Helpdesk migration

Migrate from Sqanit to Gorgias

Field-level mapping, validation, and rollback between Sqanit and Gorgias. We move data and schema; workflows are rebuilt natively in Gorgias.

Sqanit logo

Sqanit

Source

Gorgias

Destination

Gorgias logo

Compatibility

67%

8 of 12

objects map 1:1 between Sqanit and Gorgias.

Complexity

CModerate

Timeline

2-4 weeks

Rollback included Accuracy guarantee Field-level validation

Overview

What this migration involves

Moving from Sqanit to Gorgias is a schema transformation, not a direct record copy. Sqanit's post-sale service model centers on Devices and Digital Twins with QR-code-linked service history; Gorgias is an e-commerce helpdesk centered on Customer records with direct Shopify and order integration. We resolve this structural mismatch by mapping Sqanit Devices to Gorgias Product records and preserving device context as custom ticket fields, then route End Users to Gorgias Customers, Organizations to Companies, and Service Tickets to Tickets. The primary migration risk is Sqanit's lack of a documented bulk export API, which we address by identifying accessible data through the customer's configured modules and any data export Sqanit GmbH can provide. Automations, AI triage rules, and EU Digital Product Passport compliance records do not migrate as functional code; we deliver a written inventory of these for the customer's admin to evaluate against Gorgias's native features.

Field-level fidelity

Every standard and custom field arrives verified.

Schema-aware mapping

AI proposes the map; you confirm before any record moves.

Relationships preserved

Parent–child, lookups, and ownership stay linked.

Full activity history

Calls, emails, meetings — with original timestamps.

Attachments & notes

Documents, uploads, and inline notes move with the record.

Why teams make this switch

Two sides of the same decision

Leaving

Sqanit logo

Sqanit

What's pushing teams away

  • Pricing opaqueness: Sqanit uses flexible project-based pricing with no public tier structure, making budget planning and competitive comparisons difficult.
  • Limited API documentation: no publicly documented migration API means bespoke integrations or bulk data exports require developer involvement and custom tooling.
  • Niche market position: the platform targets complex durable goods manufacturers, so generic CRM or helpdesk teams find fewer community resources, reviews, or integration templates.

Choosing

Gorgias logo

Gorgias

What's pulling them in

  • Shopify-native integrations pull order details, shipment status, and return data directly into the ticket view, eliminating the need for agents to switch between apps.
  • Unlimited user seats mean growing support teams do not trigger billing changes; pricing scales only on billable ticket volume.
  • AI Agent automates responses to high-volume queries like order status and returns, measurably reducing the number of billable tickets each month.
  • Omnichannel inbox consolidates email, live chat, Facebook, Instagram, WhatsApp, SMS, and voice into a single threaded view.
  • SOC 2 Type II certification and GDPR-aligned data handling satisfy enterprise procurement requirements for customer support platforms.

Object mapping

How Sqanit objects map to Gorgias

Each row shows how a Sqanit object lands in Gorgias, including any object-level transformations, lookup resolution, or schema-design dependencies.

Typical mapping — final map is confirmed during the sample migration step.

Sqanit

Device / Asset

maps to

Gorgias

Product

1:1
Fully supported

Sqanit Digital Twins and Assets map to Gorgias Product records. Each Sqanit device carries metadata (model, serial number, install date, owner) that maps to Gorgias Product fields. We preserve the device serial number as a custom field serial_number__c on the Product for traceability. If the customer's Sqanit instance links multiple devices per end user, we create one Product per unique device and link them to the corresponding Customer record via a custom field linked_devices__c.

Sqanit

Organization

maps to

Gorgias

Company

1:1
Fully supported

Sqanit Organization records (representing the manufacturer or enterprise account) map directly to Gorgias Company records with a simple field rename. Organization name becomes Company name, domain becomes Website, and primary contact information migrates as the first Company address. The Company object in Gorgias is the top-level entity to which Customer tickets attach, so it must exist before any Customer migration begins.

