AutoPi Cloud // Device Management Platform # Provision. Configure. Control at scale. Your entire edge fleet, from one platform. AutoPi Cloud gives you centralized control over every device in your fleet - OTA firmware, configuration templates, event-driven automation, data logging, and role-based access. From a single device to thousands. Included free with the CAN-FD Pro. OTA updates Config templates Multi-tenant Event triggers Role-based access Docker edge Python on-device CAN + OBD logging **AutoPi Cloud is included with every AutoPi device.** Whether you choose Mini, TMU CM4 or CAN-FD Pro, your device comes with our cloud solution. Mini includes a required subscription; TMU CM4 is available with or without a subscription; CAN-FD Pro includes Cloud and device software at no extra cost, with SIM and mobile data purchased separately. Planning a standalone or enterprise deployment? [Let's discuss your project](https://www.autopi.io/sales-inquiry/). Explore configuration options and current pricing in the shop. Starting prices exclude taxes, shipping and accessories. [Request a proposal](https://www.autopi.io/sales-inquiry/) [Download Flyer](https://d1ihv1nrlgx8nr.cloudfront.net/static/pdf/autopi_cloud_flyer.pdf) my.autopi.io / devices Online Fleet live · 24/7 OTA Staged rollouts Python Edge automation Fleet visibility Unified dashboard Online · errors · intervals OTA updates Staged rollouts Groups · retry · rollback Multi-tenant Isolated accounts MSP · OEM · enterprise Access control Role-based Location scope · audit trail Docker edge Container deploy Versioned · private registry Automation Triggers + Jobs Event-driven · Python // fleet operations ## Manage your entire device fleet from one place Everything you need to provision, configure, and monitor distributed edge deployments at scale. - - - - - - Fleet Management Fleet overview ##### Unified view of all devices A consolidated view of all devices from a central location - Total Devices, Online Now, Pending Updates, and Errors at a glance, each linking directly to its filtered list for focused troubleshooting. Communication metrics display average and total reporting intervals for today and month-to-date at both fleet-wide and per-device levels, enabling you to identify connectivity gaps, detect outliers, and plan proactive maintenance before issues affect operations. Templates ##### Standardize at scale Create a centralized library of configuration blueprints to define and standardize device setup at scale. Each template encapsulates full device configuration - firmware versions, network parameters, security credentials, and diagnostic profiles. Include custom [Modules](https://docs.autopi.io/cloud/device_management/templates/#modules-custom-code), override [Services](https://docs.autopi.io/cloud/device_management/templates/#services), define [Triggers and Jobs](https://docs.autopi.io/cloud/device_management/templates/#triggers-and-jobs), and configure CAN-bus and PID [Loggers](https://docs.autopi.io/cloud/device_management/templates/#loggers). Built-in version control tracks all changes with side-by-side comparison and safe rollback. Multi-tenant ##### Isolated sub-accounts for every client Hierarchical multi-tenant device management - create isolated sub-accounts for different clients, projects, or business units, each as an autonomous environment with its own device set and users. Parent-level administrators retain full visibility and control. Suited for managed service providers, OEM partners, and enterprises running segmented fleets where strict separation, governance, and auditability are required. Each tenant receives a dedicated dashboard and role set within minutes. Permissions ##### Fine-grained role-based access Centralize user and account administration. Apply fine-grained access control by assigning users to permission groups - Account Administrator, Full Device Access, Device Management, Nested Customer Administrator, or Fleet Management. Each group is built around specific task profiles to avoid over-privileging users. Refine scope further by assigning Locations to users, limiting dashboards and lists to relevant sites or regions. Review permissions in a live user list with last login and activity status. Docker ##### Deploy containers to the edge Deploy and manage Docker containers on devices at scale. Define containerized services once and distribute them consistently - no local builds, no manual updates. Configure versioned images, startup parameters, environment variables, and purge policies, then apply to selected devices in one operation. Pull securely from private registries. Group services under Projects, publish multi-container Releases with versioned hashes and