- Access Control
- Access Management
- Authentication
- Certificate-Based Authentication
- Cloud Native
- Components
- Control Plane
- Core Network
Show all 31 topics
- Cybersecurity
- Distributed Infrastructure
- Edge
- Enterprise
- Government
- Internet Protocol
- Least Privilege
- Network Access Control
- Network Fabric
- Network Function
- Networking
- Network Operator
- Network Security
- Partnership
- Private Network
- Public Key Infrastructure
- SDN
- Services
- Software
- Standards
- Virtualization
- Zero Trust
- Zero-Trust Network Access
No article in the knowledge graph for SecureG yet.
Who is SecureG?
SecureG is a cybersecurity company that develops 5G and Software Defined Networking (SDN) security platforms focused on zero-trust, identity-based network access, and attestation for communications infrastructure.
Show more
- Zero-trust security and policy enforcement for 5G and software-defined networks (network security).
- Identity-based Network Access Control (NAC) tied to cryptographic credentials and device identities (access management).
- Security for critical communications infrastructure, including telecom, government, and enterprise environments (infrastructure security).
- Support for standards-based architectures and protocols for secure networking and trust assurance (security architecture).
- Consultative and integration-focused services for deploying secure 5G and software-defined network solutions (security services).
More About SecureG
SecureG focuses on security for 5G and SDN environments, with offerings that apply to telecom operators, government agencies, and enterprises that operate critical communications infrastructure. The company positions its technology as a way to enforce zero-trust networking principles, where every device and workload is authenticated and authorized before it can communicate. This approach is designed for networks that use virtualized and cloud-native architectures, including multi-vendor and multi-domain 5G deployments.
The SecureG platform centers on identity-based networking (network security), in which identities of devices, users, and workloads are bound to cryptographic credentials. Network access and routing decisions are then made based on these identities rather than on static IP addresses or physical locations. This architecture is aligned with concepts from zero-trust security frameworks, where continuous verification and least-privilege access are core elements, and where network segments are treated as untrusted by default.
In 5G deployments, SecureG targets functions such as securing control-plane and user-plane traffic, safeguarding interfaces between network functions, and supporting roaming or interconnect scenarios where multiple operators or domains exchange traffic. The technology is intended to work with SDN and network function virtualization architectures, where security policies can be centrally defined and programmatically enforced across distributed infrastructure, including edge and core network components.
SecureG references standards and protocols relevant to telecom and government environments, including architectures informed by bodies such as 3rd Generation Partnership Project (3GPP) and NIST, as well as Public Key Infrastructure (PKI) mechanisms and Certificate-Based Authentication (CBA) (identity and access management). The company’s focus on attestation and cryptographic trust anchors supports use cases where operators and agencies need to verify the integrity and provenance of devices, software, and network functions before granting them access to sensitive segments.
Compared with traditional perimeter-based network security tools, SecureG’s approach aligns with categories such as Zero-Trust Network Access (ZTNA), service identity and authentication, and 5G network security. Rather than relying primarily on firewalls at fixed boundaries, the SecureG model enables fine-grained, identity-aware policies enforced throughout the network fabric. This positions its offerings for directories and marketplaces under network security, 5G security, SDN security, and identity-based access control, with applicability to both service provider and enterprise private network deployments.
Our description of SecureG. Updated December 2025.
