Migrate your Xurrent data
AI-first ITSM platform for enterprise service and incident management, built for organizations running AI in production at scale.
In its favor
Why people choose Xurrent
The signal that keeps Xurrent on the shortlist. Sourced from G2, Capterra, and customer scoping calls.
Customers choose Xurrent for its Sera AI layer, which classifies and routes 60% of email-based requests automatically without per-token billing
Organizations running managed services or multi-brand ITSM deployments use Xurrent's multi-tenant structure to separate client environments under a single license
Teams adopt Xurrent IMR for its on-call scheduling, escalation policies, and Slack/Teams native responder integration without needing a separate PagerDuty seat
Enterprises with existing Microsoft Teams or Slack workflows select Xurrent to keep incident response inside the comms channel their staff already lives in
Organizations with compliance requirements for audit trails and postmortem documentation choose Xurrent for its built-in Postmortems and Playbooks capabilities
Customers report that Xurrent's AI features and enterprise tier pricing require custom negotiation, making cost predictability difficult before committing
Users find the platform's AI-first positioning creates a feature gap if their team is not ready to operate with automated routing and classification
Organizations with simple ticketing needs report that Xurrent's enterprise ITSM depth introduces unnecessary complexity and cost overhead
Switchers mention that Xurrent's strong on-call and incident management focus means its IT Asset Management capabilities lag behind dedicated CMDB platforms
Multi-brand MSPs that need granular per-client SLA enforcement report friction when scaling beyond the default service catalog structure
Reasons to switch
Why people leave Xurrent
The recurring reasons buyers give for replacing Xurrent. Presented as facts, not knocks.
Platform scorecard
Strengths, weaknesses, and where Xurrent fits
Grades across six dimensions, plus a SWOT-style view of where the platform shines and where it falls short.
SWOT — strengths, weaknesses, and use-case fit
Strengths
Weaknesses
Where it works
Where it struggles
Pricing tiers
Xurrent pricing overview
Xurrent does not publish pricing on its website. Sales-led enterprise pricing applies, with separate tiers for core ITSM and Xurrent IMR. The platform markets zero token fees and zero AI add-on SKUs as a differentiator, meaning AI capabilities are bundled into the base subscription rather than charged per usage.
Starter
Tier 1 of 3
20 platform users/month (custom, sales-led)
What's included
Need help selecting your Helpdesk?
Book a free 30 minute consultationPricing is informational. FlitStack AI does not bill on Xurrent's schedule — see our quote-based pricing →
What gets migrated
Xurrent object support
Object-by-object support for Xurrent migrations. Per-pair details surface during scoping.
Requests
Fully supportedRequests is the primary ticket object in Xurrent. We migrate Requests 1:1 including all standard fields (subject, description, status, priority, requester, assignee, service). Custom properties are mapped via field-level transformation.
Services
Fully supportedServices define the service catalog and scope for Requests. We preserve the service hierarchy and map parent-child relationships. Services control visibility and SLA assignment at migration time.
Incidents (IMR)
Fully supportedXurrent IMR incidents support alert routing, escalation policies, and responder assignments. We map incidents with their linked responders, on-call schedules, and timeline events. Slack/Teams responder additions are preserved as notes on the incident record.
Changes
Mapping requiredChanges carry risk assessment, approval chains, and implementation plans. The approval workflow configuration must be rebuilt in the target system as workflow rules do not export as data. Change dates and statuses migrate as fields.
Problems
Fully supportedProblems link to their related Incidents and store root cause analysis. We preserve the problem-incident linkage graph and any attached knowledge articles.
Knowledge Articles
Fully supportedKnowledge Articles store structured content with categories and visibility settings tied to Services. We migrate articles as content records and flag which services they are visible to on the destination.
SLA Policies
Mapping requiredSLA policies define response and resolution times tied to priority levels and services. The policy definitions are configuration rather than data — we migrate them as structured records and note which priority-to-SLA mappings apply per service.
Escalation Policies
Mapping requiredEscalation policies define multi-step notification sequences (who gets notified, via which channel, after how long). We export the policy structure and map step-to-user assignments. Step order and timing thresholds are preserved; channel integrations require reconfiguration on the destination.
Playbooks
Mapping requiredPlaybooks automate incident response steps and link to knowledge articles. Playbook step definitions and conditional logic are configuration records. We export the playbook structure and flag which IMR plan the playbook belongs to for destination mapping.
On-Call Schedules
Mapping requiredOn-call schedules define rotation order and coverage windows. We export schedule configurations and rotation sequences. The calendar-layer scheduling logic must be mapped against the destination's scheduling model — schedule conflicts or gaps must be reviewed post-migration.
Custom Fields
Mapping requiredCustom fields on Requests, Services, Incidents, and other objects are supported via Xurrent's extensibility. We map custom field definitions and their values. Custom field types (dropdown, text, date, number) are preserved; the destination must have matching field types configured before import.
