• All
  • AI
  • Blockchain
  • Healthcare
  • Mobile
  • Manufacturing
  • IoT
  • Big Data
  • Automation

Core Banking Solution

An outdated legacy Core Banking Architecture that was powered by Java (J2EE) and Struts stack with almost no room for scaling and expanding into robust functionality of today's Core Banking needs. A complete Digital Tranformation was carved out to migrate to the latest Software Stack (J9/J10 EE) while keeping Mobile First Approach at the center. Thus paved a way for applying the latest in AI, ESB, Big Data, Mobile and many cutting edge technologies.

Tags: Fintech, Banking, Core-Banking, Mobile-Banking, m-Wallet, Payments, Automation

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Core Banking Solution Migration

Background/Problem:

  • Legacy Core Banking system was writtent in J2EE (1999) with Struts 1.0.
  • A completely outdated and out of support Java based Software Stack.
  • Absolutely No room for scaling, not compliant with latest in Enteprise ESB/SOA/BPM architecture due to outdated Software Stack.
  • Software missed out on several key initiatives such as AI, Big Data, Mobile and host of Fintech capabilities possible now.

Solution:

  • Legacy Core Banking Software Stack replaced with Java EE 9 (J9EE), Big Data with Hadoop & Apache Spark and Storm
  • New Data Warehousing based on Oracle 13i while supporting open Big Data Technologies and Analytics/Reporting
  • Legacy and outdated CORBA (ORB) replaced with SOAP/REST Web Services
  • Created a compeletely new Architecture based on the latest Enterprise SOA Patterns while making a Mobile First Approach key to the solution success.
  • State of the Art ESB implemented using Mulesoft. ESB provides a way to leverage your existing systems and expose them to new applications using its communication and transformation capabilities.

Blockchain for Supply-Chain

Addressing the three main challenges of a Supply-Chain, Technovature developed a Supply-Chain protocol that addresses Supply chain data fragmentation, Supply chain data centralization and Sensitive data protection.

Tags: Blockchain, Supply-Chain, Manufacturing, Logistics

Technologies: OpenChain platform, Smart Contracts, DAPP,

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Blockchain for Next-generation Supply Chain

Background/Problem:

  • Error–prone, laborious manual record keeping
  • Supply Chain Data Fragmentation
  • Supply Chain Data Centralization
  • Sensitive Data needs protection as the data is fragmented
  • Friction due to high complexity in Globl Trade leading to conflict of interests due to the use of different systems to track shipments

Solution & Benefits:

  • Blockchain technology deployed for the digitization of supply chain records, with all participants, from raw material suppliers and manufacturers to retailers, contributing their track and trace data to a shared ledger.
  • Any participant can access the ledger, but can never change the logged data. Hence Data Protection and Authenticity.
  • Improve transparency and traceability in supply chains: Supplychain are now able to amass data about how goods are made, where they come from, and how they are managed; while this information is stored in the blockchain-based system
  • Alleviate Friction in Global Trade: Due to a single common shared system, Blockchain is able to alleviate friction in international and intercontinental global trade including procurement, transportation management, track and trace, customs collaboration, and trade finance.

Blockchain Cold Chain Monitoring

Food and pharmaceutical products often have specialised storage needs. Moreover, enterprises see the value in sharing warehouses and distribution centres instead of each one paying for its own. Sensors on sensitive products can record temperature, humidity, vibration, and other environmental conditions.

