A single SIM carries two independently operated network profiles, one on Telefónica Deutschland’s network and one on Melita’s, with switching logic on the card itself. The device keeps a single APN and one managed connectivity service regardless of the active profile.
eSIM IoT (SGP.32) delivers a lifecycle-driven connectivity model for large-scale, long-lived IoT deployments – enabling regulatory compliance, zero-touch onboarding, secure profile switching, and long-term continuity without physical access.
IQ Connect, a technology-driven telecommunications company, announced today that its mobile virtual network operator brand, Qué tal Móvil, has been named “Best New MVNO”
Telgoo5 today announced that its enterprise solutions has been named a 2026 MSP Today Product of the Year Award winner by TMC, a leading global media company recognized for building communities in technology and business through live events and digital marketing platforms.
Telgoo5, a leading provider of cloud-native telecom billing, charging, and customer management solutions, announced the addition of KealyWalker to the Telgoo5 Partner Ecosystem.
In an industry defined by relentless scale, razor-thin margins, and accelerating technological change, telecom operators are under pressure to modernize faster than ever before. The transition to 5G, the rise of loT ecosystems, and the growing demand for seamless digital experiences have exposed a critical bottleneck: legacy operational systems that simply cannot keep pace.
Marking a proud milestone at the MVNO Nation 2026 event, a new press release highlights the strategic partnership between Wireless Technology Labs and Lebara Nigeria, aimed at driving MVNO expansion across the African continent.
In 5G SA, OTA becomes a core network execution layer, enabling Steering of Roaming decisions to be applied directly on the SIM. Through SP-AF, network policies are securely transformed into persistent USIM-level actions.
Designed to deliver network access anywhere, including hard-to-reach and high-risk environments, the Autonomous Edge uses a distributed 5G architecture with built-in resilience and failover. If the connection to the central core is lost, a local edge core automatically takes over, ensuring that critical services remain online. This ensures that essential services continue to function, and that disruptions caused by network outages are kept to a minimum.
As MVNOs look for more flexibility, differentiation, and control over their services, many are exploring the transition from light or thin MVNO models towards thicker or full MVNO architectures.