Telecommunications  ·  NexGenTek Delivery System

Telecom systems fail at scale when network, platform, and operations layers are not governed together.

NexGenTek designs, builds, and operationalizes large-scale telecommunications systems for network operators, 5G platform providers, and communications infrastructure firms — under one governance model, with one accountable owner from architecture to production.

End-to-end system ownership across network infrastructure, OSS/BSS platforms, and cloud environments — no handoff between architecture and delivery
Integration across legacy and next-generation network systems without the service disruption that traditional modernization programmes create
Consulting expertise, execution teams, and embedded telecom engineers within one delivery model — not three separate vendor relationships
ISO 27001
Information security
SOC 2
Type II — CPA issued
17 yrs
Enterprise delivery
99.5%+
Managed uptime SLA
Telecom Delivery Commitments SLA-Backed
ISO 27001 controls activeFrom day one
P1 platform incident response< 2 hours
Compliance documentation< 24 hours
Managed platform uptime≥99.5%
Architecture signed before buildEvery engagement
Full IP and source transfer100% at close
All commitments are backed by defined service agreements with telecom-specific provisions.
ISO 27001:2022
Information Security Management
SOC 2 Type II
Security · Availability · Confidentiality
ISO 9001:2015
Quality Management — 17 consecutive years
3GPP / ETSI / TM Forum
Telecom standards alignment
OSS/BSS · NFVI · ORAN
Network architecture frameworks

Controls independently audited — scope covers all delivery operations within telecommunications environments

Industry Reality

Telecom operators manage some of the most complex, high-availability technology estates in existence. The gap between network performance targets and operational reality is almost always a systems integration problem — not a technology capability problem.

The real constraints inside telecommunications operations. Not the version presented at industry conferences.

Legacy OSS and BSS systems constraining operational agility

Operations Support Systems and Business Support Systems at most operators were built over 20 years of incremental modification — each new network technology added as an overlay, each billing system change implemented as a workaround to a system that cannot be replaced without disrupting the revenue it processes. The result is an OSS/BSS estate that cannot provision services at the speed the market requires, cannot provide a single view of the network, and cannot support the automation that 5G monetization demands.

5G rollout complexity and infrastructure integration gaps

5G deployment requires integration across Radio Access Network (RAN), core network (SA and NSA architectures), transport network, and cloud infrastructure — simultaneously. Most operators are deploying 5G while still operating 4G at scale and managing the RAN sharing, core network slice allocation, and OSS integration that each network generation requires. The engineering challenge is not installing the hardware. It is integrating the new network layer into existing operations without degrading the service that the existing subscriber base depends on.

Real-time data processing at network scale

Network telemetry from hundreds of thousands of active elements — routers, switches, base stations, and transport nodes — generates data volumes that cannot be processed by conventional enterprise data architecture without decisions about what to collect, at what granularity, and at what latency tier being made correctly before the platform is built. Real-time network fault correlation, predictive maintenance, and automated remediation all depend on streaming analytics infrastructure that most telecom operators are still building.

High cost of network downtime and service disruption

A 30-minute outage on a national mobile network carries revenue impact, regulatory exposure, and subscriber churn consequences that are not comparable to downtime in any other industry sector. This means every network transformation, platform migration, and system integration must be designed and validated for zero-downtime execution — parallel running, validated cutover, and tested rollback — before any production change is made. Most technology vendor programmes are not designed for those constraints.

"Telecom systems do not fail because the individual components are inadequate. They fail because the systems, platforms, and operations layers were never designed to be governed as one. NexGenTek was built for that problem."
Our Approach

System-level execution across network infrastructure, platforms, and operations.

NexGenTek operates as a unified execution layer across consulting, system integration, and specialized staffing for telecommunications environments. Architecture decisions for OSS/BSS transformation, 5G platform integration, cloud migration, and real-time analytics are made by the same team, governed by the same framework, and executed without accountability gaps between the network layer, the platform layer, and the operations layer.

The Delivery Model
Consulting + Integration + Staffing = One unified execution system

NexGenTek provides consulting expertise, execution teams, and augmentation within a single delivery model, eliminating the need for multiple vendors. In telecom environments, this means the team that designs the OSS integration architecture is the same team that executes the migration, validates the interfaces against 3GPP and TM Forum standards, and deploys embedded engineers to sustain the platform after go-live — without a handoff that loses system context at every boundary.

