on Monday morning. The data connecting those two views is what makes each of them more useful.
Why fragmented systems cost more than most operators realize
The case for a unified platform goes beyond operational convenience. There's a financial argument too. Fragmented telecom stacks put the OSS on one vendor's system, the BSS on another, and the supply chain on a third, and those gaps create integration costs that compound over time. New capabilities need new connectors. Teams end up working from different versions of the truth, and cross-functional workflows depend on someone manually bridging the gap.
McKinsey's research on telecom CX transformation found that operators who fail to link their front-office and back-office operations effectively consistently underperform on customer satisfaction and churn metrics. The operators who close that gap, connecting network performance to customer experience in a single data model, gain a measurable commercial advantage.
NetSingularity's 43 modules span service assurance, network planning, resource management, customer operations, supply chain, and AI, and they're designed to replace that fragmented stack with a single platform that every team in the business can operate from.
One platform. Every team that keeps you running.
Telecom operators have always had to manage two jobs simultaneously: keep the network healthy and keep customers happy. For most of the industry's history, those jobs have run on separate systems with separate data, and the resulting integration overhead, slow incident response, and missed commercial signals have been treated as the cost of doing business.
That cost is not fixed. NetSingularity is built on the idea that a single platform, with unified data and AI working across both domains, changes the economics and the speed of everything that follows. If you're evaluating what that looks like for your operation, the place to start is a conversation.
Frequently asked questions about NetSingularity
What is the difference between OSS and BSS in telecom?
OSS (Operational Support Systems) covers the technical side of running a telecom network: fault detection, performance monitoring, configuration, provisioning, and network inventory. BSS (Business Support Systems) covers the customer and commercial side: billing, CRM, order management, product catalogs, and subscriber management. Most operators have historically run these on separate systems. Unified platforms like NetSingularity bring both into a single data environment, so network teams and commercial teams stop working off two different pictures of the same customer.
Who is NetSingularity designed for?
NetSingularity is designed for telecom operators and communication service providers that need a single platform to manage both their network operations and their business operations. This includes mobile network operators, fiber broadband providers, and multi-service CSPs. Within those organizations, the platform serves NOC engineers, network planning teams, customer operations, commercial teams, supply chain, and executive leadership, each accessing the system for different purposes, all from a shared data foundation.
How does AI work within the NetSingularity platform?
NetSingularity includes a layer of AI agents that operate across both OSS and BSS. Sherlock performs automated root cause analysis by tracing fault chains across topology, telemetry, and change history, producing a sourced diagnosis instead of a raw alert. ProcBot executes remediation runbooks autonomously within safety boundaries your team defines. NetBot provides a conversational interface for querying network or customer data. The anomaly detection engine identifies performance degradations proactively, before they escalate to outages. Together, these agents take the high-volume, repetitive resolution work off your team's plate. Engineers spend their time on the complex cases that actually need judgment.
Can NetSingularity replace legacy OSS/BSS systems?
NetSingularity is built as a unified platform intended to serve as the operational core for a telecom operator across both network and business functions. Whether it replaces existing systems fully or integrates with specific legacy components depends on the operator's migration strategy and current architecture. The platform's 43 modules cover the breadth of OSS and BSS functionality, making it viable as a consolidation platform for operators looking to reduce the number of vendor systems they operate.
What does "closed-loop automation" mean in practice?
Closed-loop automation means the platform can detect a problem, diagnose its root cause, and execute a fix without requiring a human to initiate each step. In NetSingularity, this works through the combination of the fault management and performance monitoring modules (detect), Sherlock (diagnose), and ProcBot (act). The loop is closed because the system carries the resolution all the way through, within the boundaries your team sets, rather than raising an alert and leaving the rest to someone's inbox. This is most valuable for known fault types where the remediation is well-defined, predictable, and safe to automate.
* Global OSS & BSS market size figure sourced from IMARC Group, OSS & BSS Market Report, 2025. The $66B figure refers to the 2025 market valuation. The 61% AI adoption statistic is sourced from Industry Research's OSS BSS System and Platform Market Report (2025). All other claims in this post are based on NetSingularity platform capabilities as documented in publicly available product materials. No unsourced financial projections or operational benchmarks have been included.
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