Telecommunications

Network complexity, customer churn, and legacy BSS/OSS systems are slowing down service innovation.

Telecommunications operators face a dual challenge: managing increasingly complex network infrastructure while competing aggressively on customer experience in a market where switching costs are low and expectations are high. Legacy BSS and OSS platforms, built for voice and fixed-line services, struggle to support the speed, flexibility, and digital-first experiences that 5G, IoT, and cloud services demand. Custom telco software modernizes the customer-facing and network operations layers that drive satisfaction, retention, and the ability to launch new services faster than competitors.

Technologies & platforms we use

AWS Telecom
Amdocs
Ericsson
NSO
Kafka
Kubernetes
What we build

Telecommunications software solutions we provide

01

Customer Self-Service Portal & App

A digital-first customer portal and mobile app allowing subscribers to manage their account, view usage in real time, upgrade plans, raise support tickets, and pay bills — without calling customer care. Proactive usage alerts, bill shock prevention, and personalized plan recommendations increase satisfaction and reduce churn. Deflecting routine service requests to digital channels significantly reduces cost-per-contact in customer operations.

02

Network Operations & Fault Management Platform

A unified network operations platform that aggregates alarm data from multi-vendor network elements, applies event correlation to suppress noise, and surfaces genuine service-affecting faults to NOC engineers in a prioritized queue. Automated fault isolation and remediation playbooks reduce mean time to repair (MTTR) for common fault types. Integration with field workforce management dispatches field engineers to physical faults with the diagnostic information they need.

03

Billing & Revenue Management System

A flexible rating and billing engine that handles complex telco billing scenarios: usage-based charging, bundled plans, promotional discounting, roaming, and convergent billing for fixed and mobile. Real-time revenue assurance checks detect billing leakage — services consumed but not billed — before it becomes a material revenue loss. Automated invoice generation, payment processing, and dunning management reduce the operational cost of the billing cycle.

04

Service Catalog & Provisioning Automation

A digital service catalog and automated provisioning platform that allows new products and offers to be configured and launched without custom development, and that orchestrates service activation across multi-vendor network elements in minutes rather than days. Order fallout management and automatic retry logic reduce the manual intervention required to complete provisioning failures. API-first design exposes catalog and provisioning capabilities to external channels, partners, and B2B customers.

05

Churn Prediction & Retention Platform

A machine learning-based churn prediction platform that scores each subscriber's propensity to churn based on usage patterns, payment behavior, service quality experience, and competitive market signals. Automated retention journeys — targeted offers, proactive service quality interventions, loyalty reward activations — are triggered for high-churn-risk customers before they initiate a cancellation. Retention program analytics measure the lift attributable to each intervention type, enabling continuous optimization.

Product types

Types of custom telecommunications software we develop

Customer Self-Service Portal & Mobile App

Digital account management, usage monitoring, and support deflection platform for telecom subscribers.

Network Operations Center (NOC) Dashboard

Multi-vendor alarm aggregation, event correlation, and fault management platform for network operations teams.

Billing & Revenue Management System

Flexible rating engine supporting usage-based, bundled, and convergent telco billing scenarios.

Service Catalog & Provisioning Automation

Digital product catalog and multi-vendor service orchestration platform for faster service launches.

Churn Prediction & Retention Engine

ML-based subscriber churn scoring and automated retention campaign trigger platform.

B2B Customer Portal

Self-service ordering, SLA reporting, and account management portal for enterprise telecom customers.

Revenue Assurance Platform

Automated billing leakage detection and reconciliation tool for telco revenue operations teams.

Field Workforce Management System

Dispatch, scheduling, and mobile job management platform for field engineers and installation crews.

Why bespoke

Benefits of building bespoke solutions

01

Reduced Customer Churn

Proactive churn prediction, targeted retention offers, and digital self-service tools that resolve issues before they trigger a cancellation decision are among the highest-ROI investments a telco can make. Every percentage point of churn reduction represents a significant recurring revenue impact given average revenue per user and the cost of customer reacquisition. Operators that invest in digital customer experience and predictive retention consistently outperform peers on net promoter score and ARPU stability.

02

Lower Customer Operations Cost

Deflecting routine service requests — bill queries, plan changes, data top-ups, fault reports — to digital self-service channels reduces the per-contact cost of customer operations significantly. Each interaction handled digitally rather than through a call center agent costs a fraction of the alternative. As digital adoption grows, the same customer base can be served with a smaller operations team or the freed capacity can be redirected to complex issue resolution where human judgment genuinely adds value.

03

Faster Time to Market for New Services

A modern service catalog and provisioning automation platform allows new products — bundles, add-ons, IoT SIMs, cloud connectivity packages — to be configured and launched in days rather than the months that legacy BSS platforms require. Faster service launch velocity is a competitive differentiator in markets where competitors are constantly introducing new propositions. API-first service catalog design also enables ecosystem partnerships and B2B service resale without custom integration work.