Tags: Blockchain, Supply-Chain, Cold-Chain Monitoring, Logistics, Immutable, Tamper-Proof

Technologies: OpenChain platform, Smart Contracts, DAPP,

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Blockchain for Cold-Chain Monitoring

Background/Problem:

  • Error–prone, laborious manual record keeping
  • Improper food storage conditions
  • Illegal, unreported, & unregulated fishing practices
  • Seafood fraud (mislabeling)
  • Additionally, when seafood is made unsafe by inadequate temperature control, poor recordkeeping and traceability methods mean that companies can sometimes take weeks to find the source of the problem.
  • Unable to recall only liable products or batches, all items along the supply chain are affected. That means Compromised food security and product quality

Solution:

  • Blockchain technology deployed for the digitization of supply chain records, with all participants, from raw material suppliers and manufacturers to retailers, contributing their track and trace data to a shared ledger.
  • Any participant can access the ledger, but can never change the logged data.
  • Every single food item or shipment pallet can be assigned a cryptographically unique identifier at the start of the cold chain.
  • Any Vendor or Businesses involved in this Cold Suppy-Chain can now track in a matter of seconds where unsafe products are now located, and where along the chain the temperature was originally compromised.

IoT in Healthcare

Bluetooth Low Energy (BLE) Beacon technology chipset from a leading Semiconductor major (Cypress Semicounductor) was engineered for wearables to draw the functionality of various sensors such as Running, Walking, Cadence, Heart Rate Monitoring, Blood Pressure (BP) monitoring, Cycling etc. using the Bluetooth GATT profiles. The Engineered solution was adapted to both iOS and Android Mobile platforms.

Tags: Healthcare, Bluetooth, Wearables, Mobile, Internet of Things, Well-being

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Bluetooth BLE IoT in Healthcare

Background/Problem Statement: BLE Sensor technology has emerged as the key technology enabler for wearables and the progress of the Wearable technologies such as Smart Watches, Smart-Fit Bands etc.

  • Prior to Bluetooth 4.0, the ability to calibrate and tune sensors was difficult.
  • Low-Energy Consuming High-Speed Wireless Data connectivity between the Device sensors and Wireless Devices was non-existent before Bluetooth 4.0
  • Sensors performing with Low Energy Consumption was also rare.
  • Co-existence of various sensors that monitor Health Vitals without affecting each others performance is key.
  • Providing a Mobile Interface for Networking and Data Sharing on the same protocol became the key to success.

Solution:

  • Bluetooth Low Energy (BLE) sensor technology became the key standard bearer for capturing Vital Health Statistics in Real-Time
  • Bluetooth Chipset from Cypress Semiconductor provided the required base sensor characteristics or also known as GATT profiles
  • Various profiles were tapped into in order to capture Health Vitals such as Blood Pressure Monitoring, Heart Rate Monitoring, Temperature, Cycling, Running and many such GATT profiles have been integrated successfully
  • The solution has been completely integrated and ported onto both Android and iOS Devices.

AI Chatbot

Artificial Intelligence (AI) has made chatbots more life-like than ever before, and they are becoming pervasive. Talking bots are taking pizza orders, reserving hotel rooms, and scheduling appointments. In short, these robots are all around us.To maximize the ability of artificial intelligence (AI) chatbots to improve service, save money, and increase engagement, we helped businesses and organizations' need to understand how these programs work and how to benefit from them.

Tags: Artificial Intelligence (AI), Chatbots, Conversational Bots, NLP, Automation, Customer Care

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AI Chatbot Concierge Service

Background/Problem:

  • People don’t want more functionality, they already have too much functionality. The most modern applications today are about having less UI, a single button that does a tremendous amount
  • Are there recurring customer service issues or problem areas in our business that would benefit from preventive interaction?
  • Tedious process like expense managemen and OCR recognition spins up a lot of data to manage for a user.
  • How can use AI to process such data automatically and make the interactions with the user intuitively to simplify their user exerpience?

Solution & Benefits:

  • Expense Platform powered by AI/Chatbot services takes new users step-by-step through the setup process, and is designed to proactively trouble-shoot customer issues .
  • With access to real-time travel pricing, Concierge is able to notify users if they’re receiving the best value.
  • The platform can communicate with users on the website or via mobile and is compatible with Slack (the cloud-based team collaboration tool)
  • The chatbot service has helped reduce banking problems by 67%, and that the website has increased the number of its free trials by 400%.

