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Migrate your Sqanit data

QR-code-driven service platform for manufacturers of complex durable goods, combining Digital Product Passports with asset management and AI-assisted ticketing—no app download required.

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In its favor

Why people choose Sqanit

The signal that keeps Sqanit on the shortlist. Sourced from G2, Capterra, and customer scoping calls.

No-app consumer access: end users scan a QR code and get instant AI-assisted support without downloading anything, reducing barrier to engagement.

Digital twin visibility: manufacturers gain real-time device-level service history that follows the product across its lifecycle, addressing the 54% fragmented-records problem.

Modular service architecture: organizations can deploy Service Management, Asset Management, or CX Management independently or together, matching implementation scope to budget.

First-scan resolution rate: Sqanit routes users to self-help or the correct technician at the first scan, targeting the ~20% industry first-fix failure rate.

EU Digital Product Passport readiness: built-in compliance tracking supports manufacturers preparing for mandatory DPP regulations in regulated industries.

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.

Reasons to switch

Why people leave Sqanit

The recurring reasons buyers give for replacing Sqanit. Presented as facts, not knocks.

Platform scorecard

Strengths, weaknesses, and where Sqanit 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

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.

Where it works

Manufacturers of complex durable goods with B2B field service operations requiring post-sale support tied to specific device instances and service history.Medical device companies operating in multilingual EU hospitals where clinical staff need instant QR-code access to device support without login or app downloads.Mid-to-large enterprises in regulated manufacturing sectors preparing for EU Digital Product Passport compliance and needing to track device-level service records across product lifecycles.Organizations managing large installed bases where device context must follow the product through multiple service handoffs and owner transitions.Service-heavy product companies with modular needs—those wanting to deploy asset management, ticketing, or CX capabilities incrementally rather than as a full suite.

Where it struggles

Small or micro-businesses with limited service operations where flexible project-based pricing lacks predictability and where simpler ticketing tools suffice.Organizations requiring deep integration capabilities—those needing to connect service records to ERP, CRM, or custom BI pipelines face constrained by limited API documentation.Teams with non-technical end users in low-digital-literacy environments where even QR-code access may exceed the support engagement capability.Companies evaluating platforms primarily through community resources, peer reviews, and templates—Sqanit's niche positioning generates minimal independent validation or community content.Mid-market or startup companies expecting transparent per-seat or tiered pricing to benchmark costs against alternatives without lengthy sales conversations.

Pricing tiers

Sqanit pricing overview

Sqanit does not publish tiered pricing. The platform uses flexible project-based pricing targeted at SMEs to enterprises, with costs determined by active modules and scope—requiring a direct sales inquiry to obtain a quote.

Project-Based

Tier 1 of 1

Contact vendor

What's included

Flexible project-based pricing scoped to specific modulesCaters to SMEs and enterprise manufacturersNo public tier breakdown availableRequires direct contact with Sqanit GmbH for a quote

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Pricing is informational. FlitStack AI does not bill on Sqanit's schedule — see our quote-based pricing →

What gets migrated

Sqanit object support

Object-by-object support for Sqanit migrations. Per-pair details surface during scoping.

Devices / Assets

Mapping required

Sqanit calls these Assets or Digital Twins. Each device carries metadata (model, serial, install date, owner) and a service history. We map Assets 1:1 but flag custom fields added per customer config, as the schema varies between accounts.

Organizations

Fully supported

Organization records represent the manufacturer or enterprise account. These map cleanly to a standard Company/Account object in most destination CRMs with a simple field-level rename.

Service Tickets / Cases

Mapping required

Service Tickets are the core transactional object in Sqanit. They carry status, priority, assignee, timestamps, and linked device context. Status and priority values may differ between source and destination systems; we apply a mapping table during migration.

End Users

Mapping required

End Users are consumers who scan the QR code on a product. They may have minimal profile data (language preference, device ownership). We migrate End User records and preserve the link to the device, noting that destinations without a consumer-facing layer may need a different object.

Technicians / Service Staff

Mapping required

Internal service team members assigned to tickets. We map these to Users or Contacts depending on the destination's object model, preserving role and team assignment where those fields exist.

Compliance Records

Mapping required

Sqanit tracks device compliance status (inspections, certifications, regulatory records) as a linked object. These are often custom-structured per industry (medical devices, EU Digital Product Passport regulations). We extract and remap them as custom objects or structured fields in the destination.

Service History / Interactions

Mapping required

Every scan, AI-assisted resolution, or ticket update creates an interaction record. These are timestamped, device-linked, and sometimes multilingual. We preserve the full interaction log as a chronological array or activity feed in the destination.

Multilingual Content / KB Articles

Mapping required

Sqanit supports 524+ languages for self-service content. KB articles and guided workflow text exist per locale. We extract article content and locale tags, then map them to the destination's knowledge base structure.

Gotchas

What to watch for in Sqanit migrations

Issues we've hit on past Sqanit migrations, tagged by severity. FlitStack AI handles every one — surfacing them up front because buyer engineering teams want to know.

High

No documented public API for bulk data export

Medium

Schema varies by customer configuration

Low

Internet Explorer deprecated in web interface

How a Sqanit migration works

Four steps, Sqanit-specific

Connect

Not publicly documented into Sqanit. Scopes limited to read-only on the data we move.

Map

We translate Sqanit-specific structures (custom fields, objects, value lists) to the destination's model.

Sample

Test with a 50–200 record subset to validate Sqanit quirks before production.

Migrate

Full migration with Sqanit rate-limit handling. Rollback available throughout.

FAQ

Sqanit migration FAQ

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

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Walk through your Sqanit migration with a real engineer — 30 minutes, free, written quote within 24 hours.

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Most Sqanit migrations under 1M records finish in 48–72 hours end-to-end. Larger orgs with custom objects or buyer-side security review typically take 5–7 days.

Ready when you are

Migrate Sqanit.
Without the rebuild.

Free scoping call with a migration engineer. Tell us about your Sqanit setup and destination — written quote back within a business day.

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