As telecom fraud continues to evolve, operators must adopt smarter, faster, and more effective tools to protect their networks. Automation has emerged as a critical technology in this landscape, fundamentally transforming fraud prevention in telecom. By leveraging advanced algorithms and real-time data, automated solutions help operators detect, prevent, and respond to fraud before it impacts revenue or customer trust. Here’s a closer look at how automation is shaping the future of telecom fraud prevention.

The Growing Need for Automated Fraud Prevention

Telecom fraud remains a significant threat to the industry, costing billions of dollars annually. With the sheer volume of call traffic, manual fraud detection methods fall short, as fraudsters continue to deploy increasingly sophisticated techniques. Automated fraud prevention allows telecom operators to keep up with these threats by processing vast amounts of data in real time and identifying anomalies instantly.

Automation offers telecom operators several crucial advantages in fraud prevention, including:

• Real-time Monitoring and Detection: Automated systems analyze traffic as it occurs, identifying patterns indicative of fraud, such as unauthorized access, high call volumes from specific regions, and abnormal usage patterns.

• Data-Driven Decision Making: Advanced data analytics enable automated solutions to quickly adapt to emerging fraud patterns, using past data to predict and prevent future risks.

• Reduced Human Error: Automated solutions minimize human error, ensuring consistency in fraud prevention by eliminating subjective interpretation in fraud analysis.

How Automated Solutions Detect Telecom Fraud

Automation enables operators to deploy multiple detection methods simultaneously, allowing for a more comprehensive and accurate fraud detection approach. Some of the core techniques used by automated systems in telecom fraud prevention include:

1. AI and Machine Learning Algorithms: Machine learning algorithms analyze historical data to identify subtle changes in usage that could indicate fraud. AI-driven systems can continuously improve by learning from past fraud attempts, enabling them to detect increasingly complex fraud patterns.

2. Pattern and Anomaly Detection: Automated solutions monitor call traffic for unusual patterns or anomalies that often signal fraud. For instance, if calls to high-risk destinations spike, the automated system flags and quarantines suspicious traffic for further inspection.

3. STIR/SHAKEN Protocol: Automated systems integrate with protocols like STIR/SHAKEN to validate caller ID authenticity, helping to detect spoofed calls that are often used in phishing scams.

4. Rules-Based Filters: Automation also allows operators to create custom rules tailored to their specific network needs, such as blocking certain types of calls or flagging unusual call durations.

Benefits of Automated Fraud Prevention

Automation in telecom fraud prevention not only detects threats faster but also enables operators to respond more effectively. Here are some of the key benefits:

• Scalability: Automated systems are capable of scaling with the network, making them ideal for operators handling high volumes of calls.

• Cost Savings: By reducing the need for manual fraud monitoring, automation can significantly cut down on operational costs.

• Improved Response Times: Automated solutions allow for immediate action when fraud is detected, preventing large-scale financial losses and maintaining customer trust.

• Regulatory Compliance: Automation simplifies the compliance process by ensuring that fraud prevention protocols align with industry standards.

Real-World Impact of Automation in Telecom Fraud Prevention

The impact of automation is already evident in telecom, where companies using automated fraud prevention report a significant decrease in fraud cases and associated revenue loss. For example, some operators have been able to reduce fraud instances by over 60% through automated systems that allow them to focus on their core business with confidence.

The Role of DenovoLab’s DNL Switch in Automated Fraud Prevention

DenovoLab’s DNL Switch is built with a comprehensive suite of automation tools designed to keep networks secure from fraud threats. By integrating real-time monitoring, machine learning, and pattern detection, the DNL Switch offers a multi-layered approach to telecom fraud prevention, enabling operators to:

• Enhance Security: With automated traffic monitoring, the DNL Switch detects fraud in real time, reducing potential revenue loss.

• Optimize Operations: Automation reduces the need for manual monitoring, allowing operators to allocate resources to other critical business areas.

• Ensure Compliance: The DNL Switch complies with major fraud prevention standards, including STIR/SHAKEN, providing built-in protection that supports regulatory requirements.

Embrace the Future of Fraud Prevention with DenovoLab

Automation is the key to staying ahead of telecom fraud threats, and the DNL Switch makes implementing it seamless. DenovoLab offers telecom operators the technology needed to secure their networks and improve operational efficiency, keeping customer trust and revenue intact.

Ready to protect your network? Visit www.denovolab.com today to learn how DenovoLab can safeguard your operations with advanced, automated fraud prevention solutions.

