Helpdesk migration

Migrate from TriActive to Gorgias

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

TriActive logo

TriActive

Source

Gorgias

Destination

Gorgias logo

Compatibility

75%

9 of 12

objects map 1:1 between TriActive and Gorgias.

Complexity

CModerate

Timeline

2-4 weeks

Rollback included Accuracy guarantee Field-level validation

Overview

What this migration involves

Migrating from TriActive to Gorgias moves data from a niche IT management platform with no public API documentation or verifiable operational status into a Series C-backed ecommerce helpdesk used by over 10,000 Shopify brands. The primary challenge is the source side: TriActive has no documented API, no public developer portal, and an unclear vendor status following its acquisition by IgniteTech. We address this by designing a manual or semi-automated export workflow guided by sample data from the customer, reverse-engineering the actual TriActive schema from those exports, and mapping confirmed fields to Gorgias's typed object model (Tickets, Customers, Agents, Teams, KB Articles). We do not migrate Workflows, Automations, Sequences, or Reports; these require rebuild by the customer's admin. Historical timestamps, conversation threads, and attachments migrate where retrievable. The Gorgias destination benefits from API-based ingestion with rate-limit handling and batch chunking.

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

TriActive logo

TriActive

What's pushing teams away

  • Extremely limited public documentation and unclear API availability make integration with modern tooling difficult and migration planning opaque.
  • Small user community and sparse online resources mean troubleshooting relies heavily on vendor support rather than peer knowledge.
  • Support ticket volume growth outpaces the platform's scaling capabilities, prompting evaluation of higher-capacity alternatives.
  • The platform's operational status is unclear given minimal recent activity, raising concerns about long-term vendor viability and product updates.
  • Advanced reporting and analytics features lag behind modern helpdesk platforms, limiting data-driven decision-making for support leadership.

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 TriActive objects map to Gorgias

Each row shows how a TriActive 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.

TriActive

Ticket

maps to

Gorgias

Ticket

1:1
Fully supported

TriActive Tickets map to Gorgias Tickets. Standard fields (subject, description, status, priority, assignee) migrate directly. We handle custom ticket fields by identifying their data types during the discovery phase from sample TriActive exports and creating matching custom fields in Gorgias via POST /api/custom-fields with object_type=Ticket. The TriActive ticket ID is preserved as an external_id field for reconciliation. Channel detection (email, chat, phone, social) maps to Gorgias's channel classification.

TriActive

Customer

maps to

Gorgias

Customer

1:1
Fully supported

TriActive Customer records (contacts associated with tickets and companies) map to Gorgias Customer. Email address is the dedupe key. Standard fields (name, email, phone, timezone, language) migrate directly. TriActive note fields map to the Gorgias Customer note field. Any customer-level custom fields identified during schema discovery migrate as Gorgias custom fields with object_type=Customer.

TriActive

Company

maps to

Gorgias

Customer (organization link)

1:many
Fully supported

TriActive Company records map to Gorgias Customer organization associations. Companies in TriActive that have multiple associated contacts merge into a single Gorgias Customer record for each distinct email domain, with individual contact records linked. If TriActive stores company-level custom properties, we map them as supplementary fields on the primary Customer record.

TriActive

Agent

maps to

Gorgias

Agent

1:1
Fully supported

TriActive Agent records map directly to Gorgias Agents. We resolve agents by email address as the matching key. Role and permission levels in TriActive map to Gorgias Agent permission levels (agent, admin). Team memberships on TriActive agents map to Gorgias Teams via the Team membership configuration after Teams are migrated.

TriActive

Team

maps to

Gorgias

Team

1:1
Fully supported

TriActive Team structures map to Gorgias Teams. Team hierarchies (nested teams) are flattened into a single team structure in Gorgias if TriActive uses multi-level nesting, because Gorgias team model is flat with agent membership rather than hierarchical inheritance. Agent-to-team assignments migrate as direct membership records.

TriActive

Custom Ticket Fields

maps to

Gorgias

Custom Field

lossy
Mapping required

Custom ticket fields are discovered from sample TriActive exports during the scoping phase. Each custom field's data type is identified (string, number, boolean, date, picklist) and recreated in Gorgias via the custom-fields API. Custom field values on existing TriActive tickets are then written as field values against the migrated ticket IDs. Priority ordering for custom fields in the Gorgias ticket view is set via the priority parameter (0-5000) in the API.

TriActive

Conversation

maps to

Gorgias

Ticket message (comment)

1:1
Fully supported

TriActive Conversation records (ticket thread history including internal notes and public replies) map to Gorgias ticket messages. Thread ordering is preserved by timestamp. Internal TriActive notes map to private comments in Gorgias (is_public=false). Public replies map to public ticket messages (is_public=true). Each message carries the original author (agent or customer) from the TriActive record.

