As a Shopify app developer, if Hookdeck didn’t exist, your options would look something like this 👇 1. No infrastructure at all Most apps do this at first: no queue, no retry strategy, just synchronous webhook calls. It’s fine for a dev store with a few orders, but when a single merchant grows or Shopify retries about 1000 updates, your app falls behind. By changing one webhook URL to Hookdeck, everything is automatically queued, retries occur on failure, and you gain full visibility into every request, all without needing to modify any code. 2. AWS EventBridge or Google Pub/Sub Most Shopify devs aren’t running massive AWS or GCP stacks, and if they try, they’ll lose hours wrestling with IAM permissions, tangled policies, and access rules long before a single webhook even reaches their system. Then come the dashboards, messy configuration, vague logs, and retries that need to be glued together with three other services. Hookdeck combines the parts you would need to cobble together (EventBridge, SQS, CloudWatch, DynamoDB) but focuses entirely on reliable webhook delivery. 3. Build your own (RabbitMQ, etc.) Launching RabbitMQ on Fly or Heroku feels simple at first, but once your queues start filling and memory hits its limit, the system fails, forcing you to chase lost events, spend hours debugging, and pay far more in compute than the app is actually worth. Hookdeck exists to remove all the webhook headaches from your life: we handle automatic queuing, retrying failures, and logging every request so your app always processes every event without you having to touch a line of infrastructure code.
Why Shopify devs love Hookdeck for webhooks
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Handling your large webhook volume seems simple (it is http after all) until it’s not…. When you have to deal with reconciliation because your servers went down at 2:00AM and reconcile incompatible interfaces between the webhook message you receive and the API things are much less simple. AWS and GCP are both great( we use GCP) but you need a very high level of expertise just to process webhooks. That’s exactly why we’re building Hookdeck. Give it a try, you won’t look back!
As a Shopify app developer, if Hookdeck didn’t exist, your options would look something like this 👇 1. No infrastructure at all Most apps do this at first: no queue, no retry strategy, just synchronous webhook calls. It’s fine for a dev store with a few orders, but when a single merchant grows or Shopify retries about 1000 updates, your app falls behind. By changing one webhook URL to Hookdeck, everything is automatically queued, retries occur on failure, and you gain full visibility into every request, all without needing to modify any code. 2. AWS EventBridge or Google Pub/Sub Most Shopify devs aren’t running massive AWS or GCP stacks, and if they try, they’ll lose hours wrestling with IAM permissions, tangled policies, and access rules long before a single webhook even reaches their system. Then come the dashboards, messy configuration, vague logs, and retries that need to be glued together with three other services. Hookdeck combines the parts you would need to cobble together (EventBridge, SQS, CloudWatch, DynamoDB) but focuses entirely on reliable webhook delivery. 3. Build your own (RabbitMQ, etc.) Launching RabbitMQ on Fly or Heroku feels simple at first, but once your queues start filling and memory hits its limit, the system fails, forcing you to chase lost events, spend hours debugging, and pay far more in compute than the app is actually worth. Hookdeck exists to remove all the webhook headaches from your life: we handle automatic queuing, retrying failures, and logging every request so your app always processes every event without you having to touch a line of infrastructure code.
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Most Shopify apps start with one webhook and end up battling queues, missed events, and scaling headaches. Hookdeck fixes that with instant queuing, full logs, smart retries, and deduplication. Let’s dive into each: 1. Full webhook logs, history, and metrics View, search, and find every event that Shopify ever sent. Replay them, bookmark them, and build collections of test cases that mirror production behavior. Visualize your webhooks traffic, server response time, and error rates. 2. Queuing without code and infrastructure change Traditional queues force you to spin up background workers, manage concurrency, and pray your DB holds. Hookdeck queues through an HTTP proxy; just swap the URL in Shopify, and you’re done. Hookdeck queues automatically, without code changes or infrastructure. 3. Retry and replay control When your server crashes, a migration fails, or you forgot about an edge case, replay what matters. Bulk retry all webhooks based on timestamp, status, or even payload content, such as x-shopify-store-name 4. Deduplicate to only process the webhooks you need You’d be shocked at how many webhooks are redundant. Hookdeck lets you skip 90% of redundant events (like inventory updates). We’ve seen applications uselessly queue and process over 90% of webhooks from inventory updates. Hookdeck lets you only process the ones that actually change your product data, saving compute and queuing time.