Real-Time Mobile Messaging

Real-Time Mobile and Web Messaging App allows for tracking student class activity and course activity, set goals and follow-up with action reminders, group collaboration at a class-level and group-level allows for instant interaction between students, teachers and parents to better plan and execute a disciplined academy learning routine for a better results and better growth of the student(s).

Tags: Real-Time, Instant Messaging, Mobile Messaging, WebSockets, Group Messaging

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Real-Time Mobile Messaging

Background/Problem:

  • Education curriculum and courseware conent can be overwhelming many a time.
  • Critical Interactions within the context of the Education or Learning is a key to gain access to invaluable information.
  • Classwork and Homework Progress is lost in tomes of time as there is no single place to access what had already been done digitally
  • Goal Oriented Student Planning for Courseware, Subjects and Extracurricular activities good be very useful to reach objectives of Learning for the Student.

Solution & Benefits:

  • A Digital platform that provides Web and Mobile Interfaces for Students, Teachers and Parents to access daily and yearly academic work by the Student.
  • A timeline view of the activity of a student of all his or her accomplishments, strengths and weaknesses can be tallied digitally now.
  • A Messaging and Collaboration Tool that encourages and allows students, teachers and parents to interact both privately and publicly to track the daily and weekly progress of a Student or Ward.
  • Real-Time Dashboard views for the Parents and Teachers can be invaluable to evaluate key metrics of academic progress and modify/customize academic planning to reach new goals.

IoT for Gas Pipeline

Connected wireless technology is helping the oil and gas industries:
Optimize for efficient pumping activities.
Maintain the pipes and wells.
Monitor equipment failures and gas leaks.
Monitor pipe thickness, temperatures, and erosion in a refinery.

Tags: Internet of Things (IoT), Sensors, Industrial Internet, Supply-Chain, Manufacturing, Pipeline, Oil&Gas

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IoT for Gas&Pipeline

Background/Problem:

  • Programmable logic controller (PLC) systems in Oil&Gas industry are essentially wired IoT communications, and they are used frequently in the industrial field.
  • The challenge with collecting data using wires is that someone has to run those wires, and that process can become quite expensive.
  • Satellite Communications:The drawback with Satellite Communications here is that satellite connectivity can be expensive and often requires numerous communication links to deliver information.
  • Physical Monitoring:Employing individuals to physically walk around and monitor levels and measurements by hand is something many oil and gas companies still do. It reqiures substantial effort and manpower.

Solution:

Wireless IoT allows companies to monitor more things using sensor-level technology, take fewer readings by hand, and gather more data and information in order to better optimize business processes. :

  • Wireless IoT solutions allow these companies to do things in a more ad hoc way
  • For instance, they’re able to add 100 sensors in a single well, and then add another 1,000 sensors when they deem necessary.
  • This is far easier with wireless technologies than it is for PLC and other wired systems.
  • Connected wireless technology is helping the oil and gas industries: Optimize for efficient pumping activities, Maintain the pipes and wells, monitor equipment failures and gas leaks and monitor pipe thickness, temperatures, and erosion in a refinery.

Robotic Process Automation

RPA robots utilize the user interface (UI) to capture data and manipulate applications just like humans do. They interpret, trigger responses and communicate with other systems in order to perform on a vast variety of repetitive tasks, only better. In contrast to other, traditional IT solutions, RPA allows organizations to automate at a fraction of the cost and time previously encountered. RPA is also non-intrusive in nature and leverages the existing infrastructure without causing disruption to underlying systems, which would be difficult and costly to replace. With RPA, cost efficiency and compliance are no longer an operating cost but a byproduct of the automation.

Tags: Automation, Robotic Process Automation (RPA), Process Automation, Productivity

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RPA Financial Case Study

Background/Problem:

  • Financial data was managed through spreadsheets and paper forms.
  • E-mail was used for approval tracking.
  • Specific processes in scope included treasury wires, policy renewals and exceptions, and various other approval and delegation processes.
  • These processes were inefficient and prone to human error and inaccuracies.

