Simplify360

simplify360

Many of us must have asked this question in various forums and communities — “What are some of the SaaS startups in India?”. While the data is scattered all over, we felt that there wasn’t a single place where one could find this data. There are several hundreds of SaaS companies. This list had just a few dozen startups in 2014 and was a side project on our blog. Thanks to community comments, it grew huge. Now to make it even bigger, we are publishing it on Medium. We truly hope that this helps a bunch of potential startup talent, investors, marketers and many more. This is a continuously evolving list. Please drop in a comment with your SaaS startup or recommendation and I will add it. If you are interested to improve this listing by categorizing startups into product categories or such, reach out to Tejaswi: tej466@gmail.com A _CRM for Small Businesses_ _Revolutionise Customer Support on Social Media_ _Integrated Application Suite for Business & Schools_ _Appointment Scheduling Software_ _Online CRM, Invoicing, Project Management & Timesheets Software_ AgileCRM Airwoot Applane Appointy Apptivo Around.io Social Media Tool for Online Sellers B _Customer Segmentation & Marketing Automation for Ecommerce_ _Online Invoicing System & Online Billing Software_ Betaout Billbooks Build a Bazaar Ecommerce Software to build an Online Store C _Voice Broadcasting & SMS Marketing Software_ _All in One Marketing Software_ _Customer Engagement Management Solutions_ _Human Resource Management System_ _Workflow Automation Software_ _Subscription Billing & Recurring Billing Solution_ _Coaching Classes Management Software_ _Sales CRM for Small Teams_ _Full Stack DevOps Platform_ _Social Work Management Platform_ _Collaborative Spreadsheet Tool_ _Competitive Intelligence for Enterprises and Teams_ _Plug and Play Predictive Customer Analytics Platform_ _Big Data Analytics_ CallHub Canvass Capillary cavinHR Cavintek ChargeBee ClassPro ClinchPad CloudMunch CollaborateCloud CollateBox Contify CustomerLabs Crayon Data Crowdfire Social Media Engagement App for Twitter & Instagram CRMnext CRM Software Solutions for Banking, Insurance, Financial Services & Media D _Easy-to-access data APIs_ _Project Collaboration Software For Small Business & Teams_ _Clinic and Practice Management Software for Doctors_ _Full Stack ERP for E-Commerce_ Dataweave DeskAway DocEngage Dsysh Dquip Lead & Sales Management Software E _HRM Software_ _HR and Payroll Software_ _Business Phone System from the Cloud_ EmployWise Emportant Exotel Explara Online Event Ticketing & Registration Platform F _School Management Software_ _Practice Management Software For CA, CPA, Accounting Firms_ _eCommerce Marketing Automation Software_ _Online GRC Solution for Audit Risk Compliance_ _Big Data Analytics_ _Online Contact Form Builder_ _Online Collaboration, Communication and Real Time Feedback Tool_ _ECommerce website solution_ _Online Customer Support & Helpdesk Solution_ Fedena Firmzen Firecart FixNix Formcept FormGet Framebench FreKart Freshdesk FusionCharts JavaScript Charts for Web, Mobile & Apps G _Cloud Based HR & Payroll Software for SMEs_ _Cloud Based Productivity Platform for work_ GreyTip Gridle GrownOut Automated Referrals Hiring Process H _Platform to code, learn, compete and discover best jobs for developers_ _Platform for programmers to hone skills and for companies to recruit_ _Global Visitor Management Solution_ _Web based Hotel Management System, PMS Software_ HackerEarth HackerRank Happy Visitor Hotelogix Hive Email Based Collaboration Software HRStop Hosted Human Resource Management/Information System I _Online multi channel customer support and helpdesk solution_ Impel Indix Product Intelligence Platform for Brands, Retailers & Developers J _Psychometric Test Online Software_ Jombay JusPay Online Payment Solution K _DIY Ecommerce Platform for Indian SMEs_ _Help Desk and Customer Service Software_ _Business Process Management Tool & Workflow Software_ KartRocket Kayako KiSSFLOW Kreato CRM CRM software for SMBs L _Big Data Analytics Solution_ _Lead Management Software_ _Marketing Automation & Lead Management Software_ LatentView LeadPrime LeadSquared Lybrate Healthcare Platform Connecting Patients and Doctors M _Multichannel Ecommerce Platform_ _Attachments Management System_ _Online Skill Assessment Platform_ _One-stop Technology Solution Dedicated to Events_ _Computational Financial Analytics Platform_ _Cloud-based Training Solution_ _iBeacon Proximity Marketing and Analytics Platform_ _Targeted Marketing Platform for Mobile Apps_ _Software