Cradlepoint

Cradlepoint is a networking technology company that provides cloud-managed wireless Wide Area Network (WAN) and 5G/4G Long Term Evolution (LTE) edge solutions for enterprise, public sector, and Internet of Things (IoT) deployments.

• Cloud-managed wireless WAN routers and adapters for branch, mobile, and IoT connectivity (networking).
• Subscription-based NetCloud platform for centralized management, policy control, and analytics of distributed edge networks (network management).
• 5G and LTE cellular edge solutions for primary, secondary, and failover connectivity across fixed and mobile sites (wireless WAN).
• Security capabilities integrated into edge devices and cloud management, including firewalling, Virtual Private Network (VPN), and zero-trust-aligned controls (network security).
• Solutions tailored for public safety, transportation, retail, and managed service providers, including mobile and in-vehicle networking use cases (industry solutions).

More About Cradlepoint

Cradlepoint focuses on enterprise-grade wireless WAN, providing 5G and LTE cellular routers, adapters, and a cloud management platform designed for distributed sites, mobile fleets, and IoT deployments. Its portfolio is used by enterprises, public sector entities, and service providers that require WAN connectivity beyond fixed-line broadband, including use cases such as primary wireless access, hybrid WAN, and failover for business continuity.

The company’s core offering is a subscription-based cloud platform, commonly referred to as NetCloud (network management), which centralizes configuration, firmware updates, policy enforcement, and monitoring for Cradlepoint edge devices. Through this platform, customers manage large fleets of wireless routers and adapters, apply consistent security and segmentation policies, and gain telemetry on WAN health, bandwidth usage, and application traffic patterns. The architecture is based on a cloud-orchestrated model, with secure tunnels between devices and the management plane, and support for standard networking constructs such as IP routing, VLANs, Dynamic Host Configuration Protocol (DHCP), Quality of Service (QoS), and IPSec or SSL-based VPNs.

Cradlepoint’s hardware portfolio includes 5G and LTE routers and adapters (wireless WAN) for fixed branches, temporary sites, and in-vehicle deployments, supporting features such as dual Subscriber Identity Module (SIM), multiple cellular modems, Wi‑Fi Access Point (AP) capabilities, and Ethernet interfaces. These devices are often deployed as the primary WAN link where wireline access is unavailable or impractical, or as a secondary path in Software-Defined Wide Area Network (SD-WAN) or dual-WAN architectures to provide failover and bandwidth augmentation. Many models integrate support for multiple cellular bands, carrier aggregation, and external antennas to align with mobile operator networks and enterprise RF planning.

Security functions are built into both the devices and the NetCloud platform (network security). Cradlepoint supports stateful firewalling, Network Address Translation (NAT), VPN for site-to-site and remote access, and traffic segmentation using VLANs and zones. The platform also incorporates features that can align with Zero-Trust Network Access (ZTNA) principles, such as identity- or role-based policies and granular control over which devices and applications can traverse the WAN. Integration points with identity providers and security services may be available depending on deployment patterns and subscriptions.

Within an enterprise technology catalog, Cradlepoint fits into categories such as wireless WAN edge, 5G/LTE branch routing, secure in-vehicle networking, and cloud-based network management. It is often evaluated alongside wired and SD‑WAN vendors for branch connectivity, but it focuses on cellular-first architectures where organizations use mobile networks for primary, backup, or supplemental WAN capacity. This positioning makes Cradlepoint relevant for organizations that operate distributed retail locations, field operations, emergency services, transportation fleets, or IoT projects that require managed, policy-driven connectivity over public cellular infrastructure.