SecureAccess extends carrier-grade 5G authentication and IPsec encryption to any IP-capable device over any network transport—Wi-Fi, Ethernet, satellite, or broadband—replacing complex VPN infrastructure with a system that manages itself automatically.
Get in touchSecureAccess is a software platform that brings carrier-grade 5G authentication and IPsec encryption to any IP-capable device—from embedded microcontrollers to enterprise workstations—over any network transport, using the same SIM-based security architecture that protects every mobile phone in the world.
It consists of an embeddable SDK, a system-level Agent, and a standalone Gateway that together eliminate the need for traditional VPN infrastructure, PKI, and mobile carrier integration while providing hardware-rooted device identity, automatic tunnel management, and network-enforced per-device access control. Because authentication is based on 5G-AKA with SIM credentials, there are no pre-shared keys to distribute, no certificates to issue or renew, no PKI to operate, and no per-device configuration profiles to push. Credentials never expire, and the entire IPsec lifecycle—key exchange, tunnel establishment, rekeying—is managed automatically without administrator intervention.
Each component can be deployed independently or together. All three share the same proven protocol core, the same 3GPP-standard authentication, and the same IPsec encryption. The SDK and Agent connect to either a mobile operator's existing 5G infrastructure or an organization's own SecureAccess Gateway.
A small C library that developers embed directly into their applications or device firmware. On embedded and RTOS platforms, it provides a minimal-footprint secure tunnel with hardware-rooted SIM authentication and on-device encryption. On full operating systems, it gives a single application exclusive access to its own encrypted tunnel—no other process on the device can see or use that connection.
The SDK has no OS dependency. All platform interaction occurs through a pluggable abstraction layer. A runtime-configurable pooled memory allocator lets the same compiled binary adapt from a resource-constrained microcontroller to a full desktop application without recompilation.
A system-level service installed by IT on workstations, laptops, tablets, and phones. The Agent exposes the encrypted tunnel to the operating system's network stack, allowing any application to send configured traffic through it transparently—no application modification required. Only traffic matching configured routing rules is captured and encrypted; all other traffic flows normally.
The Agent seamlessly transfers when a device moves between networks—from office Wi-Fi to home broadband to cellular—without interrupting the data stream or exposing data during the handover.
A server deployed on the organization's own network that provides the same authentication and tunnel termination functions as a mobile operator's 5G core—eliminating the need for carrier integration entirely. The Gateway consolidates N3IWF, AMF, AUSF, UDM, SMF, and UPF into a single application. From a connecting device's perspective, it is indistinguishable from a production operator network.
The Gateway authenticates every device, terminates IPsec tunnels, and enforces per-device access control through named network profiles. One device class reaches one network segment, another reaches a different segment, and none can reach the others.
SecureAccess applies wherever devices need strong authentication and encryption but lack the cellular radios or OS capabilities to get it through traditional mobile networks or enterprise VPN infrastructure.
Employees, contractors, and remote workers connect from office Wi-Fi, home broadband, hotel networks, and cellular. The Agent on each managed device provides consistent 5G-grade security regardless of location—the same credential, the same encryption, the same network-authoritative access control everywhere. IT manages one subscriber database instead of juggling VPN concentrators, certificate authorities, RADIUS servers, and per-device configuration profiles. Adding a user is one entry; revoking access is deleting it.
Environmental monitors, building management sensors, utility meters, manufacturing floor controllers, and agricultural sensors operate on constrained processors with limited memory and no full OS. The SDK's minimal footprint and bare-metal compatibility means each sensor individually authenticates and encrypts its data stream. The Gateway's per-device network segmentation prevents a compromised sensor from being used as a pivot point to reach critical operational systems on the same network.
Connected infusion pumps, patient monitors, wearable biosensors, and imaging systems transmit sensitive patient data across hospital Wi-Fi and wired networks. The SDK embedded in device firmware encrypts all data at the point of origin. The Gateway segments each device class into its own network profile—monitors reach the clinical VLAN, pumps reach pharmacy, and a compromised device on one profile has no path to another. HIPAA compliance is simplified: all PHI is encrypted in transit with 5G-grade security, and authentication events are logged at the Gateway for audit.
Equipment manufacturers embed the SDK into their products—HVAC systems, industrial compressors, generators, printing presses, or any fielded machinery—to establish a persistent, authenticated connection back to the manufacturer's operations center. Each deployed unit authenticates with its own SIM-based credentials and connects through the customer's existing network to the manufacturer's SecureAccess Gateway, creating a secure channel for telemetry collection, firmware updates, configuration changes, and remote diagnostics without requiring the customer to open firewall ports, configure VPN tunnels, or grant broad network access. The manufacturer sees every unit in a single management plane; the customer's network sees only an encrypted, authenticated tunnel that reaches the manufacturer's Gateway and nothing else.
Ground stations, C2 terminals, tactical operations centers, and deployed sensor networks connect over a mix of dedicated fiber, satellite backhaul, and tactical Wi-Fi. SecureAccess provides a uniform security layer across all transports. The Gateway deploys as a single binary on a ruggedized server with no external infrastructure dependency, creating a self-contained authenticated network in minutes. The SDK embedded in C2 software provides application-level tunnel isolation, ensuring only the command application can access the encrypted channel.
SecureAccess supports multiple deployment scenarios depending on whether the organization uses a mobile carrier's infrastructure, deploys its own Gateway, or both. In each case, the device-side software (Agent or SDK) is identical — only the network endpoint changes.
Every component implements the same 3GPP and IETF standards used by mobile operators worldwide. Devices running SecureAccess interoperate with any standards-compliant 5G network infrastructure.
Whether you're exploring SecureAccess for an enterprise deployment, evaluating the SDK for a connected device product, or interested in the Gateway for a defense application, we'd like to hear from you.