Google Cloud NEXT '26で大勝利: 最高のクラウドストーリーに$1,000の賞金

Win Big with Google Cloud NEXT '26: $1,000 in Prizes for the Best Cloud Stories Google Cloud NEXT '26 is just around the corner — and this year, they’re not just showcasing new tech. They’re inviting developers like you to share real-world cloud stories for a shot at $1,000 in prizes . Whether you’ve built a serverless app, migrated a legacy system, or automated DevOps with Terraform, Google wants to hear your journey. But how do you turn your project into a winning submission? In this step-by-step, code-heavy guide, I’ll walk you through crafting a compelling, technical story — complete with working code, deployment steps, and best practices — that stands out to judges. 🎯 Step 1: Pick a Real Problem You Solved with Google Cloud The best stories start with pain . Think: “Before GCP, we had X problem. After GCP, we achieved Y.” Examples: “Reduced API latency from 2s to 200ms using Cloud Run + Cloud SQL” “Automated monthly reports with Cloud Functions and BigQuery” “Scaled image processing with Cloud Storage + Pub/Sub + Cloud Functions” 👉 Your Turn : Choose one real project. We’ll use this example: “I built a serverless URL shortener using Cloud Run, Firestore, and Firebase Hosting — cutting costs by 70% vs. EC2.” 💻 Step 2: Build & Document Your Project (With Code) Let’s build a minimal version of the URL shortener. This gives your story technical credibility. 1. Set Up Your Environment # Install Google Cloud CLI curl https://sdk.cloud.google.com | bash gcloud init # Enable required APIs gcloud services enable run.googleapis.com gcloud services enable firestore.googleapis.com gcloud services enable cloudbuild.googleapis.com 2. Create the Flask App ( main.py ) from flask import Flask , request , jsonify , redirect from google.cloud import firestore import string import random app = Flask ( __name__ ) db = firestore . Client () def generate_short_id ( length = 6 ): return '' . join ( random . choices ( string . ascii_letters + string . digits , k = length )) @app.route ( ' /shorten ' , methods = [ ' POST ' ]) def shorten (): data = request . get_json () long_url = data . get ( ' url ' ) if not long_url : return jsonify ({ ' error ' : ' URL is required ' }), 400 short_id = generate_short_id () doc_ref = db . collection ( ' urls ' ). document ( short_id ) doc_ref . set ({ ' long_url ' : long_url }) return jsonify ({ ' short_url ' : f " https://your-domain.com/ { short_id } " }), 201 @app.route ( ' /<short_id> ' ) def redirect_url ( short_id ): doc_ref = db . collection ( ' urls ' ). document ( short_id ) doc = doc_ref . get () if doc . exists : return redirect ( doc . to_dict ()[ ' long_url ' ]) else : return " Not found " , 404 if __name__ == ' __main__ ' : app . run ( debug = True , host = ' 0.0.0.0 ' , port = int ( os . environ . get ( ' PORT ' , 8080 ))) 3. Add requirements.txt Flask==2.3.3 google-cloud-firestore==2.13.0 4. Create Dockerfile FROM python:3.11-slim WORKDIR /app COPY requirements.txt . RUN pip install -r requirements.txt COPY . . CMD ["python", "main.py"] 🚀 Step 3: Deploy to Google Cloud Run 1. Build and Deploy # Set your project ID gcloud config set project YOUR_PROJECT_ID # Build and deploy gcloud run deploy url-shortener \ --source . \ --platform managed \ --region us-central1 \ --allow-unauthenticated ✅ Output: You’ll get a public URL like https://url-shortener-abcd-uc.a.run.app 2. Test the API curl -X POST https://url-shortener-abcd-uc.a.run.app/shorten \ -H "Content-Type: application/json" \ -d '{"url": "https://dev.to"}' Expected response: { "short_url" : "https://your-domain.com/aB3x9k" } Now visit https://your-domain.com/aB3x9k — it redirects to Dev.to! 📊 Step 4: Add Monitoring (Bonus Points!) Winning entries show observability . Let’s add Cloud Logging. Update main.py : import logging import google.cloud.logging # Enable Cloud Logging client = google . cloud . logging . Client () client . setup_logging () @app.route ( ' /shorten ' , methods = [ ' POST ' ]) def shorten (): logging . info ( " Shorten request received " ) # ... rest of code logging . info ( f " Generated short ID: { short_id } " ) return jsonify (...) Now check logs in the Cloud Console . 