Resilient, multi-access connectivity for remote, industrial, and mission-critical environments
Continuum is iNet’s connectivity and transport layer, designed to keep operations online anywhere in the world. It unifies satellite, LTE/5G, SD-WAN, microwave, and fiber into a single, intelligent network fabric that adapts in real time to changing conditions.
Where traditional networks fail, Continuum ensures performance, resiliency, and uptime—from offshore platforms and pipelines to utilities, maritime fleets, and distributed enterprises.
A key part of Continuum is LEO Services like Starlink and iNet is a Starlink Authorized Reseller and Partner. Click here to see how iNet can integrate Starlink to your operations.
What Continuum Delivers
Multi-Access Network Connectivity
Continuum aggregates and manages multiple access technologies into a single architecture
- LEO & GEO satellite (Starlink, OneWeb, HTS)
- Private and public LTE / 5G
- SD-WAN and hybrid WAN
- Microwave and fiber
Traffic is intelligently routed across available paths to maintain performance and uptime
Intelligent Path Selection & Failover
Continuum dynamically selects the best available path based on latency, packet loss, jitter, and policy.
- Automatic failover between satellite, LTE, and terrestrial links
- Application-aware routing
- Seamless transitions during outages or degradation
- Optimized performance for critical applications
This makes Continuum ideal for remote sites and bandwidth-constrained environments
Built for Remote & Industrial Operations
Continuum is purpose-built for environments where connectivity is challenging:
- Offshore drilling & production
- Onshore oil & gas fields
- Midstream pipelines & terminals
- Maritime vessels & ports
- Utilities & substations
- Retail & distributed enterprises
It performs reliably even in high-latency, low-bandwidth, or intermittent conditions.
Continuum Connectivity Solutions
LEOConnect™ — Satellite Connectivity for Enterprise & Industrial Use
LEOConnect™ delivers enterprise-grade satellite connectivity using LEO constellations such as Starlink and OneWeb, combined with iNet’s network design, deployment, and management.
- Global coverage for remote operations
- Optimized for SD-WAN and hybrid WAN architectures
- Integrated with LTE/5G and terrestrial links
- Designed for industrial uptime requirements
Satellite connectivity can be secured using Sentinel’s SecureLynk™ encrypted private networking.
LTE & 5G Connectivity — Private & Multi-Carrier Wireless
Continuum provides private LTE/5G and multi-carrier wireless solutions for primary, backup, or hybrid connectivity.
- Private LTE/5G networks for industrial sites
- Multi-carrier SIM and wireless failover
- Rapid deployment for remote locations
- Seamless integration with satellite and SD-WAN
Ideal for oil & gas, utilities, construction, and remote industrial sites.
SD-WAN & Hybrid WAN Transport
Continuum enables modern SD-WAN architectures that combine multiple transport types into a single fabric.
- Application-aware routing
- Policy-based traffic steering
- Multi-path resiliency
- Optimized performance across mixed access types
SD-WAN transport can be protected using Sentinel’s Zero Trust security and SecureLynk™ VPN services.
Security Without Overlap (Important)
Continuum does not own security functions. Instead, it integrates natively with Sentinel to ensure
- Encrypted connectivity using SecureLynk™
- Edge firewalling and threat protection via EdgeSecure™
- Identity-based access through Zero Trust Access
- OT/IT isolation using Sentinel segmentation policies
This keeps Continuum focused on connectivity, while Sentinel owns protection and trust.
Why Continuum with iNet
- Designed for remote and industrial connectivity
- Multi-access, carrier-agnostic architecture
- Optimized for satellite, LTE, and SD-WAN
- Fully managed or co-managed service models
- Seamlessly integrated with Sentinel security and Nexora intelligence
Connectivity That Adapts to Operations
Continuum delivers the resilient, intelligent connectivity modern operations demand—without complexity or compromise.
