Thank you for Subscribing to Telecom Business Review Weekly Brief
Cost Optimization in Telecom Sector
Telecom Business Review | Wednesday, August 10, 2022
Cost optimization models in the telecom industry are a hot topic for operators seeking growth and competitive advantages.
FREMONT, CA: With the addition of new digital players using the advantages of technology to the complete extent, the bargaining landscape in the telecommunications industry has considerably changed. While rapid developments are taking place in the industry, the consumers’ demands, preferences, and needs are transforming quickly.
To ensure profitability and growth, operators place particular importance on cost management and seek new ways to reduce costs with innovative approaches to replace conventional methods.
Stay ahead of the industry with exclusive feature stories on the top companies, expert insights and the latest news delivered straight to your inbox. Subscribe today.
Why is Cost Optimization Important in Telecom?
The struggle to develop new cost reduction methods and generate additional income is becoming increasingly intense in the highly competitive telecommunications industry. Hence, cost optimization models in the telecom industry are a hot topic for operators seeking growth and competitive advantages.
As pressures on margins and prices rise in the telecom industry, operators face a significant profit decline. Despite this decline, shareowners remain expecting satisfying returns and maintaining growth.
A huge number of operators have tried conventional methods to reduce costs. Still, most of them lack the financial means to launch new services to keep up with rapid developments while investing in next-generation technologies such as the Internet of Things (IoT) or 5G.
With the support of intelligent automation, Virtualization, NFV, and cloud computing, a substantial cost reduction can be attained. Additionally, by leveraging new services enabled by 5G, mobile commerce, data monetization, the Internet of Things (IoT), tailored B2B industry services, and the digitalization of their present business, operators can create fresh revenue streams.
How Does Cost Optimization Function in the Telecom Industry?
In the coeval highly competitive landscape, it takes substantial changes in the operating model to achieve significant cost reductions. Operators can carry out systematic root-cause analyses to recognize the major cost drivers and saving potentials. Among the major points to consider are complete transparency in costs, performing a comprehensive OpEx/CapEx analysis, and revealing hidden potential in savings and new revenue streams.
Optimizing costs needs a radical change of culture across the entire organization. A culture that constantly challenges the existing means and expenditure items helps organizations adapt to swiftly changing conditions and ensures higher profits.
Guaranteeing alignment among units, as well as alignment between short-term and long-term goals, is another important point to consider. Management teams should strive to achieve this to leverage operational saving measures by utilizing proper tools and procedures.
Considering present trends, it is essential to reduce long-term costs in the telecom industry. Network sharing and outsourcing can aid organizations to this end. And as referred above, a broad range of fresh OpEx saving possibilities can be allowed by utilizing next-generation technologies.
How to Decrease Costs with Telenity Cost Optimization Solutions?
To help operators diminish their OpEx and CapEx, Telenity presents advanced NFV-enabled, 5G-ready VAS consolidation solutions. Whether in the public or private cloud, these solutions enable operators to achieve substantial OpEx savings without compromising service quality.
VAS Consolidation Platform (VCP) allows operators to unify several value-added services on a single software in which network and computing resources, moreover capacity usage licenses, are shared; integration towards core network and OSS/BSS networks are unified, and service/financial operations of the operator is simplified. Therefore, both the first investment and operating expenditures can be reduced.
Operations can be optimized with unified user interfaces, configuration management, fault management, auditing, reporting troubleshooting tools, and a flexible shared license mechanism. And finally, yet importantly, flexibility in vertical and horizontal scalability of the platform evolves a lifesaver considering the continuously changing trends and needs.
Cost-Effective Deployment with Optimized Resources
Telenity’s solutions allow all common network and computing resources to be shared among the various hosted applications. Resources incorporate:
• Databases.
• Signalling/voice resources.
• BSS/OSS integration points.
• Operational procedures (Fault Management, Auditing, Troubleshooting, etc.).
• User interfaces.
With all these resources integrated and shared, the Telenity platform can be united into the operator’s backend nodes in a much easier, quicker, and more cost-effective way. Operators can optimize resources by using a single integration point for multiple services.
Take Advantage of the Cloud Technology for OpEx Savings
By employing cloud technology, MNOs can accomplish significant OpEx savings. Telenity provides cloud deployment as virtual entities, as well as VNFs. Cloud deployment can be done through either a private cloud hosted by the operator or a public cloud. Any virtualization and cloudification technology (match to dedicated, silo-based, physical deployment technologies) decreases hardware footprint and energy consumption, resulting in operation and subsistence cost savings.