Solution:

By leveraging leading BPM and RPA technologies, Technovature simplified these financial processes, digitized them, and made them more auditable. The solution involved:

  • Providing a simple, intuitive, and electronic process to submit requests for outgoing wire payments
  • Enabling mobile approval by senior leadership for high-dollar wires and requested delegations
  • Delivering management dashboards and increased operational visibility surrounding historical and in-flight activities
  • Supplying a formal audit trail and role-based security
  • Adding ability for integration with other external systems for enhanced efficiency and quality

ERP SaaS Manufacturing

Enterprise Resource Planning (ERP) Software specifically tailored for manufacturing segments and succesfully deployed in Silk Manufacturing Industry taking care of all the key tenets of the Manufacturing process from Planning, Order Management, Inventory Management, Catalog Management, Shipping, Customs, Payments, CRM capabilities such as Vendor Management and Marketing all in a single SaaS Application offering with a Mobile Tablet enabled interface using iPad and Android Tablets.

Tags: ERP, Supply-Chain, Manufacturing, Logistics, Mobile Enterprise, iOS, Android

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ERP for Manufacturing

Background/Problem: A large, multi-national silk manufacturing company had a fragmented and inefficient operating model. With operations in more than 5 countries, the company was not leveraging its size to achieve process efficiencies or economies of scale. In essence, it was operating as 5 different companies. The process of manufacturing was so fragmented that it was quite cumbersome to gain efficiencies or achieve predictable time-scale for end-to-end manufacturing including aspects such as Inventory Management, Marketing, CRM, Sales & Order Management etc. To address these operational inefficiencies and to build an operating infrastructure that would support very aggressive growth objectives, the CIO decided that the company needed to implement a new business and technology infrastructure.

Solution:

Technovature built from scratch and end-to-end ERP Software Solution with a Mobile First approach with Mobile support for iOS and Android devices in addition to a Web based SaaS offering. :

  • Spent more than 3 months to understand in detail every nook of their Manufacturing processes.
  • Identified key bottlenecks in terms of manual methods, lack of data management, operational inefficiencies.
  • Developed organizational change management, communications and training strategy for implementation
  • Created resource and a complete custom development plan for the Software product for Web and Mobile
  • Performed several levels of Integraation across Enterprise Architecture, Enterprise Service Bus for Web Services and SOA Web Services Principles
  • Deployed product created several benefits to the customer such as a single dashboard to view their entire manufacturing machinery(processes + people + raw material + customers + orders), take orders from trade shows using iPad or Android tablets, complete automation of the manufacturing process leading to significant reduction in time taken to complete a full-product manufacturing cycle.

IoT Beacon Solution

A Digital Mobile solution that uses Bluetooth Low Energy (BLE) Beacons that are strategically placed using a Digital Campaign Solution at Airports, Cofee Shops, Restaurants and Shopping Malls allows for detecting Android and iOS mobile users in immediate proximity and based on Personalized Analytics, delivers coupons and shopping experiences never seen before.

Tags: Bluetooth Smart, BLE Beacons, Internet of Things(IoT), Sensors, Beacon Management

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BLE Beacon Retail Solution

Background/Problem:

  • Customer Footfall is Real in Malls and Shopping areas across the globe.
  • With online E-commerce, Stores lose out to Customers without that Digital Footprint bridging online with offline
  • Brick-N-Mortar have very less insights into a walk-in customer to deliver any real personalized value to them as they walk-in to the store.

Solution:

By leveraging leading BPM and RPA technologies, Technovature simplified these financial processes, digitized them, and made them more auditable. The solution involved:

  • The beacon provides near proximity or walk-in customers a live experience that could act as an extention of their online experiences
  • Brand Engagement at Branded Stores can be accentuated and enhanced significantly using BLE Beacons as a lever of Digital Enabler
  • Customized and Personalized Offline Shopping Experiences can be crafted and delivered in Real-Time
  • Digital Wallet and Loyalty Programs further enhance the Personalized Offline Digital Experiences of Shoppers and consumers.
  • Brands and Advertisers are thus able to create and deliver Digital Campaigns and are able to track their success in Real-Time.

