Every surface where intent becomes a decision
- Storefront
- Product discovery
- Search & filters
- Cart & checkout
- Accounts
- B2B portal
Commerce operating system · 01
Scallar engineers Shopify, WooCommerce, headless, and custom commerce around the complete transaction—storefront, payments, orders, inventory, fulfilment, customer data, and retention included.
Live operating view
Transaction control plane
Find it. Trust it. Buy it. Receive it. Return confidently.
System truth
Product, price, stock, order, and customer records with named owners.
Operating signal
Failures, exceptions, and outcomes that teams can see and act on.
One connected commercial journey
Pick the closest commercial situation. The first architecture conversation changes with the operating problem.
Define the catalogue, product model, content, payments, delivery, support, analytics, and operating owners before theme work expands.
Commerce leak diagnostic
Start with observed behaviour, then inspect the systems and owners behind it.
Capability explorer
A store can be visually complete and operationally unfinished. Explore the work across selling, operating, growth, and measurement before choosing the build boundary.
Sell layer
Make products understandable, findable, buyable, and supportable across real devices and states.
Primary architecture
The platform is only one layer. A durable architecture separates customer experience, transaction rules, operations, and growth intelligence while defining how they exchange data.
Name where each important fact originates and who may change it.
Define event, payload, timing, retries, idempotency, and failure ownership.
Prove that customer, payment, order, stock, and finance outcomes still agree.
Platform decision engine
Shopify, WooCommerce, headless, and custom commerce are implementation paths—not maturity levels. Compare them through business fit, operating advantage, and the responsibilities they create.
Best considered when
Teams that value managed infrastructure, a mature app ecosystem, and faster operating setup.
Operating advantage
Reduces platform maintenance and provides a dependable managed commerce core.
Plan for
App cost, theme constraints, data boundaries, and custom workflow fit need an honest lifecycle review.
Need the longer comparison? Read the repository-backed Shopify vs WooCommerce vs custom decision guide.
Shopper experience & CRO
CRO is not a collection of pressure tactics. It is clearer product choice, reliable states, accessible interaction, credible delivery information, and measurement that distinguishes friction from changed intent.
Connect UI/UX design to the commerce journeyTaxonomy, collection logic, useful search, filters, variants, comparison, and product information work as one discovery system.
Cart, address, delivery, tax, discount, payment, validation, error, and confirmation states are designed for real conditions.
Order lookup, notifications, delivery context, returns, refunds, support, replenishment, and consented retention stay connected.
Integration & operations map
Integrations are business handoffs expressed in software. Each one needs an owner, expected timing, failure path, and reconciliation check—not only credentials and a happy-path API call.
Product facts, media, taxonomy
Availability, reservations, locations
Authorisation, capture, refund, reconciliation
Commerce core
Events in.
Decisions out.
Rates, promise, label, tracking, exception
Identity, consent, order context, service history
Feeds, audiences, campaign and retention events
Search, speed & measurement
Ecommerce SEO, performance, consent, and analytics touch templates, catalogue governance, routing, scripts, events, and operational data. They belong in architecture—not the launch-week checklist.
Categories, products, internal paths, faceting, canonical rules, schema, feeds, and migration redirects.
Budgets for media, apps, scripts, rendering, search, cart, checkout, and third-party dependencies.
Consent-aware events reconciled with payment, order, refund, fulfilment, and retention outcomes.
Technology stack
These technologies are represented in Scallar’s repository and delivery context. The stack is composed from requirements; tools are not presented as partner badges or a default shopping list.
Managed, open, or composable commerce cores selected by operating fit.
Fast, typed storefronts and customer-facing applications where custom presentation is justified.
APIs, search, caching, and structured storage behind specialised commerce workflows.
Providers and customer systems integrated to the market, risk model, and operating process.
Deployment and automation choices matched to the stack and team that will own production.
Delivery, migration & replatforming
The delivery plan follows customer journeys and operational dependencies. Migration adds data profiling, SEO preservation, rehearsal, reconciliation, cutover, rollback, and monitored stabilisation.
Map buyers, catalogue, markets, channels, fulfilment, tax, payments, service, data, constraints, and the business case for change.
Define platform fit, sources of truth, interface responsibilities, integration contracts, security, measurement, and release strategy.
Deliver representative products and journeys first, including failure states and operational handoffs—not only ideal screens.