 

In today’s rapidly evolving telecom industry, the need for advanced, proactive security measures is more critical than ever. With the growth of robocalling, data breaches, and network infiltration, telecom operators must stay vigilant and deploy innovative solutions to ensure compliance, reliability, and security. Here are essential security practices and strategies for 2024 and beyond, specifically tailored for telecom operators to protect their networks effectively.

Implement Real-Time Fraud Detection

• Why It Matters: In an era of increasing fraud tactics like SIM swapping, call spoofing, and account takeovers, real-time fraud detection is indispensable.

• Best Practice: Leverage machine learning-based monitoring that detects unusual call patterns and behaviors to identify potential fraud in real time.

• How DenovoLab Helps: DenovoLab’s DNL Switch offers high-efficiency fraud detection tools that enable telecom operators to screen for suspicious activity on-the-go, minimizing revenue loss and protecting customer data.

Use Advanced Caller ID Verification

• Why It Matters: Spoofed calls have become an industry-wide issue, diminishing trust in telecom services.

• Best Practice: Adopt STIR/SHAKEN protocols to verify the authenticity of caller IDs.

• How DenovoLab Helps: The DNL Switch integrates seamlessly with STIR/SHAKEN, filtering spoofed calls before they reach end-users and ensuring compliance with regulatory standards.

Leverage DNO and DNC Lists for Targeted Call Blocking

• Why It Matters: Non-compliant calls can incur regulatory penalties, especially in regions with strict rules like the United States.

• Best Practice: Implement a robust call-blocking strategy based on Do Not Originate (DNO) and Do Not Call (DNC) lists to avoid regulatory issues and maintain high CPS rates.

• How DenovoLab Helps: With built-in DNO and DNC integration, DenovoLab’s DNL Switch ensures calls originating from flagged numbers are blocked, preventing unwanted traffic and enhancing compliance.

Optimize CPS (Calls Per Second) Capacity to Prevent Congestion

• Why It Matters: With increasing traffic demands, operators need to maximize CPS without sacrificing performance.

• Best Practice: Use high-performance softswitch solutions that can handle peak loads and ensure consistent service quality.

• How DenovoLab Helps: The DNL Switch supports high CPS capacity with advanced algorithmic routing and scalable architecture, enabling telecom providers to handle peak traffic efficiently on minimal hardware.

Implement Dual-Layer Traffic Filtering

• Why It Matters: Filtering traffic on both ingress and egress prevents fraudulent and non-compliant calls from entering and leaving the network.

• Best Practice: Set up multi-layered traffic filtering mechanisms to add an extra layer of security.

• How DenovoLab Helps: DenovoLab’s DNL Switch provides dual-layer filtering, ensuring that both inbound and outbound calls are authenticated and verified, thereby protecting network integrity.

Ensure Compliance with Regional and International Regulations

• Why It Matters: Regulatory bodies are tightening their requirements on call authenticity and data privacy.

• Best Practice: Regularly audit and update your network compliance strategy based on FCC, FTC, GDPR, and other regulatory guidelines.

• How DenovoLab Helps: DenovoLab’s DNL Switch includes compliance management tools and supports FTC and STIR/SHAKEN integrations, enabling telecom operators to align with current and emerging telecom regulations.

Enhance Redundancy and Failover Systems

• Why It Matters: Unexpected outages can lead to significant revenue losses and damage customer trust.

• Best Practice: Utilize failover mechanisms that can seamlessly redirect calls during system issues or traffic surges.

• How DenovoLab Helps: With advanced failover capabilities, DenovoLab’s DNL Switch allows for automatic call redirection to backup paths, minimizing downtime and maintaining continuous operation.

Protect Customer Data Through End-to-End Encryption

• Why It Matters: Data privacy laws demand stringent protection of customer data.

• Best Practice: Implement end-to-end encryption for all call and message data to safeguard against interception and breaches.

• How DenovoLab Helps: DenovoLab’s solution supports robust encryption protocols, ensuring that sensitive customer information remains confidential and secure.

Invest in Scalable Infrastructure to Support Growth

• Why It Matters: Growing traffic demands require infrastructure that can scale without disruption.

• Best Practice: Choose telecom solutions that allow for scalability without frequent hardware upgrades.

• How DenovoLab Helps: The DNL Switch is designed with a modular architecture that supports seamless scaling, empowering operators to increase capacity as business demands grow without compromising on performance.

