Microsoft Azure
Azure IoT Hub
Map telemetry and device interactions into your Azure IoT Hub integration.
Read Azure IoT Hub docs →Tartabit IoT Bridge · LwM2M
Connect LwM2M devices to Azure, AWS and Google Cloud
Use Tartabit IoT Bridge to manage LwM2M devices, process observations and deliver application-ready data to your cloud. Keep device object models and cloud integration logic in one service layer.
Read the docsReview the technical references, then contact us or sign up to evaluate.
From device protocol to cloud application
Configure the device connection, the data transformation and the cloud destination independently.
01 · Devices
LwM2M devices and observations
Your hardware, network and reporting cadence.
02 · Tartabit IoT Bridge
- Register and manage devices
- Map object resources to your data model
- Route events through cloud connectors
03 · Your cloud
- Microsoft Azure
- Amazon Web Services
- Google Cloud
Choose your cloud destination
Use the connector reference for credentials, configuration, events and actions.
Amazon Web Services
AWS IoT Core
Publish device data into AWS IoT Core using the configured service and topics.
Read AWS IoT Core docs →Google Cloud
Pub/Sub
Publish application payloads to Pub/Sub topics for downstream Google Cloud services.
Read Pub/Sub docs →What to have ready
Use these details to check the integration fit before you configure a trial.
- Device LwM2M version, object model and security credentials.
- Registration and update intervals that suit the device and network.
- A target cloud service, its credentials and the payload your application expects.
Tartabit's LwM2M approach is built for companies that need more than basic protocol compliance. Our LwM2M server supports standards-based device management, remote operations, and efficient telemetry for constrained IoT fleets, while acting as a real-time integration layer between devices and the rest of your application stack. That means your cloud services, enterprise workflows, and analytics pipelines work with normalized device data rather than raw LwM2M object semantics.
Why LwM2M matters for IoT
LwM2M is valuable because it combines efficient transport with standardized lifecycle management for constrained devices.
Efficient for low-power fleets
LwM2M gives device makers a standards-based way to deliver telemetry, configuration, and firmware workflows over efficient CoAP and DTLS transports. That keeps bandwidth low, preserves battery life, and fits LPWA deployments where every byte matters.
Standardized device lifecycle control
A strong LwM2M server gives operators a common model for registration, observation, remote configuration, and firmware update orchestration. Teams can manage fleets consistently instead of building custom lifecycle logic for each device family.
Interoperability across vendors
LwM2M 1.0 and 1.1 create a practical path to connect devices from multiple manufacturers, embedded SDKs, and module suppliers. That reduces lock-in and makes it easier to onboard new products into existing IoT programs.
Better path from device data to applications
When LwM2M is integrated well, business applications do not need to understand object IDs, resource IDs, or transport semantics. They receive normalized, application-ready data and can focus on operations, analytics, and customer value.
Why Tartabit's LwM2M approach is different
We provide deep LwM2M functionality, but we position it as part of your application architecture rather than as an isolated tool.
Not a standalone LwM2M device management silo
Tartabit IoT Bridge provides the core LwM2M device management functions you expect from an LwM2M server, but our focus is different. We are built to embed LwM2M into business applications, cloud services, and operational systems so your application can focus on the data, not the semantics of LwM2M.
More than an LwM2M SDK
An SDK gives developers protocol support and leaves the operational burden on the team. Tartabit delivers a high-availability LwM2M server architecture that can run multiple servers in concert to avoid downtime and reduce operational risk.
Persistent state for resilient operations
We maintain LwM2M sessions, observations, queued operations, DTLS sessions, and DTLS handshake states. That persistence helps preserve device relationships across outages, failover events, and software updates without forcing unnecessary device reconnections.
Flexible full-stack control
We own the full LwM2M server stack. That gives us the flexibility to integrate difficult devices, support vendor extensions, and accommodate clients that implement the LwM2M specification partially or incompletely while still delivering a robust application-facing experience.
Built for high availability and lifecycle resilience
Operational reliability matters when devices are remote, bandwidth-constrained, and expensive to reconnect.
Tartabit IoT Bridge is designed to keep your LwM2M service stable through the full device lifecycle. Instead of treating every reconnect as acceptable collateral, we preserve the state that matters so fleets remain manageable during failover, maintenance, and platform upgrades.
- Run multiple LwM2M servers in concert for high availability and service continuity.
- Preserve LwM2M observations and queued operations so sleepy devices can be managed reliably.
- Persist DTLS sessions and DTLS handshake state, including RFC9146 DTLS Connection ID scenarios.
- Perform upgrades and infrastructure changes with less risk of expensive mass reconnect storms.
LWM2M Clients
Tartabit has pre-certified integrations across standards-based LWM2M clients, embedded SDKs, and module-native implementations. This cross-connectivity helps customers bring multi-vendor LwM2M devices into a single integration architecture.
AVSystem Anjay
Lightweight LWM2M SDK used by device makers to add standards-based device management and telemetry.
IOTerop
LWM2M software supplier focused on embedded client and server tooling for connected products.
IOWA
Mature LWM2M client stack used to bring efficient standards-based management to constrained devices.
Friendly
Device management software provider with LWM2M capabilities for service providers and OEM programs.
Leshan
Widely used open source Eclipse project for LWM2M interoperability, testing, and reference implementations.
Telit
Cellular IoT platform supplier with LWM2M-capable offerings that help accelerate enterprise onboarding.
Quectel
Module families with LWM2M-ready options that reduce integration work for OEM product teams.
Nordic
Low-power cellular development path with LWM2M-friendly tooling for embedded product teams.
Wakaama
Open source C-based LWM2M implementation designed for constrained embedded systems and reference work.
See the broader device and partner ecosystem on the ecosystem page.
Start with the technical details
Read the configuration and connector references. When you are ready, use the docs links to contact us about your integration or sign up through Azure or AWS Marketplace. The US and EU hosting choices can both serve integrations with Azure, AWS or Google Cloud.
Read the docs →