How Systems Integrators Can Build on the ActionStreamer Developer Platform

If you are a systems integrator, you already know that the hard part of a field video deployment is never the camera. It is everything around the camera: managing a fleet of devices across multiple sites, getting footage into the right hands at the right time, connecting video to the analytics and operational systems your client already runs, and doing all of it reliably in environments where connectivity is not guaranteed.

The ActionStreamer developer platform is built for exactly that problem. It gives you a single authenticated API to control smart video devices, automate capture logic, retrieve footage, monitor device health, and pipe video into your own or your client's broader systems. Here is what that looks like in practice.

One API, one integration point

The ActionStreamer platform lets you manage your fleet of cameras through the ActionStreamer portal, or design your own. That second option is the one that matters most for integrators. Rather than locking your client into a fixed portal experience, you can build the platform directly into whatever interface, dashboard, or operational system they already use.

You can use your business logic to trigger camera streams and pull video clips from the device, combine your analytics and collected data with an ActionStreamer powered video and device management system, and share camera access and control with collaborators. For an integrator, that means you are not adapting your client's workflow to fit a vendor's product. You are embedding the video infrastructure into the workflow they already have.

Authentication uses HMAC SHA256, which is very similar to the authentication used by Amazon Web Services. If your team has built AWS integrations before, the pattern is familiar. You can work directly with the HTTP endpoints or use the Python SDK via pip install actionstreamer, which handles signature logic for you.

Managing devices and fleets

The foundation of any multi-site integration is device management. You can monitor device status including battery percentage, network quality, temperature, and much more, and receive alerts about device health and online/offline status.

The API exposes this through dedicated health endpoints. The get_health_list function retrieves a list of health records for a specific device over a defined time range, with optional filtering and sorting of the results. The function accepts a device ID, a start and end epoch time, a record count, and a sort order. For an integrator building a fleet monitoring dashboard, this gives you everything you need to surface device state across a deployment without polling each device individually through a separate system.

The request hits the v1/devicehealth/list endpoint and returns a WebServiceResult containing the health records for the specified criteria.

Automating capture with events and presets

Rather than requiring an operator to manually trigger every recording or stream, the ActionStreamer API lets you drive device actions programmatically from your own logic. The create_event function sends a POST request to the web service to create a new event, accepting parameters including device ID, serial number, agent type, event type, priority, maximum attempts, and an expiration epoch.

That expiration parameter matters in practice. If your integration needs to trigger a capture during a specific time window, such as a maintenance procedure or a scheduled inspection, you can set the event to expire automatically if it has not been executed by a certain point rather than leaving stale events in the queue.

For common, repeatable actions, the run_event_preset function triggers the execution of a specific event preset based on the provided preset ID, sending a POST request to the server to run the event preset. Presets let you define reusable actions once and trigger them with a single API call, which keeps your integration code clean and gives non-technical operators a simple path to trigger complex workflows.

Retrieving and working with footage

Once footage is captured, the API gives you full control over how it is accessed, filtered, and delivered. The get_video_clip_list function retrieves a list of video clips based on device ID, time range, and optional filters including count, order, and video clip type ID.

For integrators building compliance or incident review workflows, the time range filter is particularly useful. You can query all footage from a specific device during a specific window, ordered chronologically or in reverse, without pulling a full archive.

For cases where you need a continuous record assembled from multiple clips, the concatenate_clips function sends a request to concatenate video clips from a specific device within a given time range and upload the concatenated video to a specified URL, with a postback URL to notify your system when the upload is complete. That postback pattern means your system does not need to poll for completion. The platform calls you when the file is ready.

Connecting video to AI

One of the more powerful capabilities available to integrators is the AI tagging pipeline. You can get alerted with AI tagging for object detection and search through past clips for specific tags.

For an integrator building a safety compliance system, this means you can run object detection against captured footage and feed the results into your client's existing compliance or reporting infrastructure without requiring manual review of footage.

Offline environments

Field deployments rarely have guaranteed connectivity. The platform lets you configure cameras to record even when offline, and get access to those clips when the device comes back online. For integrators working in environments like tunnels, remote industrial sites, or denied network areas, this means your capture logic does not need to assume connectivity. The platform handles the sync when the device reconnects.

Where to start

Contact developer@actionstreamer.com to get an account. The full API reference, sample code, and SDK documentation are available in the ActionStreamer developer docs. The Python SDK covers device retrieval, event management, health monitoring, video clip operations, file handling, AI tagging, and more, all behind the same authenticated interface.

For integrators, the platform is infrastructure. What you build on top of it is yours.