For the next generation of devices, connectivity is part of the context.
In a recent appearance on the IoT For All podcast, our CTO and co-founder Maor Efrati outlined how Monogoto is enabling a new generation of global, scalable, and secure IoT deployments through software-defined connectivity. Drawing on decades of experience in the telecom sector, Maor shared Monogoto’s commitment to bringing cloud-native principles to the connectivity layer: bridging private networks, public carriers, and satellite infrastructures through a single programmable interface.
Transforming Connectivity Through Software
Monogoto was founded with a clear mission: to make connectivity programmable, flexible, and developer-friendly. As enterprises demand more control, security, and agility across their connected operations, Monogoto delivers a cloud-based platform that abstracts the complexity of telecom infrastructure into powerful, intuitive APIs.
This approach is empowering organizations to deploy and manage private 5G networks with minimal friction, while also enabling seamless transitions between terrestrial and satellite coverage. It allows for dynamic optimization of connectivity, whether prioritizing low latency, high throughput, or energy efficiency, based on real-time operational needs. At the same time, Monogoto provides enterprises with full visibility and granular control over their network security.
“Just as AWS revolutionized compute, Monogoto is transforming how enterprises approach connectivity,” Maor explains. “We believe connectivity should be context-aware, secure, and orchestrated by software — not bound to static infrastructure.”
As Maor Efrati explains, just as platforms like AWS empowered developers to build scalable products without managing physical servers, Monogoto enables IoT teams to focus on their use case, not the complexities of telecom infrastructure.
This means removing friction in time, cost, and expertise. Whether a developer is building a connected robot, a medical device, or a global asset tracker, they shouldn’t need to negotiate with multiple carriers, manage SIM logistics, or understand network provisioning at a deep technical level.
Enabling Mission-Critical Use Cases
In today’s connected world, connectivity is no longer binary, its requirements depend on the operational context. Each use case has distinct requirements: a robot on a factory floor may demand ultra-low latency and localized control through private 5G; a delivery vehicle transitioning to last-mile coverage may need to switch seamlessly from a private network to a public carrier; a sensor in a remote agricultural field might rely on satellite connectivity to maintain real-time data flow.
Monogoto’s software-defined approach recognizes that connectivity needs are dynamic, not static. “Our platform provides the flexibility to adapt network behavior to each specific scenario”. By treating connectivity as a contextual asset, Monogoto enables enterprises to build solutions that are not just connected, but resilient, responsive, and optimized for their unique environment.
Building the Infrastructure of Tomorrow
As discussed on the podcast, Monogoto is invested in enabling:
- eSIM and SGP.32 standards for over-the-air provisioning and seamless onboarding
- NTN (Non-Terrestrial Networks) to extend coverage globally, supported by industry leaders such as Skylo
- Private 5G and CBRS networks to empower enterprises with local control and carrier-grade performance
Monogoto’s partnerships with modem manufacturers and ecosystem providers enables a unified experience regardless of the network, the location or the hardware used.
“We’re preparing for a future where cellular, satellite, and private networks work as one, with intelligence and orchestration driven entirely by software,”
The Path Forward
Looking ahead, Monogoto anticipates rapid growth in satellite-based 5G services, enhanced security demands from enterprises, and broader adoption of software-defined private networks.
“When a company today deploys a new SaaS product, they’re not buying hardware, they’ll go to AWS. When a company wants to send SMS, they won’t go to AT&T, they’ll go to Twilio. When you’re a startup or an enterprise and want to add connectivity to your product: go for a cloud provider, that will remove so much friction and time.”
Watch the full podcast:
