Multi-layered
IoT Network Security

The SuperNetwork sets new benchmarks in IoT security with a dynamic, scalable, device-centric approach, ideal for modern, distributed enterprises. It integrates Secure Access Service Edge (SASE) network architecture that combines network security functions with WAN capabilities, and is especially relevant in a cloud-centric era with diverse devices accessing enterprise services.

Global reach and
cloud-native design

Globally distributed

The SuperNetwork, cloud-native by design, offers globally distributed points of presence (PoPs) to ensure devices are always near a SuperNetwork node, reducing latency.

Enhanced performance

By routing traffic through the closest node and applying security policies in the cloud, the SuperNetwork can enhance performance and lower latency.

Scalability and flexibility

Get scalability and flexibility, enabling easy adaptation to business changes such as new locations, growing device deployments, and the integration of new applications and services.

Protect all devices and data

Identity-centric

The SuperNetwork is centered around the identity of devices, applications, and users. Policies are based on identity and context, like device type, location, and data sensitivity. Multi-Factor Authentication (MFA) is applied for all users, ensuring enhanced access protection.

Single-sign-on

SSO streamlines user access management across various applications and services. It allows quick updates or revocation of access rights when employees leave or change roles. SSO also supports stronger password policies and the enforcement of MFA.

Industry-leading encryption

Employing GSMA standard root of trust encryption and SAFE SIM, the SuperNetwork ensures superior data security in IoT systems. It encrypts all data, both 'in transit' and 'at rest', protecting against breaches and threats.

Proactively monitor and manage

AI-enhanced monitoring

Monitor traffic and data flows at a granular level, helping with anomaly detection and proactive threat management. Leverage advanced AI to proactively detect and alert on anomalous data patterns in real-time.

Full coverage

Gain ultimate control over DNS settings and create custom rules, implement security filters to block malicious sites, manage internal domain names, and configure settings beyond public DNS capabilities.

Integrated network firewall and DDoS protection

The network firewall, grounded in microsegmentation, allows for precise policy enforcement tailored to each segment's needs for tighter control over network traffic and resource access. Integrated DDoS and overload protection maintain resilience against network issues or malicious attacks.

Advanced security integration

Cloud Connect

Use AWS transit gateways and Azure with IPsec for end-to-end encrypted and direct data routing.

Redundant VPNs

Experience consistent security and uptime with our robust VPN solutions.

Built-in automated security

Rapidly establish secure transport in minutes using our user-friendly portal and APIs.

Our vision for security focuses on embedding intelligence and adaptability into the SuperNetwork itself. With our use of AI powered anomaly detection and applying micro-segmentation to separate network workloads and enforce security policies with our advanced network firewall, we're not just responding to threats – we're anticipating and preventing them. We are also committed to providing network-based encryption for all data in transit, multi-factor authentication (MFA), and single-sign-on (SSO) integration for portal access. We have strong capabilities to protect the platform from external events like signalling storms and resilient architecture to protect us from the impact of network or infrastructure failures.
Artur Michalczyk
Chief Technology Officer, emnify

Frequently Asked Questions

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. emnify closes this gap with Cloud Connect, keeping your connections private and secure.

emnify 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 emnify 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. emnify lets your support staff establish secure private connections to your devices via VPN, so you can always troubleshoot devices and provision SIM cards Over-the-Air.

No. This is a common misconception in IoT, and private Access Point Names. can make remote access far more difficult for your team, as it uses dynamic IP addresses. emnify lets you create VPN connections without private APNs and assigns each device a static IP address, so you can easily access them when you need to.

“emnify is a fantastic partner because we can link chargers anywhere in the world. Integrating the platform with Cloud Connect via AWS Transit Gateway is a breeze, allowing us to securely command the charging units. We've tested other options before, like redundant IPsec tunnels with BGP, but they add more complexity. emnify gifts us a seamless solution, fortifying security for our customers.”
Chris Darby
CTO of ev.energy

“We have been an emnify customer since we started our micromobility business in 2017, and emnify has grown with us along the way. emnify’s API provision is extensive and allows us to streamline our operational processes by integrating SIM and device endpoint management into our technology platform. We have been using the emnify Enterprise Support Plan since January 2021 and have been impressed with the support that emnify provides. Our dedicated engineer has a great understanding of our business and gets back to us quickly with any queries we might have. We know that if there is any service disruption we can be confident emnify will resolve as quickly as possible."

Sacha Manson-Smith
CTO, Beryl

Let's discuss your IoT needs!

Safeguard your IoT data with emnify’s advanced encryption and identity-centric policies.

Resources on Global IoT Connectivity

Feature Image_IoT Security- Risks, Examples, and Solutions_v copy

What Is IoT Security? Risks, Examples, and Solutions

IoT security is the combination of technologies and processes that businesses use to protect their connected devices from cyberattacks.

What Is IoT SAFE and How Does it Improve IoT Security?

IoT SAFE (IoT SIM Applet For Secure End-to-end Encryption) is a standard established by GSMA to leverage SIM cards as a “Root of Trust” for IoT security.

What Is IPsec? Internet Protocol Security Explained

Internet Protocol Security (IPsec) secures network communications at the IP layer. It includes three distinct security protocols.

Discover why businesses around the globe trust emnify

Discover why businesses around the globe trust emnify

Multi-layered
IoT Network Security