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Connectivity engineered for machines, not smartphones.

Inselberg provides enterprise IoT and M2M connectivity solutions for devices that need to communicate reliably, securely and at scale. We align the connectivity model with the application, device, deployment geography, security policy and operational lifecycle.

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Industrial IoT devices connected through managed M2M cellular connectivity What We Structure
What we can structure

Around your use case.

Every IoT deployment has its own device mix, geography and security posture. We start from the application and operating environment, then align the connectivity model around it.

  • IoT / M2M SIM connectivity
  • 4G/LTE & available cellular IoT options
  • Private APN & secure enterprise models
  • Static/private IP where supported
  • SIM provisioning, activation, suspension, retirement
  • Usage monitoring & threshold controls
  • Device-to-SIM inventory mapping
  • Diagnostics & operator escalation
  • API/platform integration where supported
  • Multi-operator models where available
Secure data center and connectivity management infrastructure for IoT devices Architecture
Architecture & Lifecycle

A connectivity architecture built around enterprise control.

The reference architecture runs from the field device through the M2M SIM, operator network, secure APN/data path, connectivity management and cloud — ending at the business application.

Reference M2M Architecture
FIELD DEVICE
→
M2M SIM / eSIM
→
ACCESS NETWORK
→
APN / SECURE PATH
→
CONNECTIVITY MGMT
→
CLOUD
→
BUSINESS APP
Exact architecture varies by operator, geography and customer security policy.
SIM cards for IoT devices representing full lifecycle management from inventory to retirement SIM Lifecycle
SIM Lifecycle Management

Full lifecycle, from order to retire.

Large deployments require more than activation. We structure connectivity around the full SIM lifecycle so inventory, commercial state and field deployment remain aligned.

SIM Lifecycle
ORDER
→
INVENTORY
→
TEST
→
READY
→
ACTIVE
→
MONITOR
→
SUSPEND/REACTIVATE
→
RETIRE
  • Bulk ordering & inventory records
  • Pre-deployment test state
  • Activation aligned to installation milestones
  • Usage & status monitoring
  • Suspension/reactivation workflows
  • Replacement & swap coordination
  • Commercial-state reporting
  • End-of-life closure & reconciliation
Cybersecurity and secure data routing concept representing private APN architecture Security & Integration
Security & Integration

Enterprise-grade by design.

Depending on the use case and operator capability, the solution can be designed around private APN, controlled IP addressing, VPN/IPSec integration, restricted communication paths and enterprise authentication policies.

Final security design must be validated against the selected operator, platform and customer environment.

Use Cases

One connectivity layer. Many connected assets.

Six deployment environments where managed IoT/M2M connectivity enables real operational control.

Smart meters and utility gateways connected for grid automation

Utilities

Smart meters, gateways, distribution automation and remote utility equipment.

Solar pumps and inverters connected through RMS gateways for renewable energy

Renewable Energy

Solar pumps, inverters, controllers, RMS gateways and energy monitoring devices.

Industrial PLCs and controllers connected for remote production asset monitoring

Industrial IoT

PLCs, controllers, sensors, gateways and remote production assets.

Vehicle tracking and fleet telematics for mobility and logistics

Mobility & Logistics

Vehicle tracking, fleet telematics, cold-chain and mobile assets.

POS terminals and ATMs connected for BFSI payments

BFSI & Payments

POS terminals, kiosks, ATMs and unattended transaction devices.

Smart infrastructure with security, signage and environmental sensors

Smart Infrastructure

Security systems, digital signage, environmental sensors and remote equipment.

Warehouse with staged IoT device inventory ready for phased field deployment Solution Scenario
Solution Scenario

High-volume field rollout.

A reference scenario showing how connectivity design, SIM lifecycle and operational control come together at scale — from staging through active deployment.

Customer Challenge

A distributed project needs thousands of devices staged before installation, activated in phases, monitored after deployment and commercially controlled throughout the contract.

Inselberg Framework

Connectivity design + SIM inventory + test/ready/active states + bulk provisioning + deployment mapping + usage monitoring + incident coordination + reporting.

Designed Outcome

A controlled operating model that reduces unnecessary active inventory and gives the project team clearer visibility across device, SIM and deployment state.

Talk to a Connectivity Specialist

Structure the right connectivity model for your deployment.

Tell us the device mix, geography and scale — and we will help align the connectivity architecture around it.

Discuss Your IoT Requirement