INSUBCONTINENT EXCLUSIVE:
Data is the lifeblood of the modern corporation, yet acquiring, storing, processing, and analyzing it remains a remarkably challenging and
Every time data infrastructure finally catches up with the streams of information pouring in, another source and more demanding
decision-making makes the existing technology obsolete.Few cities rely on data the same way as New York City, nor has any other city so
shaped the technology that underpins our data infrastructure
Back in the 1960s, banks and accounting firms helped to drive much of the original computation industry with their massive finance
Today, that industry has been supplanted by finance and advertising, both of which need to make microsecond decisions based on petabyte
in the city.As web applications became increasingly popular in the mid-aughts, SQL databases came under increasing strain to scale, while
also proving to be inflexible in terms of their data schemas for the fast-moving startups they served
for a generation of startups
The company would go on to raise $311 million according to Crunchbase, and debuted late last year on NASDAQ, trading today with a market cap
of $2 billion.At the same time that the NoSQL movement was hitting its stride, academic researchers and entrepreneurs were exploring how to
evolve SQL to scale like its NoSQL competitors, while retaining the kinds of features (joining tables, transactions) that make SQL so
convenient for developers.One leading company in this next generation of database tech is New York-based Cockroach Labs, which was founded
in 2015 by a trio of former Square, Viewfinder, and Google engineers
The company has gone on to raise more than $50 million according to Crunchbase from a luminary list of investors including Peter Fenton at
Benchmark, Mike Volpi at Index, and Satish Dharmaraj at Redpoint, along with GV and Sequoia.While web applications have their own peculiar
data needs, the rise of the internet of things (IoT) created a whole new set of data challenges
How can streams of data from potentially millions of devices be stored in an easily analyzable manner How could companies build real-time
systems to respond to that dataMike Freedman and Ajay Kulkarni saw that problem increasingly manifesting itself in 2015
The two had been roommates at MIT in the late 90s, and then went on separate paths into academia and industry respectively
Freedman went to Stanford for a PhD in computer science, and nearly joined the spinout of Nicira, which sold to VMware in 2012 for $1.26
professor, and was awarded tenure in 2013
Kulkarni founded and worked at a variety of startups including GroupMe, as well as receiving an MBA from MIT.The two had startup dreams, and
tried building an IoT platform
As they started building it though, they realized they would need a real-time database to process the data streams coming in from devices
They realized what they needed was a hybrid of SQL and NoSQL, and nothing they could find offered the feature set they required to power
That challenge became the problem to be solved, and Timescale was born.In many ways, Timescale is how you build a database in 2018
Rather than starting de novo, the team decided to build on top of Postgres, a popular open-source SQL database
In addition, the company opted to make the database fully open source
from Benchmark and NEA .Far more important though are their customers, who are definitely not the typical tech startup roster and include
companies from oil and gas, mining, and telecommunications
Freedman continues to be a professor at Princeton, where he has built a pipeline of potential grads for the company
evident in one of their investors, hedge fund Two Sigma
two also benefit from paying customers
Being in New York has meant closer collaboration with customers, and ultimately more revenues.Open source plus revenues