Regularly Update and Monitor Network Security Policies

• Why It Matters: Security threats evolve quickly, and static policies won’t keep networks protected for long.

• Best Practice: Regularly audit, test, and update security policies to adapt to emerging threats.

• How DenovoLab Helps: DenovoLab provides real-time monitoring and reporting capabilities, helping telecom operators adjust their security protocols dynamically to respond to the latest threats.

Conclusion

As telecom operators face rising fraud risks, compliance demands, and traffic volumes, adopting proactive and advanced security measures is no longer optional—it’s a necessity. DenovoLab’s DNL Switch offers comprehensive tools to address these needs, enabling operators to safeguard their networks, optimize performance, and maintain compliance seamlessly.

Stay Secure, Stay Ahead! Visit www.denovolab.com to explore how DenovoLab’s DNL Switch can transform your telecom security strategy for the future.

 

As telecom technology advances, the demands on providers grow ever more complex. To stay competitive, telecom operators need solutions that can handle increasing traffic volumes, comply with evolving regulatory standards, and protect against sophisticated fraud—all while keeping operating costs down. DenovoLab’s DNL Switch offers a forward-looking, scalable solution that addresses these critical needs, enabling telecom operators to stay ahead in an evolving landscape. Here’s why the DNL Switch is a vital investment for the future of telecom.

High CPS and Traffic Management: Built for Scale

In today’s market, call per second (CPS) rates are a key driver of profitability, particularly as margins tighten. DenovoLab’s DNL Switch is designed to handle high CPS rates, allowing operators to manage vast call volumes seamlessly. Whether processing 6,000 or 18,000 CPS, the DNL Switch enables operators to optimize revenue by managing more traffic with fewer resources.

How High CPS Drives Value:

• Revenue Maximization: Process high traffic volumes efficiently to boost revenue per second.

• Cost-Effectiveness: Handle larger workloads without requiring massive hardware investments, which keeps costs down and profits up.

• Scalability: Grow your operations without concern about technical bottlenecks—ideal for operators seeking long-term expansion.

Next-Gen Compliance with Integrated Filtering and Spoofing Protection

Regulatory compliance is evolving rapidly, with new standards set to curb fraud and protect consumers. The DNL Switch integrates advanced tools for compliance, helping operators meet Federal Communications Commission (FCC) guidelines without sacrificing performance.

Compliance Features:

• DNO and DNC List Integration: Instantly filter calls to block numbers flagged on Do Not Call and Do Not Originate lists, ensuring strict adherence to telecom standards.

• STIR/SHAKEN Verification: Validate caller identity in real-time to combat spoofing and protect customers from fraudulent calls.

• Automated Filtering Tools: Keep your network clean by automatically blocking calls based on real-time fraud databases, such as YouMail, FTC lists, and other sources.

Advanced Security with Real-Time Fraud Detection

Telecom fraud costs providers billions each year. The DNL Switch’s proactive, algorithm-driven fraud detection goes beyond basic call filtering. By incorporating real-time analytics, the switch can detect patterns associated with fraud and stop malicious traffic before it damages your network.

Security Features:

• Real-Time Fraud Monitoring: Constantly analyze call patterns to detect and block suspicious activity.

• Spoofing Prevention: Identify and block spoofed calls to prevent fraudsters from manipulating your network.

• Dual-Layer Filtering: Filter both inbound and outbound traffic to ensure complete protection, regardless of call direction.

Built for High-Performance on Standard Hardware

DenovoLab’s DNL Switch is engineered to deliver high performance even on modest hardware. This capability allows operators to minimize infrastructure costs without compromising on the switch’s ability to handle high CPS rates, maintain compliance, or provide fraud protection.

Hardware Efficiency:

• Low-Resource Demand: Requires less hardware to achieve maximum output, keeping capital expenditures low.

• Efficient CPU Utilization: Uses advanced algorithms to manage resources, ensuring scalability even with a low-profile server setup.

• Expandable Infrastructure: Easily scales with your business, allowing for additional capacity as needed.

The DenovoLab Difference: Custom Development and Superior Technology

The DNL Switch is not a reworked open-source product—it is built from the ground up to meet the specific needs of telecom operators. This custom-built approach ensures every component is optimized for handling today’s telecom challenges.

Why Custom Development Matters:

• Tailored Solutions: Every feature, from call routing to spoofing protection, is engineered with telecom needs in mind.

