IoT Connectivity

Globalgig’s eSIM manages carrier profiles electronically. When a carrier change is required, the new profile is electronically pushed to the eSIM-capable device, activating the new carrier without physical access. This is valuable for IoT devices deployed in remote or hard-to-reach locations where physically replacing a SIM would be operationally impractical or expensive.

Security is built into your wireless service at multiple levels. At the SIM level, Orchestra provides geo-fencing to block service outside permitted regions, IMEI locking to prevent eSIMs being used in unauthorized devices, and usage anomaly detection to flag unusual consumption patterns. At the network level, private networks and static public IPs keep traffic off the public internet. For organizations that need to extend Zero Trust, endpoint protection, or network segmentation across their wireless and IoT estate, Globalgig’s security portfolio integrates directly with wireless connectivity as a unified managed service.

A traditional geostationary satellite operates from around 36,000 kilometers above Earth, which creates significant latency, typically 600 milliseconds or more. This latency makes it unsuitable for real-time applications, voice, and video services. A LEO satellite operates at between 550 and 1,200 kilometers, which reduces latency to 20 to 40 milliseconds, and delivers throughput that is comparable to fixed broadband.

The leading LEO providers in the enterprise space include Starlink Business, Amazon LEO, Eutelsat, and Telesat. Each offers high-throughput, low-latency connectivity services that have transformed what is possible for remote and mobile deployments.

Globalgig can advise on your satellite connectivity options as part of a broader wireless deployment, including hybrid configurations that combine satellite with cellular services for resilient multi-transport connections. Speak to us about your specific situation, and we will help you work out the right approach.

Yes, we design and manage hybrid connections that combine a LEO satellite with cellular services, using multi-WAN bonding to create a single resilient transport. Satellite can operate as the primary connection, as a failover path, or as a load-balanced layer alongside cellular services, depending on your coverage requirements and application priorities.

SpeedFusion is Peplink’s proprietary multi-WAN bonding technology. It combines multiple cellular connections, across different carriers, into a single resilient connection, with automatic failover and traffic steering. For deployments where reliable connectivity is critical and a single carrier network is not sufficient, SpeedFusion-enabled hardware provides a meaningful step up in resilience.

Our primary wireless hardware partners are Cradlepoint, Digi International, Peplink, and Teltonika Networks. We recommend hardware based on your deployment requirements, rather than defaulting to one partner for everything.

Yes, our IoT connectivity service is built for global deployments, with carrier relationships and SIM options designed for low-power, low-data IoT applications, as well as high-throughput connected device use cases. Everything is managed through a single portal, regardless of how many countries or carriers are involved.

A low Earth orbit satellite provides high-throughput, low-latency connectivity services via satellites operating closer to Earth than traditional geostationary systems. It is particularly relevant for remote sites, maritime deployments, and locations where terrestrial 4G/5G coverage is unavailable or unreliable. We offer LEO satellite connectivity as part of our wireless portfolio, and can integrate it alongside cellular connectivity for resilient hybrid connections.

Yes, we offer single IMSI, and eSIM options, with full management through the Orchestra eSIM portal. An eSIM is useful for deployments where physical SIM management at scale is operationally difficult, or where devices need to switch networks, without a physical SIM replacement.

It can be, but not always. Service bucket is a term some carriers and providers use loosely to describe a block of data allocated to a group of SIMs or devices. Depending on the provider using it, this may refer to a pooled plan, shared plan, or something in between. The terminology is not standardized across the industry.

Globalgig uses two distinct constructs: pooled data plans, where a group of SIMs draws from a shared allowance with usage floating across devices, and shared plans, where multiple carriers or services are combined under one rate structure for multi-country deployments. If you have been quoted a service bucket by another provider and want to understand how it compares to what Globalgig offers, speak to us and we will clearly outline this.

Globalgig offers three options, depending on how much you want us to manage. SIM-only services offers SIM supply and carrier access, self-managed through your team. SIM and hardware services add device procurement, configuration, and management alongside your SIM estate. SIM, hardware, and Premier Managed Network Services is the complete service, adding 24/7 NOC monitoring, proactive fault resolution, incident response, and direct access to senior engineers. Most customers start with one option and upgrade as their requirements grow.

Yes, we offer LEO satellite connectivity for remote and maritime locations where terrestrial 4G/5G coverage is unavailable, unreliable, or insufficient. It can be deployed as a primary connection, or combined with cellular connectivity for a resilient hybrid connection, which is particularly effective using multi-WAN bonding hardware.