Low Complexity with Telenity VCP
With its architecture that backs “unification on all fronts,” Telenity decreases the complexity of the operator’s service network architecture and improves the efficiency of all operational, planning, and business teams. Instead of maintaining several operation/planning teams dedicated to each VAS application, operators can improve the structure of their functional groups to accomplish significant OpEx savings.
What is the Telenity VAS Consolidation Platform?
Oriented to support mobile operators in facing the business requirements of the future, Telenity VAS Consolidation Platform (VCP) is a high-performance, carrier-grade, completely converged, open voice/video and messaging platform. It allows the bottom-up transformation of mobile operator services, building on top of a virtualized hardware infrastructure that employs common off-the-shelf (COTS) components, and shared industry-standard media and signalling servers, eradicating dependencies on specialized network appliances.
Telenity VAS Consolidation Platform (VCP) combines all the essential messaging and voice services of the mobile VAS world on a robust platform of the greatest telecommunication standards.
Telenity VCP Service Scope and Key Deployments
Enabling many benefits, comprising faster time-to-market, on-demand scalability / de-scalability, improved OpEx and CapEx, simplified integration, and optimized daily operations, Telenity VCP gives various applications:
• Consolidated Messaging: 3GPP compliant next-generation, IP-based, high-performance, and consolidated messaging solutions.
• Consolidated VAS: Network-agnostic, converged voice/video and intelligent call services.
• Location-Based Services: Location empowerment for third-party applications, consumer positioning solutions, and asset & employee tracking solutions for enterprises.
More in News
Customer experience (CX) has become a critical differentiator in today's competitive telecommunications landscape. Telecom operators increasingly focus on innovative strategies to enhance customer service, manage user expectations in real-time, and elevate overall satisfaction. Advanced telecom operating systems (TOS) are a powerful solution for achieving these objectives.
Features and Benefits of Advanced Telecom Operating Systems
Advanced TOS transforms network management and customer engagement by offering real-time visibility and automation. Through real-time network monitoring and analytics, operators can proactively address potential issues before they affect the customer experience. Self-service portals empower users by allowing them to manage accounts, troubleshoot problems, and order services independently, which reduces reliance on customer support teams. AI-powered customer support, featuring intelligent chatbots and virtual assistants, efficiently handles routine inquiries, freeing up human agents to address complex cases. Furthermore, advanced TOS enables operators to personalize services and offers based on customer data, fostering a more engaging user experience. Automated network provisioning accelerates the deployment of new services, enhancing delivery speed and accuracy. With built-in security features, advanced TOS protects sensitive data and network infrastructure against cyber threats.
Trends and Innovations in Telecom Operating Systems
Emerging trends in TOS technology include cloud-native solutions, which enhance scalability and cost-efficiency by leveraging cloud infrastructure and a microservices architecture. Network Function Virtualization (NFV) allows operators to virtualize network functions, streamlining the deployment and management of network services. Software-defined networking (SDN) offers flexibility by decoupling the control and data planes, enabling programmable network management. Lastly, advanced TOS is crucial for managing the complexity of 5G core networks, which support a diverse range of services facilitated by 5G technology.
To elevate customer experience, companies increasingly turn to specific strategies and advanced technologies that enhance service delivery and engagement. One such approach involves predictive analytics for proactive customer care. Advanced TOS can identify potential service issues by analyzing historical data alongside real-time network performance metrics before they escalate. This capability allows companies to reach out to customers proactively, offering tailored solutions or alternative services before disruptions occur. As a result, customers experience fewer inconveniences, fostering greater satisfaction and loyalty.
AI-driven network optimization is another transformative strategy. AI’s self-healing capabilities enable automated fault detection, diagnosis, and resolution, minimizing the impact of network interruptions. Additionally, intelligent resource allocation allows TOS to adjust network resources based on real-time demand dynamically, ensuring consistent network performance. These AI-driven processes create a seamless user experience with continuously optimized service quality.
Enhanced cybersecurity measures are crucial to building trust and resilience. By leveraging AI and machine learning, advanced TOS can detect and respond to cyber threats in real-time, protecting network integrity and customer data. Automated security patches and updates further mitigate vulnerabilities, providing a proactive layer of defense that reassures customers of their data’s safety.