Attachments
Mapping requiredFile attachments on Requests, Incidents, and Knowledge Articles are migrated as binary blobs with their association to the parent record preserved. Large attachment volume may require chunked migration and destination storage quota review.
Service Dependencies (IMR)
Fully supportedService dependency maps define which services or infrastructure components are related to others for impact analysis. We export dependency graph data and reconstruct the relationship map in the target system as a service map or CI relationship.
| Object | Support | Notes |
|---|---|---|
| Requests | Fully supported | Requests is the primary ticket object in Xurrent. We migrate Requests 1:1 including all standard fields (subject, description, status, priority, requester, assignee, service). Custom properties are mapped via field-level transformation. |
| Services | Fully supported | Services define the service catalog and scope for Requests. We preserve the service hierarchy and map parent-child relationships. Services control visibility and SLA assignment at migration time. |
| Incidents (IMR) | Fully supported | Xurrent IMR incidents support alert routing, escalation policies, and responder assignments. We map incidents with their linked responders, on-call schedules, and timeline events. Slack/Teams responder additions are preserved as notes on the incident record. |
| Changes | Mapping required | Changes carry risk assessment, approval chains, and implementation plans. The approval workflow configuration must be rebuilt in the target system as workflow rules do not export as data. Change dates and statuses migrate as fields. |
| Problems | Fully supported | Problems link to their related Incidents and store root cause analysis. We preserve the problem-incident linkage graph and any attached knowledge articles. |
| Knowledge Articles | Fully supported | Knowledge Articles store structured content with categories and visibility settings tied to Services. We migrate articles as content records and flag which services they are visible to on the destination. |
| SLA Policies | Mapping required | SLA policies define response and resolution times tied to priority levels and services. The policy definitions are configuration rather than data — we migrate them as structured records and note which priority-to-SLA mappings apply per service. |
| Escalation Policies | Mapping required | Escalation policies define multi-step notification sequences (who gets notified, via which channel, after how long). We export the policy structure and map step-to-user assignments. Step order and timing thresholds are preserved; channel integrations require reconfiguration on the destination. |
| Playbooks | Mapping required | Playbooks automate incident response steps and link to knowledge articles. Playbook step definitions and conditional logic are configuration records. We export the playbook structure and flag which IMR plan the playbook belongs to for destination mapping. |
| On-Call Schedules | Mapping required | On-call schedules define rotation order and coverage windows. We export schedule configurations and rotation sequences. The calendar-layer scheduling logic must be mapped against the destination's scheduling model — schedule conflicts or gaps must be reviewed post-migration. |
| Custom Fields | Mapping required | Custom fields on Requests, Services, Incidents, and other objects are supported via Xurrent's extensibility. We map custom field definitions and their values. Custom field types (dropdown, text, date, number) are preserved; the destination must have matching field types configured before import. |
| Attachments | Mapping required | File attachments on Requests, Incidents, and Knowledge Articles are migrated as binary blobs with their association to the parent record preserved. Large attachment volume may require chunked migration and destination storage quota review. |
| Service Dependencies (IMR) | Fully supported | Service dependency maps define which services or infrastructure components are related to others for impact analysis. We export dependency graph data and reconstruct the relationship map in the target system as a service map or CI relationship. |
Gotchas
What to watch for in Xurrent migrations
Issues we've hit on past Xurrent migrations, tagged by severity. FlitStack AI handles every one — surfacing them up front because buyer engineering teams want to know.
Xurrent IMR is a separately licensed module from core ITSM
Multi-tenant service scoping affects record visibility after import
Playbook and escalation policy logic requires destination-side workflow rebuild
AI routing classifications do not transfer as training data
| Severity | Issue |
|---|---|
| High | Xurrent IMR is a separately licensed module from core ITSM |
| High | Multi-tenant service scoping affects record visibility after import |
| Medium | Playbook and escalation policy logic requires destination-side workflow rebuild |
| Medium | AI routing classifications do not transfer as training data |
Leaving Xurrent?
Where Xurrent customers move next
7 destinations Xurrent can migrate to.
How a Xurrent migration works
Four steps, Xurrent-specific
Connect
OAuth 2.0 with Bearer tokens. Tokens are obtained either by generating a Personal Access Token from My Profile, or by creating an OAuth Application from the Settings console. The token is supplied in the Authorization header. into Xurrent. Scopes limited to read-only on the data we move.
Map
We translate Xurrent-specific structures (custom fields, objects, value lists) to the destination's model.
Sample
Test with a 50–200 record subset to validate Xurrent quirks before production.
Migrate
Full migration with Xurrent rate-limit handling. Rollback available throughout.
FAQ
Xurrent migration FAQ
Answers to the questions buyers ask most during Xurrent migration scoping. Not seeing yours? Book a call.
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Free scoping call with a migration engineer. Tell us about your Xurrent setup and destination — written quote back within a business day.