Seechum App-The Netflix of Social Connections launched today in 188 countries

London UK | 7th July 2020. Seechum, a new Social Connections Mobile App, officially launched globally on the App Store, after a short beta release in the UK. The launch comes off the back of a successful seed funding round which closed at the end of 2019.

Seechum is the world’s first on-demand, video-based Social Connection Mobile App, enabling entertaining social experiences between individuals from more than 180 countries.

In a social media-disrupted world, Seechum provides a timely platform for authentic human connection. Understanding that communication styles will become more personal, and the content will be tailored to more specific, relevant topics, Seechum has developed a first-of-its-kind, social science-based, AI-driven search engine algorithm which matches members who seek social connections with other people (Chums).

Through machine learning and driven by personality indicators within categories of information, common interests and experiences, the app identifies ‘personal chemistry’ and matches users based on “common ground’ – a vital ingredient for establishing long-term, sustainable social connections.

Seechum created a patent-pending scheduling and automated video-calling technology for connecting two parties simultaneously and privately. The platform initiates calls to both parties without the need to share phone numbers or emails, ensuring complete control of personal contact information and therefore eliminates users’ deception risks which are widely associated with traditional social media.

Seechum charges $10 (Or 10 pounds in the UK and 10 Euros in the EU) per 45 minutes of social connection call with a Chum, with a one free call trial to each/all new users.

Founder and CEO Moses Gotlieb explains why he has started Social Connection:
“Not knowing that a global pandemic could make Seechum’s global release historical, the ability to connect individuals in isolated communicates from all over the world has become more relevant than ever before. A basic human need is a connection and social distancing does not mean a social shutdown. Even before COVID -19, our society was experiencing a massive loneliness epidemic. Social isolation became common, and we are encountering social media fatigue from constant exposure to biased content, influencer hegemony as well as mental health issues related to the unrealistic pressures of fitting in. People wish for a boundless world where they feel they can belong, and be accepted, just as they are. Seechum’s social connections available – anytime, anywhere, is leading a new paradigm”.

Social Connection, Inc. is the holding company of Seechum Limited, the developer and operator of the Seechum App, the world’s first on-demand, video-based Social Connection Mobile App, enabling entertaining social experiences between individuals from more than 180 countries. Founded by serial entrepreneur Moses Gottlieb in 2019 – the company’s purpose is to enable authentic human connections through technology.

To schedule meetings or interview with Social Connection’s founder and CEO Moses Gottlieb, as well as with anyone from the team for commentary and opinions on Social Isolation or Seechum, please contact our Avi at
+44 755 500 9623
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Everything You Need to Know About Streams in Node.js

Streams in Node.js are infamous for being hard to work with and even harder to understand. This article will make it easier for you to understand streams, latest trends in Node JS and how to work with it.

What are Streams?

Streams are a collection of data just like arrays or strings. However, streams might not be available all at once. What makes them really powerful when working with large amounts of data is that they process the content piece by piece without keeping it all in the memory.

One of the best real-life examples would be streaming services like Netflix and YouTube. These websites never ask you to download the video at once, instead, they send the video in chunks, allowing you to watch the video continuously.

Streams are used to read or write input into output sequentially. They can also handle data coming from an external source one chunk at a time. Besides, they give you the power of composability in your code.

In a nutshell, streams can be used to handle reading/writing files, network communications, or any kind of end-to-end information exchange efficiently.

Why Use Streams?

There are two major advantages of using Streams compared to other data handling methods.

  • First, you don’t need to load large amounts of data to process it.
  • Second, it takes less time to start processing the data as you won’t have to wait until the entire payload has been transmitted.

Types of Streams

  • Writable: These are the streams that allow us to write data.
  • Readable: These are the streams from which data can be read.
  • Duplex: These are both readable and writable.
  • Transform: These are the streams that can modify or transform the data as it is read and written.

The request moduleis a readable stream while the response module is writable steam. The fs module allows you to work with both readable and writable streams.

If you use Express you are more or less using streams to interact with the client. Since TCP sockets, TLS stack, and other connections are based on Node.js streams, they are also used in database connection drivers.

Creating a Readable Stream

The first step to creating a readable stream is initializing it.

const Stream = require(‘stream’)

constreadableStream = new Stream.Readable()

The next step would be sending data to it.



async iterator

When working with streams, it is recommended to use an asynchronous iterator. The asynchronous iterator is a protocol for retrieving the contents of a data asynchronously. In simple terms, the current task is paused before retrieving an item.

Ensure that you don’t mix async functions with EventEmitterbecause as of now, there’s no way to catch a rejection when it is emitted within an event handler. This, in turn, makes it hard to track bugs and memory leaks.

Therefore, the best way is to always wrap the content in a try/catch block and handle errors. The pull request aims to solve this issue once it lands on the Node core.

Types of Reading Modes

The 2 modes of readable streams are 1) Flowing 2) Paused

Regardless of whether a stream is in flowing mode or paused mode, it can be in an object mode.

Flowing Mode: In this mode, the data is read from the underlying system automatically using events via the EventEmitter interface.

Paused Mode: In this mode, the method must be called explicitly to read chunks of data from the stream.

Creating a Writable Stream

In order to create a writable stream, you need to call write() on the stream instance. It would look like this.

In the end, call writable.end() to indicate that no more data will be written to the Writable.


Piping is a tool in which you provide the output of one stream as the input to another. Piping is generally used to process streamed data in multiple steps. Also, ensure that you use pipeline and not pipe. 

The Stream Module

The Node.js stream module provides the groundwork upon which all the streaming APIs are made. The stream is an example of the EventEmitter class which manages events asynchronously in Node.js.

After all, Streams are not that hard (pun intended). Streams and pipeline are the most robust features in Node.js Streams.

Author Bio

Bharat Patel, who heads the digital marketing team at BrainvireInfotech, is armed with over 12 years of experience in the fields of online marketing and project management. He is extremely proactive in implementing the latest technological innovations in his projects. Bharat’s core expertise lies in search engine optimization (SEO), social media marketing, and conversion rate optimization, among other things. His immense flare of writing encourages him to consistently pen down words revolving around current trends and innovations that relate to his fields of interest.