Creating immersive customer experiences through augmented and virtual reality (AR/VR) technology has also proven valuable for more complex troubleshooting scenarios. AR/VR tools guide customers through interactive, step-by-step support, transforming traditional customer service into an engaging, hands-on experience. Additionally, tailored digital content can be delivered based on customer preferences, ensuring recommendations and offers resonate personally and deepening engagement across digital channels.
A commitment to sustainable operations is vital to meeting growing eco-conscious expectations. Advanced TOS solutions now offer optimized energy management, reducing both operational costs and environmental impact. Implementing green IT initiatives, such as sustainable data center practices and eco-friendly network infrastructure, further aligns companies with sustainability goals and showcases their dedication to a greener future. Together, these technologies and strategies position companies to lead in both customer experience and environmental responsibility.
Advanced telecom operating systems transform operators' network management and customer engagement. Adopting these innovative solutions enables operators to enhance customer experiences, optimize operational efficiency, and maintain a competitive edge in the telecom industry. As technology advances, telecom operators must invest in advanced TOS to future-proof their businesses and meet their customers' growing demands.
...Read more
The marketing efforts of telecommunications businesses target consumers, commercial customers, and other service providers. Marketing strategies differ by industry. The objective of marketing in the telecommunications industry is to maximize net revenue and improve customer loyalty. In consumer markets, businesses should focus on selling product bundles to customers, whereas in corporate sectors, they should seek to create strong connections as a gateway for marketing extra services.
Consumer: In consumer markets, a broadband connection can deliver the so-called triple play —telephone, video, and Internet. It improves income and client loyalty while protecting the customer base from low-cost telephone service providers and indirect competitors like cable network providers.
Business: Utilizing consultative selling strategies to promote services to business customers. Consult with consumers about their communication requirements and recommend services that meet them. It is crucial to educate the clients on the relevance and benefits of new technologies due to the rapid evolution of communication technology. Discussion papers, seminars, and other events are essential to any marketing strategy.
Carriers: Marketing at the wholesale level is an integral aspect of the program. They can give service providers, such as other telecommunication companies, online video publishers, and content providers, network access to convey their traffic. These are known as carrier services, and they improve the company's revenue while allowing other carriers to expand their networks without constructing extra infrastructure. The benefits of a network with the performance and capacity to satisfy clients' needs to promote carrier services by communicating are important.
Product improvement: To boost the network's revenue and return on investment, they must create new products and services. Based on Internet Protocol (IP) technology, the most recent multi-service networks as of 2011 offer a considerably greater variety of services on the network than traditional dedicated voice networks. IP networks enable the development of video, data, Internet, and telephony services on the same infrastructure. To expedite service development, collaborate with network firms advising on market potential and technical help.
Mobile: The increasing relevance of mobile communications poses a threat to the voice revenue that was the primary source of income for traditional telecommunications operators. So, it is essential to establish mobile offerings or collaborate with other mobile operators to provide joint services.
Check Out This: Manage Marketing
...Read more
The importance of telecommunications engineering companies cannot be overstated in today's interconnected world. The enterprises play a pivotal role in shaping the fabric of digital society, offering many benefits that resonate across various sectors. From enabling seamless communication to driving technological innovation, the impact of telecommunications engineering companies is far-reaching. The primary benefits of a telecommunications engineering company lie in its ability to establish and maintain seamless connectivity. These companies design, implement, and manage the infrastructure that powers communication networks.
Telecommunications engineering companies are at the forefront of technological innovation. The companies introduce cutting-edge solutions that redefine communication possibilities through continuous research and development. From the evolution of 3G to 4G and now 5G, telecommunications engineers drive advancements that enhance connection speeds and pave the way for transformative technologies such as the Internet of Things (IoT) and augmented reality. Businesses rely on efficient communication networks to operate seamlessly, enabling them to reach new markets, collaborate globally, and optimize their operations.
Deploying advanced telecommunications technologies often attracts investments, creating a conducive environment for economic development. The presence of a robust telecommunications infrastructure contributes significantly to economic growth. Telecommunications engineering companies are crucial in bridging the digital divide by extending connectivity to underserved and remote areas. Through strategic infrastructure development and innovative solutions, these companies help reduce the gap in access to information and resources, empowering communities and fostering inclusivity. In times of crisis, reliable communication is paramount.