How NexGenTek operates differently in telecom environments
Network infrastructure, BSS/OSS transformation, and cloud migration designed together — not sequenced across separate vendor scopes with separate interfaces
Zero-downtime migration procedures designed before any production change — parallel running, validated cutover, tested rollback
Embedded engineers deployed with system context — capable of managing network integrations and platform changes across all layers
5G network slice management, NFVI integration, and OSS northbound interface design addressed as architectural constraints, not post-delivery configuration
Full IP, source code, and platform documentation transferred at engagement close — no vendor lock-in for future network generation integrations

Diagnose complex network and platform challenges

NexGenTek begins with structured assessment — current OSS/BSS architecture, network integration dependencies, 5G rollout obligations, and the specific failure points that previous transformation programmes did not resolve. The output is a signed architecture record with defined interfaces, data contracts, and acceptance criteria — not a technology evaluation report with strategic recommendations.

Architect and execute at network scale

OSS/BSS transformation, 5G platform integration, cloud migration, and real-time analytics are executed as connected system components under one governance framework. Not parallel workstreams managed by separate vendors with separate SLAs and separate definitions of what constitutes a successful handover.

Deploy embedded engineers for operational continuity

After delivery, NexGenTek engineers remain embedded — aligned to the platform architecture, capable of managing network integrations for new radio technologies, processing BSS changes for new service offers, and extending the platform for next-generation network requirements without rebuilding system knowledge from scratch.

Core Capabilities

Six capabilities designed for the operational complexity of large-scale telecom environments.

These are not generic technology services positioned for telecom clients. Each capability is calibrated to the specific network architecture, standards compliance, and operational continuity requirements of telecom operators and communications platform providers.

Capability 01

Network Infrastructure Modernization and Integration

End-to-end network infrastructure modernization — RAN, core, transport, and OSS integration executed without production network degradation.

Modernizing network infrastructure at an active operator requires engineering discipline that goes beyond standard IT migration. Every RAN upgrade, core network change, and transport reconfiguration must be executed with validated rollback capability, monitored real-time during the change window, and reconciled against the pre-change network state before the maintenance window closes. NexGenTek delivers infrastructure modernization programmes with zero-downtime procedures, parallel operation validation, and integration testing against live network performance baselines.

Infrastructure changes executed with tested rollback capability before any production window opens
Network performance baselines validated against pre-change state during every upgrade cycle
Full integration specifications and network configuration documentation transferred at close
Capability 02

OSS and BSS System Transformation

Transformation of Operations Support Systems and Business Support Systems — from fragmented legacy estates to integrated, automation-ready platforms that support service velocity at 5G scale.

OSS/BSS transformation is the highest-risk programme category in telecommunications. The systems being replaced are processing subscriber provisioning, revenue assurance, and network fault management in real time. NexGenTek delivers OSS/BSS transformation with TM Forum Open API-aligned architecture, service-by-service migration sequencing, dual-running validation across billing cycles, and continuous reconciliation of order, network, and revenue data through every migration phase.

Service provisioning velocity improved — zero-touch provisioning for standard service types post-transformation
Billing reconciliation validated across dual-running period before legacy decommission
TM Forum Open API-compliant northbound interfaces enabling third-party and partner integration
Capability 03

Cloud and Edge Infrastructure for Telecom

Cloud-native and edge infrastructure for Network Functions Virtualization (NFV), Mobile Edge Computing (MEC), and telecom workload migration — designed for the latency and availability requirements of live network operations.

Telecom cloud infrastructure carries requirements that enterprise cloud architecture is not designed to meet: sub-millisecond latency for time-critical network functions, carrier-grade availability (99.999%), NFVI resource isolation between network slices, and regulatory compliance obligations across multi-country deployments. NexGenTek designs and deploys telecom cloud environments with IaC governance, NFV-optimized compute and networking configurations, and uptime SLAs contractual from the first workload migration.

NFVI environments meeting carrier-grade availability targets with validated HA configurations
Network slice resource isolation implemented and tested before production workload migration
Full IaC codebase and cloud architecture documentation transferred at close
Capability 04

Real-Time Data Processing and Network Analytics

High-throughput streaming analytics platforms for network fault correlation, predictive maintenance, capacity planning, and real-time operational intelligence at active network scale.