Profile data, preserve SEO value, rehearse transformations, validate totals and relationships, and keep a clear rollback path.
Test catalogue, checkout, payment, order, fulfilment, returns, analytics, accessibility, security, performance, and support ownership.
Monitor errors and business exceptions, govern releases, review the app and integration estate, and prioritise evidence-led improvements.
Repository-verified proof
These published records support specific downstream order, recovery, and retention workflows. They do not imply one platform or architecture is right for every store.
A D2C fashion brand was drowning in 500+ daily WhatsApp customer queries about orders, delivery status, and returns — handled manually by 4 support staff. We automated 78% of query types, freeing the team for complex escalations.
Shopify API · n8n · WhatsApp Business API · Shiprocket API
See How the System Was BuiltA D2C skincare brand had thousands of high-intent shoppers abandoning carts and COD orders getting cancelled after dispatch. We built WhatsApp recovery, COD confirmation, and post-purchase support automation.
Shopify · n8n · WhatsApp Business API · courier events
See How the System Was BuiltA D2C skincare brand had strong first purchases but weak replenishment behavior after 45 days. We built retention journeys that used product cycle, skin concern, and order history instead of blanket coupon campaigns.
Shopify · n8n · Mautic · Razorpay · Looker Studio
See How the System Was BuiltCost, timeline & engagement
Ecommerce development pricing depends on platform choice, catalog complexity, payments, shipping, integrations, content migration, conversion setup, testing, and post-launch ownership. Platform subscriptions and transaction fees are separate.
Businesses launching a clean, conversion-ready Shopify or WooCommerce store
Rs 1,25,000 to Rs 2,50,000
One-time project
4 to 7 weeks
Theme or storefront setup, product templates, basic payments and shipping, analytics, mobile QA, and launch support
Brands with larger catalogs, richer merchandising, and operating workflows
Rs 3,00,000 to Rs 6,00,000
One-time project
8 to 14 weeks
Custom storefront work, catalog migration, filters, integrations, analytics, SEO foundations, testing, and handover
Businesses with ERP, marketplace, subscription, B2B, or custom workflow needs
Rs 7,00,000+
Phased project
14 weeks onward
Architecture, custom commerce flows, systems integration, operational tooling, performance work, QA, and release support
These are indicative planning ranges from Scallar’s published pricing model, not fixed quotations. Platform subscriptions, payment fees, themes, apps, infrastructure, and other third-party charges are separate.
Review full pricingCommerce buyer hub
Use focused architecture, migration, QA, cost, platform, and research resources instead of a generic reading list.
Compare platform-led, headless, composable, and custom choices through ownership and total change cost.
Open resource MigrationPlan data, integrations, SEO, cutover, rollback, reconciliation, and post-launch stability.
Open resource Launch QATest the storefront and the operating system behind it before traffic moves.
Open resource Platform choiceCompare control, speed, integrations, team capability, risk, and ongoing ownership.
Open resource Cost modelReview platform, catalogue, payment, shipping, SEO, analytics, automation, and support factors.
Open resource ResearchUse sourced commerce and automation evidence when deciding which handoffs to improve first.
Open resourceExplore the four existing industry pathways or browse every industry Scallar supports.
Work with Scallar from major Indian and international commerce markets.
Buyer FAQ
The visible answers match the FAQ schema emitted for this route.
Ecommerce website development covers storefront setup, product pages, cart, checkout, payments, order flows, tracking, and integrations.
Yes. Scallar can build Shopify stores and connect them with analytics, SEO basics, marketing flows, and automation where needed.
Yes. Scallar can build and improve WooCommerce stores with payment, product, order, and marketing integrations.
Yes. Category structure, product metadata, performance, schema, internal links, and analytics should be planned during the build.
Yes. Scallar can help with Shopify category structure, metadata, product page SEO, internal links, speed basics, analytics, and ecommerce content planning.
Yes. Scallar can scope custom ecommerce applications when catalogues, customer portals, integrations, or order workflows need more than a standard theme setup.
Yes. Scallar can improve product metadata, collection structure, internal links, Shopify SEO basics, analytics, and ecommerce content planning after the store is live.
Free growth consultation
Share the current platform, catalogue, customer journey, integrations, operating constraints, and what needs to change. We will outline the most useful next decision.
Bring the commercial goal, the current stack, and the difficult handoffs. Leave with a clearer architecture conversation.