Security by Design. Intelligence by Default.
AI-powered network security for physical devices and Edge AI.
The Monogoto Secure Core is an event-driven, AI-powered security platform that delivers complete visibility and control over your physical devices and Edge AI deployments. DNS control, NetFlow visibility, firewall rules, and anomaly detection, all through a unified API.
Security by Design Architecture
Event-Driven Real-Time Intelligence
AI-Powered Security Agent
Complete DNS Control
NetFlow Visibility & Analytics
Full API Access for Automation
Security by Design, Not Bolted On
The Monogoto Secure Core isn’t a security layer added on top of connectivity, it’s a fundamental part of how we built the platform. Every packet, every event, every connection flows through a security-first architecture designed to protect physical devices and Edge AI systems from modern threats.
Unlike traditional approaches that rely on device-side security software (which can be compromised, outdated, or resource-prohibitive), Monogoto enforces security at the network level. Your devices are protected before threats reach them, and you maintain complete visibility and control from a single platform.
Event-Driven Architecture: Real-Time Intelligence
Everything in the Monogoto Secure Core is event-driven. Every network registration, data session, location change, and signaling event is captured, logged, and available for analysis. This gives you:
- Real-Time Alerts: Set alerts based on any network event—cell ID change, IMEI mismatch, data usage threshold, unusual location, and more.
- Comprehensive Audit Trail: Every event is timestamped and stored, providing complete forensic capability for security investigations.
- Automated Responses: Trigger automatic actions when events occur—suspend a SIM, block traffic, notify your SOC, or invoke your own systems via webhook.
- API-First Design: Stream events to your SIEM, build custom dashboards, or integrate with your existing security orchestration tools.
AI-Powered Security Agent
The Monogoto Secure Core includes an AI agent that continuously monitors your network for anomalies and threats. Machine learning models trained on cellular network patterns detect:
- Behavioral Anomalies: Unusual data patterns, unexpected communication targets, or abnormal session characteristics that indicate compromise.
- IMSI Catchers & MITM Attacks: Automatic detection of rogue base stations and man-in-the-middle attempts targeting your devices.
- Location-Based Threats: Identify and block hostile geo-location query attempts through SS7/Diameter signaling channels.
- Zero-Day Pattern Recognition: AI models identify novel attack patterns before signatures exist, providing proactive defense.
Complete DNS Control
DNS is often the first step in an attack chain, and frequently overlooked in device security. The Monogoto Secure Core gives you complete DNS control:
- Custom DNS Resolution: Point your devices to specific DNS servers or use Monogoto’s secure DNS.
- URL Filtering: Block access to known malicious domains, inappropriate content, or any domains outside your allowlist.
- DNS-Based Threat Intelligence: Automatic blocking of domains associated with botnets, C2 servers, and malware distribution.
- Split-Horizon DNS: Different DNS resolution for different device groups based on your security requirements.
NetFlow Visibility: See Everything
You can’t protect what you can’t see. The Monogoto Secure Core provides complete NetFlow visibility for every connected device:
- IP Flow Metadata: Source/destination IPs, protocols, ports, and byte counts for every connection.
- Traffic Analytics: Visualize traffic patterns, identify top talkers, and spot anomalies across your fleet.
- Historical Analysis: Query historical flow data for forensics, compliance, and capacity planning.
- Export & Integration: Stream NetFlow data to your analytics platform, SIEM, or data lake via API.
Network-Level Firewall & Policy Control
Implement firewall rules at the network level, no device-side configuration required. The Monogoto Secure Core enforces your policies before traffic reaches your devices:
- IP Security Profiles: Allow/block rules by IP address, CIDR range, protocol, or port.
- Signaling Firewall: Control SMS and voice traffic; block all, allow specific numbers, or filter by pattern.
- Data Firewall: Control outbound and inbound data connections based on your security requirements.
- IMEI Lock: Bind SIMs to specific devices, if the SIM is moved, it stops working.
- Group Policies: Apply policies to device groups for efficient fleet-wide security management.
API-First for Complete Automation
Every capability in the Monogoto Secure Core is available via RESTful API. Build automated security workflows, integrate with your existing tools, and extend our platform to meet your unique requirements:
- Programmatic Firewall Rules: Add, modify, or remove firewall rules in response to threat intelligence.
