Telecom networks run
at five nines. Your IT
operations should too.
Softenger delivers 24/7 remote IT infrastructure management purpose-built for telecom operators and media enterprises — covering OSS/BSS platforms, network operations, SOC cybersecurity, OTT and streaming infrastructure, TRAI and GDPR compliance, and 5G/cloud environments. One operations team. One SLA commitment. Every network element, every media platform, every hour. ISO 27001:2022 certified.
In telecom and media, IT failures aren’t service outages — they’re broadcast events.
Telecom operators and media companies operate infrastructure where the gap between an IT incident and a customer-visible service failure is measured in seconds, not minutes. A network element anomaly becomes a dropped call. A CDN failure becomes a streaming outage during a live broadcast. An OSS/BSS platform degradation becomes a billing cycle delay that triggers regulatory scrutiny. These are the five IT challenges that define the operating environment your IT team faces every quarter.
Five-nines uptime expectations leave no margin for reactive IT operations
Telecom operators commit to 99.999% network availability — 5.26 minutes of unplanned downtime per year. Every minute of IT-induced network degradation burns through that allocation. Managing critical network infrastructure and OSS/BSS platforms with reactive IT support is an architecture mismatch that the availability SLA cannot tolerate.
Telecom networks face sophisticated, targeted cyberattacks — SS7, Diameter, and DDoS
Telecom networks are high-value targets for state-sponsored actors, criminal groups, and hacktivists. SS7 and Diameter protocol attacks exploit signaling network vulnerabilities. DDoS attacks target network infrastructure at unprecedented scale. BGP hijacking can redirect traffic at the routing level. Generic IT security postures are not calibrated for the telecom threat profile.
Legacy OSS/BSS co-existing with cloud-native 5G and OTT creates unmonitored hybrid gaps
Most operators run a deeply hybrid IT environment — legacy OSS/BSS platforms co-existing with cloud-native 5G core components, containerized network functions, and SaaS media platforms. The integration boundaries between legacy and cloud-native layers — the API interfaces, message brokers, and data pipelines — are where incidents originate and propagate undetected across systems.
TRAI, ITU, GDPR, and regional telecom regulations overlap in ways that strain compliance teams
Telecom operators and media enterprises face simultaneously applicable regulatory frameworks — TRAI Quality of Service standards, ITU-T technical requirements, GDPR data subject rights obligations, and country-specific licensing conditions. Each framework requires continuous IT monitoring, audit evidence, and incident documentation that cannot be sustained through manual pre-audit assembly.
OTT and streaming platforms must scale instantly for live events that cannot be rescheduled
A live sports broadcast, awards ceremony, or news event cannot be rescheduled because your CDN or origin server infrastructure failed to scale. OTT platforms face instantaneous demand spikes — from baseline traffic to peak viewership in seconds — that require proactive capacity management and real-time infrastructure monitoring, not reactive scaling after viewer complaints arrive.
Three operating domains. One managed service. Built for the communications stack.
Softenger’s telecom and media RIM covers three distinct operational domains — network operations and OSS/BSS management, security and compliance, and media platform and digital infrastructure. Every domain is managed from a single operations center, under a single SLA commitment, with one escalation path.
OSS/BSS & Network Operations Center
The systems that manage your network and serve your subscribers — monitored continuously to the five-nines availability standard that telecom operations demand. A BSS platform degradation during a billing cycle or an OSS fault management failure during a network event are never standard service desk tickets.
- 24/7 NOC monitoring of OSS platforms — fault, configuration, performance, and accounting management
- BSS platform availability — billing, CRM, order management, and revenue assurance systems
- 5G core and RAN infrastructure monitoring — NF availability and performance
- Network element monitoring across core, transmission, and access layers
- VoIP, IMS, and real-time communications infrastructure availability
- MPLS, SD-WAN, and interconnect link performance management
Telecom SOC & Regulatory Compliance Operations
Telecom networks face a threat environment calibrated specifically to their infrastructure — SS7 attacks, signaling network exploitation, DDoS targeting network elements, and insider threat patterns unique to communications providers. Softenger’s SOC uses telecom-sector threat intelligence alongside TRAI, GDPR, and ITU compliance monitoring.
