Experience unmatched efficiency and uptime through Canopy's workflow automation software.
Automatically trigger device actions that address hardware and software issues before they impact performance.
Device reboots, driver resets, configuration checks— whatever manual resolution you need to do — all can be automated with Canopy.
Self-heal through automating your manual L1 troubleshooting steps with Canopy's drag and drop automation workflow tool. Give time back to support resources, and go from reactive to proactive.
Stay-in-the-know with real time alerts to the Canopy app, email, text, and Slack, or a ticket within your incident management system.
Automate onboarding, provisioning, and the software lifecycle update process. Set an ideal desired state for the device and let Canopy take care of the rest.
Ensure your devices are always aligned to their ideal state(s) by setting up workflow automations that take corrective action.
Take the load off your Technical Support team by setting “low-code” event triggers to self-run your systems. From device toggling, auto-rebooting, error logging, and more.
When a device has gone into an unhealthy state, set smart automations that identify the issue and take prescribed resolution steps based on if-this-than-that logic built by your team.
Onboarding and updating devices shouldn’t be a manual and time-consuming process. Through Canopy, once a device has been loaded into the system, use automated actions to get your devices into their ideal state.
Automations are the thing that gives my support team the time to breathe, pick our heads up, and focus on the big-picture initiatives. Before, we were too busy firefighting to think strategically and proactively...
Canopy workflows can be triggered from the events generated by your devices or through changes to your KPI metrics. Workflows can perform simple or complex tasks by automating processes that meet the needs of your business.
Canopy is natively aware of the state of the device that has triggered the automation to run, therefore building conditional logic based on that state is simple and straightforward. The resulting actions can also take cues from the device state to make informed decisions on the correct path to take.