ATRI engineers software across the entire system—from machine control and device software to edge platforms, cloud applications and enterprise systems.
We integrate the software layers, controls, infrastructure and operational systems required to deploy, operate and evolve products reliably in the real world.
Talk to ATRI →Closed-loop control at the physical interface, connected through to the enterprise
ATRI develops the software that makes products, equipment and platforms function as complete systems. That can mean controlling a machine, coordinating devices, processing data at the edge, running a cloud platform or operating a multi-user enterprise application.
Linux • Windows • device applications • middleware • services • daemons • APIs • SDKs • desktop • web • mobile • backend systems • databases • distributed applications
Closed-loop control • PID • state machines • sensor-feedback control • motion control • motor control • thermal control • power control • process control • PLCs • equipment control
Device software • controllers • gateways • edge computing • local services • cloud platforms • distributed applications • connected-system architectures
Machine control • HMIs • SCADA • PLC programming • workcells • conveyors • test equipment • data acquisition • diagnostics • alarms • interlocks • supervisory systems
Architecture • backend • frontend • APIs • databases • multi-user systems • SaaS • security • integrations • deployment • productization
Protocols • APIs • device integration • third-party systems • workflow orchestration • data orchestration • enterprise integration • system coordination
CI/CD • infrastructure automation • deployment • monitoring • logging • metrics • alerting • scaling • availability • recovery • runtime operations • continuous improvement
Both cross-cutting concerns span the entire stack above, rather than sitting at any single layer.
ATRI develops software across device, desktop, server and application environments, with architecture driven by the constraints and behavior of the system rather than by a single technology stack.
ATRI engineers control systems that continuously interpret system state, apply control logic and drive physical outputs.
FEEDBACK returns to SENSE, closing the loop so the system continuously re-evaluates its own state rather than running open-loop.
Closed-loop control • PID control • state machines • sensor-feedback systems • motion control • motor control • temperature control • thermal control • power control • process control • equipment control • real-time control • PLC-based control
ATRI develops the software that operates industrial equipment and coordinates the physical systems around it.
Machine control • PLC programming • HMIs • SCADA • conveyor control • robotic workcells • environmental chamber control • manufacturing equipment • test systems • data acquisition • configuration and recipes • alarms and interlocks • diagnostics • supervisory control
Many ATRI systems span more than one compute layer. We engineer the software architecture across devices, local controllers, gateways, edge systems, cloud services and applications.
Local processing • device coordination • gateway software • edge services • data movement • cloud APIs • remote control • configuration • updates • diagnostics • distributed coordination
Complex products rarely operate as isolated software components. ATRI engineers the interfaces, workflows and orchestration required to coordinate devices, machines, edge systems, cloud platforms and enterprise applications.
The point is system-level orchestration—not simply connecting two APIs.
API integration • protocol integration • device interfaces • third-party systems • data orchestration • workflow orchestration • system coordination • enterprise integration • service-to-service integration • event-driven coordination
ATRI develops complete software platforms and SaaS products, combining architecture, backend, APIs, databases, user experiences, security, deployment and operations.
Representative ATRI product and platform evidence includes SimpleCRM, SimpleSCM, Belay, and the AVAULTIS / broader Peak Insights architecture—proof that ATRI builds complete software products, not only embedded or control software.
Software is not complete when the build succeeds. It must be deployed, operated, observed, recovered, updated and improved reliably over time.
CI/CD pipelines • infrastructure automation • cloud deployment • environment management • release management • containers and orchestration • monitoring • logging • metrics • alerting • availability • scalability • performance • backup and recovery • fault handling • incident diagnostics • operational improvement
ATRI designs software and runtime architectures to continue operating, recover predictably and provide visibility when failures occur.
ATRI’s Software & Control Systems capability has been applied across connected products, industrial equipment, robotics, environmental systems, video and IoT platforms, healthcare software, enterprise applications and cloud platforms.
The common thread is the ability to engineer the software architecture around how the complete system must operate.