Our life’s works

A Telehealth solution for a remote interactive session (audio/ video) with Real-Time Stethoscope. The solution enables a patient’s heartbeat or auscultations to be broadcast to remote physicians and consultants. The heartbeat must be high quality so that it is diagnosable. While WebRTC protocols are primarily designed for Voice (and Video) which operates in the 300-3400 Hz spectrum, our custom solution can collect information in the 10-50 Hz spectrum I.e. where the human heartbeat transmits the bulk of its information.

A massive Telehealth platform based on our in-house RTC framework. It has been designed for medical professionals to connect and consult with remote patients. The USP of the platform is the plugin-based future-proof architecture that enables it to be integrated with enterprise applications and medical hardware devices on client premises.

Native PTZ camera apps have been around for a long time. This WebRTC based solution allows PTZ cameras to be integrated into bespoke solutions for users to Web control remote cameras. We provided a solution to a Telehealth client where remote PTZ ceiling/wall cameras can be added as a participant to a video conferencing for medical professionals to closely view remote patients from different angles.

A groundbreaking breakthrough in the field of audience participation at events, this platform turns participants’ phones into live microphones and plays audio out at the venue using WebRTC on an embedded device. The customer is a leading global player in the A/V space. One of the technological challenges was to achieve mouth-to-ear latency in the region of
sub-100 ms. Our collective expertise in audio streaming, WebRTC core, and embedded devices
was key to achieving this. Moderator and Participant apps are available on iOS, Android, and the
web.

The customer is a modern and visionary company that provides podcasters a flexible vehicle to deliver their content. Many of our strengths – our RTC framework, our experience of local and server-side recording, and our design skills – came together in a happy confluence to
deliver a platform that is low cost (no recurring media server costs), offers high-quality local
recording tracks, and has a natural and intuitive user experience. We were able to provide features like clipping detection, compression and AGC, VU Meters, mixing of multitrack audio, etc. all from within a browser.

We helped the customer build an online distributed microservices-based massive Virtual Classroom platform (using our WebRTC engine) that has enabled the business to run more than 10000+ online virtual classroom sessions in a day. It has been voted as one of the world’s best virtual classrooms.

This offering is a flavor of our WebRTC framework customized for the online teaching vertical. The customer is an established and well-known brand, providing an online education platform connecting educators and learners on synchronous and asynchronous courses. Their earlier platform was based on legacy technology (Flash), and buggy with a bad user experience.
Our deliverable was to change the whole architecture by revamping the base technologies and also make it completely cloud-based. The result was a beautiful and highly performant and scalable online training solution.

A live streaming solution on mobile devices to broadcast and record live sports events to audiences located remotely. This is a high-traffic application that had to achieve auto scalability based on actual usage.

An in-house RTC framework that has all the infrastructural development blocks for accelerated development of WebRTC based solutions. Day Zero implementation of the
framework comes with a remote video consultation platform, chat channel, annotation, and
document sharing capabilities. Also included are admin capabilities such as a user management portal and an easy-to-use dashboard. All of this is built on a distributed microservices-based platform.

Plivo based integration to WebRTC based platform for allowing people to join video conferencing sessions from their mobile handset.

A completely custom-made test preparation experience for aspirants of competitive
entrance exams such as SAT and ACT. Designed to be fully DIY, the experience of every student
through the platform is unique and depends on their strengths and weaknesses as identified by
the platform based on a free diagnostic test. With gamification, leaderboards, levels, and badges, the platform is designed to keep students engaged as they take multiple dynamic tests that emulate the ACT/SAT experience with all the bells and whistles of timed tests, practice tests, flagging, navigation, etc. The option of asking for a clarification session is built into the platform.

The customer is a US-based start-up in agricultural services and solutions.
The early offering that got them off the ground was an on-premise reporting system. Eventually,
the drawbacks of being bulky and not being designed for scale caught up with it and made it very sluggish resulting in a long load time, a bad user experience, and irate customers. Our deliverable was a scalable cloud-based interactive and highly performant reporting solution that provides beautifully animated visualizations. Other features included Enterprise-ready with SSOs and multitenancy
with white labeling.

A interactive and highly performant Reporting solution that enables beautifully animated Visualizations. It has a full pluggable library of visuals to support the interpretation of data. Enterprise-ready with SSOs and multi-tenancy, it has a highly granular Groups and
Permissions framework. A framework to provide quick turnaround time for new reports allows white labeling via pure configuration and is horizontally infinitely scalable

Payment Integration and using third-party APIs like Stripe. It allows SaaS offerings to be payment-enabled on their platforms.

A full-fledged enterprise application and a laboratory management information system for a US-based client who in the business of providing seed and sample testing services to Agriculture based clients. Complex workflow processes are supported for day to day
operations of the business on the cloud. A robust and multi-tenant reporting system complements the workflow at various stages.

