The leading platforms for full-lifecycle device automation in 2026 include Esevel, Lendis, Primo, Unduit, deeploi, and Tequipy. Each connects device operations to automated workflows across procurement, deployment, onboarding, support, recovery, and retirement, but they differ sharply in how much of that work is triggered digitally versus actually carried out by a team. A platform that fires a task when someone leaves is not the same as one that also collects, wipes, and redeploys the laptop.
This article evaluates all six against the same criteria: what triggers a workflow, how much physical execution is included, and how much manual IT coordination survives after the trigger fires. The stakes are real: a 2026 State of Endpoint Management Report found that 43% of IT teams still spend 10 or more hours a week on manual endpoint tasks, leaving over half of organizations taking five days or more to patch known vulnerabilities. That last question is the real differentiator, and it is where most comparisons stop short.
What are the leading platforms for full lifecycle device automation?
The table below compares all six on the same criteria: what triggers a workflow, how much physical work each platform actually executes, and what happens after an employee offboards.
| Platform | Best for | Main trigger | Physical execution | IT support |
| Esevel | Global device automation | Employee and IT events | Procurement, deployment, repair, retrieval, reuse | 24/5 human support |
| Lendis | Device as a Service | HR and IT workflows | Procurement, delivery, repair, return, erasure | Personal IT support |
| Primo | HR driven IT automation | HRIS events | Procurement, deployment, returns, wiping | IT operations platform |
| Unduit | Physical device operations | IT and device workflows | Procurement, repair, recovery, resale, recycling | IT service workflows |
| deeploi | Employee onboarding and offboarding | HR lifecycle events | Ordering, setup, delivery, returns | 24/7 AI support |
| Tequipy | HR triggered device execution | HRIS events | Ordering, repair, retrieval, storage, reuse, sellback | Same day support |
What does full-lifecycle device automation mean?
Full-lifecycle device automation connects employee, IT, or system events to actions across the physical device journey, cutting the manual handoffs between procurement, deployment, support, recovery, and retirement:
hire or request → procurement → configuration → deployment → assignment → support → retrieval → wipe → redeployment or retirement.
Three layers make this work:
- Workflow automation: approvals, tickets, status changes
- Endpoint automation: enrollment, configuration, patching
- Physical device automation: shipping, repair, retrieval, storage, disposal
Full-lifecycle automation happens when these layers connect, so a new hire recorded in HR starts a device order, configuration, and shipment without someone rebuilding the workflow by hand.
How we evaluated full lifecycle device automation platforms
We used the same questions for every platform. The goal is to measure automation depth, not just the number of features on a product page.
- Automation triggers: Can HRIS events, APIs, ITSM actions, device events, schedules, or admin actions start work?
- Physical execution: Can the provider procure, prepare, ship, repair, retrieve, store, reuse, or retire devices?
- Workflow continuity: Does one completed stage start the next stage, or must IT create a new request?
- Integration depth: Can the platform connect with HRIS, MDM, identity, ITSM, procurement, and APIs?
- Global execution: Can the operating model work across the locations where employees live?
- Exception handling: What happens when stock is missing, a shipment fails, a device breaks, or an employee does not return it?
- Lifecycle visibility: Do device owner, location, condition, status, and return data stay current?
These points matter because full lifecycle automation should reduce coordination, not just create more digital tasks.
6 full lifecycle device automation platforms
1. Esevel
Esevel connects procurement, deployment, support, retrieval, and redeployment with a team that executes the physical work behind each trigger, not just a ticket. GetGo, a Singapore-based car-sharing platform, cut onboarding time from two weeks to two days after moving procurement and hardware support to Esevel, with offboarded laptops now wiped and redeployed automatically instead of tracked down by hand. Esevel suits teams that want automation paired with ongoing global IT support; companies needing only MDM policy automation may find its scope broader than necessary.