Telecommunications engineering companies ensure that emergency services have robust and resilient communication networks. This capability becomes a lifeline during natural disasters, accidents, or public emergencies, enabling swift response and coordination to save lives and mitigate damage. The efficient transmission of data is a cornerstone of modern communication. Telecommunications engineering companies optimize data transmission protocols, ensuring that large volumes of information can be transferred quickly and securely. It is particularly crucial in finance, healthcare, and research sectors, where timely and accurate data transmission is non-negotiable.
In an interconnected world, collaboration knows no geographical boundaries. Telecommunications engineering companies facilitate global collaboration by providing real-time communication and data exchange infrastructure. The interconnectedness has revolutionized how businesses operate, fostering international partnerships and innovation. The benefits of a telecommunications engineering company extend far beyond mere connectivity. These companies are architects of our digital age, shaping the foundation upon which modern society thrives. From driving innovation to fostering economic growth and bridging divides, the impact of telecommunications engineering companies is indispensable.
...Read more
Telecommunications infrastructure investment is entering a phase where expansion alone no longer defines success. Operators are under pressure to extend wireless coverage, densify networks for 5G and beyond and maintain broader network continuity while facing rising material costs, supply chain volatility and persistent demands for cost discipline. Network performance is now judged not just by coverage metrics but by how efficiently infrastructure can be deployed, maintained and adapted over time.
Execution speed has become a defining differentiator. Delays in sourcing, deployment or upgrades ripple directly into lost revenue opportunities, especially as operators attempt to monetize new spectrum and emerging applications. Vendors that merely supply equipment without engaging in upstream planning or downstream problem resolution struggle to keep pace with operator expectations. What increasingly matters is the ability to anticipate engineering constraints, align solutions with evolving spectrum strategies and deliver outcomes within compressed timelines.
This shift has elevated the importance of technical proximity to operator teams. Infrastructure partners are expected to function less as distributors and more as extensions of engineering groups, capable of understanding site-level challenges, identifying inefficiencies in existing deployments and recommending targeted interventions. The ability to reduce unnecessary capital expenditure while sustaining service quality has become central to decision-making. Operators are prioritizing partners who can help optimize site utilization, limit redundant upgrades and extract more performance from existing assets.
Supply chain continuity has become a critical factor. Recent disruptions have exposed the fragility of traditional procurement models, where reliance on fixed routes and limited inventory visibility results in missed deployment schedules. Infrastructure programs now depend on partners who can navigate logistical constraints, reroute materials when needed and maintain delivery timelines under adverse conditions. Consistency in fulfillment has become as important as the technical merit of solutions themselves.
Cost discipline is no longer confined to upfront procurement. Operators are placing greater emphasis on long-term expenditure, particularly in areas such as site maintenance, network optimization and field operations. Solutions that reduce the need for repeated site visits, enable remote monitoring or provide real-time visibility into infrastructure parameters are gaining traction. These capabilities directly influence profitability by lowering recurring costs while improving network responsiveness.
The relationship between wireless infrastructure investment and broader operator economics is likewise being reframed. Investments in 5G and future technologies must align with broader economic outcomes, including the ability to generate new revenue streams. Infrastructure partners are increasingly expected to contribute to this objective by identifying use cases that extend beyond traditional coverage models and by enabling operators to extract incremental value from their networks.
In this environment, EZ Communications presents a model that aligns closely with these evolving priorities. It positions itself not as a broad-line distributor but as a focused partner with deep expertise across a select set of wireless infrastructure product lines. Its engagement model blends technical advisory and supply capabilities, enabling it to work directly with operator engineering teams to identify challenges and deliver targeted solutions. Its track record in maintaining delivery continuity under constrained conditions underscores its logistical strength, while its emphasis on rapid turnaround addresses the growing need for execution speed. The company’s approach to enabling remote visibility into antenna parameters such as location, altitude, azimuth and tilt supports ongoing cost optimization by reducing field intervention and site-survey requirements. Its ability to align technical solutions with operator profitability goals, including OPEX reduction and potential new revenue opportunities tied to emerging low-altitude network use cases, further strengthens its position as a preferred partner for telecom infrastructure initiatives.
...Read more
