Metering and utility equipment
Connect meters, valves, prepaid workflows, field radios, billing events, and service operations without separating the device from the business process.
See the gas-metering case story →For industrial equipment OEMs
Launch a connected service your product and support teams can run.
InfiIoT combines device integration, field connectivity, an industrial IoT platform, and lifecycle engineering around one equipment product. The goal is not another dashboard. It is a secure, supportable service that stays useful after firmware changes, weak coverage, fleet growth, and real customer support begin.
Direct answer
What does connected-product engineering mean for an OEM?
It means treating the device, connectivity, cloud application, service workflow, and fleet lifecycle as one product responsibility. InfiIoT helps an OEM decide how equipment is identified, how readings survive poor networks, how updates are controlled, how alerts become owned work, how support diagnoses a unit, and how data moves into existing business systems. That responsibility extends from the first pilot to rollout and operation.
Initial equipment categories
The first GTM wedge stays narrow: categories where InfiIoT can connect buyer problems to existing technical proof.
Electrical and energy equipment
Give transformers, panels, controllers, and energy assets a consistent identity, operating history, alert path, and maintenance workflow.
Explore transformer monitoring →Industrial sensing, controllers, and gateways
Bridge mixed field protocols and constrained devices into a fleet service that product, support, and customer teams can operate together.
Review the gateway layer →Four responsibilities that determine whether the product survives production
Device and identity
Provisioning, credentials, configuration, calibration context, firmware state, and a durable asset identity.
Connectivity and ingestion
Protocol selection, buffering, retry behavior, payload contracts, time handling, and weak-coverage recovery.
Application and workflow
Real-time dashboards, alerts, reports, APIs, mobile workflows, and links to service or enterprise systems.
Fleet and lifecycle
Controlled updates, health monitoring, support diagnostics, ownership, retention, export, and rollout economics.
Good fit
A product decision is blocked by cross-stack risk.
The OEM owns a repeatable product, has access to engineering and product decision makers, and can name the service outcome, field constraint, or rollout decision that needs to be resolved.
Not the first fit
A generic dashboard or unbounded custom build is the only requirement.
InfiIoT is not positioned as a low-cost dashboard tool, free architecture service, or unlimited software agency. The first engagement must end in a clear product and pilot decision.
Questions OEM teams ask first
What kind of OEM is the strongest fit for InfiIoT?
The strongest fit is an industrial equipment company with a repeatable product, an installed or planned fleet, and a service or product team that needs remote visibility, faster diagnosis, or a recurring connected service.
Does an OEM need to replace its existing firmware or control system?
Usually not. InfiIoT starts from the equipment, interfaces, control boundaries, and service systems already in place, then adds only the device, data, and workflow responsibilities needed for the connected product.
Can InfiIoT support private or on-premises deployment?
Yes. Shared cloud, dedicated infrastructure, and on-premises deployment can be evaluated. Data residency, access, operating ownership, and exit rights are defined before the pilot.
What is the safest first engagement?
The Connected Product Blueprint is a paid, two-week engagement that maps the system, identifies risks and owners, and defines a bounded pilot with a proceed, rework, or stop decision.