Network analytics at carrier scale requires streaming data infrastructure engineered from the ground up for the specific query patterns, data volumes, and latency tiers of telecom operations. NexGenTek delivers analytics platforms — telemetry ingestion from network elements, streaming fault correlation, predictive maintenance signal extraction, and capacity planning dashboards — designed for the data volumes and operational latency requirements of networks with hundreds of thousands of active elements.

Real-time fault correlation processing millions of network events per second with defined detection latency
Predictive maintenance signals reducing mean time to repair and unplanned maintenance activity
Capacity planning analytics eliminating reactive over-provisioning cycles
Capability 05

5G Platform Enablement and Integration

End-to-end 5G platform integration — SA and NSA core architecture, network slicing, ORAN integration, and OSS southbound interface design for next-generation network operations.

5G platform enablement is not a standalone technology deployment. It requires simultaneous integration across the 5G core (Standalone and Non-Standalone architectures), the Radio Access Network (ORAN-compliant or proprietary), the transport network, and the OSS/BSS systems that provision and manage 5G services. NexGenTek delivers 5G integration programmes with 3GPP-compliant interface design, network slice management architecture, and OSS northbound integration validated before the first commercial 5G subscriber is provisioned.

5G core to OSS integration validated with 3GPP-compliant interfaces before commercial launch
Network slice provisioning automated — zero-touch activation for B2B and B2C service types
ORAN integration tested end-to-end with defined fallback procedures before RAN decommission
Capability 06

Custom Software Development for Telecom Platforms

Secure, scalable software for network management systems, self-service portals, billing engines, and operational toolchains — built to the specific performance and availability requirements of carrier operations.

Telecom software requires performance and availability characteristics that standard enterprise application development does not produce. NexGenTek builds telecom software — network management applications, dealer and self-service portals, mediation systems, and operational toolchains — with carrier-grade availability architecture, performance validated against production traffic profiles, and ISO 27001 security controls embedded from the first architecture decision.

Applications designed for carrier-grade availability — HA architecture with defined failover and recovery procedures
Performance validated against production traffic profiles before go-live
Full source code and architecture documentation transferred — no vendor lock-in for future platform updates
Embedded Talent Model

Specialist telecom engineers inside your environment. Not generalists placed against a role description.

Telecommunications systems require engineers who understand the difference between a BSS change that works in a test environment and one that processes subscriber billing through a monthly invoice cycle without revenue assurance failures. Sourcing that expertise through staffing channels optimized for speed produces engineers who understand one of those two contexts. NexGenTek deploys embedded talent as execution continuity — practitioners aligned to the platform architecture and the specific operational requirements of carrier environments.

How It Works

Execution continuity across the network and platform lifecycle

NexGenTek provides consulting expertise, execution teams, and augmentation within a single delivery model, eliminating the need for multiple vendors. Embedded engineers are deployed with knowledge of the system they are sustaining — OSS/BSS architecture, network integration interfaces, data contract specifications, and operational runbooks. They operate within the NexGenTek governance framework and carry the same delivery standards in every client environment.

Telecom domain depth

Engineers with network and platform expertise

Embedded engineers understand 3GPP standards, OSS/BSS architecture, TM Forum Open API frameworks, NFV/SDN principles, and the operational constraints of carrier environments. They make integration decisions that account for network topology and billing cycle dependencies — not just software architecture best practices.

Platform context from deployment

Deployed with system knowledge, not starting from discovery

Embedded talent is deployed with documented architecture context — OSS integration specifications, BSS data contracts, network interface definitions, and operational runbooks. A BSS change for a new service offer does not require re-engaging a delivery team to rediscover the system architecture. The embedded team already owns that context.

Scalable for transformation programmes

Scale to programme demand. Scale down after delivery.

Telecom transformation programmes have defined phases — network generation rollouts, BSS migration waves, and OSS modernization programmes create predictable capacity demand. NexGenTek scales embedded capacity to programme demand without changing the governance framework or accountability model that governs delivery quality.

Example Programmes

Four scenarios representing real categories of telecom system engagement.

These represent the types of programmes NexGenTek executes in telecommunications environments — structured by problem, approach, and operational outcome.

OSS/BSS Transformation  ·  National Mobile Operator  ·  18M Subscribers
Problem

National mobile operator with 18 million subscribers operating an OSS/BSS estate across 14 separate systems — each added during a different network generation, none sharing a data model. Service provisioning for a new mobile broadband offer required manual coordination across 6 systems and took 4 days. 5G service launch was blocked by the inability to configure network slice parameters through the existing provisioning layer. Revenue assurance team spending 340 hours per month on manual reconciliation between billing and network systems.

