SES and JioStar’s multi-year India satellite deal highlights how resilient broadcast infrastructure supports modern connectivity, from DTH television to VoIP network continuity. Using SES IS-20, the partnership expands reliable content delivery across cities and remote regions, reinforcing hybrid satellite, fiber, and IP strategies for scalable communications growth in South Asia
NTT and Cailabs are advancing laser-based satellite communications that could bring fiber-like speed, lower latency, and stronger capacity to global networks. By linking optical ground stations, APN data centers, and space infrastructure, the partnership supports scalable VoIP, cloud, enterprise connectivity, telecom backhaul, and real-time communication services in hard-to-reach areas worldwide.
SIM-based UCaaS mobility is turning the smartphone dialer into a governed business phone system. By placing enterprise numbers on physical SIMs or eSIMs, companies improve VoIP call quality, compliance, AI transcription, and caller ID while giving mobile teams the native calling experience they prefer without another softphone app to manage
USTDA-backed THUS subsea cable could transform VoIP connectivity between Thailand, Southeast Asia, and the United States. By avoiding the South China Sea, the 18,500-kilometer route promises lower latency, stronger network resilience, secure cloud access, and expanded international capacity for carriers, data centers, AI platforms, and business communications across Asia-Pacific markets.
Orange has launched Europe’s first Telesat Lightspeed LEO satellite gateway in France, boosting resilient VoIP connectivity for enterprises, defense, and remote operations. By linking satellite, fiber, and submarine networks, Orange strengthens mission-critical communications, data sovereignty, and backup voice services as next-generation low-Earth orbit telecom services approach commercial rollout in 2028.
Telinta, Inc., a global leader in cloud-based VoIP switching and billing solutions, and proleneä, an industry leader in Local Number Portability (LNP) solutions, today announced special promotions for VoIP service providers, helping them to query proleneä’s LNP data directly from Telinta’s hosted softswitch platform. LNP queries enable VoIP service providers to route calls more accurately based on the Location Routing Number (LRN), helping to reduce VoIP termination costs. When a phone number is ported from one carrier to another, a ten digit LRN is assigned to it. Telinta’s hosted softswitch queries proleneä’s LNP data, finds the LRN associated with a ported number, and routes the call to the carrier now serving that number. “proleneä enables Telinta customers to manage their VoIP termination costs on US calls by routing on the destination’s LRN rather than the dialed number,” said Gable Baldridge, Vice President of Product and Software Development, proleneä. “When termination prices vary…
Satellite direct-to-device services are reshaping mobile spectrum policy, opening new possibilities for VoIP connectivity, rural coverage, emergency calling, and 5G integration. As regulators balance NTN innovation with interference risks, telecom providers must prepare for a converged future where mobile networks, satellites, and voice over IP services work together globally securely.
SpaceX’s next Starship flight could boost Starlink broadband with 26 high-capacity V3 satellites, adding massive bandwidth for rural connectivity, mobile service, and future direct-to-device voice. For VoIP providers and users, stronger low-Earth orbit capacity may mean better call quality, lower latency, and expanded satellite internet coverage where fiber cannot reach.
Orange is advancing autonomous network operations through a cautious business-first AI roadmap. From assisted troubleshooting to orchestrated automation, the telecom leader targets 5G security, cloud root-cause analysis and incident response. For VoIP providers, Orange’s measured agentic AI strategy highlights reliability, cost control and scalable automation that strengthens VoIP quality overall
Verizon’s 6G vision highlights the next leap for VoIP, mobile networks, and AI-powered communications. With uplink-heavy wearables, ISAC spectrum demands, Open RAN standards, and 2028 Olympics testing, Verizon says 6G must deliver smarter, balanced, low-latency connectivity for future voice, video, and real-time cloud services by 2030 across telecom networks worldwide
