ERICSSON ENTERPRISE WIRELESS SOLUTIONS, INC.

CradlePoint, Inc. specializes in secure, cloud-managed wireless networking solutions designed for mission-critical federal operations. The company delivers enterprise-grade 4G LTE and 5G cellular routers, SD-WAN platforms, and edge computing systems that enable reliable, high-performance connectivity in mobile, remote, and austere environments. Their technical expertise centers on secure network orchestration, cellular failover, zero-trust network access, and integrated cybersecurity controls compliant with NIST and FISMA standards. CradlePoint differentiates itself through its cloud-native NetCloud Platform, which provides centralized visibility, automated policy enforcement, and remote device management across distributed endpoints—critical for field-deployed systems requiring continuous uptime without on-site IT support. Award history does not provide sufficient data to identify specific federal agencies or contracting patterns. As such, no confirmed agency relationships or mission-specific use cases can be inferred from available records. The company operates primarily under NAICS 334220, which encompasses the manufacturing of telecommunications equipment. In practice, this translates to the design and production of ruggedized networking hardware and embedded software systems tailored for government mobility, tactical communications, and infrastructure resilience. Their market positioning emphasizes secure, scalable wireless infrastructure for scenarios where traditional wired networks are impractical or unavailable. CradlePoint, Inc. is a limited liability corporation headquartered in Boise, Idaho, with no publicly disclosed government certifications. The company maintains a focused presence in the federal communications technology market, serving as a supplier of wireless edge networking solutions to agencies requiring robust, field-deployable connectivity. Its business model is centered on hardware-software integration, with an emphasis on secure, remote-managed network architectures for dynamic operational environments.