rollout tracking. Invoke commands remotely, inspect execution results, and stream container logs directly into your dashboard. CAN Bus Library ##### Catalog of vehicle signals The Car Explorer OBD-II Library is a comprehensive catalog of standardized PIDs and vehicle data streams for diagnostics and telemetry - engine RPM, vehicle speed, temperatures, and fuel level, organized by manufacturer, protocol, and data type. Real-time previews allow you to verify parameter output and scaling in the browser before deployment. Extend coverage via the [Community PID Library](https://docs.autopi.io/cloud/obd_library/community_library/) where custom definitions from AutoPi users are shared, rated, and versioned. // platform capabilities ## Everything you need to run edge devices at scale AutoPi Cloud combines fleet management, device control, automation, and data logging in a single platform. Configuration management ### Templates & OTA at scale Define configuration blueprints once and apply them to any number of devices. Version control tracks every change, side-by-side diff shows exactly what changed, and one-click rollback restores a previous known-good state. Event-driven automation ### Triggers, Jobs & Workers Define rules that fire when CAN signals cross thresholds, geofences are entered, or specific diagnostic frames appear. Run Jobs, trigger webhooks, send alerts, or execute Python logic on device - without manual intervention. Edge compute ### Python services + Docker Deploy custom Python services, workers, and Docker containers directly to devices from the cloud. The editor, version control, and live log streams are all in the portal - no local tooling required for standard deployments. Data logging ### OBD-II PIDs & raw CAN signals Configure loggers for OBD-II PIDs, raw CAN frames, CAN-FD traffic, and custom returner outputs. Set sampling intervals, start/stop conditions, storage quotas, and upload schedules. Inspect live data in the Cloud UI before deployment. Multi-tenant governance ### Isolated accounts, full control Create nested customer accounts for clients, business units, or projects. Each account is isolated with its own devices, users, and roles. Parent administrators maintain cross-account visibility while tenants operate autonomously within their own boundary. // included free ### Free with the CAN-FD Pro AutoPi Cloud is 100% free with the CAN-FD Pro device - no limits, no subscription required. Start logging and automating immediately across your entire fleet from day one. [Contact Us](https://www.autopi.io/sales-inquiry/) [Read the docs →](https://docs.autopi.io/cloud/cloud-intro/) // device control ## Per-device visibility and control Deep operational control for every individual device - dashboards, loggers, jobs, triggers, events, and alerts. - - - - - - - Single Device Management Overview ##### All device context, one page On the [Device Overview](https://docs.autopi.io/cloud/device_management/#device-overview) page, you get device name, last communication, firmware version, and vehicle metadata - all in the header. Real-time status shows Online, Offline, Updating, or Error states. From the same page: execute remote commands, schedule [Services](https://docs.autopi.io/cloud/device_management/services/), launch [Jobs](https://docs.autopi.io/cloud/device_management/jobs/), dispatch [OTA Updates](https://docs.autopi.io/cloud/device_management/software-updates/), adjust [Triggers](https://docs.autopi.io/cloud/device_management/triggers/), and refine [Advanced Settings](https://docs.autopi.io/cloud/device_management/advanced-settings/) - all with one click. Dashboard ##### Customizable device metrics Live widgets show connectivity state, GPS position, signal strength, and battery level. An interactive map plots the current location with geofence overlays. Predefined widgets expose RPM, temperature, fuel, and Trip summaries with configurable thresholds and color encoding. Create custom widgets from scratch - specify a data source (CAN PID, GPS, custom returner), select a visualization (gauge, line chart, list), configure filters or thresholds, and preview live data before saving. Loggers ##### OBD-II PIDs and raw CAN signals Create OBD-II PID loggers using the [PID Logger setup guide](https://docs.autopi.io/cloud/obd-ii/create-pid-loggers/) - RPM, vehicle speed, coolant temperature, or fuel level, with sampling intervals, start/stop conditions, and retention rules. Real-time previews and automatic unit scaling confirm correct interpretation before deployment. Configure CAN signal loggers via the [CAN Signal Logger manual](https://docs.autopi.io/cloud/obd-ii/create-can-signal-loggers/). Decode fields from raw frames, map signals to typed