- Event Streaming: Receive real-time events via webhook for immediate action.
- SIEM Integration: Forward events and logs to your security information and event management system.
- Custom Dashboards: Query our APIs to build monitoring dashboards tailored to your operations.
The Most Secure Solution for Physical Devices
The combination of Zero Trust authentication, event-driven intelligence, AI-powered anomaly detection, DNS control, NetFlow visibility, and network-level firewall rules makes Monogoto the most secure connectivity solution for physical devices and Edge AI:
- Defense in Depth: Multiple security layers protect against different attack vectors.
- No Device-Side Dependencies: Security enforced at the network level works even on resource-constrained devices.
- Real-Time Response: Event-driven architecture enables immediate response to threats.
- Complete Visibility: See everything your devices do on the network.
- Future-Proof Architecture: AI models continuously learn and adapt to emerging threats.
Frequently Asked Questions
An IoT core network is the central infrastructure that manages cellular device connectivity. It authenticates devices, manages sessions, routes traffic, enforces connectivity policies, and applies network security. Because every device connection passes through the core, it is the control center of a cellular IoT deployment, and plays a critical role in security, reliability, visibility, and performance.
A standard core network ( the kind traditionally sold by vendors like Ericsson and Nokia) connects devices: it authenticates them, routes their traffic, and enforces basic policy. But connecting devices is not the same as securing them. Think of home security: a locked door isn’t enough. Real security means cameras watching everything, alarms that trigger when something doesn’t make sense, and a response when it does.
A secure core applies the same principle at the network level, and it rests on two capabilities. First, complete auditability: every network event (every authentication, connection, signaling exchange, and location update) is captured and can be audited. Second, the ability to act on those events in real time. Only an event-driven core can do both, and that foundation is what enables everything else: signaling firewalls, IMEI locks, anomaly detection, and automated response.
Because Secure Core captures every network event, it can identify behavior that doesn’t make sense: an unauthorized SIM attempting to connect, a SIM authenticating from two different locations in the world, or attempts to duplicate an IMSI or device identity.
When suspicious behavior is detected, the platform can act immediately, blocking the SIM, enforcing an IMEI lock so the SIM only works in its authorized device, or applying signaling firewall rules to contain the threat.
Onboarding devices at scale requires full certainty about each device’s identity. Secure Core verifies identity at the network level before a device is granted access to anything, and the audit trail begins from the device’s very first network attach. Every device in the fleet is onboarded, tracked, and auditable from day one, without installing software on the device.
Yes. Secure Core supports regional traffic breakout, controlled via API. You decide where device traffic exits the core network toward the internet or your cloud — for example, keeping European device data inside Europe, or breaking out from Canada or the United States.
If regulatory or security requirements mean your data should not travel through a particular country, you can route breakout accordingly. This gives organizations control over data sovereignty, compliance, and latency, per device, per policy, through the API.
Secure Core secures the northbound path from the core network into your own platform using private IP addressing and VPN integration. Supported options include AWS Direct Connect, VPC peering, MPLS VPN, and IPsec VPN.
This means device traffic can travel from the SIM through the core and into your cloud environment without ever touching the public internet, completing an end-to-end secure service from device to application.
Network visibility provides insight into how connected devices communicate: traffic destinations, usage patterns, network activity, and potential security anomalies. In Secure Core, visibility is not just dashboards, it is the event and audit layer that detection and response are built on.
Greater visibility helps organizations troubleshoot connectivity issues, identify unusual behavior, improve operational performance, and strengthen security across their IoT environments.
Monogoto’s Secure Core provides centralized authentication, policy enforcement, and traffic management across public cellular, private LTE/5G, and satellite networks. Devices remain connected to the same security and management framework regardless of location, helping organizations maintain consistent control and visibility across global deployments.
A cloud-hosted core network means functions like subscriber management, session management, and policy control are delivered as a service instead of physical infrastructure. Organizations get carrier-grade capabilities (and full control via APIs) without building or operating their own core.
Monogoto’s platform is SOC 2 Type II certified and GDPR compliant, with built-in DDoS protection, anomaly detection, and a 99.95% uptime SLA.