Hologram
Hologram is a cellular connectivity and device management provider for Internet of Things (IoT) deployments used by enterprises and developers.
- Global cellular IoT connectivity with SIMs and eSIMs across multiple carrier networks (connectivity management).
- Cloud-based platform for managing fleets of IoT devices, data usage, and network policies (device and connectivity management).
- APIs and developer tools for provisioning, monitoring, and integrating cellular-connected devices with enterprise systems (developer enablement).
- Support for use cases such as asset tracking, telematics, industrial monitoring, and remote equipment management (IoT connectivity solutions).
- Security, billing, and analytics capabilities around cellular IoT usage, including centralized administration for distributed deployments (IoT operations management).
More About Hologram
Hologram provides cellular IoT connectivity and management tools that are used by enterprises, OEMs, and solution providers to connect distributed devices over mobile networks. Its core offering is a managed connectivity platform (IoT connectivity management) built around globally usable Subscriber Identity Module (SIM) and eSIM form factors that allow devices to connect to partner carrier networks in multiple countries. This supports organizations that need a single connectivity approach for devices deployed across regions, rather than managing individual carrier contracts and SIM inventories per country.
The Hologram platform (IoT connectivity management) is delivered as a cloud-based service with a web console and APIs. Enterprise teams can provision SIMs, activate or suspend lines, set data limits, and monitor usage across fleets of devices. This aligns with common IoT reference architectures in which connectivity management sits between physical devices and application or cloud layers, exposing programmatic control over connectivity status, diagnostics, and billing attributes.
The company’s offerings align with cellular IoT standards and technologies such as 2G/3G sunset-ready Long Term Evolution (LTE) categories, LTE-M, and Narrowband Internet of things (NB-IoT) where available, depending on carrier partners and regional support (cellular networking). Devices use standard SIM or eSIM hardware and communicate via established mobile network protocols, which allows enterprises to integrate Hologram connectivity into existing device designs, embedded modules, or gateways that already support standard cellular modems.
From an enterprise usage perspective, Hologram is positioned in the IoT connectivity, device fleet management, and telecom expense management categories. Organizations typically combine its services with their own device hardware, firmware, and cloud applications. Examples include asset tracking tags, logistics sensors, telematics units, industrial controllers, and other remote equipment that require persistent or intermittent cellular data. The management console and APIs enable teams to automate lifecycle operations, such as onboarding new devices, updating configurations at scale, and enforcing data usage policies.
Security and operational controls within the platform (IoT operations management) support enterprise governance requirements. Centralized account administration, role-based access, and usage analytics assist teams in monitoring data consumption and managing costs across diverse deployments. Because the connectivity is abstracted through a single platform, enterprises can reduce integration work with individual carriers while maintaining observability into network behavior at the SIM and device level.
In a directory or marketplace context, Hologram can be categorized under IoT connectivity platforms, cellular IoT connectivity (M2M), device and SIM fleet management, and telecom usage analytics for IoT. Its offerings are relevant to technical stakeholders responsible for IoT architecture, edge connectivity, and operations of distributed device fleets that depend on cellular networks.