Why you should stop hardcoding secrets in 2025

Hardcoding secrets is like leaving your house keys under the doormat — anyone can find them One of the most common yet dangerous mistakes developers make is storing passwords, API keys, or secrets directly inside the application code. Why is this risky? - Your code repository (even if private) can be leaked or compromised. - Hardcoded secrets can easily be exposed through logs or build pipelines. - Rotating credentials becomes a nightmare. What’s the solution? Use secure secret management tools such as: - Azure Key Vault - AWS Secrets Manager - HashiCorp Vault - GCP Secret Manager These tools offer: - Centralized management of secrets. - Automatic rotation of credentials. - Role-based access control (RBAC). - Encryption at rest and in transit. 🔒 Security is not optional — it’s a best practice that protects your application and your users. Tip: Next time you see a password inside code, consider migrating it to a Key Vault or a secure secrets manager. 🚀 Ready to earn your Kubernetes Security Specialist certification? Join CKSForAll. 👉 https://lnkd.in/drgpj_5P #gcp #cloud #vault #solution #repository #api #password #developers #developer #mistakes #secret #hashicorpvault #apikeys #storingpasswords #secretmanagement

Using the AWS CLI and Securing CloudShell ✍️ Rich Mogull If you're using AWS CloudShell, are you sure it's secure? Rich Mogull breaks down the often-overlooked security nuances of AWS CloudShell—AWS's browser-based command-line environment—and how to harden it for real-world use. This isn’t a general AWS CLI tutorial—it’s a practical walkthrough of security decisions and risks that could expose credentials or leave attack surfaces wide open. 🔐 Key insights include: 🔸 Why CloudShell defaults can be misleading for sensitive workloads 🔸 How temporary credentials are managed and what to watch for 🔸 Real risks of accidentally exposing secrets or session data via history, logs, or shared file systems 🔸 Tips to properly configure IAM permissions, use MFA, and clean up your shell usage securely Bonus: Rich also shares how he personally uses the AWS CLI efficiently without falling into common security traps. If you're serious about using AWS CloudShell in production or testing, this is a must-read. 🔗 Read it here: https://lnkd.in/grKWM3G6 This was first mentioned in AWS Security Digest Issue #211: https://lnkd.in/g3ApT3hg

Many security breaches start with a misconfigured permission. AWS IAM helps you apply the principle of least privilege, create fine-grained access policies, and securely delegate permissions using roles. Get IAM right, and you set your entire AWS environment up for resilience. Learn about AWS IAM in this simple to follow training. https://lnkd.in/efJ7DnKb

Handling Secrets in Terraform Security is often the most overlooked part of Terraform. Never hardcode credentials or access keys in your .tf files. ✅ Use environment variables ✅ Or use a secrets manager like Azure Key Vault ✅ In CI/CD, store secrets in GitHub or Azure DevOps secrets Good infrastructure is not just scalable — it’s secure by design. #Terraform #Security #AzureKeyVault #DevOpsBestPractices

𝗔𝗪𝗦 𝗦𝗲𝗰𝘂𝗿𝗶𝘁𝘆 𝗕𝗲𝘀𝘁 𝗣𝗿𝗮𝗰𝘁𝗶𝗰𝗲𝘀 𝗚𝘂𝗶𝗱𝗲 Follow HAX Security for more cybersecurity-related resources. Credits to AWS for a detailed checklist on AWS security best practices.

From SSH to Zero Trust: Secure Server Access with AWS SSM + Ngrok (via Docker) Traditionally, managing EC2 servers meant opening SSH ports and juggling .pem keys — but that approach doesn’t align with today’s Zero Trust standards. Recently, I built a secure, no-SSH access workflow using: 🔸 AWS Systems Manager (SSM) — to connect to EC2 without any open ports 🔸 Terraform — to automate instance provisioning and IAM setup 🔸 Ngrok (via Docker) — to securely expose internal apps like Nginx without manual SSL or VPNs Result: Zero open inbound ports IAM + token-based authentication Secure temporary tunnels for internal testing or demos It’s a simple, scalable, and cost-effective way to implement Zero Trust server access in real-world DevOps environments. Read the full breakdown on Medium #DevOps #AWS #ZeroTrust #CloudSecurity #Terraform #Ngrok #Docker #InfrastructureAsCode #Automation #CyberSecurity #CloudEngineer #PlatformEngineering #AWSCommunity #UKJobs #DevOpsEngineer

The most common cloud security mistake I still see in 2025? Even a Californian security company's CTO wasn't aware of this. Their automation was clean. Pipelines? Fast. Documentation? Impressive. But the deploys were silently leaking long-term AWS credentials for months. No one noticed. Not their engineers. Not their auditors. Not their scanners. What exposed it? A small code diff during a routine workflow review. Here’s what we replaced: ❌ Long-term access keys in GitHub Actions ✅ Short-lived credentials via IAM role assumption ✅ Secret handling with AWS KMS ✅ Fully ephemeral auth flow using Co-Pilot CLI It took 4 hours to fix. It would've taken seconds to breach. Security isn’t about how advanced your stack is. It’s about how intentional your defaults are. Still using long-term keys in CI/CD? I’ll help you fix it fast.

⏳ AWS STS: Temporary Credentials, Stronger Security AWS Security Token Service (STS) issues temporary security credentials to users or apps needing access to AWS resources. These credentials last only a few minutes to hours, reducing exposure if they’re ever compromised — and minimizing attackers’ window of opportunity. 🔐 Short-lived keys = long-term security. #AWS #CloudSecurity #STS #IAM #DevOps #CloudComputing

🚀 New AWS Project: Encryption with KMS + DynamoDB In this hands-on project, I learned how to: ✅ Create and configure a Customer Managed Key (CMK) in AWS KMS ✅ Encrypt a DynamoDB table using the CMK ✅ Control access to encrypted data via IAM and KMS key policies ✅ Verify data access with and without key permissions 📘 Check out my documentation below for a full walkthrough and insights! 🙏 Thanks to NextWork and Natasha Ong for all the support and resources. ❗ Don't forget to delete your AWS resources after finishing the project to avoid any costs! 📢 Working on AWS or cloud projects? Let’s connect 😊 #aws #awskms #keymanagementsystem #encryption #security #NextWork

The outage that shook the dev world! On October 20, 2025, Docker services faced a full scale collapse when the AWS US East 1 region went down, leaving millions of containers frozen. At BlueVPS, we have already built the defense: multi region backups, resilient caching layers, and infrastructure that keeps running even when the cloud decides to nap. Do not let your business get stuck in limbo. Secure true 24/7 availability, even when the global cloud ecosystem fails. #BlueVPS #DevOps #CloudComputing #Docker #AWS #HighAvailability #Infrastructure #CyberSecurity #ITSupport #BusinessContinuity