At its core, it is a video consultation platform for doctors to connect with patients
located anywhere in the world. All clinical and operational workflows associated with remote
health practices were implemented by Antares Tech in this WebRTC based solution.

Antares Tech used its core WebRTC framework to enable audio transmission and
recording facilities. All platform capabilities right from call scheduling, calendar integrations, recording, storage, and distribution, etc. have been built into the system.

A telematics app that sits on the user’s phone and helps decipher and reward driving behavior as one drives on the road. It works off of mobile sensors and gives the user a
driving score for every completed ride, and an overall score. It comes with a leaderboard for a
sense of community and this social aspect engenders competitiveness.

A mobile video conferencing app for remote patients to connect with doctors from
anywhere. Additional medical devices hardware integration capabilities allow different remote PTZ cameras and medical devices like Stethoscopes, ECG/EEG machines, Oximeter, BP, and blood sugar measuring devices to be connected for remote clinics to collect and transmit patient information to doctors located remotely.

Facilitates and guides the end-user in conducting his/her survey of the damaged car and uploads the videos, images, and documents to the Insurance Company’s database, thus reducing the cost and turnaround time of processing an insurance claim.

A mobile application-based live streaming solution for broadcasting live and recording sports events to audiences located remotely. This was a high-traffic application that had to achieve auto scalability based on the usage.

The client is an end-to-end distribution platform provider for retailers, offering
a wide range of products and brands. Their mission is to provide retailers with access to credit on easy terms, transparent pricing, personalized deals, timely updates on market changes, best-inclass delivery & after-sales services. We provided a full-featured e-Commerce app for both Android and iOS built ground up, glitch-free at peak loads with Android-iOS experience
consistency. All the bells-and-whistles: deal updates, real-time tracking, payment gateway, etc.

A groundbreaking breakthrough in the field of audience participation at
events, this platform turns participants’ phones into live microphones and plays audio out at the venue using WebRTC on an embedded device. The customer is a leading global player in the A/V space. One of the technological challenges was to achieve mouth-to-ear latency in the region of sub-100 ms. Our collective expertise in audio streaming, WebRTC core, and embedded devices was key to achieving this. Moderator and Participant apps are available on iOS, Android, and the web.

This US-based client researches, develops, and manufactures pharmaceutical products, as well as offers prescription medicines and consumer health care products for human and animal health. We created a mobile and Web diagnostic application which can digitalize and automate the process of sample shipping and form submissions for
veterinarians. The field personnel should be able to create, submit and print a submission form. It should be able to interface with existing 3rd party labs. The application should work in offline,
field situations.

A Telehealth solution for a remote interactive session (audio/ video) with Real-Time Stethoscope. The solution enables a patient’s heartbeat or auscultations to be broadcast to remote physicians and consultants. The heartbeat must be high quality so that it is diagnosable. While WebRTC protocols are primarily designed for Voice (and Video) which operates in the 300-3400 Hz spectrum, our custom solution can collect information in the 10-50 Hz spectrum I.e. where the human heartbeat transmits the bulk of its information.

A massive Telehealth platform based on our in-house RTC framework. It has been designed for medical professionals to connect and consult with remote patients. The USP of the platform is the plugin-based future-proof architecture that enables it to be integrated with enterprise applications and medical hardware devices on client premises.

Native PTZ camera apps have been around for a long time. This WebRTC based solution allows PTZ cameras to be integrated into bespoke solutions for users to Web control remote cameras. We provided a solution to a Telehealth client where remote PTZ ceiling/wall cameras can be added as a participant to a video conferencing for medical professionals to closely view remote patients from different angles.

A groundbreaking breakthrough in the field of audience participation at events, this platform turns participants’ phones into live microphones and plays audio out at the venue using WebRTC on an embedded device. The customer is a leading global player in the A/V space. One of the technological challenges was to achieve mouth-to-ear latency in the region of
sub-100 ms. Our collective expertise in audio streaming, WebRTC core, and embedded devices
was key to achieving this. Moderator and Participant apps are available on iOS, Android, and the
web.

The customer is a modern and visionary company that provides podcasters a flexible vehicle to deliver their content. Many of our strengths – our RTC framework, our experience of local and server-side recording, and our design skills – came together in a happy confluence to
deliver a platform that is low cost (no recurring media server costs), offers high-quality local
recording tracks, and has a natural and intuitive user experience. We were able to provide features like clipping detection, compression and AGC, VU Meters, mixing of multitrack audio, etc. all from within a browser.

We helped the customer build an online distributed microservices-based massive Virtual Classroom platform (using our WebRTC engine) that has enabled the business to run more than 10000+ online virtual classroom sessions in a day. It has been voted as one of the world’s best virtual classrooms.

