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Telecommunications: 5G SA Core, Open RAN & Zero-Touch Telco Clouds

Transforming communication service providers into agile digital leaders with cloud-native core infrastructures, dynamic network slicing, and AI-powered autonomic operations.

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45 min

Zero-Touch Commissioning

99.999%

Carrier SLA Uptime

-28%

RAN Power Consumption

<10 ms

Edge UPF Latency

14M+

eSIMs Managed

Disaggregated Open RAN, 5G Standalone Core & Zero-Touch Telco Cloud

Communication service providers (CSPs) are transforming from legacy infrastructure operators into agile digital platform providers. We deliver carrier-grade virtualized core platforms, dynamic 5G network slicing, GSMA-compliant eSIM orchestration fabrics, and edge-native multi-access compute nodes engineered for 99.999% availability.

Our telecommunications engineering practice partners with Tier-1 mobile network operators (MNOs), enterprise private 5G operators, and rural broadband providers.

By replacing proprietary network appliances with disaggregated Open RAN (O-RAN) architectures and zero-touch provisioning, we reduce cell-site turn-up time from weeks to minutes while cutting radio energy costs by 28%.

Mission-Critical Digital Engineering and Platform Operations

Telecommunications CoE

5G SA Core • Open RAN Disaggregation

Discover more about Telecommunications Solutions

Explore 5G standalone core, Open RAN RIC optimization, and eSIM management

Autonomous Infrastructure for Next-Generation Wireless Networks

Carrier-grade reliability engineered to support hundreds of millions of mobile subscribers.

5G Standalone (SA) Core & Service-Based Architecture

Cloud-native 3GPP SBA core with distributed User Plane Functions (UPF) delivering sub-10ms latency for mission-critical industrial IoT and autonomous vehicles.

Level 01 Level 01: 4G EPC Core

Level 02 Level 02: 5G NSA Hybrid

Level 03 Level 03: 5G SA SBA Core ★

Level 04 Level 04: Cognitive Autonomic Core

3GPP Release 16/17Sub-10ms UPF EdgeService-Based Architecture5-Nines 99.999% SLA

eSIM & GSMA SGP.32 IoT Management

Automated over-the-air profile swapping and lifecycle management for millions of connected vehicles, smart meters, and mobile consumer devices.

GSMA SGP.32 ComplianceSub-60s Profile SwapsMulti-IMSI Roaming Optimization

Green RAN AI Energy Saving

Dynamic power amplifier modulation and antenna sector micro-sleep algorithms cutting cell tower electricity bills by 28% without degrading call quality.

-28% Radio Power BurnDynamic Micro-Sleep AIScope 1 & 2 Decarbonization

Zero-Touch Provisioning (ZTP) & GitOps

Automated bare-metal bootstrapping and cryptographic firmware attestation turning remote cell site deployment from 18 days into a 45-minute task.

45-Minute Site TurnupGitOps Telco InfrastructureAutomated Firmware Canary Rollout

Telco Core Sprint

The 8-Week 5G Standalone Migration Sprint

A structured carrier-grade transition moving mobile operators to cloud-native 5G core.

Weeks 01 - 02

Radio Spectrum & EPC Core Topology Audit

Auditing existing 4G EPC signaling capacity, transport backhaul bandwidth, and spectrum holdings.

Weeks 03 - 04

Cloud-Native SBA Infrastructure Setup

Deploying bare-metal Kubernetes clusters with dual-stack IPv6 and SRv6 transport routing.

Weeks 05 - 06

Interworking Gateway & Shadow Call Routing

Validating dual-connectivity handovers between 4G and 5G SA cores with zero dropped calls.

Weeks 07 - 08

Production Slice Commissioning & ZTP Handover

Enabling live subscriber traffic migration with real-time network SLA monitoring dashboards.

Featured Case Study

National Mobile Network Operator • Zero-Touch Provisioning

Commissioning 8,500 Cell Sites with Zero-Touch Automation, Saving $14M

Implemented a Zero-Touch Provisioning (ZTP) framework across a national mobile operator network, reducing remote cell-site turn-up time from 18 days to 45 minutes, saving over $14M in tower climbing and engineering truck rolls across 8,500 towers.

Explore Client Impact

Idynic Telecom Case Study

Commissioning 8,500 Cell Sites with Zero-Touch Automation, Saving $14M

Frequently Asked Technical Questions

Executive-level answers regarding architecture, regulatory compliance, and system implementation.

We deploy 3GPP slicing orchestrators synchronized with Segment Routing over IPv6 (SRv6) transport networks. In the radio access network, Physical Resource Block (PRB) reservations prioritize mission-critical packets over standard mobile broadband traffic, with localized UPFs keeping data paths at the edge.

SGP.32 represents the new IoT eSIM standard, removing the legacy dependency on SMS triggers and proprietary SM-SR servers. It enables IoT devices to autonomously download and swap carrier profiles over standard IP, drastically lowering operational costs for automotive fleets and worldwide asset trackers.

Our spatial-temporal neural networks model traffic down to 15-minute intervals per cell azimuth. When power down triggers, neighboring overlapping carriers expand their tilt angles micro-mechanically, and instant wake-up triggers reactivate dormant transceivers in 5ms if sudden traffic bursts occur.

Ready to Modernize Your Carrier Wireless Infrastructure?

Consult with our principal telecommunications architects and 5G network specialists.

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