Telecom Monetization Data Insights

With the help of big data analytics capabilities, telcos can turn an enormous structured and unstructured data into actionable customer insights. Telcos can now develop enriched 360 customer profiles, establish customer-centric KPIs and develop more targeted offers. With sentiment analysis, customer churn analysis and clickstream analysis, operators can build micro-segmentations to determine the most valuable customers, identify loyal customers, high value customers, potential customers, offer tailored-products for each customer segment/group and also can analyze churn prediction before it happens.

Tags: Big Data, Telecom, Analytics, Revenue Maximization, Insights, Machine Learning

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Telecom Insights using Big Data

Background/Problem:

  • For a Tier-1 Telco, Telecom revenues became very challenging because of High Mobile Penetration (200%) and a saturated market.
  • Competition significantly fierce due to OTT players and custom Telco providers
  • It was not too late before this Customer realized that Analytics could play a vital role in reviving their flagging business.

Solution:

Analytics recognized as a key strategic enabler to improve core telco business:

  • Customer Profiling and Segmentation was the key first step in the Big Data Analytics Journey
  • Big Data Architecture and the Analytics Stack enabled this Telco to identify 'Adjacent Services' from IoT to Smart City etc.
  • Predictive and Prescriptive Analytics played a key role in mapping custom tailored plans and services for the most appropriate segment/group of customers Enterprise or Not.
  • Business Value from Analytics in telcos is maximized by applying Analytics beyond Marketing and Sales into the Network domain. Telco Network Data is Big Data.
  • One of the key success factors was to identify feasible and maximum benefit business use cases, and thereby secure strong and broad company sponsorship for such a large project.

Beacon Banking Solution

Beacon Banking solution uses IoT BLE Bluetooth Smart Beacons to engage with banking customers in the vicinity or inside a Bank in enabling a very rich, interactive customer service experience with almost no need for wait times or long lines with pending tokens. Banking customers get direct notifications via their Mobile and are prompted to elevate their Banking Experience and meet their needs instantaneously while keeping these interactions personalized and private.

Tags: Banking, Fintech, BLE Beacons, IoT, Customer Care

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Banking using Beacons

Background/Problem:

  • Running Customer Service at a Physical Banking Location or a Branch can prove too expensive for a Bank.
  • Long delays and queues with inefficient methods of resolving banking customer problems can lead to very high rates of Dissatisfaction.
  • With an entire generation of Core Banking Solutions running on Digital now, It is quite a quandary to deliver an archaic Banking experience to a consumer while he or she is inside a Banking premises or a Branch.

Solution:

Bluetooth Beacons can play a vital role in enabling and filling a Digital divide caused by non-existing digital solution to serve customers on-premise in a branch:

  • Beacons enable targeting customers with customized notifications tailore made for him or her when he or she is at the Banking branch.
  • A Digital Backend discovers the flow of a large number of banking customers walking in into the Branch.
  • Instant AI Chat based interaction requesting them to provide their pain point or the service they are seeking can reduce the level of frustration caused due to long delays and lines
  • Resolutions can be done by automated systems without having the Customer wait for their turn.
  • For others a Digital Token is issued automatically and the customer is directed to the most appropriate Customer Care manager to resolve his or her issue(s).

Aspire Education App

Mobile and AI enabled Aspire Education App uses AI Technology to tailor the learning experience of users with a special Robotic Assistant serving as a very powerful education counsellor keeping track of the constant and daily needs of the students of their learning needs, their resources, their likes and dislikes and their aspirational goals in academic learning and educational growth cycle. It delivers custom learning modules, tailored custom quizzes, interactive videos for a rich and effective learning for the students.