Sqanit

End User

maps to

Gorgias

Customer

1:1
Fully supported

Sqanit End Users (consumers who scan a QR code on a physical product) map to Gorgias Customer records. The customer's email, name, phone, language preference, and timezone migrate directly. We preserve the Sqanit end-user identifier in a custom field sqanit_user_id__c for audit and reconciliation. If the Sqanit end user has minimal profile data (common in QR-code-first flows), we migrate available fields and flag any required Gorgias fields that cannot be populated for the customer's admin to complete post-migration.

Sqanit

Service Ticket

maps to

Gorgias

Ticket

1:1
Fully supported

Sqanit Service Tickets are the core transactional object and map 1:1 to Gorgias Tickets. We preserve ticket subject, description, status, priority, assignee, created_at, and updated_at timestamps. Status values from Sqanit (e.g., open, in_progress, resolved) map to Gorgias ticket status values during transformation. Priority migrates as a custom ticket field or mapped to Gorgias's priority scale. The ticket assignee resolves via email match against Gorgias Agent records.

Sqanit

Service History / Interaction

maps to

Gorgias

Message

1:1
Fully supported

Sqanit interaction records (scans, AI-assisted resolutions, technician updates, customer replies) map to Gorgias Message records attached to the corresponding Ticket. Each message carries the original timestamp, author (end user or technician), and message body. Interaction type metadata (scan, AI resolution, manual update) migrates as a custom message tag or ticket attribute. Multilingual message content is preserved as-is; Gorgias handles display rendering per the Customer's language preference.

Sqanit

Technician / Service Staff

maps to

Gorgias

Agent

1:1
Fully supported

Sqanit internal technicians and service staff map to Gorgias Agent records. We resolve each technician by email match against Gorgias Agent accounts, preserving role and team assignment from Sqanit as a custom field technician_role__c and team__c. Technicians without matching Gorgias Agent accounts are held in a reconciliation queue for the customer's admin to provision before record import proceeds.

Sqanit

Compliance Record

maps to

Gorgias

Custom Ticket Field

lossy
Fully supported

Sqanit compliance records (inspections, certifications, regulatory documentation attached to devices) have no direct Gorgias equivalent. We extract the compliance status, last inspection date, and certification expiry as custom Ticket fields on the migrated service ticket (e.g., compliance_status__c, last_inspection_date__c, certification_expiry__c). For EU Digital Product Passport data, we create a structured custom field set and flag that the customer's compliance team should evaluate Gorgias's native KB and document attachment features as the long-term replacement.

Sqanit

Device Link (Service Ticket to Device)

maps to

Gorgias

Custom Ticket Field

lossy
Fully supported

Sqanit natively links every Service Ticket to a specific Device/Asset and preserves that link throughout the service history. Gorgias does not have a native device-asset relationship on Tickets. We preserve this link by creating a custom ticket field linked_product_id__c that stores the Gorgias Product ID of the migrated device, and a text field linked_device_serial__c that stores the original Sqanit device serial number for reconciliation. Customers using Gorgias's Shopify integration may alternatively link the ticket to a customer order rather than a physical device; we document both options for the customer's admin to choose during discovery.

Sqanit

Multilingual KB Content

maps to

Gorgias

Knowledge Base Article

1:1
Fully supported

Sqanit's multilingual self-service content (524+ supported languages) maps to Gorgias Knowledge Base Articles. We extract article title, body content, locale tag, and category structure. Locale-specific articles are created as separate Gorgias KB articles tagged with the corresponding language. Sqanit article metadata (author, created date, last updated) migrates as article attributes. The hierarchical category structure from Sqanit maps to Gorgias KB categories. Articles without a clear Gorgias KB equivalent (e.g., device-specific guided workflows) are flagged for the customer's admin to rebuild as Gorgias macros or rule templates.

Sqanit

Organization to Device Relationship

maps to

Gorgias

Company to Product Relationship

1:1
Fully supported

Sqanit Organizations own the Devices/Assets in their scope. We model this as a Gorgias Company record with the migrated Products (devices) linked via Gorgias's product-company relationship where available, or via a custom field owning_company_id__c on the Product. This preserves the manufacturer-to-product hierarchy that drives service contract and warranty lookups in Sqanit.