outputs, apply custom parsers, and capture high-speed CAN-FD traffic with accurate timestamping. Jobs ##### Scheduled and on-demand tasks Create jobs to execute shell commands, invoke scripts, collect metrics, or trigger auxiliary processes on the [Cloud Jobs page](https://docs.autopi.io/cloud/device_management/cloud-jobs/). Choose ad-hoc execution, recurring intervals (cron patterns), or activation based on events or status changes. Monitor execution with detailed job logs and status indicators. Each record shows next run, last result, exit code, and captured output. Integrate Jobs with Templates and Triggers so new devices are provisioned with required tasks from day one. Triggers ##### Event-driven, condition-based rules Use [Cloud Triggers](https://docs.autopi.io/cloud/device_management/triggers/a-guide-to-triggers/) to automate reactions when defined conditions occur - engine faults, CAN anomalies, geofence events, or custom returner outputs. Translate raw signals into deterministic workflows without manual supervision. Select a data source (OBD-II PID, CAN signal, GPS, vehicle state) and define conditions with limits. Choose actions: start a Cloud Job, send email/SMS/webhook, enable/disable Services on-device, or execute Python logic. Add time constraints or cron rules to control activation windows. Events ##### Device and vehicle event history The [Events page](https://docs.autopi.io/cloud/device_management/events/) provides timestamped device and vehicle activity for troubleshooting and operational review. Available records depend on configuration and retention. Event history is not a certified audit record or a guarantee of legal admissibility. The [Vehicle Events](https://docs.autopi.io/cloud/device_management/events/cloud-events-vehicle/) log can record ignition transitions, trip start/stop, geofence entries and exits, CAN fault events and custom returner outputs. Fields such as GPS position and diagnostic codes depend on the event type and available device data. Filter and review records for downstream analysis. Alerts ##### Traceable warnings and fault tracking Track issues such as system warnings, power loss, USB disconnects, and custom trigger events. Alerts are mapped directly to underlying event streams, so each item is traceable to its source and context - enabling you to analyze cause and effect across your entire device fleet. // advanced configuration ## Fine-tune every device parameter Services, custom Python code, OTA firmware, and granular settings for engineers who need full control. - - - - - - - Advanced Device Management ##### Advanced settings Control detailed device behavior - from core system parameters to peripheral integrations. Configure [Accelerometer](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-accelerometer/) impact detection, [Bluetooth](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-bluetooth/) pairing, [RFID](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-rfid/) access workflows, and [Audio](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-audio/) capture. Configure secure telemetry via [MQTT](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-mqtt/), [Wi-Fi](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-wifi/) network behavior, and advanced [OBD](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-obd/) parameters including custom PIDs and sampling quotas. Firmware rollout policies are managed under [Update Release](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/cloud-config-update-release/) with validation and revision tracking across all sections. ##### Services Manage built-in and custom Python services running locally on AutoPi devices from the [Services page](https://docs.autopi.io/cloud/device_management/services/). Each service definition contains trigger conditions, resource priorities, and logging options so workflows run consistently with predictable resource usage. Build tailored functionality with [Custom Services](https://docs.autopi.io/cloud/device_management/services/create-custom-services/) and [Custom Workers](https://docs.autopi.io/cloud/device_management/services/create-custom-workers/). Tie services into [Triggers](https://docs.autopi.io/cloud/device_management/triggers/a-guide-to-triggers/), [Cloud Jobs](https://docs.autopi.io/cloud/device_management/jobs/), and [Templates](https://docs.autopi.io/cloud/device_management/templates/#services) to assemble complete automation pipelines across the fleet. ##### Custom services Extend the AutoPi edge stack with [Custom Services](https://docs.autopi.io/cloud/device_management/services/create-custom-services/) - Python components that execute locally and implement project-specific logic. Use [Custom Returners](https://docs.autopi.io/cloud/device_management/services/create-custom-returners/) to send processed data to REST, MQTT, or storage systems in a repeatable way. Automate condition-based executions with [Custom Triggers](https://docs.autopi.io/cloud/device_management/services/create-custom-triggers/). Run persistent workloads using [Custom Workers](https://docs.autopi.io/cloud/device_management/services/create-custom-workers/) - background processes for continuous monitoring or high-frequency data processing, with health checks and restart strategies built in. ##### Custom code Develop and deploy Python scripts directly from the Cloud using the [Custom Code editor](https://docs.autopi.io/cloud/device_management/services/create-custom-services/), with syntax highlighting and inline documentation. Define dependencies in requirements.txt - the AutoPi build process packages code into versioned bundles deployed to devices automatically. Test using live log streams and error traces in the Cloud UI. Standard output, exceptions, and returner payloads are visible for verification before expanding deployment. Versioning allows comparing releases, reverting to earlier versions, and tracking changes over time. ##### Software updates Administer over-the-air firmware deployment on the [Software Updates](https://docs.autopi.io/cloud/device_management/software-updates/) page - define update campaigns, manage version channels, and select target devices or customer groups. Configure immediate, scheduled, or staged rollouts across batches with retry and maintenance window policies. Track campaigns with live status indicators - completion rates, success and failure counts, and per-device logs. Fall back to previous versions when needed. Incorporate updates into [Templates](https://docs.autopi.io/cloud/device_management/templates/) or [Triggers](https://docs.autopi.io/cloud/device_management/triggers/a-guide-to-triggers/) to automate patching strategies. ##### Detailed update runs Observe each execution in the [Update Release Runs](https://docs.autopi.io/cloud/device_management/software-updates/#viewing-update-attempts) section - timestamps, targeted device counts, and aggregated status values give a concise view of rollout performance. Inspect per-device outcomes including success or failure, firmware version transitions, retry attempts, and log excerpts. Use run history to refine rollout patterns: compare batches, validate rollback behavior, and correlate success rates with maintenance windows. Export as CSV or use webhook integration to bring status into external monitoring or BI systems. ##### Change history The [Change History](https://docs.autopi.io/cloud/device_management/advanced_settings/autopi_tmu_cm4/#change-history) tab records every configuration modification - timestamp, user, area changed, and a summary of previous vs. current values. Open diff views to compare revisions side-by-side: MQTT settings, PID sampling, or Docker release configuration - exact deltas visible and revertable. Filter and export change logs for audit and reporting. Search by user, period, change type, or module, then export as CSV or JSON. Integration with BI or ticketing systems aligns configuration history with incident and release management workflows. ## Choose hardware for your deployment Compare Mini parameter logging, TMU CM4 edge computing and CAN-FD Pro raw logging, including starting prices, subscription commitments and variant-specific interfaces. [Compare devices and purchase terms](https://www.autopi.io/hardware/compare/#device-pricing) // data pipeline ## Capture, transform, and deliver IoT & CAN data A complete data pipeline from device edge to your analytics stack - filter, enrich, and route telemetry without custom infrastructure. - Filters Configure post-processing, filters, and custom formatting to produce structured telemetry that follows your team's conventions and existing analytics pipelines - Workflows Automate actions when specific patterns or thresholds are observed in data, standardizing fleet and asset management procedures without manual intervention - Sensors Integrate third-party devices and sensors to correlate combined datasets for a complete understanding of asset behavior and fleet performance [Contact Us →](https://www.autopi.io/sales-inquiry/) my.autopi.io / data MQTT Real-time push REST Pull & webhook S3 Bulk export // faq ## Frequently asked questions #### AutoPi Cloud is designed for a wide range of users, including car owners looking to enhance their driving experience, fleet managers aiming to improve fleet management effiiciency, and developers interested in IoT Integrations. Whether you're a tech-savvy individual or managing