TriActive

Attachment

maps to

Gorgias

Attachment

1:1
Fully supported

File attachments to TriActive tickets are retrieved via the manual export workflow. Attachment filenames, MIME types, and binary content are mapped to Gorgias Attachment records linked to the corresponding ticket via the attachments API. Any attachments that cannot be retrieved from TriActive (due to undocumented storage mechanisms) are flagged in the pre-migration gap report for manual handling.

TriActive

KB Article

maps to

Gorgias

KB Article

1:1
Fully supported

TriActive Knowledge Base Articles map to Gorgias KB Articles. Article title, body (rich text), category assignments, and publication status migrate. If TriActive stores article versions, the most recent published version migrates as the active article, with version history noted in a custom field for the customer's admin to handle in Gorgias's article management UI.

TriActive

KB Category

maps to

Gorgias

KB Category

1:1
Fully supported

TriActive KB Categories map to Gorgias KB Categories. Category hierarchies are preserved where TriActive uses nested categories, with the hierarchy represented as parent-child relationships in Gorgias. Article-to-category assignments migrate as direct links. If TriActive categories cannot be programmatically identified, we map articles to a default category and flag for the customer's admin to reorganize.

TriActive

Tag

maps to

Gorgias

Tag

1:1
Fully supported

TriActive ticket tags migrate to Gorgias Tags. Tags are preserved as string labels and can be used to trigger Gorgias macros and rules post-migration. Tag metadata (tag creation date, tag counts) is not a Gorgias native field and is documented for the customer's admin if needed for reporting.

TriActive

Macro

maps to

Gorgias

Macro

lossy
Fully supported

TriActive automated responses and templates map to Gorgias Macros. Each macro's trigger conditions, recipient actions, and pre-filled responses are documented from TriActive sample exports and recreated as Gorgias Macros. Macros in Gorgias are attached to specific channels (email, chat, phone) so the customer's admin assigns the appropriate channel during rebuild.

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.

TriActive logo

TriActive gotchas

High

No publicly documented API or export endpoints

High

Unclear platform operational status

Medium

Sparse schema documentation requires discovery-heavy migration

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

  • TriActive has no documented API requiring manual export workflow

    No public API documentation, developer portal, or export endpoints were identified for TriActive Systems Manager. Research confirmed no REST, GraphQL, or bulk export endpoints are available for programmatic data extraction. We address this by designing a guided manual export workflow with the customer: we request sample data exports from TriActive's built-in data views and report screens, reverse-engineer the actual schema from those exports, and map confirmed fields to Gorgias. Any records that cannot be retrieved are flagged in a pre-migration gap report for manual handling. Customers should confirm export capabilities directly with TriActive vendor support before scoping begins.

  • TriActive schema is undiscoverable without customer-provided sample data

    No public schema reference, data dictionary, or object model documentation exists for TriActive. We cannot pre-confirm field names, data types, relationship cardinalities, or the existence of any object type without examining actual customer data. Every migration begins with a discovery phase where the customer provides sample exports from TriActive. We reverse-engineer the schema against those exports and build the migration mapping against confirmed field names rather than assumptions. This extends the discovery timeline by one to three weeks depending on data complexity and customer responsiveness.

  • Gorgias custom field types must be defined before data ingestion

    Gorgias custom fields have a managed_type parameter that enforces data type (boolean, number, text) and a definition object with type-specific settings. If TriActive custom field values contain mixed data types or free-form text in fields that should be structured, Gorgias will reject the import for that field. We identify all TriActive custom field data types during discovery and pre-create the matching Gorgias custom field definitions via the API before any ticket data is ingested. Fields that cannot be cleanly typed are migrated as text custom fields to avoid rejection, with a note to the customer's admin to reclassify in Gorgias.

  • TriActive vendor status and operational continuity are unverified

    TriActive was acquired by IgniteTech and has minimal recent public activity, no confirmed product roadmap, and no verifiable active development. If TriActive is no longer actively maintained, vendor-assisted export tooling may be unavailable. We recommend confirming TriActive's operational status and vendor support availability during the discovery call. If the platform is fully deprecated, we fall back to a fully manual CSV export guided by screenshots and screenshots of TriActive's data views, which increases migration time and may reduce data fidelity for complex record types.

  • Gorgias macros, rules, and automations do not migrate from TriActive

    Gorgias macros and automation rules are configuration objects that cannot be imported from TriActive via API. TriActive automated responses and templates are documented during discovery and recreated manually in Gorgias. We deliver a written macro inventory document specifying the TriActive template name, trigger conditions, and equivalent Gorgias macro configuration so the customer's admin can rebuild. Workflows, sequences, and routing rules in TriActive similarly do not migrate; they are documented for rebuild in Gorgias Rules and the Gorgias AI Agent builder.