• Future-Ready Architecture: Built to adapt and grow with future telecom standards, making it a sustainable investment.

• No Third-Party Dependence: Own your technology stack without reliance on external modifications, giving you control over your switch’s capabilities and security.

Effortless Growth and ROI Potential

Telecom providers seeking to grow their business without overwhelming their resources will find the DNL Switch to be the ideal solution. It enables operators to increase their call traffic, streamline operations, and maintain compliance—all critical components for sustainable growth.

Business Growth Benefits:

• Efficient Scaling: Handle increased traffic with minimal additional resources.

• Immediate Compliance: Stay ahead of regulatory changes to avoid penalties.

• Boosted ROI: Lower operational costs while increasing revenue through efficient high-CPS handling.

Conclusion: The Future of Telecom with DenovoLab’s DNL Switch

As the telecom landscape becomes more competitive and regulated, operators need a switch that can meet today’s demands and adapt to tomorrow’s challenges. DenovoLab’s DNL Switch offers the scalability, compliance, and security features necessary to support telecom providers as they navigate an evolving industry.

Ready to future-proof your operations? Visit www.denovolab.com and discover how the DNL Switch can transform your telecom business today.

 

In the fast-evolving telecom industry, where compliance and security standards continue to rise, implementing robust measures to mitigate fraudulent calls has become more critical than ever. Do Not Originate (DNO) and Do Not Call (DNC) lists are emerging as essential tools in this battle, providing telecom operators with effective ways to block suspicious or illegal traffic. These lists, combined with advanced systems like DenovoLab’s DNL switch, enable operators to strengthen security while ensuring compliance, giving them a competitive edge.

Understanding DNO and DNC Lists

Do Not Originate (DNO) List A DNO list consists of phone numbers that should never originate calls. These numbers might include toll-free numbers, unassigned numbers, or internal corporate numbers that are not intended for public outbound use. Fraudsters often spoof these numbers to appear legitimate, tricking recipients into answering their calls. Blocking calls originating from these numbers helps prevent spoofing and reduces the risk of fraudulent activity.

Do Not Call (DNC) List The DNC list, on the other hand, includes numbers registered by consumers who do not wish to receive unsolicited marketing calls. U.S. federal regulations require that telecom operators prevent their systems from contacting these numbers, ensuring compliance with the Telephone Consumer Protection Act (TCPA) and Federal Communications Commission (FCC) standards. Failing to comply can result in substantial fines and reputational damage.

Why DNO and DNC Lists Are Vital for Telecom Security

1. Blocking Spoofed and Fraudulent Calls

DNO lists prevent calls from known fraudulent numbers, while DNC lists protect against consumer complaints and regulatory fines. Together, they create a protective barrier, helping telecom operators reduce the risk of scams reaching their networks and ensuring end-user trust.

2. Enhanced Regulatory Compliance

Compliance with DNC regulations is essential to avoid penalties. In 2024, the FCC’s new standards will tighten the requirements for telecom operators, making DNO and DNC lists more important than ever. Operators that proactively use these lists are well-positioned to stay compliant with minimal disruption.

3. Streamlined Call Filtering for Improved Performance

By integrating DNO and DNC lists, operators can streamline call filtering, ensuring only legitimate traffic flows through their networks. This not only boosts security but also optimizes network performance, as resources are no longer tied up with handling unwanted traffic.

How DenovoLab’s DNL Switch Simplifies DNO and DNC Management

Managing DNO and DNC lists manually can be labor-intensive, especially with the volume of data and frequency of updates required to stay compliant. DenovoLab’s DNL switch offers a solution by automating DNO and DNC list management, enabling operators to focus on other critical tasks.

Key Features of DenovoLab’s DNL Switch for DNO and DNC Management:

1. Automated Updates and Compliance With DenovoLab’s switch, DNO and DNC lists are automatically updated, so operators never have to worry about missing the latest regulatory adjustments or updates. This feature ensures continuous compliance without the need for manual intervention.

2. Real-Time Call Blocking The DNL switch provides real-time blocking for numbers on DNO and DNC lists, filtering calls at both the ingress and egress points. This advanced functionality reduces the likelihood of fraudulent or unsolicited calls slipping through the network, adding an extra layer of security.

3. Seamless Integration with Compliance Standards DenovoLab’s solution aligns with standards like STIR/SHAKEN and the FCC’s regulations, providing telecom operators with a holistic approach to security. By incorporating these features, the switch enhances caller authentication and mitigates spoofing risks, reducing regulatory headaches.