for DMC & Tour Operators_ MartJack MetisMe Mettl MeraEvents MilkorWater MindTickle MobStac MoEngage Moxiter MyOperator Cloud Based Phone System for Small Businesses N Nittio Learn Learning automation for businesses O _Open Source ERP and CRM_ _Sales Force Automation Software_ _PaaS-Based Cloud Application Development Platform_ _Cloud Based Accounting Application_ Odoo OpusViz OrangeScape Owlgrin Ozonetel Cloud Communication Application Provider P _Telecom Operations Management_ _An Online Gamification Platform_ _SMS & Voice API to Build Apps_ _Real time Customer Analytics_ _Point of Sales System for Restaurants_ _Online Medical Practice Management Software_ _Cloud Based Physician Practice Management Solution_ _Online Accounting Software for SMBs_ _DaaS Provider for Large-Scale Data Needs_ Pervazive Playlyfe Plivo Plumb5 Posist Practo Praxify ProfitBooks Prompt Cloud ProofHub Online Project Management Software Q Qubole Big Data as a Service (BDaas) Platform R _SEO Management Platform_ _Online Accounting & Billing_ _Online Recruiting and Resume Management_ RankWatch ReachAccountant RecruiterBox Relecura Platform for Patent/Portfolio Analysis & IP Business Intelligence S _Web Based CRM Software Platform_ _Social Commerce Store Builders_ _Content Protection and Anti-Scrapping Solution_ _ECommerce Store Building Platform_ _A Social Media Monitoring & Analytics Platform_ _Social Media Marketing and Monitoring Platform_ _Mobile-first ECommerce Platform_ _HR & Payroll Management Software_ _Help Desk Software_ SalesBabu SellMojo ShieldSquare Shopnix Simplify360 SocialAppsHQ StoreHippo sumHR SupportBee Synergita Talent and Performance Management Software T : _Create chatbots with no Programming Knowledge at all_ Tars Typito : Make video editing simple and accessible for all U _Ecommerce Product Discovery & Recommendation Platform_ _Ecommerce Management Software & Fulfillment Solutions_ _Solving Mystery Of App Uninstalls_ _Social Media Analytics_ Unbxd UniCommerce Uninstall.io Unmetric UsersDelight Customer Engagement and Growth Tool for Website & Mobile App V _Free People Search Technology_ _Actionable & Intelligent Video Analytics Suite_ _Viral Marketing and Customer acquisition Platform_ Vibe Vidooly ViralMint VWO A/B Testing Tool and Conversion Optimization Platform W _Customer Engagement Tool for Websites_ _ERP School Management and Administrative Software_ _How To Guides for Websites_ _Hosted CRM for SMEs_ _Ecommerce Software to Build an Online Store_ WebEngage Web-School WhatFix WindCRM WorldMart workXmate Cloud ERP Software for SMEs X Y Z : CRO Software with A/B Testing, Heatmaps, Funnel Analysis & Form Analytics. _ECommerce Platform for SMBs_ _Cloud Based Human Resource Management Software_ _Cloud Based Accounting Software_ _Enterprise grade solution for shortening of URLs, branding a domain & gathering statistics_ Zarget Zepo ZingHR ZipBooks ziplr Zoho Online Business, Network, and IT Infrastructure Management Applications 0–9 99tests Software Testing Community

Massive List of 100+ SaaS Companies in India

In this article that is focused on the entire public, I will explain experiences, anecdotes about a personal project of how I turned my home into and how can I also control the different electronic devices, enter in home by phone with a simple gesture or open the building door using a Siri voice command. smart Basically the idea was started with an Arduino kit that I had purchased and I had started to fiddle with the different modules joysticks, relays, motors, displays, etc .. So I decided to turn my home into a smart and control it from the phone. Although it could also be integrated with GoogleHome / HomePod, but for the moment I postponed it for another phase. These have been the objectives of the project that I set before starting: Power on/off, control the intensity and program the house lights as well the plugs. Measure the indoor and outdoor temperature to regulate it. Opening the building door with voice commands via Siri. Opening the home door via fingerprint and detect its closure. In addition add a button to facilitate opening from inside. Notification system and historical records of all door activity Installation of several security measures, to guarantee the integrity of the home. The advantage of opening the home door from the mobile device apart from providing access and control of who enters and leaves, increases security since many families don’t usually lock the door, just close it using the latch. So it makes the work of thieves more easy and we don’t want that. To do this, I used the Rasberry Pi a