Industrial deployments have requirements that standard enterprise hardware is not designed to meet. The hardware we recommend shares four characteristics. These are certified operating temperature ranges that cover field conditions, instead of controlled environments; industrial certifications appropriate to the specific deployment, such as C1D2, ATEX, MIL-STD-810H, and E-Mark; long-lifecycle design that allows component upgrades without a full hardware replacement; and remote management capabilities that reduces the need for physical access to devices that are difficult or expensive to reach.
We assess your environment, compliance requirements, and operational constraints before recommending any hardware. The right device for a utility substation is not a suitable device for a logistics vehicle, or a remote agricultural sensor. Speak to us, and we will tell you which platform fits your specific situation.

Yes, wireless failover and OOBM can operate from the same hardware, without additional equipment, keeping costs and complexity low.

When your primary connection fails, wireless failover activates automatically and traffic switches to a wireless connection at full broadband speeds. When the primary connection is restored, traffic switches back. No manual intervention is required and the switchover is designed to be invisible to your users, who stay connected.

Yes, wireless WAN as primary connectivity is one of the most common use cases, particularly for remote or temporary locations, sites with lower bandwidth requirements, and where fixed-line installation timelines are unacceptable. Globalgig designs the service around your bandwidth and availability requirements.

Wireless networking covers the full range of wireless connectivity use cases, including primary connectivity, failover, OOBM, and 5G wireless broadband. Wireless broadband specifically refers to using 5G as a primary internet connection in place of a fixed-line service. Both are delivered through the same carrier relationships, hardware, and management platform.

It involves a satellite terminal with a clear view of the sky, and a power source. Installation is straightforward for most fixed sites and can be completed in hours by a qualified engineer. For maritime and mobile deployments, stabilised antenna systems are available for vessels and vehicles. Professional installation is available under Globalgig’s managed services.

It depends on the IoT application. LEO satellite is suitable for IoT deployments in remote locations where cellular coverage is unavailable, such as agricultural sensors, remote industrial monitoring, and maritime asset tracking. It is less appropriate for low-power IoT devices that need to maintain a constant connection on a minimal battery, and where LTE-M or NB-IoT are more efficient. We help you match the right connectivity technology to each IoT application in your deployment.

Multi-WAN bonding combines multiple network connections (such as LEO satellite and cellular) into a single resilient transport, with intelligent traffic steering applications to the best available path in real time. For satellite deployments, bonding means that latency-sensitive applications can be steered to cellular services when available, while throughput-heavy applications use satellite capacity. The result is a more reliable and higher-performing connection than either transport alone. Globalgig deploys and manages bonded LEO and cellular configurations using hardware with proven multi-WAN capability.

As primary connectivity, LEO satellite is the main connection at a site, with no terrestrial alternative. As a failover, LEO satellite operates alongside a primary terrestrial connection, cellular or fixed-line, and activates automatically when the primary fails. LEO latency is low enough to keep active applications running, so users never feel the failover. Many deployments use a hybrid model: LEO and cellular services bonded together, with traffic steered intelligently across both.

Yes, for many applications. A LEO satellite delivers performance that is comparable to fixed broadband services for most enterprise workloads, including cloud applications, video conferencing, VoIP, and real-time monitoring. It is worth asking whether your specific applications have latency or throughput requirements that LEO cannot consistently meet at your location. We will give you an honest assessment based on your use case and location before you commit.

The LEO satellite market includes several providers serving enterprise customers, including Starlink Business, Amazon LEO (formerly Amazon Kuiper), Eutelsat, and Telesat. Globalgig advises on the right provider for your specific requirements, coverage needs, and hardware preferences. Speak to us about your requirements, and we will help you identify the right approach.

A traditional geostationary satellite operates from around 36,000 kilometers above Earth. At that distance, the round-trip signal time creates latency of 600 milliseconds or more, making it unsuitable for real-time applications. A LEO satellite operates at between 550 and 1,200 kilometers, reducing latency to 20 to 40 milliseconds (over 95% lower latency than traditional geostationary satellite), and delivering throughput comparable to fixed broadband. LEO satellites also provide global coverage, including maritime and polar regions that geostationary systems cover poorly.

A carrier portal gives you visibility into that carrier’s network. Orchestra gives you visibility across every carrier in your estate, in one place, with unified billing, anomaly detection, and API integration into your operational systems. If you operate in one country with a single carrier, the difference is marginal. If your deployment spans multiple markets, your organization has growth plans, or you need the flexibility to switch carriers without renegotiating contracts, it is significant.