4. Customizable Filtering Options Not all telecom operators have the same requirements. DenovoLab’s DNL switch allows operators to customize filtering based on their specific needs, enabling flexibility and optimized performance for unique traffic profiles. Operators can tailor DNO and DNC configurations to ensure peak functionality while maintaining regulatory adherence.

5. Detailed Reporting and Insights With robust reporting tools, operators can access detailed insights into blocked calls, traffic patterns, and security threats. This data enables more informed decision-making, helping operators to fine-tune their processes and improve security.

DNO and DNC Lists in Action: A Case Study

Consider a telecom provider operating with an average daily traffic volume of 50,000 calls. Without DNO and DNC list integration, they would likely face challenges filtering spoofed calls or avoiding consumer complaints due to accidental DNC violations. By integrating DenovoLab’s DNL switch, this operator can now filter calls with precision, blocking thousands of fraudulent attempts daily while keeping the network compliant.

This approach not only mitigates the risk of penalties but also safeguards the operator’s reputation. The DNO and DNC lists, managed by the DNL switch, ensure that compliance is automatic and effective, allowing the operator to maintain high performance without compromising security.

The Future of Telecom Security with DNO and DNC Lists

With evolving regulations and an increasing need for proactive call-blocking measures, DNO and DNC lists will continue to play a critical role in telecom security. As the industry demands faster, more reliable security solutions, DenovoLab’s DNL switch remains at the forefront, providing telecom operators with tools that ensure compliance, protect customer trust, and streamline network performance.

Conclusion: Secure Your Network with DenovoLab’s DNL Switch

In today’s telecom landscape, robust fraud prevention and compliance tools are essential. DenovoLab’s DNL switch provides seamless integration of DNO and DNC lists, helping operators maintain compliance, boost performance, and build a secure and reliable network.

Ready to see how DenovoLab can strengthen your telecom security? Visit www.denovolab.com to learn more!

 

In today’s telecom landscape, where profitability margins are shrinking, with rates dropping from historical highs of 30% to as low as 5% today, telecom operators face mounting pressure to maximize efficiency and throughput. This shift demands technological tools that can handle increased traffic without compromising quality or compliance. Denovolab’s Class 4 softswitch addresses this need by offering an unprecedented ability to handle high CPS rates, allowing operators to terminate more traffic at reduced costs.

Why High CPS is Essential in Today’s Market

The telecom market has undergone significant changes. With tighter margins, operators can no longer rely on fewer, high-margin calls to sustain revenue. Instead, the key to maintaining profitability lies in terminating more traffic efficiently. Handling high CPS means the ability to process a larger volume of calls in real-time, maximizing revenue per second. A switch capable of handling high CPS, like Denovolab’s Class 4 solution, allows operators to meet the volume demands of today’s competitive environment while maintaining quality.

Imagine this scenario: a telecom operator with the capability to handle 6,000 CPS on 35,000 ingress calls per second. Our softswitch can handle egress rates as high as 1.5 to 2 times the ingress rate, processing upwards of 18,000 CPS with ease, all on a low-profile Intel server equipped with 48 cores. This level of scalability ensures that operators can handle peak traffic without worrying about system limits.

Handling CPS Like a “Piece of Cake” – The Denovolab Difference

Handling high CPS is a technical challenge for many traditional switches, often resulting in dropped calls, latency, or other quality issues that affect the user experience. However, our Class 4 switch treats CPS as “a piece of cake.” Here’s how we achieve this feat:

• Algorithmic Routing for Unlimited CPS: Our routing algorithms are designed to optimize the flow of calls, allowing for rapid decision-making on which paths to use. This approach ensures that no CPS limit constrains the switch’s performance, allowing it to meet peak traffic demands reliably.

• Advanced Failover Mechanisms: We leverage a failover strategy that dynamically routes calls to alternative paths even before the previous egress fully acknowledges them. This approach minimizes Post-Dial Delay (PDD) and enhances completion rates, giving operators a powerful advantage in today’s fast-paced telecom environment.

• Efficient Resource Usage: By optimizing how system resources like CPU and memory are used, our switch provides a scalable solution that can support high CPS without requiring excessive hardware investments. This efficiency keeps operational costs low while delivering the high performance operators need.

