Platform
True2Air combines validation hardware, PnP firmware, identity, telemetry, commands, OTA, simulation, rules, APIs, and integrations so teams can move without assembling the stack one vendor at a time.
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True2Air brings the recurring pieces of an IoT program into one operating layer: secure access, telemetry, commands, OTA, edge behavior, simulation, and integration into business systems.
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.
What changes
True2Air handles identity, telemetry, commands, OTA, rules, simulation, reporting, and integrations so product teams do not assemble the same operating layer from separate services.
The platform is paired with validation hardware, topology daughter boards, sensor modules, and a PnP firmware model so cloud decisions and device behavior are tested together.
TrueHub supports telemetry flowing up and commands flowing down with acknowledgements, command lifecycle, retries, and state reconciliation for operational workflows.
POCs validate the topology and workflow. Production planning can then move toward firmware licensing, shrink-fit hardware, integrations, security, and fleet operations.
Platform services
The same foundation used to prove a POC can support secure users, field devices, firmware updates, edge rules, integrations, and fleet operations as the product moves toward production.
Secure access for teams, devices, APIs, and partners with tenant-aware authorization and clear operational boundaries.
Reliable telemetry and command flow with acknowledgements, webhooks, API access, and state tracking for field workflows.
OTA update paths for communication firmware and attached embedded controllers, reducing the need for field visits.
Rules and local behavior at the edge for intermittent connectivity, low-latency control, and safer offline operation.
Virtual device behavior for testing dashboards, APIs, commands, rules, and integrations before hardware is deployed.
Why integration matters
True2Air supports outbound integration patterns so device events can trigger MIS updates, maintenance tickets, ERP entries, alerts, dashboards, or partner workflows. This is a core difference between a platform and a simple monitoring application.
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.
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