LTE-M supports higher data rates and device mobility, making it suitable for devices that move, such as asset trackers, wearables, or connected vehicles. NB-IoT is optimized for ultra-low power consumption and devices that are stationary by transmitting very small amounts of data infrequently, including smart meters, fixed sensors, and agricultural monitoring. The choice affects battery life, data throughput, and cost. We help you make the right decision for each device type in your deployment.

SGP.32 is the GSMA’s IoT eSIM standard that enables remote SIM provisioning for headless devices. Devices with no user interface that may be deployed for a decade or more, without physical access. It allows carrier profiles to be switched remotely, which is essential for large-scale IoT estates in the field. Globalgig supports SGP.32 eSIM lifecycle management through Orchestra, including profile provisioning, carrier switching, and compatibility validation.

IoT devices frequently connect to enterprise networks outside of formal IT procurement. Operational teams deploy sensors, while your facilities teams add connected equipment. Devices are brought in to solve a specific problem without a security review. Each unmanaged device is a potential vulnerability your security team does not know exists. Globalgig addresses this at the connectivity layer. So, every device managed through Orchestra is visible to your IT team, with usage data, location, and anomaly alerts. Managing IoT connectivity through a single provider means your IT team has a complete picture of what is going on in your network.

Bill shock happens when a device consumes far more data than expected; typically because of a firmware update,  misconfiguration, or software bug that creates a data loop. At per-megabyte overage rates, a single device can generate thousands in unexpected charges before anyone notices. Orchestra monitors usage in real-time across your entire estate, sets automated alerts at defined thresholds, and can suspend devices automatically when your usage crosses a limit. The cost visibility that prevents overage is built into the platform, not bolted on.

Pooled data gives your entire device estate a single combined allowance. Every device draws from the same bucket, regardless of country or carrier, so unused data on a quiet device is automatically available to a busy one. It is more efficient, and typically reduces overall waste across large estates.
Shared data assigns individual allowances to each device or group, with usage tracked separately. It gives you more granular visibility into what each device or location is consuming, and more control over per-device spend, but at the cost of some flexibility.
Both models are available through Globalgig, across countries and carriers, on one bill.

This depends on the service level and commercial structure. We work with enterprises ranging from small mobile workforces to large-scale IoT deployments. Speak to us about your specific requirements, and we will build the right commercial model for your organization.

Globalgig eSIM uses patented over-the-air technology to push carrier profiles to eSIM-enabled devices remotely. When you need to switch a device to a different carrier or market, you make the change in Orchestra and the new profile is applied to the device without any physical intervention. This is valuable for devices that are difficult or expensive to access physically, such as remote sites, deployed assets, and large-scale IoT estates.

Orchestra offers a full REST API covering SIM inventory, usage data, subscription management, activation and suspension, and billing information. It integrates with fleet management platforms, ERP systems, and IoT application management tools. Your technical team can connect it directly, or you can speak to us about pre-built integrations for common platforms.

Both are possible. Orchestra gives your team full self-service control over activation, suspension, and lifecycle management. For organizations that prefer a managed service, Globalgig can handle SIM lifecycle management on your behalf, with changes actioned through a single point of contact.

Rather than each SIM having its own fixed allowance per carrier, usage draws from a shared pool across your entire estate. Devices that use less than expected free up allowance for devices that use more. It reduces waste, lowers average cost per SIM, and makes your wireless spend more predictable than per-SIM or per-country allocations.

In some cases, yes. The process depends on your current carrier relationships and contract terms. Speak to us, and we will assess what is involved before making any recommendations.

A single IMSI SIM is tied to one carrier profile, so it is suitable for fixed deployments in a single market. A multi-IMSI SIM carries multiple carrier profiles and connects to the best available network, making it ideal for devices that operate across multiple countries. An eSIM goes further: profiles are managed over the air, so carrier switching and profile changes happen remotely, without any physical SIM replacement. For global deployments, an eSIM typically delivers the most operational flexibility and lowest long-term management overhead.

LEO satellite can be added as a transport layer in your SD-WAN deployment, alongside dedicated internet, broadband, MPLS, LTE, and 5G. SD-WAN policy management then handles traffic steering across all available transports, based on application priority, path performance, and availability. For sites where LEO is the primary or sole transport, SD-WAN provides the application-aware routing and failover management that optimizes how that connection is used.

IoT Security monitors your connected devices through the network traffic they generate, without installing any software on devices. It profiles normal device behavior over time, and identifies deviations that indicate your company’s security has been compromised. High-risk devices can be automatically segmented or restricted without requiring physical access or device modification.