5G DevSecOps
5G DevSecOps Services
In the era of ultra-fast connectivity, 5G networks are powering innovations across industries—from autonomous vehicles to smart factories. But the velocity, complexity, and scale of 5G demand a fresh approach to security. That’s where 5G DevSecOps comes in. By integrating security across every phase of 5G software and infrastructure development, DevSecOps ensures rapid, resilient, and secure delivery of 5G-enabled applications and services.
FNS 5G DevSecOPs Capabilities
We engage with telcos, network vendors, and digital enterprises to co-develop secure 5G use cases—ranging from autonomous mobility to industrial IoT. Our Dallas-based lab supports rapid development and testing of 5G-native applications under a secure CI/CD paradigm.
Key to DevSecOps
Real-Time Security for Real-Time Networks
5G introduces ultra-low latency and real-time responsiveness. 5G DevSecOps embeds security tools like SAST and DAST to proactively identify vulnerabilities across edge devices, core networks, and application layers before they impact performance
Zero-Touch Automation
With massive device volumes and dynamic slicing, manual processes can’t keep up. DevSecOps introduces automated security testing into CI/CD pipelines—vital for 5G’s distributed cloud-native environments.
Early Threat Detection at the Edge
5G edge deployments are exposed to a wider attack surface. Integrating continuous security monitoring and automated patching ensures threats are addressed before they reach the core network.
Network Slice Isolation
DevSecOps enables isolation policies and automated policy enforcement across 5G slices, ensuring tenant separation, SLA compliance, and secure data handling for each service.
Let Our DevSecOps Consultants Help You
Organizations are adopting DevOps so they can be more flexible and put out code faster. However, this change could disrupt internal processes and the culture of the organization. To help your company move from CI/CD to CI/SecOps, you need to plan ahead. This will allow security teams to have an effect on current CI/CD pipelines and improve application security.
Let Our 5G DevSecOps Consultants Help You
Transitioning to 5G requires more than faster connections—it requires a secure software development lifecycle from RAN to core to edge. Our consultants help telcos, enterprises, and developers inject security into their 5G CI/CD pipelines, enforce policies, and accelerate secure service rollouts.
An Effective 5G DevSecOps Approach Includes
Secure updates to distributed microservices across MEC and core cloud platforms using incremental deployment strategies.
Manage risks from user-triggered provisioning or service changes through automated policy validation.
Ensure 5G networks meet GDPR, HIPAA, PCI-DSS, and telecom-grade security mandates with built-in compliance checks.
Every code update introduces potential threats—DevSecOps scans for CVEs and anomalies in real time to mitigate risk.
Continuously monitor 5G interfaces like NFs and UPFs for misconfigurations, outdated components, and security flaws.
Equip engineers and DevOps teams with training and best practices for secure 5G-native application delivery.
What Is 5G DevOps Automation?
5G DevOps automation eliminates repetitive setup and provisioning tasks—from orchestrating virtual network functions (VNFs) to slicing policy rollouts. Our 5G DevSecOps automation frameworks accelerate CI/CD across distributed, containerized, and cloud-native environments.
Our Agile 5G DevSecOps Framework
Increasing organisational focus through 5G DevSecOps implementation
Secure, scale, and simplify 5G delivery. Our structured DevSecOps methodology enables 5G operators and developers to release secure services faster—across edge, cloud, and hybrid 5G deployments.
Improve Productivity
From service orchestration to lifecycle policy management, we provide architecture assessments, security gap analysis, and intelligent automation for 5G.
Minimal Investment
Start your secure 5G journey using our plug-and-play frameworks—no heavy upfront investments required.
Achieve 5G Automation Targets
We help you integrate open-source and commercial tools optimized for 5G DevSecOps, including 5GC observability and edge-specific threat detection.
Self-Healing & Auto-Scale
Enable autonomous remediation and self-healing for service degradations in cloud-native 5G cores and edge locations.
Our 5G DevSecOps Capabilities
5G DevSecOps Maturity Assessment
Evaluate your readiness to secure 5G workloads—across RAN, edge, and cloud. Our assessment identifies architectural gaps and prescribes the right tooling and practices tailored to your 5G use cases.
5G DevSecOps Implementation
Embed security throughout your 5G SDLC—from coding and integration to deployment and monitoring. We ensure cross-layer protection across NFV/SDN, containerized workloads, and microservices.
Infrastructure Automation for 5G
Automate provisioning of 5G core functions, policy engines, and service chains using Infrastructure as Code (IaC) and Configuration as Code, eliminating configuration drift in hybrid multi-vendor setups.
Site Reliability Engineering for 5G
Meet 5G SLA targets with scalable observability, proactive incident response, and 24x7 monitoring. Our SRE accelerators help you build and manage always-on 5G environments effectively.
Future Netwings 5G DevSecOps Platform
Accelerate your 5G rollout with our integrated Platform-as-a-Service—offering CI/CD automation, edge orchestration, and network slice-aware security testing in one seamless package.
Inject Security into 5G CI/CD Pipelines
5G software lifecycles are relentless. We integrate DevSecOps into “Continuous Everything” pipelines, securing OSS/BSS, APIs, microservices, and vendor-supplied libraries from day one.
End-to-end DevSecOps consulting services.
Future New Wings, a recognized organization that provides consulting services for the complete DevSecOps life cycle, can help you at any point in the process. Our DevSecOps Architects take a modular approach, first assessing your organization’s existing DevOps and security capabilities before implementing a customized plan. We have worked with independent software vendors (ISVs) and major organizations (enterprises) to integrate security into their respective DevOps processes.
To incorporate DevSecOps into our software development processes, we must automate everything from testing to building to deploying to monitoring data security. This involves keeping an eye on data security. Before patching your CI/CD workflow, we will first codify security, compliance, control, and governance. As a result, your infrastructure may operate at SDLC levels while adhering amicably to the appropriate security standards. To clean up the entire software development life cycle (SDLC), we also ensure that security tests are automated and applied at the server build level.
The Need for DevSecOps
The integration of development and operations teams that DevOps enables has significantly accelerated the production of custom software and commercial applications. It is not uncommon for security to be considered a barrier to rapid software development in DevOps installations, which is a popular misconception.
Despite the rising emphasis on bridging the traditional barriers between development, testing, and operations, many firms fail to incorporate security into their development processes, leaving them open to a range of threats.
What is required at this point is the provision of DevSecOps Services. According to the DevSecOps thesis, security should play an essential part in all elements of the DevOps technique. DevSecOps ensures that any faults or vulnerabilities in software are discovered early in the development process so that they may be corrected as soon as possible. This is accomplished by constant monitoring, assessment, and analysis.
Difference Between DevOps and 5G DevSecOps
While DevOps emphasizes speed and collaboration, 5G DevSecOps emphasizes secure speed at scale—tailored to 5G's real-time, distributed, and multi-tenant architectures.
What is 5G DevSecOps?
5G DevSecOps extends DevOps practices into the 5G ecosystem—embedding compliance, threat intelligence, and secure automation across software-defined network elements, APIs, slices, and services.