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The use cases here for Shopify Dev Assistant just highlight how powerful it is for anyone working on the platform. Even if you're not a developer it can help you articulate your problem and find the best way to solve it. And for developers, it is now fully immersed in the developer tech stack and the power of MCP means less trawling through GraphQL API docs. It doesn't matter if you're building front end, apps or custom integrations, it's got you covered. The nuance and speed at which it churns out results is just getting better too. Great summary by Liam @ Shopify: https://lnkd.in/gtd2DnK9
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Understanding Firebase Initialization You’ve copied initializeApp() countless times, but do you know what really happens when your app meets the cloud? So What Does initializeApp() Actually Do? Think of Firebase as a huge digital city, a network filled with connected systems: authentication (identity), databases, storage, analytics, and messaging. When you call initializeApp(), you’re not creating your own private copy of Firebase. You’re registering your app as a citizen of that city. The firebaseConfig object you pass in is like your app’s ID card. It tells Firebase who you are and which project you belong to. Here’s what each part means: apiKey — lets your app safely call Firebase’s APIs. projectId — connects your app to your unique Firebase project in Google Cloud. appId — identifies your specific app instance (useful if you have more than one app). authDomain, storageBucket, and messagingSenderId, tell Firebase which parts of its system your app can use. When you run initializeApp(firebaseConfig), the Firebase SDK quietly does a few important things: It creates a FirebaseApp instance, think of it as a “container” that holds your app’s identity and settings. It registers it as the default app, named [DEFAULT], unless you give it another name. It shares that app with all other Firebase tools (like Authentication, Firestore, and Storage), so they all know which Firebase project to talk to. That’s why, after initialization, you can write: import { getAuth } from “firebase/auth”; const auth = getAuth(app); and it just works. Because behind the scenes, that app object carries all the information Firebase services need to route your requests to the right place in the cloud. SDK stands for Software Development Kit. It’s basically a set of tools, libraries, and functions that let your React (or any) app communicate with Firebase services, like Authentication, Firestore (database), Storage, Hosting, etc. Read the full piece on Medium : [https://lnkd.in/d5p_JawQ] #firebase #firebasecloud #firebaseauthnetication #webdevelopment #javascript #CloudComputing #reactjs
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🎉 MERN Stack Masterpiece Completed! Presenting the demo of my E-commerce Web App! This is not just a functional application but a robust, full-stack solution built with several complex, production-ready features. 👇 💡 Key Features I Implemented: 🛡️ Zero-Trust Security: Secure User Registration using JWT combined with OTP Verification (Email) for enhanced security. 👑 Role Management: Implemented Role-Based Access Control, distinguishing between Admin and User roles. 📊 Admin Command Center: A Responsive Dashboard with a Dynamic Sales Trend Chart for managing Products, Users, and Orders efficiently. 💳 Full E-commerce Flow: Integrated Stripe Payment Gateway alongside COD (Cash on Delivery) support, including automated Order Confirmation Emails. ☁️ Cloud Integration: Utilized Cloudinary for image hosting and leveraged Redux Toolkit for sophisticated state management across the application. Stack Used: React (with Redux Toolkit), Node/Express, MongoDB, Stripe, SendGrid, Cloudinary. Watch the full detailed demo here: https://lnkd.in/dXAnjN6S I built this project as part of the advanced training program at Entri. Special thanks to my mentor, Lakshmi Narasimhan (Sri). His excellent guidance was invaluable. Which of these features do you find most challenging or interesting? Share your thoughts! #MERNStack #FullStack #AdminDashboard #StripePayment #ReduxToolkit #Cloudinary #Ecommerce #SendGrid
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🚨 Big Shopify Update Coming in 2026! When Shopify closes one door… it opens a more secure gateway. Starting January 1, 2026, Shopify is retiring legacy custom apps built from the Admin. Here’s why this matters: ✅ Stronger Security – No more endless API tokens. Apps will use short‑lived OAuth tokens via the Dev Dashboard. ✅ Unified Dev Experience – Manage apps, logs, metrics, and dev stores in one place. ✅ Long‑Term Stability – Fewer paths to code means fewer bugs and better support. ⚠️ If you’re still building custom apps from the Admin, now’s the time to evolve. The new Dev Dashboard and CLI offer better control and scalability. 💡 What to do next: • Audit your existing apps. • Migrate to the Dev Dashboard & client credentials grant. • Start learning GraphQL (the REST API is being marked legacy). 🚀 Embrace this change to build smarter, safer, and more future‑proof integrations! https://lnkd.in/gzfswBDJ #ShopifyDev #CustomApps #Ecommerce #API #DatronixTech
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𝐔𝐍𝐈𝐅𝐘𝐃 𝐂𝐨𝐧𝐧𝐞𝐜𝐭𝐢𝐧𝐠 𝐃𝐢𝐠𝐢𝐭𝐚𝐥 𝐄𝐱𝐩𝐞𝐫𝐢𝐞𝐧𝐜𝐞𝐬 𝐒𝐞𝐚𝐦𝐥𝐞𝐬𝐬𝐥𝐲 Building UNIFYD was all about creating a digital ecosystem that feels fast, connected, and reliable. A cross-platform mobile app designed with secure payments, real-time communication, and cloud scalability at its core, delivering a smooth, user-friendly experience every time. From backend architecture to data synchronization, every module was engineered to ensure performance and seamless flow between frontend and backend. Tech Stack: React Native | Node.js | Express.js | MongoDB | AWS (S3, Socket) | Firebase | Stripe | PayPal #MobileAppDevelopment #ReactNative #NodeJS #FullStackDeveloper #CloudComputing #WebDevelopment #AppDesign #SoftwareEngineering #Firebase #MongoDB #DigitalInnovation #Codelectuals