- 24/7 SOC with telecom-sector threat intelligence — SS7, Diameter, BGP attack pattern detection
- Signaling network anomaly monitoring — protocol abuse and fraud pattern detection
- DDoS detection and mitigation monitoring across network infrastructure
- TRAI Quality of Service compliance monitoring and audit-ready documentation
- GDPR data subject rights compliance monitoring — subscriber data handling
- Network lawful intercept compliance posture and audit trail management
OTT, CDN & Digital Media Infrastructure
The streaming, content delivery, and broadcast IT environments that carry your content to subscribers — managed with event-aware capacity planning and real-time infrastructure monitoring. A live broadcast cannot tolerate infrastructure scaling delays; pre-event reviews and proactive capacity management are standard in every engagement.
- OTT platform availability and performance monitoring — origin and edge infrastructure
- CDN performance management — cache hit rates, origin health, and PoP availability
- Live streaming infrastructure monitoring — encoding, packaging, and delivery pipelines
- Media Asset Management (MAM) system availability and ingest pipeline health
- Broadcast IT infrastructure — playout systems, graphics, and automation platforms
- Pre-event capacity review and infrastructure scaling for known peak viewership events
We don’t monitor generic IT applied to a telecom operator. We monitor the communications stack.
The distinction is operationally significant. A generic managed IT provider monitors servers and databases. Softenger monitors the telecom and media operational environment — understanding that a BSS billing platform degradation affects subscriber churn metrics differently than a corporate HR system outage, and that an OTT CDN failure during a live championship final carries a brand consequence that a Tuesday morning file server alert does not. Our SOC threat intelligence covers SS7 and signaling network attack patterns. Our compliance monitoring covers TRAI and ITU-T simultaneously with GDPR. Our NOC is calibrated to the five-nines availability standard of a communications network — not a corporate IT service window.
We audit your network topology before we monitor anything.
Most managed IT providers onboard quickly and apply a generic monitoring template. Softenger starts with a network topology audit that maps your complete communications environment — OSS/BSS architecture, 5G core topology, OTT platform dependencies, compliance obligations, and the operational patterns that define what a critical incident looks like in your specific network context.
The audit produces a telecom-specific monitoring model: which OSS/BSS systems carry the highest subscriber impact, which network elements require dedicated fault monitoring, what threshold constitutes an actionable network alert versus routine operational data, and which incidents require immediate regulatory notification escalation. Only then does 24/7 monitoring go live.
The result is a managed IT service that understands your communications network as thoroughly as your own engineers — and monitors it more reliably because it operates in continuous shifts, never has a staffing gap at 3am during a peak broadcast event, and never loses a telecom-experienced engineer to attrition at the worst possible moment in a TRAI audit cycle.
Network topology audit before monitoring goes live — every engagement
Every operator’s OSS/BSS architecture, 5G core topology, and OTT platform dependencies are mapped in documented detail before a single monitoring rule is written. The topology audit defines alert tiers, escalation paths, and compliance monitoring scope — none of which are configurable from a generic IT template.
Network topology audit is the deliverable — not a generic template.TRAI, ITU-T, and GDPR embedded from day one — not assembled pre-audit
Regulatory compliance monitoring for TRAI Quality of Service standards, ITU-T framework requirements, and GDPR data subject obligations are configured as system outputs from the first day of operations. Audit-ready documentation is always current — not produced in the six weeks before a regulatory inspection.
Compliance posture is a system state — not an audit-season activity.Telecom SLA tiers — not generic IT response timelines applied to network elements
Softenger’s telecom SLA model distinguishes a signaling network anomaly from a corporate IT application performance issue — because those carry materially different subscriber impact, regulatory reporting obligations, and operational urgency. Network-critical incidents are never processed in the same queue as standard IT service requests.