small single-board computer where you would end up connecting and controlling all the devices in the home that you would like to add through the automation system. Domoticz In the market there are several options when we talk about smart devices of many brands and for all pockets. From a light bulb to cameras, thermostats, refrigerators, etc. At the end anything no matter how small, that can be connected to WiFi/bluetooth is called an IoT device. IoT device types However, apart from acquiring some and installing them, they can also be created by oneself depending on the needs we have. In my case I used the ESP8266 chips together with the relay module powered at 5V for example to turn on/off the electrical circuit of a mini water fountain. Moreover for all the control home temperature, the Node MCU chip has been used for taking measurements every X time interval updating data to Domoticz, which would be able to start up the heating system if is necessary. Also I decided to add a display to visualize temperature and time. On the left the module ESP8266 and on the right the Node MCU Dashboard Once all the devices are configured, this would be the Domoticz interface, also accessible from the mobile. Basically from here we can control all connected devices, add, delete and much more. Accessing of course, only from the local network. In addition we can program each device and add additional logic, for example when it should turn on, off, with specific intensity. Depends on our case we may be interested in one state or another. Desktop dashboard In my case as you can see, I have relevant information about the Raspberry Pi, the temperature outside and inside the house. Also some plugs, lights from different rooms or areas of the house. Also the possibility of enabling/disabling the door mechanism, and some other options. 3D Modeling and Printing To open the home door, a signal that arrives is not enough. That signal has to launch an action, in this case turn the key, an action that we perform daily. Although I saw some “ ” mechanisms, but none fitted with the type of my door. smart lock Moreover who wants a battery-based system? We wouldn’t like him to run out of battery with us outside the home. So the system should be directly connected to the power and only in case of emergency be powered by an electric accumulator. For do this, it was necessary to begin to take measures and build something from scratch that made it possible to turn the key, taking into account that it is a reinforced door. After making the plastic structure and the handlebar, I began to design the sustenance of the servo motor. My main intention was to split the key in 2 parts to make all the support more compact, but when I couldn’t do it, I decided to leave the idea. There was also the possibility of making a gear system but taking into account the durability that this required and the turning force I decided to opt for something more simple. I started to design the 3D pieces and then print them and after some readjusting this is the final result. Assembly of all the components, in red it would be other parts like the servo and the key These components are accessible and can be downloaded from the website (website dedicated to the sharing of user-created digital design files). thingiverse.com Assemble The assemble may take a long time but we don’t want to see the cables hanging because apart from being unsightly can cause greater consequences such as short circuits. To ensure that doesn’t happen, we have to use a property cable holding. This would be the result in my case, trying to make the cables barely notice even though they travel through the door frame until they reach the lock. On the left we can see the intercom that is connected to the Raspberry Pi. And on the right the servo motor hold by the piece printed in 3D. At the same time, a button can be seen halfway up the door, it is the he has the responsibility to open the door from inside in a very simple way. DashButton Electrical Circuit Diagram of connection of the different components Once seen the assemble part I will explain the components that form it, as well as the connection with the Raspberry Pi. To be able to build it, I perform different proof of concept on a small scale, testing different configurations before making the final assembly. This circuit could be perfectly soldered instead of a breadboard, although it can always be done at another step. These are the different components used for its construction: Whose function is to turn the key to open and close the door. 1x Servo Motor: 9V DC current supplied to the servo motor for proper operation. 