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Shopify is not stand alone. You need to set up the Digital Infrastructure for Enterprise Shopify to work. GraphQL setup by January 2026 is mandatory. This means Github and Node accounts. Enterprise and Shopify Devs move to Dev Dashboard with GIT pipeline setup by Jan 2026. Partner Portal will still 'work', new application, staging, and data automation will be pushed to Agency and Scaling (you can duplicate Stage Prod Dev easier) Dev Platforms with GIT and AI services setup. Use free Shopify Plugins Data Handling only for Enterprise orgs. All CRMS/ETL applications should be single API fee like Xano. Global Shopify w/ LLMs (Language Modeling) is not PTA small business Shopify. If you have Fee based plugins ie: Matrixify, Plugins, and manual load CSVs as part of your process, you will need to add Agentic Tools: Node/APIs/Github. Per Plugin FEES/RATE LIMITS will break LLM automation, scaling, entitlement, security, testing flows. Key support requirements (Enterprise Shopify Users Mandatory): -Have Github Pipelines/Server Actions and data GraphQL reasoned and version control setup -Have AI architecture and endpoints: MCP/LLM Knowledge Base, Swagger, Docker/Kubernetes, JSON tokens rules management and private key setup. -Understand Shopify use of Oxygen-Cloudflare, or set up API Data endpoints ie: (Xano/Netlify/Vercel/Cloudflare) Migrate from Partner Portal Assets Flows now. GIT/File System setup is required. GITHUB CI CD support for Shopify is critical. API tools for Shopify Catalog is also critical. All Plugins that are not Shopify Native should also be removed. Big Changes for Shopify Dev Ops plan for Jan 2026. Partner Portal is sunsetting. Setup services for Shopify Headless that will scale and support 'Live Instance'. Headless Shopify/GIT data will support multi tenant, global stores and reinforce data resilience. This is particularly important for Shopify Plus stores with Global Presence and complex privacy requirements. Shopify Federated oAuth support will require API/GIT backed User Data Service setup. Especially if you want to develop for Games and IOT, endpoints. Shopify login / privacy APIs are 1P. Shopify email/crm is free to use/convert, with TOU/Form interaction-linked to AI 1P data tracking. Great for MMO/Peer to Peer Group Data with REAL TIME, privacy setting management. Don't expect BAU to work with rate of change in Shopify Changelog updates on rolling weekly updates through the end of year. Shopify Web Components with GIT services/deploy is amazing. #Shopify #DevDashboard https://lnkd.in/e53PTpsR
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If your Shopify store went down right now... Would you know how to debug it in under 10 minutes? Do you have monitoring alerts set up? Can you roll back to the previous theme version instantly? Do you have a backup of custom code stored externally? If NO: You're not maintaining stores. You're crossing fingers and hoping. If YES: You've learned the hard way (like I did at 2 AM). Every developer should have: ✅ Theme version control (Git) ✅ Uptime monitoring (even the free tier) ✅ Documented custom code snippets ✅ Backup theme always ready ✅ Emergency rollback procedure Hope is not a strategy. Preparation is. #shopify #DevOps #webdevelopment
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💡 How I helped to reduce our AWS bill by 70% without having any downtime! As a Lead Software Engineer, I often deal with complex architectural challenges, but this one truly stood out. A few weeks ago, I faced one of the trickiest challenges in our Shopify app. Our app is used by more than 200 merchants, and each merchant’s storefront heavily depends on images, videos, and documents stored in AWS S3. Everything looked fine on the surface, but our AWS bill kept climbing. Month after month, it was getting painfully high. After digging deep, I found that every time new files were uploaded to S3, our CloudFront cache was being flushed. That meant every merchant’s storefront was triggering cache invalidations, leading to millions of extra reads and unnecessary data transfers. It was hurting both our performance and our wallet. My goal was simple but difficult: ✅ Stop using S3 for file storage ✅ Move everything to Shopify Files ✅ Keep the system live without any downtime To make this work, I first mapped every single file including local files and those stored in S3 and stored their paths in a log table. Then I built a migration process using Laravel job queues, cron jobs, and Shopify’s public APIs. This allowed me to gradually move all files in the background, while users kept using the system as usual. Once the migration was complete, I reconfigured the upload process so that new files would go directly to Shopify Files instead of S3. I also made sure file load times stayed the same or even faster. The outcome was better than expected: AWS costs dropped by around 70% File loading became faster No downtime, not even for a minute This project reminded me that optimization isn’t always about fancy code. Sometimes, it’s about understanding how small architectural details can have a huge impact on cost and performance. If your app uses S3 heavily, it’s worth reviewing your cache behavior and file handling flow. A few careful adjustments can save a lot more than you’d think. #Laravel #Shopify #AWS #CloudArchitecture #SystemDesign #WebPerformance #SoftwareEngineering #DevOps #EngineeringLeadership #Optimization
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Hookdeck is amazing. I have been using it since last 2-3 years now for a custom eCommerce management system(which pulls humdreds or orders data from Shopify daily and thousands of order updates webhooks. Without Hookdeck, it will be a mess to handle so much duplicated hooks. Thanks for building this amazing tool.