SLA response priorities reflect network operations — not corporate IT convention.Single operations team across OSS/BSS, 5G, OTT, and corporate IT
Every system in your communications operation — legacy OSS, cloud-native 5G core, OTT streaming platforms, and corporate back-office IT — is managed by the same operations team, under the same SLA, from one center. No gap between the network team and the IT team. One escalation path, always.
One team. Entire communications stack. One SLA.Six service domains. The full communications IT stack consolidated under one team.
Softenger’s telecom and media RIM consolidates what most operators manage across four or more separate vendors into a single operations model — unified visibility, one SLA, one escalation path, one operations team that understands how each domain connects to the others.
OSS Platform Management
Fault management, configuration management, performance monitoring, and accounting (FCAPS) platform availability. Network element management systems, topology databases, and service activation platforms monitored under five-nines SLA tiers.
BSS Platform Management
Billing platform availability, CRM and customer management systems, order management, revenue assurance, and product catalogue platforms. BSS degradation during billing cycles is a P1 event — subscriber revenue impact begins immediately.
5G & Network Infrastructure
5G core network function (NF) availability and performance — AMF, SMF, UPF, PCF monitoring. RAN performance management. MPLS, SD-WAN, and backbone connectivity. Virtualized and containerized network function (VNF/CNF) infrastructure management.
Telecom Security Operations
SOC monitoring with telecom-sector threat intelligence. SS7 and Diameter protocol anomaly detection. DDoS targeting network infrastructure. BGP routing security monitoring. Subscriber data protection and GDPR/TRAI compliance posture maintained continuously.
OTT & Streaming Platform Infrastructure
OTT platform availability, CDN performance monitoring, live streaming pipeline health (encoding, packaging, delivery), and pre-event capacity management for known peak viewership events. Subscriber quality of experience (QoE) tracked proactively.
Cloud & Hybrid Infrastructure
Multi-cloud and hybrid infrastructure management across AWS, Azure, and GCP. Telecom-specific cloud environments — public cloud 5G core, cloud-hosted OSS/BSS, and media cloud platforms — managed alongside on-premises data centers under one unified operations model.
What telecom and media enterprises achieve with Softenger’s managed IT model
These are client-reported outcomes from enterprises operating in high-availability, high-compliance communications environments — not modelled projections from a generic managed IT comparison.
Network & Platform Availability
OSS/BSS platforms and network operations managed under five-nines SLA tiers deliver measurable uptime improvements over fragmented vendor arrangements — because network anomalies are detected before they cascade to subscriber impact, not after operations staff report them.
Regulatory Compliance Posture
Continuous TRAI and GDPR monitoring — configured as system outputs from onboarding — eliminates the compliance gap between audit cycles that represents the highest regulatory risk for telecom operators operating across multiple jurisdictions with overlapping mandates.
IT Operational Cost Reduction
Consolidating multi-vendor OSS/BSS, network monitoring, and IT operations into Softenger’s offshore delivery model consistently produces 50%+ reduction in IT operational costs — while expanding monitoring coverage, adding 24/7 availability, and eliminating the attrition risk of specialist telecom IT staff.
OTT & Streaming Platform Reliability
Media enterprises operating OTT and streaming platforms gain proactive capacity management and pre-event infrastructure reviews — replacing the reactive scaling model that produced visible subscriber quality degradation during live events with a model that manages peak demand before subscribers notice it.
How AOTS governs
a telecom IT
engagement — end to end.
AOTS — Advise, Optimize, Transform, Support — applied to telecom and media IT has a specific mandate in each phase. Advise produces a network topology audit and OSS/BSS dependency map before any monitoring rule is written. Optimize configures telecom-calibrated alert thresholds and compliance monitoring before go-live. Transform onboards network domains in validated clusters without any service impact to live network operations. Support operates a 24/7 NOC and SOC calibrated to five-nines network availability standards with pre-built telecom incident runbooks. Every phase is mandatory. Every phase produces documented outputs before the next begins.
