Lightnift.com
Advanced Data Analytics and Trading Tools Platform for Digital Assets
Lightnift is a digital asset management platform that enables its users make the right decisions during purchasing & selling of their digital assets by leveraging:
1) Advanced Analytics & Metrics in Realtime for (really) BIG DATA
2) Powerful econometrics insights derived from ecosystem data and processed on a custom built statistical analysis engine operating on a supercomputer.
3) Integrations with any marketplace using powerful tools & layers enabling one-stop asset management.
For enterprises, Lightnift provides the entirety of its powerful API at competitive prices, enabling others to build upon and launch amazing products.
We, das Kolektif, helped build Lightnift.com's entire online platform from scratch.
Joining Lightnift as soon as their ideation phase, we provided the following services overview:
1) Management Consulting
2) Product Discovery
3) UX Research
4) UX Design
5) Product Design
6) Engineering
7) Product Marketing Support
8) Technical SEO Support
9) Cloud Systems Administration
10) Database Architecture Design & Engineering
11) Maintenance
12) Investment Round Advisory & Execution
Our team consisted of:
1) Product Manager/Owner - 1
2) Product Designer - 1
3) Technical Lead - 1
4) Backend Engineers - 3
5) Frontend Engineers - 2
6) DevOps Engineer - 1
7) DB Engineer - 1
Our tech stack looked like this:
1) .Net Core
2) React
3) PostgreSQL
4) Couchbase
5) SignalR
6) Kafka
7) Debezium
8) Google Cloud
9) Kubernetes
10) Cloudflare
Our biggest challenge was delivering and displaying the data to clients in a cost-effective and high performing manner.
12 million data points with historical values updated in real-time being processed & fed 24/7 from our clients' custom built analytics engine to our cloud database.
Storing the data using PostgreSql and Couchbase, a dynamic end-to-end data delivery is accomplished with an API layer developed using .Net Core and a frontend layer developed via React. In addition, real-time updates are reflected on the site using a socket architecture.
