Not just MQTT
Messaging matters, but production also needs device identity, command lifecycle, OTA, simulation, rules, and integrations.
Hardware-aware IoT platform
True2Air brings dev kits, topology support, PnP firmware, OTA, telemetry, commands, simulation, APIs, and SaaS operations into one path so teams do not stitch together a broker, cloud service, firmware effort, and hardware program from scratch.
Start the ProcessWhy True2Air
Most connected-product teams already understand sensors, telemetry, and dashboards. The delays come from stitching together hardware, firmware, a broker, cloud services, OTA, identity, commands, rules, and integrations. True2Air is built to collapse that work into one platform-led path.
Typical build
True2Air path
Competitive difference
Messaging matters, but production also needs device identity, command lifecycle, OTA, simulation, rules, and integrations.
Cloud IoT services still leave teams with hardware selection, embedded firmware, topology testing, and product-specific glue.
Dev kits are the validation path. The durable value is the firmware model plus SaaS operating layer behind them.
The same platform foundation can support pilots, OEM programs, and multiple connected-product categories.
Customer process
The goal is simple: compress the unknowns early, prove value fast, then plan production with the right hardware, firmware, and SaaS decisions already tested.
View process01
Align on the product, field environment, connectivity assumptions, launch urgency, and business outcome.
02
Map sensors, controllers, commands, OTA needs, data flows, dashboards, integrations, and pilot success criteria.
03
Use True2Air dev kits, simulation, APIs, and platform modules to prove the connected workflow fast.
04
Deploy a focused field pilot with telemetry, command lifecycle, update strategy, and operational feedback loops.
05
Plan firmware licensing, shrink-fit hardware, security, integrations, support model, and fleet rollout.
Platform Modules
Central authentication, authorization, API scopes, 2FA, and tenant-aware access control.
Operational value: Connected devices become shared operational systems. Access must be controlled for operators, admins, devices, APIs, and OEM partners.
Edge-to-cloud hub for telemetry, commands, acknowledgements, webhooks, and APIs.
Operational value: Telemetry alone is not enough. Operators need reliable two-way interactions with field devices and external applications.
OTA upgrade path for communication firmware across remote fleets.
Operational value: Connectivity firmware must evolve as carriers, security requirements, and deployment conditions change.
OTA loading and upgrade process for attached embedded controllers such as Arduino-like MCUs.
Operational value: True2Air reaches beyond the modem. The sensor/actuator controller can evolve without field visits.
Push rule sets and local control logic to the edge.
Operational value: Devices must keep operating safely when connectivity is intermittent or cloud latency is undesirable.
Emulate telemetry, state transitions, commands, and rules without physical devices.
Operational value: OEMs and integrators can test integrations, dashboards, training flows, and edge behavior before field installation.
Core positioning
True2Air lets teams avoid repeatedly building secure access, device onboarding, telemetry routing, OTA update pipelines, device simulation, and rule deployment. The reusable layer shortens the path from POC to connected product launch.
Validate sensors, control paths, firmware behavior, and dashboards with dev kits.
Use the PnP firmware model and communication stack in production products.
Operate fleets through True2Air SaaS with integrations, updates, rules, and simulation.
Built for speed to market
True2Air is designed for companies that need connected products without spending years building device management, OTA, identity, simulation, and integration infrastructure.
Start the process