The useful distinction is workflow plus execution. A device request can lead to procurement and delivery. An offboarding flow can include access removal, retrieval, wiping, storage, and reuse. Esevel also supports integrations with identity, ITSM, and device management tools.
This model can reduce vendor coordination, procurement follow up, hardware support coordination, and manual recovery work. It fits teams that want one operating layer for global device work and ongoing IT support.
Best at: Combining global device lifecycle automation with hands-on IT operations and ongoing hardware support.
What to consider: Teams that only need endpoint policy automation or software only ITAM may not need this broader operational model.
2. Lendis
Lendis combines hardware, financing, lifecycle services, and its LendisOS platform. Its current service page lists procurement, delivery, configuration, repair, support, device offboarding, and secure data erasure. It also offers MDM integration and device enrollment through Apple Business Manager and Windows Autopilot.
The main difference is the Device as a Service model. Instead of buying hardware and managing each lifecycle stage separately, teams can combine device use with ongoing lifecycle services, which helps simplify procurement, support, recovery, and refresh.
Best at: Combining device financing, hardware, and lifecycle services in one Device as a Service model.
What to consider: Check service coverage in each country where your employees work, especially if you need the same physical process across several regions.
3. Primo
Primo links employee events with device, identity, software, and IT workflows. For example, its current materials describe HRIS triggered onboarding and offboarding, procurement, device setup, returns, wipes, and access changes. In addition, Primo supports zero touch deployment through Apple Business Manager and Windows Autopilot.
This makes Primo a strong fit when HR data should drive IT work. A new hire can trigger device and access setup. An exit can trigger access removal, device return, and wipe actions. The platform also connects device data with employee and ticket data.
Best at: Connecting HR events with device, identity, software, and IT workflows.
What to consider: If physical logistics and global hardware operations are your main need, compare the provider’s local procurement, repair, retrieval, and storage coverage with operations focused vendors.
4. Unduit
Unduit puts physical IT asset work at the center of its automation model. Its current platform spans procurement, deployment, tracking, maintenance, recovery, redeployment, resale, and recycling. That automation extends to recovery as well, with workflows that can trigger offboarding, deployment, and recovery actions with less manual effort.
That makes Unduit a useful example of automation that extends beyond a software record. The platform connects operational apps with an AI agent that can coordinate lifecycle actions.
Best at: Automating the physical side of IT asset recovery, redeployment, resale, and recycling.
What to consider: Verify the exact service and support coverage in each market you need, along with the integrations that matter to your IT stack.
5. deeploi
deeploi focuses on employee IT operations. Its onboarding service brings together device tracking and delivery, account setup, device configuration, and ongoing IT support. From there, the platform connects onboarding and offboarding with device management, software, and account workflows.
The main value is the people to IT link. HR events can start a process that covers more than the laptop. The workflow can include accounts, software, device setup, and support.
Best at: Automating employee onboarding and offboarding across devices, accounts, software, and IT support.
What to consider: Separate software automation from physical logistics when comparing deeploi with providers that run broader device operations.
6. Tequipy
Tequipy connects HR systems with physical device actions. Its current product information lists native connections with HiBob, BambooHR, and Workday, allowing hire or leaver events to trigger device orders or collections. Beyond those workflows, the platform also covers configuration, repair, storage, redeployment, sellback, and device history.
This is a clear example of a workflow that can move from an HR event to a physical action. The platform says its services run through a network of resellers, couriers, and warehouses across 180 plus countries.
Best at: Turning HR events into physical device actions such as ordering, collection, repair, storage, and redeployment.
What to consider: Confirm the service options, pricing, and physical execution model for the exact countries and device types in your fleet.
How do the six automation models differ?
These platforms are not interchangeable. Their main difference is where automation starts, how far it continues, and who performs the physical work.
Choose Esevel for global device operations paired with ongoing IT and hardware support.
Choose Lendis when Device as a Service and lifecycle operations need to work together.
Choose Primo when HR events should drive devices, identity, software, and IT workflows.
Choose Unduit when physical procurement, repair, recovery, and end of life work are the main focus.