Advise
Every network domain’s IT environment is mapped in documented detail — OSS/BSS architecture, 5G core topology, OTT platform dependencies, and compliance obligations across all applicable frameworks. The audit output drives the monitoring model.
- Network domain topology audit — OSS, BSS, 5G core, OTT, CDN
- Regulatory compliance mapping — TRAI, ITU-T, GDPR obligations
- Service criticality tiering — subscriber impact ranking per system
- SLA design aligned to five-nines network availability commitments
- Onboarding phasing plan — network-critical systems first
A documented network topology and compliance-aligned monitoring architecture — built from your operational environment, not a generic telecom IT template.
Optimize
Monitoring rules are built from the Advise topology audit — not from vendor defaults. OSS/BSS alert thresholds, 5G NF performance baselines, SS7/Diameter anomaly detection, and TRAI compliance monitoring are all configured and tested before go-live.
- OSS/BSS and network element monitoring rule configuration
- SS7, Diameter, and BGP security detection rules activated
- TRAI and GDPR compliance monitoring configured as system outputs
- Alert noise elimination — subscriber-impacting signals separated
- Telecom incident runbook development — top network failure and security scenarios
A tested, telecom-calibrated monitoring environment — compliance active, signaling security detection validated, network SLA tiers confirmed before first live incident.
Transform
Onboarding is delivered by network domain — OSS/BSS and critical network elements first, then 5G core, then OTT and media platforms. Each domain runs in parallel with existing monitoring, is validated, and handed to Softenger NOC before the next begins.
- Network domain cluster onboarding — validation gate between each phase
- Parallel monitoring run — zero service impact during transition
- Network incident simulation — top telecom failure scenarios tested pre-handover
- TRAI compliance validation per domain before progression
- Knowledge transfer — internal NOC and engineering teams briefed on operating model
All network domains onboarded and running under defined SLAs — without any impact to live network operations or subscriber services during the transition period.
Support
Softenger’s GSC operates your communications IT environment continuously — network monitoring, signaling security operations, compliance reporting, and proactive infrastructure health management. Quarterly AOTS reviews ensure the operating model evolves as your 5G rollout, OTT portfolio, and regulatory obligations change.
- 24/7/365 NOC and SOC operations — no business hours, no coverage gaps
- Network incident management — L1–L3 with pre-built telecom runbooks
- Monthly TRAI, GDPR, and compliance reporting — audit-ready always
- Pre-event OTT capacity reviews — known peak events managed proactively
- Quarterly AOTS review — 5G expansion, new services, regulatory changes
A continuously operated, continuously compliant communications IT environment — regulatory posture documented, network monitored, and infrastructure health reported every quarter.
Every new 5G deployment, OTT launch, or regulatory obligation re-enters AOTS.
When you launch a new 5G service, commission an OTT platform, or face a new regulatory mandate, that change enters at Advise. The new environment is audited, the monitoring model updated, the change onboarded through Transform, and it returns to Support. Network growth doesn’t create monitoring gaps — it follows the same governance cycle every time.
Six structural differences that determine whether managed IT meets the five-nines standard or doesn’t
These aren’t positioning claims. They are operational and structural realities built into how Softenger engages, monitors, and responds — that determine whether your communications IT infrastructure operates at the availability and compliance level the network and regulator simultaneously demand.
Telecom-native operations — OSS/BSS and network elements treated as subscriber-critical infrastructure
Softenger’s telecom RIM model classifies network operations systems by their subscriber impact — not their technical architecture. An OSS fault management failure is never processed in the same queue as a corporate email server alert. Alert tiers, escalation paths, and response timelines are calibrated to the five-nines network availability standard.
Signaling network security — SS7, Diameter, and BGP threat detection built into SOC operations
Softenger’s SOC for telecom operators uses threat intelligence feeds specific to signaling network attack patterns — SS7 location tracking and call interception methods, Diameter Denial of Service patterns, and BGP hijacking indicators. Generic enterprise security threat intelligence is not adequate for the telecom threat environment.