Tags: Artificial Intelligence, Education, Learning, Content, Automated Testing, Education Counseling

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Aspire AI Education Platform

Background/Problem:

  • Existing Digital Learning and Education Platforms are too generic.
  • Intelligent Tailoring of Courseware and Content Delivery is Non-Existent
  • Interactive Learning Modules and Quizzes delivering based on the current strength and weakness of the Student in Real-Time is key.

Solution:

  • A Digital AI based platform that helps student discover new and improved ways of learning.
  • Instant AI Chatbot Counselor that acts as a Real-Time Assistant, Counselor and a Virtual Teacher to resolve most of the needs of the students instantly
  • A common dashboard for the Student to give him/her idea as to where they are with respect to their journey in reaching their goals specific to their Learning Goals, Academics and Subjects
  • Students get their own custom learning journey to reach their higher education goals effectively.

DISE School Information System

A Mobile Tablet enabled Digital Education Management Platform that allows for managing the data related to all the public government schools registered in the State of Karnataka, the students enrolled, the teacher data and delivery and real-time monitoring of several social welfare schemes for students. A Dashboard that provided a one-stop view of all the key KPI related to these education management information.

Tags: School ERP, Education, Education Management, Mobile, Android, NFC, Biometrics

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Mobile DISE Information Application

Background/Problem:

  • Manual Paper based Data Entry of Government Public Schools, Student Enrollment, Attendance and Teacher Information is broken and inefficient.
  • Lack of access to realistic data leads to failed school programs and grants by the Government.
  • Data related to proper classification of students and schools based on the class, social background, poverty-levels, socio-economic background should be handy in order to deliver the best education and government schemes for uplifment of students belonging to underprivileged and Backward Classes.

Solution:

A Mobile tablet enabled soluion with Biometrics as alleviated all the above problems by providing a Real-Time Mobile and Web Solution with complete digitization of all the records.:

  • More than 27000 schools brought under the ambit of this Digital/Mobile solution.
  • Digitization allowed for accessing all important reports and data on the fingertips with the click of a button.
  • Digitization and Mobile enablement of Attendance management led to the constant monitoring of student progress and student churn.
  • Delivery of important social schemes by the government for students, schools and civic projects made possible with better efficiency using Real-Time monitoring.
  • Dashboard view enabled Higher Educational Officials to show authentic data about the progress being made to the Government officials and Ministers.

Unity 3D - Home Renovation

An iOS App powered by Unity 3D based engine for rendering 3D surroundings from 2D images of your Home Indoor/Outdoors and allowing for re-imagining and re-designing your interiors with a slew of pluggable 3D library objects such as Furniture, Appliances and many more to put them into a perspective of your envisioned home before a major Renovation is taken up.

Tags: 3D Modeling, Unity 3D, Rendering, Android, iOS, OpenGL

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IoT for Gas&Pipeline

Background/Problem:

  • Programmable logic controller (PLC) systems in Oil&Gas industry are essentially wired IoT communications, and they are used frequently in the industrial field.
  • The challenge with collecting data using wires is that someone has to run those wires, and that process can become quite expensive.
  • Satellite Communications:The drawback with Satellite Communications here is that satellite connectivity can be expensive and often requires numerous communication links to deliver information.
  • Physical Monitoring:Employing individuals to physically walk around and monitor levels and measurements by hand is something many oil and gas companies still do. It reqiures substantial effort and manpower.

Solution:

Wireless IoT allows companies to monitor more things using sensor-level technology, take fewer readings by hand, and gather more data and information in order to better optimize business processes. :

  • Wireless IoT solutions allow these companies to do things in a more ad hoc way
  • For instance, they’re able to add 100 sensors in a single well, and then add another 1,000 sensors when they deem necessary.
  • This is far easier with wireless technologies than it is for PLC and other wired systems.
  • Connected wireless technology is helping the oil and gas industries: Optimize for efficient pumping activities, Maintain the pipes and wells, monitor equipment failures and gas leaks and monitor pipe thickness, temperatures, and erosion in a refinery.