TELECOM

Secure Software, Resilient Networks

Comprehensive Risk Visibility and Compliance for the Software-Defined Telecom Industry

Apiiro brings the rigor of enterprise-grade security—honed in finance, SaaS, and other regulated sectors—to meet the evolving demands of telecom networks.

WHY APIIRO FOR TELECOMMUNICATIONS

Secure Software Design for a Connected Telecom Industry

As the telecommunications sector expands with advancements like 5G, IoT, and cloud services, the landscape of cyber threats becomes increasingly complex. Maintaining a proactive application security posture is essential to protect sensitive data and ensure uninterrupted service.

  • Accelerate Deployment Without Compromising Security: Apiiro enables rapid development cycles while embedding security throughout the software lifecycle.
  • Early Risk Detection: Identify and mitigate vulnerabilities in the design phase, preventing issues before they escalate.
  • Secure Development and Delivery: Design, develop, and deliver secure telecom applications for subscriber management, network orchestration, and billing.
  • Balance Innovation and Risk: Rapidly adopt technologies like 5G and edge computing while maintaining compliance with telecom regulations and protecting critical network infrastructure.
Apiiro dashboard for Telecom applications

“We’re finally fixing more vulnerabilities than we’re detecting—a huge milestone for us.”

“Recently, we’ve seen that our work actually pays off because when we check the metrics—looking at the dashboard over the last four years—we see that in the last year, developers have started fixing more vulnerabilities than they’re introducing, which was the goal for us.

We can see vulnerabilities in a single timeline—from code to runtime—without spending extra time mapping or tagging everything. It’s really helpful for both developers and our team to focus on prioritizing the most critical risks. ”
Daniel Krasnokucki
Daniel Krasnokucki
Director of Application Security

Improve Risk Visibility and Response

Using our patented deep code analysis (DCA), Apiiro creates a continuous application inventory–called the eXtended software bill of materials (XBOM)–that provides a clear view of vulnerabilities across telecom service APIs, subscriber databases, and core network applications.

This visibility helps prioritize and mitigate the highest risks to telecom infrastructure and customer data, ensuring compliance throughout the development lifecycle.

Automate Compliance for Telecom Regulations

Apiiro helps telecommunications providers comply with industry regulations such as FCC, GDPR, and NIST by automating material change detection and triggering relevant security actions.

This ensures critical network infrastructure and customer data remain protected while simplifying audit preparation with clear evidence of risk management.

Clarify Security Roles and Responsibilities

Clarify Security Roles and Responsibilities

Managing security roles across distributed telecom networks, numerous code repositories, and critical integrations like subscriber data platforms and network APIs can be a challenge.

Apiiro helps by mapping risks to specific teams, using features like OrgTeams to ensure clear ownership and accountability–without disrupting service innovation of deployment.

CUSTOMER STORY

Navan Automates Risk Assessments and Reduces Security Bottlenecks

  • Achieved near-instant visibility into components, risks, and material changes across repositories and applications.
  • Automated risk assessments and prioritization, replacing manual security reviews and alert triage across hundreds of weekly pull requests.
  • Shifted application security earlier in the development lifecycle with actionable, risk-based developer guardrails.

“Apiiro recognizes and classifies risks in a way I have not seen any other company do.”

Tarik Ghbeish
Tarik Ghbeish
Manager of Application Security, Navan

Keep your network open for business–closed to threats

Discover how Apiiro secures telecom applications from development to deployment.

Resources

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