Doubling Scalability & Reducing Cloud Costs by one-third for GoodMeetings
GoodMeetings is a company that offers AI-powered meeting insights, helping teams optimize their meetings through advanced analytics and actionable recommendations. Their platform integrates with various meeting tools, providing real-time feedback and analysis to enhance productivity
High Cloud Costs: Their approach of spawning a new EC2 instance for every meeting led to soaring cloud bills.
Scalability Issues: The company’s existing network architecture was too limited to support their growing needs,and scalabilit.
GoodMeetings tried to manage these challenges internally but found their efforts were not yielding the desired results. Their infrastructure lacked the flexibility and efficiency needed to support rapid scaling and cost management.
Network Architecture Overhaul: DevSecCops.ai redesigned their network architecture and seamlessly transitioned the company to a Kubernetes-based platform.CI/CD Automation: We built custom CI/CD pipelines using GitHub and ArgoCD, tailored to the specific needs of GoodMeetings.
Security Fixes: We resolved 400+ cloud security issues within 2 weeks of time, so they could be ready for the SOC2 compliance certificate.
Infrastructure Management: DevSecCops.ai managed critical components like RDS, Redis, Lambdas, IAM roles, and policies, ensuring a secure and scalable setup.
Cost Reduction: Through the initial migration, GoodMeetings saw over 30% savings in the first run, which grew incrementally.
Monitoring & Dashboard: DevSecCops.ai implemented comprehensive infrastructure monitoring with Prometheus and Grafana, as well as application-level monitoring using Cloudwatch and Fluent Bit, resulting in more than 60% savings on logging, monitoring, and alerting infrastructure.
Thanks to the expertise and solutions provided by DevSecCops.ai, Dekoder successfully launched with a cloud infrastructure that was both scalable and reliable, meeting the high demands of their user base and delivering real-time content with minimal latency.