This offering is a flavor of our WebRTC framework customized for the online teaching vertical. The customer is an established and well-known brand, providing an online education platform connecting educators and learners on synchronous and asynchronous courses. Their earlier platform was based on legacy technology (Flash), and buggy with a bad user experience.
Our deliverable was to change the whole architecture by revamping the base technologies and also make it completely cloud-based. The result was a beautiful and highly performant and scalable online training solution.

A live streaming solution on mobile devices to broadcast and record live sports events to audiences located remotely. This is a high-traffic application that had to achieve auto scalability based on actual usage.

An in-house RTC framework that has all the infrastructural development blocks for accelerated development of WebRTC based solutions. Day Zero implementation of the
framework comes with a remote video consultation platform, chat channel, annotation, and
document sharing capabilities. Also included are admin capabilities such as a user management portal and an easy-to-use dashboard. All of this is built on a distributed microservices-based platform.

Plivo based integration to WebRTC based platform for allowing people to join video conferencing sessions from their mobile handset.

A completely custom-made test preparation experience for aspirants of competitive
entrance exams such as SAT and ACT. Designed to be fully DIY, the experience of every student
through the platform is unique and depends on their strengths and weaknesses as identified by
the platform based on a free diagnostic test. With gamification, leaderboards, levels, and badges, the platform is designed to keep students engaged as they take multiple dynamic tests that emulate the ACT/SAT experience with all the bells and whistles of timed tests, practice tests, flagging, navigation, etc. The option of asking for a clarification session is built into the platform.

The customer is a US-based start-up in agricultural services and solutions.
The early offering that got them off the ground was an on-premise reporting system. Eventually,
the drawbacks of being bulky and not being designed for scale caught up with it and made it very sluggish resulting in a long load time, a bad user experience, and irate customers. Our deliverable was a scalable cloud-based interactive and highly performant reporting solution that provides beautifully animated visualizations. Other features included Enterprise-ready with SSOs and multitenancy
with white labeling.

A interactive and highly performant Reporting solution that enables beautifully animated Visualizations. It has a full pluggable library of visuals to support the interpretation of data. Enterprise-ready with SSOs and multi-tenancy, it has a highly granular Groups and
Permissions framework. A framework to provide quick turnaround time for new reports allows white labeling via pure configuration and is horizontally infinitely scalable

Payment Integration and using third-party APIs like Stripe. It allows SaaS offerings to be payment-enabled on their platforms.

A full-fledged enterprise application and a laboratory management information system for a US-based client who in the business of providing seed and sample testing services to Agriculture based clients. Complex workflow processes are supported for day to day
operations of the business on the cloud. A robust and multi-tenant reporting system complements the workflow at various stages.

A telematics app that sits on the user’s phone and helps decipher and reward driving behavior as one drives on the road. It works off of mobile sensors and gives the user a
driving score for every completed ride, and an overall score. It comes with a leaderboard for a
sense of community and this social aspect engenders competitiveness.

A mobile video conferencing app for remote patients to connect with doctors from
anywhere. Additional medical devices hardware integration capabilities allow different remote PTZ cameras and medical devices like Stethoscopes, ECG/EEG machines, Oximeter, BP, and blood sugar measuring devices to be connected for remote clinics to collect and transmit patient information to doctors located remotely.

Facilitates and guides the end-user in conducting his/her survey of the damaged car and uploads the videos, images, and documents to the Insurance Company’s database, thus reducing the cost and turnaround time of processing an insurance claim.

The client is an end-to-end distribution platform provider for retailers, offering
a wide range of products and brands. Their mission is to provide retailers with access to credit on easy terms, transparent pricing, personalized deals, timely updates on market changes, best-inclass delivery & after-sales services. We provided a full-featured e-Commerce app for both Android and iOS built ground up, glitch-free at peak loads with Android-iOS experience
consistency. All the bells-and-whistles: deal updates, real-time tracking, payment gateway, etc.

A groundbreaking breakthrough in the field of audience participation at
events, this platform turns participants’ phones into live microphones and plays audio out at the venue using WebRTC on an embedded device. The customer is a leading global player in the A/V space. One of the technological challenges was to achieve mouth-to-ear latency in the region of sub-100 ms. Our collective expertise in audio streaming, WebRTC core, and embedded devices was key to achieving this. Moderator and Participant apps are available on iOS, Android, and the web.

This US-based client researches, develops, and manufactures pharmaceutical products, as well as offers prescription medicines and consumer health care products for human and animal health. We created a mobile and Web diagnostic application which can digitalize and automate the process of sample shipping and form submissions for
veterinarians. The field personnel should be able to create, submit and print a submission form. It should be able to interface with existing 3rd party labs. The application should work in offline,
field situations.