The SecureNetwork redefines IoT security with a scalable, device-focused approach, tailored for distributed enterprises. By integrating Secure Access Service Edge (SASE) architecture, it merges network security with WAN capabilities, ensuring secure access in cloud-centric environments. This solution supports diverse devices, offering advanced encryption, real-time threat detection, and seamless integration with IoT platforms for enhanced operational efficiency.
The SecureNetwork, designed as a cloud-native solution, ensures low latency by leveraging globally distributed points of presence (PoPs). This architecture guarantees that devices are always near a SecureNetwork node, optimizing performance and reliability for IoT deployments across diverse industries.
By leveraging local network nodes and applying advanced cloud-based security policies, the SecureNetwork optimizes performance and reduces latency.
Our solutions offer scalability and flexibility, allowing businesses to seamlessly adapt to evolving needs, such as expanding to new locations, increasing device deployments, and integrating new applications and services.
The SecureNetwork is built around the identity of devices, applications, and users, with policies tailored to context such as device type, location, and data sensitivity. Multi-Factor Authentication (MFA) is enforced for all users, ensuring robust access protection.
Single Sign-On (SSO) simplifies user access across IoT platforms, enabling seamless management of multiple applications. It ensures quick updates or revocation of access rights, crucial for employee role changes or departures.
The SecureNetwork, utilizing GSMA standard root of trust encryption and SAFE SIM, provides unmatched data security for IoT systems. It encrypts data ‘in transit’ and ‘at rest’, safeguarding against breaches.
AWS Transit Gateways and Azure with IPsec enable secure, encrypted data routing for seamless cloud connectivity.
Achieve consistent security and uptime with our solutions.
Quickly set up secure transport solutions in minutes with our intuitive portal and APIs, ensuring seamless connectivity and robust security for your operations.
Cellular networks automatically come with some advanced security features that make them well-suited for IoT. While any device can join a WiFi network, you can only connect to a cellular network with a compatible SIM card.
Yet, with traditional cellular networks, the most significant security gap occurs when your devices communicate with the cloud. BrightLink closes this gap, keeping your connections private and secure.
BrightLink gives you complete control over your connectivity. If someone hacks your device, you can disable its connection to the network, implement additional restrictions, and even take direct control of the device.
By integrating BrightLink with your other business applications and setting up alerts, you can detect anomalies and unauthorized network activity the moment it occurs—so you can react quickly.
Yes. BrightLink lets your support staff establish secure private connections to your devices, so you can always troubleshoot devices and provision SIM card.
No. This is a common misconception in IoT, and private APN can make remote access far more difficult for your team, as it uses dynamic IP addresses.
When using BrightLink, you operate in your own private network, outside of the open internet without private APNs and assigns each device a static IP address, so you can easily access them when you need to.
Resources on Global IoT Connectivity
IoT security combines advanced technologies and robust processes to safeguard connected devices from cyberattacks.
IoT SAFE is a standardized framework that secures IoT devices through a hardware-based root of trust, mutual authentication, and key management.
Internet Protocol Security (IPsec) ensures secure communication at the IP layer, offering robust encryption and authentication.
