Endpoint Security

Security is built into your wireless service at multiple levels. At the SIM level, Orchestra provides geo-fencing to block service outside permitted regions, IMEI locking to prevent eSIMs being used in unauthorized devices, and usage anomaly detection to flag unusual consumption patterns. At the network level, private networks and static public IPs keep traffic off the public internet. For organizations that need to extend Zero Trust, endpoint protection, or network segmentation across their wireless and IoT estate, Globalgig’s security portfolio integrates directly with wireless connectivity as a unified managed service.

IoT devices frequently connect to enterprise networks outside of formal IT procurement. Operational teams deploy sensors, while your facilities teams add connected equipment. Devices are brought in to solve a specific problem without a security review. Each unmanaged device is a potential vulnerability your security team does not know exists. Globalgig addresses this at the connectivity layer. So, every device managed through Orchestra is visible to your IT team, with usage data, location, and anomaly alerts. Managing IoT connectivity through a single provider means your IT team has a complete picture of what is going on in your network.

Security Service Edge (SSE) is the security component that delivers a secure web gateway, cloud access security broker, Zero Trust network access, and firewall-as-a-service from the cloud. Secure Access Service Edge (SASE) combines SSE with SD-WAN networking, integrating security and connectivity into a single architecture.
Companies that already have an SD-WAN deployment may adopt SSE as the security layer. Organizations that evaluate both networking and security together usually adopt SASE as a complete solution.

Endpoint protection (EPP) focuses on preventing threats from executing on a device through signature matching, behavioral controls, and policy enforcement. Extended detection and response (XDR) goes further, correlating activity across multiple endpoints, networks, and other data sources to identify threats that have already gained access, and are moving through the environment. Globalgig’s endpoint security services include XDR capability for detection and response, after prevention has been bypassed.

IoT Security monitors your connected devices through the network traffic they generate, without installing any software on devices. It profiles normal device behavior over time, and identifies deviations that indicate your company’s security has been compromised. High-risk devices can be automatically segmented or restricted without requiring physical access or device modification.

Browser security covers unmanaged and BYOD by enforcing policy at the browser layer, without requiring full device management. For IoT devices and other unmanaged hardware connected to your network, IoT Security provides discovery and monitoring services, regardless of whether devices are formally managed. Full XDR coverage usually requires agent deployment, which is suitable for  managed devices.

Globalgig’s Professional Services team assesses your existing endpoint security tools under its initial architecture engagement. Where existing tools can be integrated or retained, they are. Where replacement is appropriate, this is phased. We aim to implement a coherent architecture, not replace your tools, unless necessary.

Cortex XDR is Palo Alto Networks’ extensive detection and response platform. Traditional antivirus software matches files and processes against a library of known threats, and blocks what it recognizes.
Cortex XDR applies behavioral analytics across multiple endpoints, network telemetry, and cloud data to identify threats, based on what they are doing instead of what they look like. This means it catches novel malware, living-off-the-land attacks, and lateral movement that signature-based tools usually miss. It is delivered as part of our managed Endpoint Security service.

Prisma Browser is Palo Alto Networks’ enterprise browser security solution. It enforces security policy at the browser layer instead of at the device level, which makes it suitable for BYOD, contractor workstations, and unmanaged endpoints where deploying a full agent is either impractical or is likely to meet resistance.
It provides data loss prevention, session visibility, and Zero Trust policy enforcement at the point where most enterprise work happens, without requiring device enrollment or management. For organizations with mixed device populations, it extends protection to parts of the estate that traditional endpoint tools cannot reach.

SSE and endpoint security were designed for human users who access known applications. AI introduces new threat patterns that these tools were not built to address, such as employees leaking data through AI tool inputs,  agents taking autonomous actions with too many permissions, and attackers using AI to accelerate and adapt attacks faster than signature-based detection services can respond. Globalgig’s AI security services adds a control layer specifically designed for these patterns.