Approach

NexGenTek designed a TM Forum Open API-aligned integration architecture before any BSS migration work began. Service domain decomposition mapped all 14 systems to a target state with defined migration sequencing by subscriber segment. Dual-running validated across two full billing cycles before any legacy system was decommissioned. 5G network slice provisioning interface designed and validated against the 5G core before commercial launch. Zero-touch provisioning flows built for all standard service types with defined exception handling paths.

Outcome

New service provisioning cycle reduced from 4 days to 6 minutes for standard service types. 5G network slice activation automated — commercial 5G launched on schedule. Revenue assurance manual reconciliation eliminated — billing and network data reconciled through governed API contracts with continuous discrepancy alerting. Full BSS architecture documentation and source code transferred at programme close.

5G Platform Integration  ·  Regional Network Operator  ·  SA Core Deployment
Problem

Regional operator deploying 5G Standalone core architecture alongside existing 4G LTE infrastructure with no common OSS integration layer, no network slice management capability in the existing BSS, and no validated integration between the 5G core's northbound NFVO interface and the operator's existing infrastructure management platform. Two prior integration attempts had failed to achieve end-to-end service activation within the 5G environment. Commercial 5G launch was 6 months overdue with a regulatory milestone deadline approaching.

Approach

NexGenTek scoped the end-to-end integration architecture — 5G core northbound interface, NFVO integration, OSS southbound connectivity, and BSS service activation flows — before any development work resumed. 3GPP-compliant interface design validated against the 5G core vendor's API specification before implementation began. Network slice provisioning logic designed with dual-mode support for 5G SA and 4G LTE subscriber coexistence. Integration testing executed against a parallel 5G core instance with production-equivalent traffic profiles.

Outcome

End-to-end 5G service activation validated within 12 weeks of engagement start. Commercial 5G launched before regulatory milestone deadline. Network slice provisioning operating with zero-touch activation for B2C services. 4G/5G subscriber coexistence managed without OSS or BSS service disruption. Full integration architecture and configuration documentation transferred — operator team manages new network element additions independently.

Real-Time Network Analytics  ·  Fixed-Line Broadband Operator  ·  2.4M Lines
Problem

Fixed-line broadband operator managing 2.4 million active lines with network fault detection running on a batch processing platform with a 45-minute detection lag. Customer fault reports were arriving before network operations detected the underlying fault in 38% of reported incidents. Mean time to repair was inflated by the time taken to correlate customer-reported symptoms with network telemetry data. Regulatory reporting obligations for service availability required manual evidence assembly taking 3 weeks per quarter.

Approach

NexGenTek delivered a streaming network analytics platform — event-driven telemetry ingestion from all active network elements, real-time fault correlation engine with topology-aware impact assessment, and customer-to-network symptom correlation. Detection latency requirements defined as architectural constraints before pipeline development began. Regulatory reporting automated from the governed data layer. Platform designed for telemetry schema evolution as new network technologies are introduced.

Outcome

Network fault detection latency reduced from 45 minutes to under 90 seconds. Proactive fault detection now preceding customer-reported incidents in 94% of cases — up from 62%. Mean time to repair reduced by eliminating manual symptom correlation. Quarterly regulatory reporting preparation reduced from 3 weeks to 2 business days. Full analytics platform source code and data pipeline documentation transferred at close.

Cloud Migration  ·  Communications Platform Provider  ·  Multi-Region
Problem

Communications platform provider operating messaging, voice, and video collaboration services across 6 data centres with inconsistent infrastructure configurations, no IaC governance, and a disaster recovery architecture that had not been tested in 18 months. Cloud migration was required to meet customer SLA commitments that the on-premises estate could no longer support. Previous cloud migration planning had produced architectural recommendations but no validated migration plan that accounted for the sub-100ms latency requirements of real-time voice services during the cutover period.

Approach

NexGenTek designed the cloud migration architecture with latency validation for voice service pathways before any workload moved. IaC governance implemented from the first cloud environment provisioned — every resource reproducible, every configuration tracked. Migration sequenced by service dependency and customer SLA exposure. Parallel environment running with validated performance comparison against on-premises baseline. Disaster recovery architecture redesigned and tested before any on-premises decommission.

