๐Ÿš€ Stop Calling STS on Every Request: Redis Caching Patterns That Cut Login Latency by 10x

๐Ÿ“ฐ Dev.to ยท Suraj Khaitan

Learn how to use Redis caching to reduce login latency by 10x and improve auth layer performance

intermediate Published 28 Feb 2026
Action Steps
  1. Implement Redis caching for sessions and temporary AWS credentials
  2. Configure Redis to store and retrieve cached data
  3. Use Redis caching patterns to reduce the number of requests to external services
  4. Test and optimize Redis caching for optimal performance
  5. Apply caching strategies to other parts of the application to further improve performance
Who Needs to Know This

Developers and engineers working on authentication and authorization systems can benefit from this approach to improve performance and reduce latency

Key Insight

๐Ÿ’ก Caching sessions and temporary AWS credentials in Redis can significantly improve auth layer performance

Share This
๐Ÿš€ Cut login latency by 10x with Redis caching patterns! ๐Ÿš€

Key Takeaways

Learn how to use Redis caching to reduce login latency by 10x and improve auth layer performance

Full Article

How caching sessions and temporary AWS credentials in Redis turned our auth layer from a bottleneck...
Read full article โ†’ โ† Back to Reads

Related Videos

Rank #1 in Google in 24 hours with Claude (Proof Inside)
Rank #1 in Google in 24 hours with Claude (Proof Inside)
Conor Martin
Do Claude Code SEO better than 99% of people
Do Claude Code SEO better than 99% of people
Conor Martin
Claude Code SEO for your App or Website (2026)
Claude Code SEO for your App or Website (2026)
Conor Martin
I Ranked This SaaS #1 on Google and Booked 50 Demos in 30 days (hereโ€™s how)
I Ranked This SaaS #1 on Google and Booked 50 Demos in 30 days (hereโ€™s how)
Adam Hamdan - ABHMedia
21 SEO Hacks to Rank Higher on Google INSTANTLY
21 SEO Hacks to Rank Higher on Google INSTANTLY
Adam Hamdan - ABHMedia
How to Create a Killer Blog (to Rank #1 on Google)
How to Create a Killer Blog (to Rank #1 on Google)
Adam Hamdan - ABHMedia