a large fleet, AutoPi Cloud offers the tools you need. Explore our [Fleet Management System](https://www.autopi.io/business-solutions/fleet-management-system/) solution to see how AutoPi Cloud can benefits your specific use case. #### AutoPi Cloud offers an array of key features, such as real-time vehicle tracking, [remote diagnostics](https://www.autopi.io/business-solutions/features/ota-updates-diagnostics/), customizable alerts, data logging, and seamless integration with various IoT devices and platform. These features help you monitor you vehicle's performance and keep it running smoothly. #### AutoPi Cloud stands out with its user-friendly interface, extensive customization options, robust data measure, and seamless integration capabilities. Unlike other products, AutoPi Cloud provides a comprehensive solution that is both powerful and easy to use. Read more about our unique offerings in our [AutoPi Cloud Blog](https://www.autopi.io/software-platform/cloud-management/). #### Customers often ask about compability with their specific vehicle, the installation and setup, how their data is protected, and the variety of features available. We strive to address these concerns by providing detailed information and exceptional customer support. Visit our [FAQ page](https://www.autopi.io/faq/) and [Documentation page](https://docs.autopi.io/) for more questions and troubleshooting tips. #### Using AutoPi Cloud offers numerous benefits, such as enhanced vehicle safety through real-time diagnostics, improved fleet management efficiency, and customizable alerts that help you stay ahead of potential issues. One of the standout features is our [device configuration management](https://www.autopi.io/business-solutions/features/device-configuration-management/) capability, which allows customers to monitor, update, and control all their connected devices from a single platform. Additionally, we offer extensive customization options to match your business' specific requirements, ensuring that you get the most out of our platform. [Our commitment](https://www.autopi.io/about-us/) to providing exceptional support and building long-term relationships means you can rely on us to assist you every step of the way. #### AutoPi Cloud improves the user experience by providing detailed insights into vehicle performance, timely alerts to prevent issues, and an intuitive platform for managing [vehicle data](https://www.autopi.io/blog/the-meaning-of-vehicle-data/). It helps users stay informed and in control of their vehicles, reducing stress and improving efficiency. #### AutoPi Cloud manages supported devices through a web interface. Vehicle data availability depends on hardware variant, vehicle model and year, ECU access, wiring and configuration. An OBD-II connector alone does not guarantee access to the required signals; validate on a representative vehicle. Check out our [Documentation](https://docs.autopi.io/cloud/cloud-intro/) for detailed compatibility information. #### Installation is straightforward: simply plug the [AutoPi device](https://www.autopi.io/hardware/compare/) into your vehicle's [OBD-II port](https://www.autopi.io/blog/what-is-obd-2/), create an account on the AutoPi Cloud platform, and follow the setup instructions provided. The process is designed to be quick and easy, even for those who are not tech experts. For a step-by-step guide, visit our [getting started guide](https://docs.autopi.io/getting_started/autopi_tmu_cm4/). #### AutoPi Cloud automatically updates to ensure you always have the latest features and security enhancements. We also provide regular maintenance tips and updates through the platform, so you’re always informed about the best practices. Stay updated with our latest news on our [Blog](https://www.autopi.io/blog/). #### AutoPi Cloud offers flexible pricing plans to suit different needs. You can choose between a one-time purchase for a lifetime subscription or opt for a [monthly subscription plan](https://shop.autopi.io/pages/autopi-cloud-and-sim-subscription). Each plan provides access to various features, allowing you to select the best option for your requirements. #### Access roles, account boundaries and encrypted connections are technical controls. Configure permissions and review hosting, retention, administrator access and contractual data-handling requirements for your deployment. These controls are not a claim of regulatory certification. Request relevant security documentation during project scoping. // contact ## Still have questions? Get in touch with us - we're ready to answer any and all questions. // send a message We aim to reply within one business day. Or email [sales@autopi.io](mailto:sales@autopi.io).