1x Power supply: Detects when the door closes and send the command to the servo to turn the key. 1x Magnetic Switch: One responsible for closing the intercom button and the other to power the servo only when it required. 2x Relays: : Solving common Raspberry Pi problem of stepping up 3.3 GPIO to 5V for power the relay. 2x Transistors NPN This sketch is accessible and can be downloaded from the website (open-source hardware initiative that makes electronics accessible as a creative material for anyone). fritzing.com Mobile Application The different parts of the application. To maximize the security for all entire engine, I decided to create an application where all the information passed through my own server, in order to register and control all the traffic, as well the access, instead of using Domoticz for this critical part. I used React-Native framework for this development. The application is not public and is completely for internal use, consisting of the following functionalities: Fingerprint scanner when trying to launch an action Add Siri shortcut command only available for the building door Notifications and alerts system Demo The door opening engine has gone through several phases throughout the development from alpha versions, to the current one, paying special attention to security and giving stability to work properly. Since we don’t want the engine to stop responding or fail. So today and with all the members of the family using daily the engine has been functioning correctly for more than a month. Here is the demo of how it works: Demo prototype door engine Basically the intercom system keeps the building door opened for a few seconds after receiving the action sended from Siri command, enough to be able to enter from the outside. This action is received by the Raspberry Pi that closes the intercom system button circuit through the relay, executing the same logic as if we had pressed it. On the other hand, the action of opening the reinforced door can only be released by fingerprint and the door will remain open until the magnetic switch detects the closure of the door, as can be seen. Technologies and libraries In terms of technologies used in the project, the server and the Raspberry Pi running in nodeJS. Using (Server Send Events) for such communication, together with for the execution of different actions. SSE AWS Lambdas Without forgetting the (Process Manager2) production runtime and process manager to allow to keep applications alive forever, to reload them without downtime and facilitate common DevOps tasks. PM2 To control the (General Purpose Input Output) have used node library , a wrapper for the . Although other alternatives like used for IoT and Robotics programming. GPIO pigpio pigpio C library johnny-five The mobile application use a specific libraries for the following features: npm Fingerprint scanner feature: https://www.npmjs.com/package/react-native-fingerprint-scanner Siri commands feature: https://www.npmjs.com/package/react-native-siri-shortcut The driver control of the different microchips used for ESP8266 and Node MCU in the assembly, as well as the different device modules connected to them, such as the temperature and humidity sensor (DTH11), 4-digit display (TM1637), relay module and others, have used with specific libraries recommended by the manufacturer that some of them can be found . here Software To build the different parts of the project such as the system of monitoring and devices controller, 3D modeling and printing, the design and programming the circuit, I have been used different third-party software like: : Automation System Domoticz : , Electronic prototyping Arduino Fritzing : , 3D Printing Ultimaker Cura Simplify3D : , 3D Modeling Fusion360 SketchUp Summary Nowadays more and more people talking about smart home, companies are involve their efforts to conquer a growing market and makes people life easier. For this purpose they design and sell many kinds of devices and kits like sensors, controllers, lights, switches and more .. So everyone could make their own smart home and control it by their phone, voice and gestures. Think about having the possibility of scheduling the temperature before arriving at home, being able to monitor your home through an installed security camera, controlling the different electronic devices by voice commands, lifting the blinds at the morning automatically and why not, enter in your home without keys only from mobile phone. Although the possibilities are endless as one wants. The is available to be used to facilitate our lives. technology Thanks for your time and reading. V.Madalin

