Skylo + Simetric: Non-Terrestrial Network (NTN) IoT Connectivity
Extend coverage to remote sites without standing up a separate system to manage it.
The Same Orchestration Layer, Now Extended to Satellite
Coverage That Doesn’t Stop at the Edge of the Cellular Map
Some assets sit outside cellular coverage no matter which carrier an enterprise chooses. A wellhead in an unmapped basin, a pipeline valve in open terrain, a piece of equipment on a site with no tower for fifty miles, these devices need connectivity that doesn’t depend on ground infrastructure at all.
Non-Terrestrial Network (NTN) connectivity, a satellite-based IoT service defined under 3GPP Rel-17, closes that gap. Simetric’s partnership with Skylo brings NTN connectivity under the same enterprise orchestration layer that already governs cellular, so a device that loses terrestrial coverage doesn’t become a separate problem to manage.
What Skylo NTN Connectivity Actually Does
Skylo provides narrowband satellite connectivity built for exactly the kind of data most IoT sensors send: small, infrequent telemetry payloads rather than continuous high-bandwidth streams. The distinguishing part is the hardware path: Skylo connectivity runs over the same modem a device already uses for cellular, so extending a sensor’s reach to satellite doesn’t require new radio hardware in the field.
That makes Skylo the right fit for a specific class of problem: sensors and low-power devices that need to report status reliably from a location with no cellular coverage, not applications that need continuous video or high-throughput data. For those higher-bandwidth needs, Simetric coordinates other satellite providers under the same orchestration layer, so the connectivity method matches the actual workload instead of forcing one satellite technology to cover every use case.
Where Skylo NTN Connectivity Fits Best
Skylo is the right fit for a specific class of problem: sensor-class devices that need to report status reliably from a location with no cellular coverage.
The clearest fit is:
Oil & Gas
Wellhead sensors and pipeline monitors in basins without tower coverage.
Utilities
Remote grid infrastructure spread across terrain that’s expensive to wire.
Mining & Industrial
Equipment at sites where a cellular buildout was never going to happen.
Which devices are still required (or should be retired)?
Where This Partnership Connects
Multi-Carrier IoT Management
Operational control above the carrier layer.
Explore Multi-Carrier ManagementIoT for Oil & Gas
Remote monitoring across wellheads and pipelines.
Explore Oil & Gas SolutionsEnterprise Utilities Energy Operations
Governance across distributed grid infrastructure.
Explore Utilities SolutionsHow Simetric Orchestrates Skylo Alongside Terrestrial Carriers
Simetric doesn’t operate the Skylo network or replace it. Skylo remains the connectivity provider; Simetric governs how that connectivity fits into the enterprise’s broader operations, applying the same policy framework across Skylo and every cellular carrier in the estate.
That governance spans approximately 80 million SIMs across more than 300 mobile network operator integrations and 1,200+ normalized APIs, so an operations team can manage a Skylo-connected device the same way it manages a cellular one: one policy engine, one audit trail, one place to see when a device stops reporting instead of a separate satellite dashboard sitting next to the cellular one. A policy change can move across Skylo and every terrestrial carrier in a single session, rather than coordinating satellite connectivity as a parallel, disconnected system.
A carrier platform can tell an operations team that a connection dropped. What the team actually needs to know is that the device stopped reporting, and why, and that answer has to hold whether the device is on a cellular network or riding Skylo’s narrowband service. Simetric provides that answer regardless of which connectivity method a given device is using at a given moment. Carrier portals report on their own network. Simetric is the platform that governs all of them, terrestrial and non-terrestrial.
Where This Partnership Matters Most
The clearest fit is anywhere sensor-class telemetry has to keep reporting from a site cellular carriers don’t reach. In oil and gas, that’s wellhead sensors and pipeline monitors in basins without tower coverage. In utilities, it’s remote grid infrastructure spread across terrain that’s expensive to wire. In mining and industrial operations, it’s equipment at sites where a cellular buildout was never going to happen.
In each case, the requirement is the same: a device deployed for years shouldn’t go dark just because it sits outside cellular range, and the team monitoring it shouldn’t need a separate system to know the difference between “device is fine, just on satellite” and “device has actually stopped reporting.”
Client Success in Action
Simetric gave us total visibility over 40,000 remote endpoint SIMs in 3 weeks.
35% Reduction in Unused SIM Costs
90% Faster Anomaly Detection
FAQs About Skylo NTN Connectivity
What is NTN (Non-Terrestrial Network) connectivity?
NTN is satellite-based connectivity standardized under 3GPP Rel-17, extending mobile network service to devices outside terrestrial cellular coverage. It’s designed to work alongside existing cellular standards rather than as a separate, incompatible technology.
How is Skylo different from other satellite IoT options?
Skylo is built specifically for narrowband telemetry, small, infrequent data payloads like sensor readings and status updates, delivered over the same modem hardware a device already uses for cellular. It’s the right fit for sensor-class reporting, not for applications that need continuous high-bandwidth data.
Does Simetric replace Skylo’s satellite network?
No. Skylo provides the satellite connectivity itself. Simetric governs how that connectivity is provisioned, monitored, and managed alongside every other carrier in an enterprise’s estate, giving operations teams one policy framework instead of a separate satellite-specific process.
Do devices need new hardware to use Skylo through Simetric?
No, that’s the specific advantage of Skylo’s approach. Devices already equipped with a compatible cellular modem can extend to Skylo’s NTN service without new radio hardware in the field, which matters most for assets that are expensive or difficult to physically access.
What kinds of devices are the best fit for Skylo NTN connectivity?
Sensor-class devices sending small, periodic telemetry, pressure sensors, flow monitors, asset trackers, environmental sensors, are the strongest fit. Applications needing continuous high-throughput data, like live video, are better served by a different satellite technology, which Simetric can also coordinate under the same orchestration model.