cNaaS – XIUS

Leaner, Faster, and Smarter Networks

XIUS CNaaS combines intelligence, flexibility, and cost efficiency in one powerful solution.

Overview

The XIUS Core Network-as-a-Service (CNaaS) is a fully cloud-native telecom core solution built for today’s communications landscape and the ambitions of tomorrow.

Designed to support 2G, 3G, 4G, IMS, and 5G technologies, XIUS cNaaS simplifies network operations while opening up new monetisation avenues through an agile, scalable, and cost-efficient platform.

XIUS is built to suit the needs of service providers – especially those in Mobile, Unified Communication, Broadband, and Fixed Wireless domains. With advanced 5G compatible technology, and patented network slicing, you can launch faster, manage better, or modernise seamlessly, with XIUS CNaaS.

360° Holistic Business Advantage

Optimise OPEX, Scale Smartly

Transition to an OPEX-first model with smarter resource allocation and predictable costs.

Accelerate GTM

Deploy converged cores faster and bring new services to market with ease — from Private 5G to FWA.

Eliminate Vendor Lock-In

Seamlessly integrate with multi-vendor networks and reduce dependency on proprietary systems.

Do More with Less

Smaller footprint, lower power needs, and more efficient operations help you unlock better margins.

Built for Innovation

Designed to support emerging services like gaming, IoT, and edge computing from Day 1.

Features

Multi-Generation Support

Fully converged support for G/3G/4G/IMS/5G SA/NSA

Quality of Experience KPIs

End-to-end visibility and performance metrics

Zero Trust Security Architecture

Robust encryption, segmentation, and monitoring

AI Ops & Predictive Analytics

Self-healing networks and real-time fault mitigation

Service Level Assurance

SLA-backed delivery with proactive resolution

Multi-Cloud Flexibility

Compatible with AWS, Azure, and private cloud environments

Benefits

Secure

Built on a zero-trust architecture, CNaaS ensures end-to-end data confidentiality, integrity, and resilience against evolving security threats.

Observability

Gain real-time visibility into your core with deep insights from logs, traces, and metrics—making troubleshooting faster and smarter.

Predictability

Leverage AI-driven insights to anticipate demand, optimise performance, and make your network smarter with every interaction.

Manageability

Streamline core operations with intelligent tools that simplify monitoring, updates, and network orchestration at scale.

Rapid Product Creation

Design and launch new services with ease using an intuitive interface built for speed, agility, and zero-coding complexity.

One Touch Provisioning

Deploy services instantly with simplified, one-click workflows that eliminate delays and reduce operational overhead.

Dynamic Scalability

Seamlessly scale from VNFs to CNFs with architecture built for growth, flexibility, and future-ready performance.

Secure Assurance

Deliver on your SLAs with confidence - thanks to built-in service mapping and automated performance tracking.

CNaaS Business Cases

Fixed Wireless Access: Future of Broadband

Fixed Wireless Access (FWA) is a next-generation broadband solution that delivers fiber-like internet speeds over 4G LTE and 5G networks. It enables fast, cost-effective, and scalable connectivity for homes, businesses, and remote locations without relying on traditional wired infrastructure. While 4G FWA extends coverage affordably, 5G FWA brings ultra-fast, low-latency, and future-proof broadband, making it the ideal solution for homes, businesses, and smart city applications.

Rapid Deployment

No need for fiber or cable installation

High-Speed Internet

Gigabit speeds with 5G, broad coverage with 4G

Cost-Effective

Lower CAPEX & OPEX vs. traditional broadband

Scalable & Flexible

Easily expands to underserved and rural areas

Reliable Backup Connectivity

Ideal for businesses needing redundancy

#	Feature	4G FWA	5G FWA
1	Speed	Up to 100 Mbps	Up to 10 Gbps
2	Latency	~20-50 ms	<10 ms
3	Coverage	Wide (~10-15 km)	Shorter (~1-2 km)
3	Network Slicing	Not supported	Fully supported
3	Use Cases	Rural broadband, enterprise connectivity	Smart cities, enterprise connectivity, UHD streaming, gaming

IOT: Connect the next billion devices on a new low-cost NW

The Internet of Things (IoT) enables billions of devices to connect and exchange data across multiple network generations, from 2G and 3G to 4G LTE and 5G. Each technology serves different IoT use cases, balancing factors like speed, latency, power efficiency, and coverage

Global Reach

Multi-generation support for urban & rural deployments

Scalability

Supports billions of devices across industries

Energy Efficiency

Optimized for low-power, long-life applications

Flexible Use Cases

From simple tracking to real-time AI-driven automation

Technology	Speed	Latency	Power Efficiency	Coverage	Use Cases
2G (GPRS/EDGE)	~100 Kbps	~300-500 ms	High power consumption	Wide	Smart meters, basic tracking
3G (UMTS/HSPA)	~2-42 Mbps	~100-200 ms	Moderate	Urban & suburban	POS terminals, fleet tracking
4G LTE (Cat-M/NB-IoT)	~1-100 Mbps	~50 ms	Low power	Urban/rural	Smart cities, wearables, asset tracking
5G (mMTC/URLLC/eMBB)	Up to 10 Gbps	<1-10 ms	Ultra-low power	Dense urban	Smart factories, Autonomous vehicles, AI-driven IoT

IoT-Optimized Technologies:

2G/3G Legacy IoT: Basic connectivity for M2M applications like smart meters, alarms, and vehicle tracking.
4G LTE-M (Cat-M1): Low-power wide-area (LPWA) connectivity for wearables, healthcare, and logistics.
NB-IoT (Narrowband IoT): Ultra-low-power, deep indoor coverage for smart meters and agriculture sensors.
5G Massive IoT (mMTC): Supports 1M devices/km², ideal for smart cities and industrial automation.
5G Ultra-Reliable Low Latency (URLLC): Sub-1ms latency for autonomous systems, robotics, and real-time AI.

Smart Manufacturing

Automated robotics, predictive maintenance, AI-driven production

Logistics & Asset Tracking

Real-time fleet monitoring, cold-chain management

Smart Agriculture

Precision farming, automated irrigation, environmental monitoring

Healthcare & Wearables

Remote patient monitoring, connected medical devices

Smart Cities

Intelligent traffic management, connected grids, waste management

Network Slicing: Assured Service and Secured Network

Network Slicing is a revolutionary capability in 4G LTE (limited) and fully realized in 5G, enabling operators to create multiple virtualized, end-to-end networks on a shared physical infrastructure. Each network slice is optimized for specific use cases, ensuring customized performance, security, and QoS for industries like healthcare, automotive, and enterprise services. CSPs can monetize premium slices, enterprises can secure dedicated resources, and industries can leverage connectivity tailored to their exact needs.

While 4G LTE supports basic slicing through APN-based QoS, 5G SA unlocks full-scale, dynamic, and AI-powered network slicing—paving the way for ultra-customized connectivity, new business models, and industry-specific innovations.

Dedicated Performance – Guaranteed speed, latency, and reliability per slice
Cost Efficiency – Single network, multiple revenue streams
Custom QoS & Security – Tailored network parameters for different applications
Scalability & Flexibility – Dynamic resource allocation based on demand
Monetization Opportunity – CSPs can offer premium connectivity services

Feature	4G LTE (EPC-Based)	5G SA (Cloud-Native 5GC)
Virtualization	Partial (APN-based QoS)	Full end-to-end slicing
Latency	~10-50 ms	<1-10 ms
Bandwidth Control	Best-effort allocation	Guaranteed per slice
Use Cases	Enterprise APNs, IoT	Industrial automation, AR/VR, smart cities, autonomous vehicles

Key Use Cases & Industry Applications

Healthcare

Dedicated slice for remote surgery with ultra-low latency

Autonomous Vehicles

High-reliability, low-latency slice for real-time decision-making

Industry 4.0

Private slicing for smart factories and AI-driven automation

Gaming & AR/VR

High-bandwidth, low-latency slice for seamless user experience

FWA & Enterprise Connectivity

Secure, SLA-backed broadband slicing for businesses

Gaming and Content: Unlock the new revenue opportunities

The rise of cloud gaming, live streaming, AR/VR, and interactive entertainment is creating a multi-billion-dollar opportunity for telecom operators. 4G LTE and 5G provide the ideal platforms to deliver low-latency, high-speed, and immersive gaming and entertainment experiences, driving new revenue streams and stronger brand engagement.

Feature	4G LTE	5G SA
Download Speeds	Up to 100 Mbps	Up to 10 Gbps
Latency	~30-50 ms	<5 ms
Streaming Quality	1080p gaming	4K/8K, real-time AR/VR
Network Slicing	Limited QoS control	Dedicated gaming slices
Cloud Gaming Support	Best-effort	Seamless, ultra-low latency

Key Industry Use Cases

Cloud Gaming Services

High-speed connectivity for game streaming platforms

Live & Interactive Streaming

Seamless 4K/8K video, VR concerts, and AR events

Metaverse & Virtual Social Spaces

Immersive digital experiences powered by 5G

Esports & Competitive Gaming

Lag-free, high-performance connectivity for pro gamers

Learn More About XIUS CNaaS

With cNaaS, XIUS offers more than just core infrastructure — we offer a launchpad for telecom innovation. From enabling new revenue streams to reducing operational friction, this is a solution engineered not just for connectivity, but for ambition. Wherever you are in your transformation journey, CNaaS is built to get you there — faster, smarter, and stronger.

Let’s build the future, one network at a time.