Migration approach

Six steps for a successful TriActive to Gorgias data migration

  1. Discovery and TriActive export facilitation

    We begin by engaging the customer to obtain sample data exports from TriActive's built-in reporting and data views. We guide the customer through exporting Tickets (with all fields visible), Customers, Companies, Agents, Teams, Conversations, Attachments (file references), KB Articles, and KB Categories in CSV or database-compatible format. We simultaneously assess the Gorgias destination account: plan tier, existing agents, existing custom fields, and KB structure. The discovery output is a confirmed TriActive schema map and a Gorgias destination readiness report, including any custom field creation required.

  2. Schema reconciliation and custom field provisioning in Gorgias

    We compare the discovered TriActive schema against Gorgias's object model and identify gaps, extra fields, and type mismatches. All TriActive custom fields are created in Gorgias via POST /api/custom-fields with the correct object_type (Ticket or Customer), managed_type, and priority ordering. Standard fields that exist in TriActive but not in Gorgias (such as TriActive-specific status values) are either mapped to the nearest Gorgias equivalent or stored as text custom fields. Team structures are created in Gorgias and agent memberships are assigned before agent records are migrated.

  3. Agent and team migration with permission mapping

    We extract all distinct TriActive agent records and migrate them to Gorgias Agents, matching by email address as the dedupe key. Roles in TriActive map to Gorgias agent permission levels (agent vs admin). Team memberships are migrated after Teams are established, assigning each agent to their corresponding Gorgias team. Agents without email addresses in TriActive receive a generated placeholder email for migration purposes, flagged for the customer's admin to update in Gorgias post-migration.

  4. Customer and company data migration with organization linking

    TriActive Customer and Company records are extracted, deduplicated by email address, and imported into Gorgias as Customer records. Companies from TriActive are merged into Customer organization associations by domain. Custom fields on customer records are populated from the TriActive export. We run a reconciliation check comparing the count of unique customer emails in TriActive against the count of Gorgias Customer records created, resolving any duplicates before proceeding to ticket migration.

  5. Ticket and conversation migration with thread reconstruction

    TriActive Tickets are imported into Gorgias with standard fields (subject, description, status, priority, channel) mapped to Gorgias ticket fields. Each ticket's conversation thread is reconstructed by inserting messages in chronological order, with internal notes marked as private comments and public replies as standard comments. Attachments are retrieved from TriActive exports and uploaded to the corresponding Gorgias ticket via the attachments API. The TriActive ticket ID is stored as external_id on each Gorgias ticket for reconciliation.

  6. KB article and category migration with structure preservation

    TriActive KB Articles and Categories are migrated to Gorgias KB. Article bodies (rich text) are imported as-is, with inline images re-hosted or linked by URL depending on the source format. Category hierarchies from TriActive are mapped to Gorgias KB category parent-child relationships. Articles are published in Gorgias at their original publication status. Articles that cannot be retrieved in readable format are flagged in the gap report for manual recreation.

  7. Cutover, gap report delivery, and macro rebuild handoff

    We freeze TriActive writes during the final cutover window, run a delta migration of any records modified since the last sync, then deliver the gap report listing all records that could not be programmatically retrieved (with instructions for manual handling). We deliver the TriActive automation inventory document specifying each TriActive template, automated response, and routing rule with its Gorgias equivalent so the customer's admin can rebuild macros and rules in Gorgias. We do not rebuild automations or macros as part of the migration scope; this is a separate configuration task for the customer's support operations team.

Platform deep dives

Context on both ends of the pair

TriActive logo

TriActive

Source

Strengths

  • Combines IT systems monitoring with helpdesk ticketing in one interface for small IT teams.
  • Targets small-to-midsize organizations with a scoped, manageable feature set.
  • SourceForge presence indicates longevity and stability in the IT management space.
  • Straightforward configuration for basic ticket routing and agent assignment.

Weaknesses

  • No publicly accessible API documentation or developer portal identified in research.
  • Extremely limited community presence, reviews, or third-party resources.
  • Platform operational status and current development roadmap are unclear.
  • Lacks advanced automation, analytics, and customization capabilities found in modern helpdesk platforms.
  • Data export mechanisms are undocumented, complicating migration planning.
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. 6 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 TriActive and Gorgias.

  • Object compatibility

    D

    6 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

    TriActive: Not publicly documented — typical SaaS limits assumed and confirmed during scoping..

  • Data volume sensitivity

    B

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

Estimator

Estimate your TriActive 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 TriActive to Gorgias data migrations

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

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Simple migrations with under 5,000 tickets, 1,000 customers, and a clean export from TriActive land between two and four weeks. Migrations requiring extensive schema discovery, large conversation histories (over 50,000 message records), or KB article migration move to six to ten weeks. The discovery phase, which depends on the customer providing usable TriActive exports, typically takes one to three weeks on its own and is the primary variable in the overall timeline.

Adjacent paths

Related migrations to explore

Ready when you are

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