Outcome

Cloud migration completed across all 6 regions with zero customer-impacting incidents during migration windows. Voice service latency within SLA bounds throughout parallel running and cutover phases. Disaster recovery tested and validated — RTO confirmed at 8 minutes against a 15-minute contractual obligation. IaC-governed cloud estate with full audit trail from first resource provisioned. Full IaC codebase and architecture documentation transferred — provider team manages new region deployments independently.

Business Impact

Outcomes measured by network performance, service velocity, and operational continuity.

The outcomes below reflect what changes when a unified governance model replaces fragmented vendor execution across telecom network, platform, and operations systems.

<2 hr
P1 platform response
Contractual SLA for critical incidents affecting production telecom platforms. Tested before go-live. Service credits on breach.
99.5%+
Platform uptime SLA
Contractual uptime on all managed telecom platform environments. Carrier-grade availability architecture with continuous monitoring.
100%
IP transferred at close
All source code, interface specifications, OSS/BSS configuration, and runbooks transferred. No vendor lock-in for future network generation integrations.
24 hrs
Compliance documentation
ISO 27001, SOC 2, SIG Lite, and DPA available within 24 hours of NDA execution — before any commercial commitment.

Reduced network downtime and service disruption

Zero-downtime change procedures, validated rollback capability, and tested parallel running before every production change. The governance model that prevents outages in telecom environments is the same model that governs every engagement.

Faster deployment of new services

OSS/BSS transformation that produces zero-touch provisioning for standard service types. Architecture signed and interfaces defined before development begins. The structural causes of delay in telecom service launches are addressed before they occur.

Improved system scalability and performance

Cloud-native network function infrastructure, streaming analytics platforms, and API-first BSS architecture designed for the traffic profiles of next-generation networks — not adapted from enterprise patterns that were not built for carrier scale.

Enhanced operational visibility

Real-time network analytics eliminating the detection lag that causes customer-reported faults to precede network operations awareness. Operational decisions made on data with defined freshness SLAs — not the most recent batch export.

Lower long-term infrastructure costs

Full IP transfer at close means the client team manages network generation integrations, new service type deployments, and OSS/BSS changes without re-engaging the delivery vendor. Embedded talent aligned to the architecture extends the platform without rebuilding system knowledge at every programme boundary.

Cross-layer system continuity

When a 5G software update changes a network interface specification, the same team that designed the OSS integration layer handles the downstream BSS provisioning impact — without a three-vendor coordination cycle that consumes the maintenance window before the change is made.

Why NexGenTek

A delivery model built for the operational scale and complexity of telecommunications.

Most firms deliver telecom technology projects. NexGenTek delivers telecom systems.

In telecommunications, the cost of a governance gap between vendors is measured in network minutes, subscriber churn, and regulatory exposure — not project overrun and rework cost. NexGenTek is accountable to the system across all layers, not to its own contract scope.

Traditional IT and telecom consulting vendors
✕
Network integration, OSS/BSS transformation, and cloud migration scoped to separate vendors — nobody owns the interface between vendor delivery boundaries
✕
Zero-downtime execution treated as a project constraint — not designed into the delivery model as a non-negotiable operational requirement from the start
✕
Embedded talent sourced against role descriptions — engineers placed without OSS/BSS architecture context or carrier network domain knowledge
✕
5G integration, cloud migration, and analytics delivered as sequential programmes — integration gaps discovered when the programmes are connected, not when each is designed
✕
Platform knowledge retained by the delivery team — every new network generation or service type requires re-engaging the original implementation vendor
NexGenTek Delivery System
✓
Network infrastructure, OSS/BSS, and cloud designed and executed under one governance framework — interfaces defined across all layers before build begins
✓
Zero-downtime procedures designed into the architecture — parallel running, validated cutover, and tested rollback are delivery standards, not optional project activities
✓
Embedded engineers deployed with 3GPP, OSS/BSS, and carrier operations expertise — capable of operating across all platform layers from day one
✓
5G, cloud, and analytics designed as connected layers in one architecture — integration points validated before any layer goes into production independently
✓
Full IP, source code, and platform documentation transferred at close — client team manages next network generation integrations without vendor re-engagement
Traditional consulting firms separate advisory, delivery, and staffing into different layers. NexGenTek integrates all three into a single system with unified ownership and execution — eliminating the multi-vendor coordination overhead that drives the failure rate of large-scale telecom transformation programmes.
Engagement Models

Three engagement models. One delivery and governance standard.

Engagement models are extensions of the system, not separate service offerings.

