Simetric’s IoT and edge orchestration platform integrates Thales’s eSIM security and remote connectivity management solutions, simplifying large IoT deployments ATLANTA, GA, UNITED STATES, February 24, 2026 /EINPresswire.com/ — – Simetric’s Single Pane of Glass (SPoG) orchestration platform integrates Thales’s proven eSIM security and remote connectivity management solutions to help enterprises simplify and accelerate large-scale IoT deployments worldwide. – The collaboration delivers a unified, secure approach to managing connected devices across their entire lifecycle. Simetric, the pioneer of Single Pane of Glass (SPoG) connectivity network orchestration, today announced a strategic partnership with Thales, a global leader in cybersecurity and connectivity solutions, to deliver a next-generation, best-of-breed eSIM orchestration solution for OEMs and enterprises operating large scale IoT and edge efforts, providing global execution continuity. Led by Simetric’s SPoG network orchestration platform, the joint solution integrates Thales’ GSMA-certified eSIM provisioning, and Advanced eSIM Orchestration (eSO), and trusted security capabilities. Together, the companies deliver an end-to-end solution that simplifies eSIM adoption while providing enterprises with centralized visibility, policy control, and enterprise-grade security across multi-carrier, multi-region IoT deployments “eSIM is no longer just a provisioning function—it has become the operational and security control plane for the network edge,” said Allen Boone, CEO of Simetric. “By integrating Thales’ trusted eSIM and RSP foundation directly into Simetric’s Single Pane of Glass orchestration platform, we are giving OEMs and enterprises the ability to manage connectivity, security, and policy across millions of devices with unprecedented clarity, resilience, and control.” Solving the Operational Reality of Global IoT As industries such as utilities, video security, asset tracking, routers, mPOS, smart metering, medical devices, and automotive accelerate the transition from physical SIMs to eSIM-enabled architectures, enterprises face increasing operational fragmentation across carriers, platforms, and legacy tools. Maintaining service continuity now requires real-time control over activation and deactivation, fallback logic, performance policies,