04

Improved Network Service Quality

Automated fault correlation, reduced alarm noise, and faster mean time to repair improve service quality metrics that directly affect customer satisfaction and regulatory commitments. Predictive network maintenance — identifying capacity constraints and equipment degradation before service is affected — prevents the incidents that cause churn spikes and regulatory scrutiny. Better service quality is the foundation on which higher ARPU premium products and enterprise contracts are built.

05

Reduced Revenue Leakage

Revenue assurance automation detects billing errors, provisioning mismatches, and unbilled usage before they result in material revenue loss. Telcos operating without real-time revenue assurance typically leak 1–3% of gross revenue annually through billing errors, fraudulent usage, and provisioning failures. Recovering this leakage through automated detection and correction often delivers a higher return than equivalent investments in new revenue initiatives.

Who benefits

Which telecommunications businesses benefit from custom software

Mobile Network Operators (MNOs)

Mobile carriers managing subscriber lifecycle, network operations, and competitive service positioning.

Fixed-Line & Broadband Providers

ISPs and cable operators managing residential and business broadband, TV, and voice services.

MVNOs (Mobile Virtual Network Operators)

Virtual operators seeking lean, flexible BSS stacks for niche or digital-first subscriber segments.

Telecoms Infrastructure Providers

Tower companies, dark fiber operators, and neutral host providers managing B2B infrastructure services.

Satellite & IoT Connectivity Providers

Emerging connectivity providers managing M2M SIMs, IoT platforms, and satellite broadband services.

Enterprise Telco & UCaaS Providers

Companies selling unified communications, SD-WAN, and managed connectivity to business customers.

Regulator & National Broadband Authorities

Government agencies managing spectrum licensing, network quality monitoring, and universal service programs.

Telecoms Technology Startups

Startups building disruptive products in network automation, 5G applications, or telco-adjacent services.

How we build it

Services we use to build telecommunications software

Common questions

FAQ

BSS (Business Support Systems) covers the customer-facing systems in a telco: billing, CRM, order management, and service catalog. OSS (Operations Support Systems) covers the network-facing systems: network inventory, provisioning, fault management, and performance management. Most BSS/OSS platforms currently in production were designed in the 1990s and 2000s for a world of fixed telephony and simple mobile voice plans — they were not built for the complexity of 5G services, IoT SIMs, cloud connectivity products, or the digital-first customer experience expectations of today. Modernization is needed because legacy systems take months to launch new products, cannot expose APIs for digital channels and ecosystem partners, and create technical debt that slows every subsequent change. The industry has moved from monolithic BSS/OSS to modular, API-first, cloud-native architectures that allow individual components to be replaced or extended without a full platform replacement.
A customer portal reduces churn by addressing the two root causes that drive switching decisions: service quality dissatisfaction and lack of perceived value. On service quality, the portal provides real-time network status information, proactive outage notifications, and easy self-service for common issues (resetting a router, checking coverage, disputing a bill) that would otherwise require a frustrating call center interaction. On value perception, personalized usage dashboards, plan comparison tools, and proactive upgrade recommendations based on actual usage patterns help customers see that they are on the right plan rather than feeling overcharged. We instrument the portal from day one to measure the correlation between portal engagement and churn rate, which allows continuous improvement of the features that most directly reduce cancellations.
Yes — multi-vendor integration is a core requirement for telecom OSS platforms we build, as virtually no operator runs a single-vendor network. We integrate with network management systems (NMS) and element management systems (EMS) from vendors including Ericsson, Nokia, Huawei, Cisco, and Juniper using their northbound API interfaces — typically SNMP, RESTCONF, NETCONF, or proprietary REST APIs. Alarm data from multiple vendor domains is normalized into a common event schema, enriched with network topology context, and correlated to identify root causes before presenting to NOC engineers. Where vendors do not expose modern API interfaces, we use SNMP traps or syslog ingestion as fallback integration mechanisms.
Revenue assurance in telecoms is the practice of detecting and correcting gaps between the services delivered to customers and the revenue collected for those services. Common leakage scenarios include: services activated on the network but not provisioned in the billing system; promotional discounts that continue after their expiry date; roaming usage that is rated incorrectly due to tariff configuration errors; and fraudulent usage (SIM box fraud, subscription fraud) that consumes network resources without generating legitimate revenue. Revenue assurance software addresses these scenarios through automated reconciliation rules that compare records between the network, provisioning, and billing systems and flag discrepancies for investigation. Continuous reconciliation — running in near-real time rather than in batch overnight — reduces the financial impact of each leakage scenario by catching it before it accumulates.
Digital transformation in a live telco environment requires a careful phased approach that avoids the 'big bang' cutover that has historically caused major service disruptions in the industry. We recommend a strangler fig pattern: new capabilities are built as independent, cloud-native services that gradually replace the corresponding functions in legacy systems, with live traffic migrated progressively rather than all at once. A parallel running period, where both old and new systems operate simultaneously and outputs are compared, is used to validate correctness before the legacy system is decommissioned. Change management — training operations teams, updating runbooks, and maintaining rollback procedures — is treated as an explicit deliverable alongside the technical work. We have experience managing telco transformation projects where zero unplanned downtime during the transition is a contractual requirement.

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