My smart home

Bottom Line Up Front: This is a great 3D Printer. I’m an enthusiastic fan of 3D printing, not an expert. I’ve used the PrintrBot Metal, MakerBot Replicator 2, and Replicator 1. Unboxing the is a pleasure. The instructions are clear(ish). I had no significant trouble making my first print in ABS. Beautifully, the LulzBot comes with a tookit bag that includes most of the accessories (x-acto, dental pick, putty knife, needle-nose pliers, Allen wrenches) needed not only to assemble the LulzBot to also to remove your prints. LulzBot Taz 5 I purchased the LulzBot Taz 5 for three reasons: the reputation of the firm as an American firm supporting all-open-source design and offering good support, the ability of their extruders to support a of materials, and the fact that they offer . I have not yet purchased the dual extruder head, but plan to get the one that lets me print in flexy material, as it is quite relevant to the robotics work I am doing. wide range dual-extruder heads Before my filament arrived, I tried using leftover 1.75mm filament. I did not have much success with that, although apparently others have. My nozzle would extrude but then clog in the middle of a print. My first major print in ABS came out perfectly. It is the head of Groot ( ) , printed at fine detail. It took 6 hours. I use Simplify3D as my slicer, and it seems to work perfectly with the LulzBot. Cura works as well. I don’t like Cura because the support structures it designs always seem very hard to tear off cleanly compared to Simplify3D. http://www.thingiverse.com/thing:478806 I love the fact that the LulzBot Taz 5 with the “Hexagon” extruder can print Nylon, an extremely strong and tough plastic, such as in “Fractal Octahedra” above, which an support at least 170 pounds. I’ve been using Nylon 645. I follow the instructions and put down PVA glue on the bed before printing, and every print has been good. Sometimes there are a few strings, and sometimes there are some “burned” looking spots, usually close to the bed. However, 3D printing is always a bit of an artI expect problems like those. One lovely thing about Nylon is that you really can dye it very easily with food coloring. The “Voronoi Elephant” above was “nylon white” before I did it “Tufts blue” for my daughter with blue food coloring, hot water and vinegar for about 1 minute. Changing filament in the LulzBot Taz 5 is easy once you get used to it. The drive gear that impels the filament opens up quite completely, making it easy to see thread and remove the filament. The “idler” tensioning bolts are very easy to use. There is a filament guide which is really nice — it seems to make sure that you can go reliably from the filament reel holder to the extruder head with no danger of tangles. The heated bed seems to work perfectly. I have had zero problems with adhesion to this (PEI) surface so far. The LulzBot Taz 5 has a large bed — — it easily printed this “auxetic fabric” in nylon. I do have some nits to pick, which should be thought of as things to improve, not major problems: The printing from the SD card works perfectly. This is very important, since in my laboratory I don’t want to constantly attach my mac to the printer and bring it back to my big monitor. However, I have not figured out from the on-board control how to raise the extruder head. I can jog it in x and y, but not z. Perhaps I just don’t know how to do it. The printer is relatively noisy. I find the sound of it pleasant, but I need to turn it off when on the phone. Luckily so far the “pause” and “resume” on-board features have worked perfectly. I think this is an excellent mid-range printer. A smaller, cheaper printer (LulzBot makes one) makes more sense for a child or a beginner. But I am very happy with my purchase so far. Thanks to for making the beautiful designs I’ve printed here and thousands more freely available. Thanks to: Thingiverse Doodle_Monkey ( ) for “Bust of Groot”. http://www.thingiverse.com/Doodle_Monkey/about Roman Hegglin ( ) for “Elephant Voronoi Style” ( ). http://www.thingiverse.com/roman_hegglin/about http://www.thingiverse.com/thing:287891 Taroh SASAKI ) for “Fractal Octahedra” ( ) (http://www.thingiverse.com/taroh/about http://www.thingiverse.com/thing:1123004 hunterfrerich ( ) for “Round Auxetic Surface” ( ) http://www.thingiverse.com/hunterfrerich/about http://www.thingiverse.com/thing:881094

Stories, News & Mentions about SIMPLIFY360

Simplify360’s Stories on HackerNoon