Sqanit

Custom Fields (per Sqanit module configuration)

maps to

Gorgias

Custom Ticket Fields or Custom Customer Fields

lossy
Fully supported

Sqanit's modular deployment (Service Management, Asset Management, CX Management modules) introduces customer-specific custom fields that do not have standard Gorgias equivalents. During discovery we catalog every active custom field in the customer's Sqanit configuration, classify each by object (Device, Ticket, End User, Organization), and create matching Gorgias custom fields before migration begins. Custom field types are mapped: text to text, date to date, checkbox to boolean, and picklist to dropdown. Custom fields that have no applicable Gorgias object are flagged in the migration inventory for the customer's admin to evaluate.

Sqanit

QR Scan Event

maps to

Gorgias

Custom Ticket Attribute or Note

lossy
Fully supported

Sqanit's QR code scans create an interaction event that initiates the service journey. These events carry the scan timestamp, device context, and end-user identifier but have no direct Gorgias equivalent. We map scan events as Gorgias Ticket attributes (scan_timestamp__c, scan_channel__c) on the associated ticket, or as a Note attached to the ticket with the event details. This preserves the first-contact context that Sqanit uses for its first-scan resolution analytics without requiring a custom object in Gorgias.

Gotchas + challenges

What specifically takes care here

Platform-specific issues from each side, plus the pair-specific challenges that don't show up on either platform's page on its own.

Sqanit logo

Sqanit gotchas

High

No documented public API for bulk data export

Medium

Schema varies by customer configuration

Low

Internet Explorer deprecated in web interface

Gorgias logo

Gorgias gotchas

High

AI Agent adds outcome-based fees on top of billable ticket costs

High

Overage billing for tickets scales nonlinearly

Medium

API rate limits restrict bulk export throughput

Medium

Agent data visibility cannot be restricted by role for GDPR use cases

Low

Knowledge Base translations require separate API calls per locale

Pair-specific challenges

  • Sqanit has no documented bulk export API

    Sqanit provides no publicly documented REST or bulk export API, confirmed across platform documentation and community resources. Migration requires direct database access, custom developer scripting against undocumented endpoints, or a data export requested directly from Sqanit GmbH. We work with the customer during discovery to identify what data is accessible through their specific Sqanit modules and whether Sqanit can provide a structured export on request. Any extraction scripting or manual export work extends the migration timeline by two to four weeks and is scoped separately from the Gorgias import phase. This is the highest-risk gotcha for the Sqanit-to-Gorgias pair and must be resolved before a fixed migration date can be committed.

  • Device-to-ticket relationship has no native Gorgias equivalent

    Sqanit natively links every Service Ticket to a specific Device/Asset and preserves that link throughout the service history. Gorgias is an e-commerce helpdesk that links tickets to Customers and optionally to e-commerce orders; there is no native device-asset object or device-to-ticket relationship. We preserve this link using custom ticket fields (linked_product_id__c, linked_device_serial__c) that store the migrated device reference, but this requires custom field creation in Gorgias before migration and does not replicate the visual device context that technicians see in Sqanit's asset management view. Customers relying on device-linked service workflows should evaluate whether Gorgias's product context from a connected Shopify store can substitute for the physical-device view, or whether a custom solution is needed.

  • Ticket status and priority values do not map directly

    Sqanit's ticket status and priority values are configured per customer deployment and may not match Gorgias's default status options (open, pending, solved, closed) or priority values. We collect the active status and priority values from the customer's Sqanit instance during discovery and build a transformation map before migration. Any Sqanit statuses that have no Gorgias equivalent are migrated as a custom ticket field sqanit_original_status__c to preserve the full audit trail. Priority mapping follows the same approach: custom priority fields hold the original Sqanit priority while Gorgias's native priority is set based on a transformation rule agreed upon during scoping.

