Telit Custom IoT Communication Solutions

IoT Connectivity at Your Fingertips

IoT Connectivity Solutions at Any Scale

One-touch access to your global connectivity network for unmatched visibility and control of your IoT ecosystem.

Simplified Scalable Connectivity Get Flexible, Scalable IoT Connectivity

Our IoT connectivity management platforms and tools help get your IoT deployment to market fast. No matter your deployment’s scale or stage, we reduce the costs of managing your connectivity ecosystem. We deliver scalable IoT connectivity, global visibility and control down to the individual SIM.

One-Touch IoT Management Platform

Our IoT Connectivity Portal provides easy-to-use dashboards and reports using industry measurements and indicators. Configure billing and provisioning parameters with ease through our integrated device platforms. Our AI automation routines ensure maximum uptime and performance at the lowest cost across multiple carriers and regions.

For plan or sim card pricing, make an enquiry today!

Category: IoT

Description

Our IoT connectivity solutions provide:

Configurable billing, provisioning and individual plan profiles
Unified global multicarrier drill-down and call detail record (CDR) management of data, sessions and SMS usage.
OPTIMUS data usage analysis with the lowest rates and appropriate zone applied retroactively
Automated connectivity management, data plan assignment and billing functions
simWISE™ with virtual SIM functions for streamlined IoT operations
Improved uptime and performance with low costs
Flexible five- and 10-year NExT™ one-time prepayment plans across SIMs and eSIMs for your solutions

Features:

2G, 3G, 4G and cellular LPWA: Custom plans for data, SMS and voice on Tier 1 networks worldwide
Simple terms: One agreement, predictable pricing, no hidden charges
24/7 monitoring and support: Dedicated IoT experts
Secure: Multilayer security and VPN connections
IoT SIM management: Comprehensive connectivity management tools for connection provisioning, operation and analysis across wireless networks