Unified Zero-Trust IoT Platform Covers 190 Countries With Starlink Backup

April 28th, 2026 1:00 PM
By: Newsworthy Staff

metascape.com launches a consolidated IoT platform integrating connectivity, private 5G, eSIM management, and zero-trust security under a single contract, reducing vendor fragmentation for global deployments.

Unified Zero-Trust IoT Platform Covers 190 Countries With Starlink Backup

metascape.com has released a unified managed platform that brings IoT connectivity, private 5G, eSIM management, LoRaWAN, NB-IoT, and zero-trust security together under a single contract and invoice. The launch targets a well-documented challenge in enterprise IoT deployments: the operational and financial burden of coordinating multiple vendors, networks, and billing relationships at once. The platform spans more than 190 countries and is built specifically for OEMs, resellers, and managed service providers.

The platform combines multi-network eSIM management with support for cellular technologies including private 5G, LoRaWAN, and NB-IoT. Devices provisioned through the platform can roam across more than 190 countries using a single SIM profile, with network selection and automatic failover handled at the platform level. That failover capability includes Starlink integration, providing continuity for mission-critical deployments in areas where terrestrial networks are limited or unavailable.

Operators running distributed IoT fleets have traditionally managed separate agreements covering hardware procurement, SIM provisioning, network access, and cloud management. metascape.com consolidates each of those functions into one agreement and one invoice, reducing the administrative complexity that comes with multi-supplier environments. The outcome is a single point of accountability for connectivity performance across geographies and network types.

The platform applies a zero-trust architecture across all connected devices and data paths. Security controls include mutual TLS authentication (mTLS), private APNs, VPN tunnelling, and static IP assignment. These measures ensure that device-to-cloud communication is isolated, authenticated, and encrypted at every layer, without requiring additional configuration from the deploying organisation. Private APN provisioning separates customer traffic from public internet infrastructure, a requirement for regulated industries and environments handling sensitive operational data. The combination of mTLS and VPN tunnelling means that devices operating over shared cellular infrastructure maintain private, authenticated connections throughout their data path.

metascape.com has built the platform around a channel-first model. OEMs, resellers, and MSPs can access white-label options that allow them to deliver the platform under their own brand. Tiered support levels - Standard, Business, and Enterprise - give partners the flexibility to align service commitments with their own customer agreements. The channel model allows partners to add IoT connectivity and private 5G capabilities to their existing portfolios without developing the underlying infrastructure independently. metascape.com manages network relationships, eSIM management, and security configuration, while partners retain the customer relationship and billing control.

"IoT fragmentation is one of the most consistent problems we see across enterprise deployments - organisations managing 6, 8, sometimes 12 separate supplier relationships just to keep devices online across borders," said Archie Cole, Director of metascape.com. "This platform brings that down to one contract, one invoice, and one support team, while covering more than 190 countries with automated failover including Starlink. That is a measurable operational change for any MSP or OEM deploying at scale."

The platform is available immediately through the channel partner program. Partners seeking white-label arrangements or Enterprise-tier support can contact metascape.com directly to discuss commercial terms and onboarding timelines. Learn more at Hyper Logical.

Source Statement

This news article relied primarily on a press release disributed by Press Services. You can read the source press release here,

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