  • Gorgias does not natively migrate or rebuild Sqanit AI triage rules

    Sqanit's AI-assisted triage and guided workflow rules evaluate device type, symptom keywords, and customer history to route tickets or suggest resolutions. Gorgias's automation layer (Macros, Rules, and AI Agent) operates on ticket content, customer attributes, and order data, not device-level context. We do not migrate AI triage rules as functional code. We deliver a written inventory of every active Sqanit AI triage rule with its trigger conditions, routing logic, and suggested Gorgias Rules equivalent. The customer's admin rebuilds these in Gorgias using Rules with conditions on ticket subject, customer tier, and product tags. This inventory deliverable is included in the migration scope; the rebuild is not.

  • Compliance and EU Digital Product Passport records require manual evaluation

    Sqanit tracks device compliance status (inspections, certifications, regulatory documentation) as a linked object, often with industry-specific structures for medical devices, automotive parts, or EU Digital Product Passport requirements. Gorgias does not have a native compliance or certification tracking object. We extract compliance fields as custom ticket fields and flag that the customer's compliance team should evaluate whether Gorgias's KB articles, document attachments, or a separate compliance management tool should replace the active compliance workflow. EU DPP requirements are regulatory in nature and should not be assumed to be met by a standard helpdesk migration without explicit validation.

Migration approach

Six steps for a successful Sqanit to Gorgias data migration

  1. Discovery and accessible data audit

    We audit the customer's Sqanit instance to identify which modules are active (Service Management, Asset Management, CX Management), catalog all custom fields per module, and determine the volume of Service Tickets, End Users, Organizations, Devices, Compliance Records, and Interaction History. Simultaneously, we assess what data can be extracted: whether Sqanit GmbH can provide a structured export, whether direct database access is available, or whether custom scripting is required. This phase produces a written migration feasibility report and a confirmed data inventory. We cannot commit to a fixed timeline until accessible data volume and extraction method are confirmed.

  2. Gorgias schema setup and custom field creation

    We configure the Gorgias destination workspace before any data moves. This includes creating custom ticket fields for device link preservation (linked_product_id__c, linked_device_serial__c), custom customer fields for Sqanit user ID audit trails (sqanit_user_id__c), and custom fields for compliance record data. We create the Knowledge Base category structure to match the Sqanit module layout and provision Agent accounts matching the migrated technicians. All custom fields are validated in a Gorgias test environment before production setup begins.

  3. Data extraction and transformation from Sqanit

    We execute the data extraction method identified in discovery. If Sqanit GmbH provides a structured export, we parse and validate the output. If custom scripting is required, we build extraction scripts scoped to the confirmed data inventory. We transform each record using the mapping rules agreed in discovery: End Users to Customers, Organizations to Companies, Devices to Products, Service Tickets to Tickets, Interactions to Messages, and Compliance Records to custom ticket fields. Every transformation produces a validation report showing record counts, unmapped fields, and any records rejected during transformation.

  4. Gorgias import in dependency order

    We import records into Gorgias in strict dependency order: Companies first (because Tickets link to Customers which link to Companies), then Products (devices), then Customers (with CompanyId resolved), then Technicians as Agents, then Tickets (with CustomerId, linked_product_id__c, and Agent assignee resolved), then Messages attached to Tickets, then KB Articles with locale tags. Each phase emits a row-count reconciliation report. If the Gorgias API rate limits responses, we implement exponential backoff and batch chunking per Gorgias API documentation.

  5. Post-import validation and KB article review

    We validate the migrated data against the source Sqanit export. We spot-check a random sample of 25-50 records per object for field-level accuracy, verify that device links are preserved on tickets, confirm that multilingual KB articles are tagged with correct locale values, and reconcile total record counts between Sqanit export and Gorgias import. Any discrepancies are investigated and corrected before cutover. We also review the migrated KB articles and flag any device-specific guided workflows that cannot be fully represented in Gorgias's KB format.

