Inspiration

Our inspiration for nexa.band came from the desire to revolutionize network management within shared spaces like coworking areas, educational campuses, and corporate offices. We wanted to harness the power of AI and modern identity management solutions like OIDC, SCIM, and Okta to create a seamless, adaptive, and intelligent network experience for both users and administrators.

What it does

nexa.band is an AI-driven network management platform that dynamically allocates bandwidth, provides deep insights into network usage, and enhances security across enterprise environments. It seamlessly integrates with existing identity providers via OIDC and SCIM, ensuring that network access is both secure and personalized.

How we built it

We built nexa.band using a microservices architecture, leveraging Next.js for our OIDC and SCIM compliant frontend and express based backend.

Challenges we ran into

One of the major challenges was ensuring seamless integration between OIDC, SCIM, and our custom AI models. AI integration was quite complex since we wanted to use Tensorflow to analyse user behaviour and predict bandwidth allocation, and since we were short of time, it was not fully completed. OpenAI integration for prompt based prediction and best practices was done.

Accomplishments that we're proud of

Our user-friendly dashboard that provides admins with actionable insights and granular control over their network is a standout feature we're excited about.

What we learned

Throughout this project, we deepened our understanding of network management, AI model training, and the intricacies of identity protocols like OIDC and SCIM. We also learned the importance of user experience design in creating an intuitive admin dashboard.

What's next for nexa.band

Moving forward, we plan to expand nexa.band with more robust AI features, such as anomaly detection for network security. We also aim to improve the scalability of our platform to cater to larger enterprise environments and integrate with a wider array of identity providers and network hardware.

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