Compliance First: Blocking Invalid Calls with Precision

In the US domestic telecom arena, terminating traffic without filtering for compliance is risky. Invalid or fraudulent calls can lead to fines, penalties, or even blacklisting. Our Class 4 switch is built with compliance in mind, offering operators robust filtering tools that make it easy to block problematic traffic while maintaining high CPS rates. This ensures that operators can handle large volumes of traffic without jeopardizing regulatory compliance.

Our softswitch enables seamless traffic filtering by:

• Integrating with YouMail, DNO, and DNC Lists: With built-in filtering for YouMail, Do Not Originate (DNO), and Do Not Call (DNC) lists, we ensure that flagged numbers are blocked, keeping call traffic compliant with federal and industry standards.

• FTC and STIR/SHAKEN Integration: To further combat spam and robocalling, our switch incorporates FTC guidelines and STIR/SHAKEN verification. STIR/SHAKEN is essential for validating call authenticity, and our approach lets operators quickly identify and block spoofed calls, preserving call quality for legitimate traffic.

• Inbound and Outbound Filtering: We apply filtering on both the ingress and egress sides, adding an additional layer of security and compliance. This dual-layer filtering ensures that calls are verified and compliant, regardless of their direction, reducing the risk of fraud and regulatory infractions.

Real-World Performance: A Customer Case Study

One of our customers regularly handles 6,000 CPS with 35,000 ingress calls per second. With an egress CPS between 1.5 and 2 times the ingress, this customer processes as much as 18,000 CPS on a standard Intel server with 48 cores. Such scalability on modest hardware exemplifies our high-efficiency design, allowing operators to grow their business without limitations.

This setup not only minimizes hardware costs but also frees the customer from worrying about technical constraints on CPS, traffic volume, or compliance. Our switch makes high CPS handling a routine operation, turning it into a “piece of cake” that doesn’t demand extensive resources or constant oversight.

Denovolab’s Built-for-Scale Approach: From the Ground Up

We didn’t take the traditional route of layering a UI on an open-source switch. Instead, we developed our Class 4 switching solution from scratch, emphasizing efficiency, scalability, and compliance. This foundational approach allows us to tailor every aspect of the switch for high performance and low latency, making it uniquely suited for high-CPS operations. Here are some of the technical decisions that set us apart:

• Custom Core Development: Building the core switching components from scratch enables us to control every aspect of call processing, ensuring that the system is free from the constraints and inefficiencies of generic solutions. This focus on core optimization translates to a switch that can handle unlimited CPS with ease.

• Algorithm-Driven Traffic Management: By prioritizing algorithmic solutions for traffic management, we ensure that our switch can make rapid routing decisions without bottlenecks. This agility is essential for operators managing high CPS, as it allows them to handle traffic spikes without disruption.

• Enhanced Failover and Redundancy: Our switch is designed with high availability in mind, offering seamless failover that reduces latency and keeps calls connected even when primary routes are overloaded. This redundancy protects against outages and maximizes uptime, a critical feature for high-CPS environments.

Unlocking Business Growth Through Scalability

When a switch can’t handle traffic, calls are rejected, leading to lost revenue and frustrated customers. Our Class 4 solution empowers operators to avoid these issues by delivering unbounded scalability. By making high CPS handling accessible on standard hardware, our switch enables operators to expand without worrying about hardware limitations or the need to frequently upgrade infrastructure.

The ability to scale seamlessly means operators can grow their businesses without worrying about technical bottlenecks. Our switch unlocks opportunities for growth by eliminating barriers to high CPS, allowing operators to increase their traffic volume and revenue potential.

The Bottom Line: Scaling Profitably with Denovolab’s Class 4 Softswitch

Our Class 4 softswitch offers a solution to the challenges facing modern telecom operators: rising traffic demands, shrinking margins, and the need for compliance. By handling high CPS like “a piece of cake,” we enable operators to increase their traffic capacity, reduce costs, and ensure compliance with industry standards.

In a market where losing calls means losing revenue, our scalable, efficient switch empowers operators to keep up with demand, grow their business, and remain competitive. Our unique combination of high CPS capacity, algorithmic routing, and built-in compliance filters makes Denovolab’s Class 4 switch the ideal solution for telecom providers looking to thrive in today’s telecom environment.

Ready to optimize your telecom network and drive profitability with high CPS handling? Discover how DenovoLab’s Class 4 softswitch can empower your business to stay compliant, scalable, and competitive. Visit www.denovolab.com to learn more and schedule a demo today!