RiPSIM eIM: Enterprise-Grade Remote eSIM IoT Manager

Secure, automated eSIM lifecycle management for massive IoT deployments

Run global IoT eSIM programs with confidence using a GSMA-compliant Remote eSIM IoT Manager purpose-built for constrained, unattended devices. The eIM solution removes operational friction by automating secure eSIM provisioning and lifecycle control across large, geographically distributed IoT fleets—eliminating the need for local user interaction even in bandwidth-limited, remote environments.

Designed to align with GSMA SGP.31 and SGP.32, eIM addresses the realities of IoT deployments, including constrained networks, limited device interfaces, and the need for policy-driven, unattended operations.

Built for MNOs, IoT service providers, and enterprises, eIM integrates seamlessly with SM-DP+, IPA (IPAd and IPAe), and optional SM-DS components to support a wide-range of IoT device architectures.

Key Benefits

Operate IoT fleets at scale

with GSMA SGP.32–compliant eSIM management.

Eliminate manual intervention

with fully automated, unattended operations for large IoT device fleets.

Scale confidently

with high availability for industrial-grade deployments.

Meet strict security requirements

aligned with GSMA security standards.

Integrate seamlessly

with existing operator and enterprise IT systems.

Features

Automated IoT eSIM Lifecycle Control

Securely manage the complete eSIM lifecycle—from download and enablement to disablement and deletion—using policy-driven operations designed for unattended devices. Built-in audit trails and transaction journals ensure operational transparency and compliance.

Resilient Connectivity Management

Maintain service continuity with support for profile fallback, rollback, and emergency profiles, ensuring reliable connectivity even in failure scenarios.

Secure, Policy-Driven Operations for Constrained Devices

Support IoT environments with limited interfaces and networks through fully automated profile state management, configuration operations, and resilient fallback mechanisms.

Comprehensive Operational Visibility

Gain full traceability of eSIM operations through detailed audit logs, transaction records, and lifecycle event tracking.

Scalable Architecture

Close-up of a person using a smartphone with a blurred background and warm sunlight.

Deploy faster and migrate with confidence

Support greenfield IoT launches and seamless transition from proprietary or pre-standard solutions.

Scale effortlessly as device fleets grow

Leverage a cloud-native, microservices-based, containerized architecture built for elastic scaling.

Simplify operations with centralized orchestration

Coordinate business logic and provisioning workflows through a unified orchestration layer.

Secure access and integrations by design

Enforce Role-Based Access Control (RBAC) through a dedicated API gateway.

Protect device communications

Secure all device traffic using a dedicated TLS gateway.

Safeguard cryptographic operations at scale

Rely on redundant, scalable, hardware-backed HSMs for trusted key management and security.

Isolate and protect tenant data

Enforce tenant-specific database encryption.

Enterprise-Grade Security

Engineered to protect massive IoT fleets operating in untrusted and constrained environments.

Compliance & Assurance

GSMA FS.08, FS.09, FS.18 compliant.
Fully aligned with GSMA SAS security requirements.

Data Protection

TLS/DTLS-secured communications
Strong tenant isolation and logical data segregation.

Hardware-backed Security

Optional integration with leading Hardware Security Module (HSM) providers.
Certificate-based mutual authentication.

Trusted Deployment for IoT Fleets at Any Scale

Run live IoT fleets in a secure, highly available production environment built for scale. Validate integrations and workflows in staging before release, and optionally prove performance in real-world field conditions with a pre-production environment; reducing risk, avoiding surprises, and accelerating go-live.

Standards & Compliance

Built to meet global GSMA and IoT eSIM standards.

Standard	Description
GSMA SGP.31	eSIM IoT Architecture and Requirement Specification, Version 1.2
GSMA SGP.32	eSIM IoT Technical Specification, Version 1.2
GSMA SGP.23	Remote Provisioning Architecture for Embedded UICC Test Specification, Version 1.16
GSMA SGP.21	RSP Architecture, Version 2.5
GSMA SGP.22	RSP Technical Specification, Version 2.5 (alignment for SM-DP+ interaction)
Trusted Connectivity Alliance (TCA)	eUICC Profile Package, Interoperable Format Technical Specification, Version 3.2

Supported Interfaces

ESipa: Secure communication between eSIM solution and IPA (device- or eUICC-based).
ES9+: Secure profile download workflows with SM-DP+.
ES11′: Event retrieval and notifications via SM-DS.
ESep: Logical end-to-end channel for profile state and configuration.
Web-based GUI: Intuitive interface for operators and service providers.
REST APIs: Seamless OSS/BSS integration.

Key Functions

Remote triggering of eSIM profile downloads.

Secure Profile State Management Operations (PSMO): enable, disable, delete.

Secure eIM Configuration Operations (eCOs).

Policy-based lifecycle control without end-user involvement.

Support for constrained and heterogeneous IoT device fleets.

Full audit trail and transaction journal.

Get Started

Contact us to learn how the eIM SGP.32 Remote eSIM IoT Manager enables secure, automated, and scalable eSIM operations for global IoT deployments.

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