  6. Cutover, delta migration, and automation handoff

    We freeze writes in Sqanit during cutover, run a final delta migration of any records modified during the migration window, and switch the customer to Gorgias as the system of record. We deliver the AI triage rule inventory and compliance record evaluation document to the customer's admin team for rebuild planning. We support a five-business-day hypercare window for reconciliation issues. We do not rebuild Sqanit AI triage rules, guided workflows, or compliance monitoring as Gorgias automations inside the migration scope; those are separate engagements.

Platform deep dives

Context on both ends of the pair

Sqanit logo

Sqanit

Source

Strengths

  • QR-code-first UX eliminates app adoption friction for end customers across 524+ languages.
  • Real-time digital twins create a persistent device service history visible at every interaction.
  • Modular architecture allows incremental rollout of service, asset, and CX capabilities.
  • AI-assisted triage and guided workflows target higher first-contact resolution rates.
  • EU regulatory alignment with Digital Product Passport requirements for manufacturing.

Weaknesses

  • No publicly documented API or bulk export mechanism, limiting migration tooling support.
  • Flexible project-based pricing lacks tier transparency, complicating cost benchmarking.
  • Single verified review on major platforms provides minimal independent validation.
  • No Internet Explorer support, requiring modern browser environments for the web interface.
  • SME-to-enterprise targeting means limited mid-market or startup adoption and community resources.
Gorgias logo

Gorgias

Destination

Strengths

  • Shopify and BigCommerce integrations surface order, return, and shipment data natively inside every ticket.
  • Unlimited agent seats remove per-user licensing friction as support teams grow.
  • AI Agent reduces billable ticket volume through automated resolution of high-frequency queries.
  • SOC 2 Type II certified with GDPR-aligned data handling for enterprise procurement readiness.
  • Omnichannel inbox aggregates email, live chat, Facebook, Instagram, WhatsApp, SMS, and voice into a single threaded view.

Weaknesses

  • Ticket-volume pricing with overage fees creates unpredictable monthly costs during seasonal traffic spikes.
  • Custom reporting is shallow; raw event-level data export for BI tooling is not natively supported.
  • Knowledge Base, Macros, and Rules lack simple export tooling, making competitive migrations complex.
  • GDPR compliance limitations mean customer data cannot be hidden from agents by role, blocking use by teams with freelance staff.
  • Performance and glitch reports emerge in G2 reviews at higher ticket volumes.

Complexity grading

How hard is this migration?

Moderate Helpdesk migration. 3 of 7 objects need a mapping; the rest are 1:1.

C

Overall complexity

Moderate migration

Derived from compatibility, mapping clarity, API constraints, and data volume across Sqanit and Gorgias.

  • Object compatibility

    C

    3 of 7 objects need a mapping; the rest are 1:1.

  • Field mapping clarity

    C

    Field mapping is derived from defaults — final spec confirmed during the sample migration.

  • Timeline complexity

    B

    7-object category — typical timelines run 2–7 days end-to-end.

  • API constraints

    B

    Sqanit: Not publicly documented.

  • Data volume sensitivity

    B

    Sqanit doesn't expose a bulk API — REST + parallelization used for high-volume runs.

Estimator

Estimate your Sqanit to Gorgias migration cost

Rule-based pricing — no per-record fees, no manual quotes. Migrations over 2M records are scoped individually.

Step 1

What are you migrating?

Pick a category, then your source and destination platforms.

Category

FAQ

Frequently asked questions about Sqanit to Gorgias data migrations

Answers to the questions buyers ask most during Sqanit to Gorgias migration scoping. Not seeing yours? Book a call.

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Most migrations land between two and four weeks for accounts with up to 5,000 service tickets, 2,000 end users, and no multilingual KB content. Migrations with full device-asset histories, compliance record sets, multilingual knowledge base content, or high-volume interaction logs requiring custom extraction scripting extend to five to ten weeks because the Sqanit data access method must be resolved before a fixed import date is committed. The primary timeline variable for this pair is not Gorgias import speed but Sqanit data accessibility.

Adjacent paths

Related migrations to explore

Ready when you are

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