True 24/7 GSC coverage — India-based operations across all telecom time zones
Softenger’s Global Support Center operates continuous shifts. A BSS billing platform anomaly at 2am doesn’t wait for a local IT manager to respond to a pager. A 5G core NF failure at 4am reaches a telecom-experienced engineer in minutes — not after someone arrives on shift. True 24/7 telecom NOC is a shift operations model.
Event-aware OTT management — streaming infrastructure pre-scaled for live events
Softenger’s OTT platform management includes pre-event infrastructure reviews and capacity validation for known high-viewership events. Reactive scaling after subscriber quality complaints is not an acceptable operating model for live sports, news, or entertainment events. Softenger validates infrastructure capacity before viewership peaks arrive.
50% IT cost reduction and 40% faster incident resolution — documented outcomes
Consolidating multi-vendor telecom IT operations into Softenger’s offshore delivery model produces 50%+ IT cost reduction and 40% faster incident resolution. Telecom operators also eliminate the specialist attrition risk — the institutional knowledge that walks out the door when a senior OSS engineer leaves at the wrong moment in a TRAI audit cycle.
25 years of enterprise IT delivery — VISA, Kotak Bank, and Reliance Jio among our clients
Softenger’s 25-year enterprise IT delivery history includes Reliance Jio — one of the world’s largest mobile operators by subscriber base. The operational discipline, SLA standards, and network IT expertise built for that engagement define the baseline for every telecom and media IT engagement Softenger delivers.
Insights for automotive &
aerospace IT leaders
Explore all insights →
Securing the Future of Utilities: IT/OT Convergence and Cybersecurity for Remote Infrastructure
The security principles from IT/OT convergence in industrial environments apply directly to automotive and aerospace manufacturing — where SCADA systems, PLC networks, and production IT share boundaries that sophisticated attackers and TISAX auditors both examine closely.
Why Remote and Centralized Device Management Is Transforming IT Operations Across Distributed Infrastructure
The centralized remote management model transforming multi-site operations applies directly to automotive and aerospace enterprises managing production IT, test lab equipment, and engineering workstations across globally distributed manufacturing networks and design centres.
IT-Led Infrastructure Modernization: Building Resilient, Secure Operations at Scale
How enterprises managing complex distributed infrastructure — including automotive manufacturers modernizing from legacy SCADA and on-premises ERP to cloud-connected production and design platforms — use managed IT frameworks to drive transformation without disrupting live operations.
Questions telecom IT leaders ask
before engaging Softenger
Insights for automotive &
aerospace IT leaders
Explore all insights →
Securing the Future of Utilities: IT/OT Convergence and Cybersecurity for Remote Infrastructure
The security principles from IT/OT convergence in industrial environments apply directly to automotive and aerospace manufacturing — where SCADA systems, PLC networks, and production IT share boundaries that sophisticated attackers and TISAX auditors both examine closely.
Why Remote and Centralized Device Management Is Transforming IT Operations Across Distributed Infrastructure
The centralized remote management model transforming multi-site operations applies directly to automotive and aerospace enterprises managing production IT, test lab equipment, and engineering workstations across globally distributed manufacturing networks and design centres.
IT-Led Infrastructure Modernization: Building Resilient, Secure Operations at Scale
How enterprises managing complex distributed infrastructure — including automotive manufacturers modernizing from legacy SCADA and on-premises ERP to cloud-connected production and design platforms — use managed IT frameworks to drive transformation without disrupting live operations.
Tell us about your
communications network.
We’ll show you what
five-nines managed looks like.
A conversation with a Softenger telecom IT specialist produces a documented network topology and compliance assessment — not a vendor pitch. We review your OSS/BSS environment, compliance obligations, and current IT operations model, then produce a specific recommendation. No commitment required.
📡 Request a Telecom & Media IT Assessment
ISO 27001 certified. Your information is handled securely and never shared.