🏆 Step 5: Write Your Story (Template Included) Use this structure to submit: Title How I Built a Serverless URL Shortener on GCP — For $5/Month Problem I needed a cheap, scalable way to track and share links for my blog. Running EC2 was ☕ Playful Win Big with Google Cloud NEXT '26: $1,000 in Prizes for the Best Cloud Stories Google Cloud NEXT '26 is just around the corner — and this year, they’re not just showcasing new tech. They’re inviting developers like you to share real-world cloud stories for a shot at $1,000 in prizes . Whether you’ve built a serverless app, migrated a legacy system, or automated DevOps with Terraform, Google wants to hear your journey. But how do you turn your project into a winning submission? In this step-by-step, code-heavy guide, I’ll walk you through crafting a compelling, technical story — complete with working code, deployment steps, and best practices — that stands out to judges. 🎯 Step 1: Pick a Real Problem You Solved with Google Cloud The best stories start with pain . Think: “Before GCP, we had X problem. After GCP, we achieved Y.” Examples: “Reduced API latency from 2s to 200ms using Cloud Run + Cloud SQL” “Automated monthly reports with Cloud Functions and BigQuery” “Scaled image processing with Cloud Storage + Pub/Sub + Cloud Functions” 👉 Your Turn : Choose one real project. We’ll use this example: “I built a serverless URL shortener using Cloud Run, Firestore, and Firebase Hosting — cutting costs by 70% vs. EC2.” 💻 Step 2: Build & Document Your Project (With Code) Let’s build a minimal version of the URL shortener. This gives your story technical credibility. 1. Set Up Your Environment # Install Google Cloud CLI curl https://sdk.cloud.google.com | bash gcloud init # Enable required APIs gcloud services enable run.googleapis.com gcloud services enable firestore.googleapis.com gcloud services enable cloudbuild.googleapis.com 2. Create the Flask App ( main.py ) from flask import Flask , request , jsonify , redirect from google.cloud import firestore import string import random app = Flask ( __name__ ) db = firestore . Client () def generate_short_id ( length = 6 ): return '' . join ( random . choices ( string . ascii_letters + string . digits , k = length )) @app.route ( ' /shorten ' , methods = [ ' POST ' ]) def shorten (): data = request . get_json () long_url = data . get ( ' url ' ) if not long_url : return jsonify ({ ' error ' : ' URL is required ' }), 400 short_id = generate_short_id () doc_ref = db . collection ( ' urls ' ). document ( short_id ) doc_ref . set ({ ' long_url ' : long_url }) return jsonify ({ ' short_url ' : f " https://your-domain.com/ { short_id } " }), 201 @app.route ( ' /<short_id> ' ) def redirect_url ( short_id ): doc_ref = db . collection ( ' urls ' ). document ( short_id ) doc = doc_ref . get () if doc . exists : return redirect ( doc . to_dict ()[ ' long_url ' ]) else : return " Not found " , 404 if __name__ == ' __main__ ' : app . run ( debug = True , host = ' 0.0.0.0 ' , port = int ( os . environ . get ( ' PORT ' , 8080 ))) 3. Add requirements.txt Flask==2.3.3 google-cloud-firestore==2.13.0 4. Create Dockerfile FROM python:3.11-slim WORKDIR /app COPY requirements.txt . RUN pip install -r requirements.txt COPY . . CMD ["python", "main.py"] 🚀 Step 3: Deploy to Google Cloud Run 1. Build and Deploy # Set your project ID gcloud config set project YOUR_PROJECT_ID # Build and deploy gcloud run deploy url-shortener \ --source . \ --platform managed \ --region us-central1 \ --allow-unauthenticated ✅ Output: You’ll get a public URL like https://url-shortener-abcd-uc.a.run.app 2. Test the API curl -X POST https://url-shortener-abcd-uc.a.run.app/shorten \ -H "Content-Type: application/json" \ -d '{"url": "https://dev.to"}' Expected response: { "short_url" : "https://your-domain.com/aB3x9k" } Now visit https://your-domain.com/aB3x9k — it redirects to Dev.to! 📊 Step 4: Add Monitoring (Bonus Points!) Winning entries show observability . Let’s add Cloud Logging. Update main.py : import logging import google.cloud.logging # Enable Cloud Logging client = google . cloud . logging . Client () client . setup_logging () @app.route ( ' /shorten ' , methods = [ ' POST ' ]) def shorten (): logging . info ( " Shorten request received " ) # ... rest of code logging . info ( f " Generated short ID: { short_id } " ) return jsonify (...) Now check logs in the Cloud Console . 🏆 Step 5: Write Your Story (Template Included) Use this structure to submit: Title How I Built a Serverless URL Shortener on GCP — For $5/Month Problem I needed a cheap, scalable way to track and share links for my blog. Running EC2 was ☕ Playful