Choose deeploi when employee onboarding, offboarding, software, devices, and support need one workflow.
Choose Tequipy when HR triggered procurement, retrieval, storage, and reuse are central needs.
Where does full lifecycle device automation usually break?
Full lifecycle device automation often breaks at the handoffs between HR, IT systems, and physical device operations. A workflow may trigger correctly, yet still leave someone to place the order, update the asset record, coordinate the repair, or chase the returned laptop. For that reason, the real test is whether automation carries each lifecycle event through to the next required physical and digital action.
A new hire is approved but procurement still needs a manual request
HR automation is not enough if someone still needs to email a vendor or place an order by hand. The trigger should move the process forward.
A device is delivered but the asset record does not update
Access can be removed in seconds, but the laptop may still remain with the former employee. Because of that, a mature workflow should also cover return instructions, pickup, tracking, wiping, and the device’s next state.
A support ticket is automated but the repair is not
A ticket is only the start. Stronger automation links the issue to repair, replacement, shipping, and asset status changes.
An employee leaves but the device is still missing
Access can be removed in seconds while the laptop stays with the former employee. A mature workflow should also handle return instructions, pickup, tracking, wiping, and the next device state.
The practical test is simple: can each completed lifecycle event trigger the next required action without IT rebuilding the workflow by hand?
What should global IT teams ask during a platform demo?
Once you know where automation can break, use the demo to test what the platform actually executes rather than what it simply tracks or triggers. Ask providers to walk through real hiring, support, and offboarding scenarios and show where human intervention is still required.
- Which employee, HR, or IT events can trigger device workflows?
- Which actions does the platform execute physically instead of only creating tasks?
- Can procurement start from a hiring event?
- Does device assignment update after delivery?
- What happens automatically when an employee leaves?
- What happens after a returned device reaches the provider?
- Can a returned device move to wiping, storage, reuse, resale, or retirement?
- Can the same process work in every country we need?
- How does the platform handle failed deliveries, repairs, missing devices, or stock gaps?
- Which HRIS, MDM, ITSM, identity, and procurement tools can it connect to?
- Which lifecycle steps still need manual IT action?
Which full lifecycle device automation platform is right for your team?
The best choice depends on your operating model. If your team needs more than software workflows, physical execution should be part of the decision.
Esevel is a strong fit for teams that want global device automation connected with physical execution and ongoing IT support. Its model covers procurement, deployment, support, retrieval, storage, and reuse across global operations. (Esevel)
Lendis fits Device as a Service programs. Primo fits HR driven IT automation. Unduit fits physical asset operations. deeploi fits employee focused IT automation. Tequipy fits HR triggered physical lifecycle work.
Do not choose based on the phrase full lifecycle alone. Ask what happens after each trigger, who performs the work, and how the system records the result.
FAQs
What is full lifecycle device automation?
Full lifecycle device automation connects employee, IT, and device events with workflows across procurement, deployment, management, support, recovery, reuse, and retirement.
Which parts of the device lifecycle can be automated?
Teams can automate procurement requests, device setup, employee assignment, inventory updates, support workflows, offboarding, retrieval, wiping, reuse, and retirement. The depth depends on whether the platform can also execute the physical device work.
Can device automation integrate with HRIS and MDM?
Yes. HRIS connections can use hiring, employee changes, and departures to start lifecycle workflows. MDM connections can handle device setup, security policies, software, and device management. The strongest models connect these digital actions with physical device operations.
The Goal: IT That Runs the Lifecycle, Not Chases It
Full lifecycle device automation is not about automating one more task. It is about connecting the steps so IT does not have to bridge procurement, deployment, support, recovery, and the next use of a device by hand.
Esevel takes this approach for distributed teams by combining device automation with global execution and 24/5 IT support. If your IT team spends too much time chasing orders, coordinating repairs, tracking returns, or managing vendors across countries, it may be time to move those workflows into one operating model.