NexGenTek provides consulting expertise, execution teams, and augmentation within a single delivery model, eliminating the need for multiple vendors.

Whether NexGenTek is owning a full OSS/BSS transformation programme, embedded within a 5G rollout team, or augmenting a network engineering organisation during a peak delivery period — the same governance framework, quality controls, and accountability structure apply. The scale changes. The system does not.

Full Programme Delivery

End-to-end programme ownership — architecture, platform integration, and operational handover under defined SLAs with zero-downtime execution standards and full IP transfer at close.

Architecture, OSS interfaces, and data contracts defined before build
Zero-downtime migration procedures designed and tested before production
Full source code, interface specifications, and runbooks transferred at close
Client team manages next network generation integrations independently

Embedded Programme Execution

NexGenTek engineers embedded within an existing transformation programme — defined deliverables, milestone accountability, and telecom domain expertise within client governance.

Defined roles and accountability within client programme governance
Same ISO 27001 and 3GPP standards regardless of engagement model
Milestone-based delivery with client sign-off at each phase
OSS/BSS and network domain expertise included — not sourced separately

Specialist Engineering Augmentation

Specialist telecom engineers deployed as a force multiplier — aligned to the platform architecture with OSS/BSS and network knowledge that generalise IT staff do not carry.

Engineers with OSS/BSS, 5G, and carrier operations experience
Deployed with platform context — not starting from architecture discovery
Operate within NexGenTek governance and quality framework
Scale to programme peak demand, scale down after delivery
All three models operate within the NexGenTek Delivery System. Specialist telecom engineering augmentation is a capability within the system — not a separate staffing product. The same compliance documentation, governance standards, and ownership transfer terms apply regardless of engagement model.
Procurement and Trust

Structured to meet telecom enterprise procurement and security requirements.

All engagements are structured to meet telecommunications enterprise procurement, security, and compliance requirements from day one.

Telecom vendor due diligence includes network security obligations under NIS2 and sector-specific national cybersecurity frameworks, data handling requirements for subscriber records under GDPR and national data localisation rules, and supply chain security assessments that account for critical national infrastructure obligations. NexGenTek is structured to meet these requirements before a commercial commitment is made.

ISO 27001:2022 certificate — 2022 edition, accredited registrar
Scope covers all managed IT, cloud, and systems integration delivery · Annually re-audited
SOC 2 Type II report — CPA-issued, 12-month observation period
Security · Availability · Confidentiality · Available under NDA within 24 hours
ISO 9001:2015 quality management certificate — 17 consecutive years
Covers all client-facing delivery processes including network and OSS/BSS programmes
Pre-completed SIG Lite vendor risk questionnaire
Mapped to ISO 27001 Annex A and SOC 2 trust service criteria · Most telecom assessments close in one exchange
Standard Data Processing Agreement — GDPR-aligned with subscriber data handling provisions
Sub-processors disclosed · Subscriber record handling procedures documented · Available before commercial commitment
Annual third-party penetration test — network platform and OSS/BSS environment scope
Independent firm · Network platform and API security scope · Executive summary under NDA
Business continuity and disaster recovery plan — carrier-grade RTO/RPO
Tested annually · Carrier-appropriate RTO and RPO targets · Evidence available on request
Direct access to certified security and telecom systems engineer within 2 business days
CISSP and telecom domain practitioners answering technical questions — not routed through sales

Telecom Compliance Package

Eight documents covering the complete vendor security and compliance review — including telecom-specific provisions. Delivered within 24 hours of NDA execution. No commercial agreement required.

Speak with our team

NDA within 2 hours · Package within 24h · No commitment required

  • ISO 27001:2022 certificate and scope
  • SOC 2 Type II full report (NDA)
  • ISO 9001:2015 certificate
  • Pre-completed SIG Lite questionnaire
  • DPA with subscriber data provisions
  • Penetration test summary (network platform)
  • BCP/DR plan with carrier-grade RTO/RPO
  • SLA framework with service credit terms
Engage with Our Telecommunications Experts

Discuss your network transformation strategy.

If your network, platform, and operations systems are not governed as a connected whole — or if previous transformation programmes have left integration gaps that still require manual workarounds — the cause is structural. We are built to operate at that level of complexity.

Speak with our team
ISO 27001 · SOC 2 · ISO 9001 3GPP · TM Forum · ETSI aligned 17 years enterprise delivery Full IP at close
DMCA.com Protection Status Badge