
SynQ 5G / O-RAN Core
Quantum-Secure 5G and O-RAN Infrastructure for the Next Generation of Connectivity.
5G and emerging Beyond-5G (B5G) networks are becoming the backbone of national connectivity, industrial automation, smart infrastructure, defence communications, and next-generation digital ecosystems. As telecom infrastructure evolves toward hyper-connected, software-defined, and cloud-native architectures, existing security models remain exposed to cyber threats, signalling vulnerabilities, supply-chain risks, and emerging quantum-era attacks. Open RAN (O-RAN) accelerates interoperability and vendor flexibility across telecom networks, while significantly expanding the attack surface across disaggregated network layers, APIs, orchestration environments, and distributed infrastructure. The future of telecom demands more than network performance — it requires sovereign, quantum-resilient, and secure-by-design 5G infrastructure.
Quantum-Secure 5G and O-RAN Infrastructure for the Next Generation of Connectivity.
SynQ 5G / O-RAN Core is an enterprise-grade, post-quantum secure 5G/B5G Core platform engineered for telecom operators, defence communications, smart cities, industrial networks, and national critical infrastructure environments. The platform integrates a quantum-secure 5G Core with key network functions including AMF, SMF, UPF, AUSF, UDM, UDR, PCF, NRF, NSSF, and NMS, alongside O-RAN ready architecture, post-quantum PKI infrastructure, secure API and network orchestration, automated operational management, and cloud-native deployment across edge, hybrid, and sovereign telecom environments.

Quantum-safe 5G and O-RAN security architecture; post-quantum secure telecom infrastructure; sovereign and indigenous telecom technology stack; secure-by-design cloud-native deployment; automated network lifecycle and security orchestration; self-healing operational framework; real-time telecom visibility and threat monitoring; crypto-agile network evolution; and scalable deployment across edge, cloud, hybrid, and on-premises telecom environments.