Adoption is the true measure of success

Adoption is the true measure of success

by | Oct 1, 2019 | Insights

→ Insights

Adoption is the true measure of success

We employ a well developed engagement strategy to get a prototype ready in 14 days and the minimum viable product up and running in 60 days. Our implementation strategy is tuned to todays everything as a service mindset where implementations are quick, with no capex and evolutionary in nature.

Adoption is the true measure of success, todays software is evolutionary in nature

The Grene Engagement Methodology is unique in its approach as we take adoption as a key success metric. The methodology is ever evolving to track and improve enterprise adoption. Adoption for todays software as a service (especially in large enterprises) requires focused strategy and effort.

Some of our adoption strategies :

  • Instant Gratification

  • Financial Compensation

  • High Availability

  • Reduced Anxiety

  • Increased Consistency

  • Friendliness Index

  • Information Sharing

  • Intelligent Reminders

Continue reading

Autonomous Drone Management

Oct 4, 2019

→ InsightsA drone, in technological terms, is an unmanned aircraft. Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot that can be remotely controlled or fly autonomously...

The AI & Robotics Transformation Engine

Oct 2, 2019

→ InsightsFrom elastic infrastructure to application is a sequential journey for any enterprise.In most cases using existing infrastructure might not serve the purpose of AI and robotics transformation. Our AI platform has ready to use technologies in each of these 6...

30+ Technologies Stitched Together Seamlessly

Oct 1, 2019

→ Insights The tech stack is ever evolving and at a rapid rate of change. We choose technologies based on stability, security, resource availability and support. The plan is to always be on time. A little early or a little late, both of these cases lead to the same...

Autonomous organisations are like self driving cars

Autonomous organisations are like self driving cars

by | Oct 1, 2019 | Enterprise, Insights

→ Insights

Autonomous organisations are like self driving cars

An autonomous organisation is one that runs completely on autonomous software applications. An autonomous application is a software system that utilizes autonomy, automation, AI, learning, or feedback. This includes, for example, self-deciding, self-reflection, self-adaptive and self-repairing software systems.

To explain an Autonomous Enterprise in the context of enterprise software.

Descriptive Analytics is like looking into the rear view mirror of a car and driving

Predictive Analytics is like depending on your navigation system for traffic updates

An Autonomous Enterprise is like a self driving car.

AI is more an application of a technology to mimic human behaviour, and not a technology itself.

Continue reading

Autonomous Drone Management

Oct 4, 2019

→ InsightsA drone, in technological terms, is an unmanned aircraft. Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot that can be remotely controlled or fly autonomously...

The AI & Robotics Transformation Engine

Oct 2, 2019

→ InsightsFrom elastic infrastructure to application is a sequential journey for any enterprise.In most cases using existing infrastructure might not serve the purpose of AI and robotics transformation. Our AI platform has ready to use technologies in each of these 6...

30+ Technologies Stitched Together Seamlessly

Oct 1, 2019

→ Insights The tech stack is ever evolving and at a rapid rate of change. We choose technologies based on stability, security, resource availability and support. The plan is to always be on time. A little early or a little late, both of these cases lead to the same...

AI Cloud & Elastic Infrastructure

AI Cloud & Elastic Infrastructure

by | Oct 1, 2019 | Enterprise, Insights

→ Insights

AI Cloud & Elastic Infrastructure

AI cloud infrastructure and its architecture requires a complete overhaul of existing methods of storage, processing and bandwidth.

Research shows that the 20% of the time is when maximum processing is required and 80% of the time systems are running at 20% capacity. Autonomously scaling infrastructure ensures that we match supply based on demand.

We use a highly scalable architecture for our cloud infrastructure to meet the high processing demands of AI in short periods of time. This also helps us our customers reduce unnecessary costs of maintaining excessive infrastructure to match peak loads.


Elastic infrastructure on AWS or Equivalent

Continue reading

Autonomous Drone Management

Oct 4, 2019

→ InsightsA drone, in technological terms, is an unmanned aircraft. Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot that can be remotely controlled or fly autonomously...

The AI & Robotics Transformation Engine

Oct 2, 2019

→ InsightsFrom elastic infrastructure to application is a sequential journey for any enterprise.In most cases using existing infrastructure might not serve the purpose of AI and robotics transformation. Our AI platform has ready to use technologies in each of these 6...

30+ Technologies Stitched Together Seamlessly

Oct 1, 2019

→ Insights The tech stack is ever evolving and at a rapid rate of change. We choose technologies based on stability, security, resource availability and support. The plan is to always be on time. A little early or a little late, both of these cases lead to the same...

Autonomous Citizen Services @ 10+ Smart Cities

Autonomous Citizen Services @ 10+ Smart Cities

by | Oct 1, 2019 | Enterprise, Insights, Responsive Cities

→ Insights

Autonomous Citizen Services @ 10+ Smart Cities

Citizen services in the Modern Era

Whether renewing a driver’s license, receiving health and human services support, or engaging with elected representatives, citizens routinely interact with 20th-century systems with their government while benefitting from 21st-century systems in their everyday lives. When it comes to federal, state, or local government providing benefits and services to citizens, and enabling citizen participation in democracy, the citizen experience can often be underwhelming and frustrating.

This lack of modernity, coupled with broader trends of political distrust and apathy, can translate into low citizen satisfaction. Citizens are less satisfied with state services than with private-sector services, ranking government services below the much-maligned cable TV customer services.

Read more about role of AI in Citizen Services in this paper by Harvard Ash Center.

 

Grene Robotics is working with several smart cities to bring AI transformation into their citizen services systems using our Cloud Robotics Platform.

The End Goals
  • Multilingual conversational user interface for easy Citizen Adoption
  • AI to respond to 50% of citizen requests without human intervention
  • AI to bring in the right department to work with citizens till the service is concluded
  • AI to manage over all turn around time for any service offered to a citizen
The Autonomous Citizen Services Workflows
  • It starts from the citizen choosing a specific service from a smartphone, and ends at receiving the required answer, document or approval for the service requested.
The Key Stakeholders & Resources
  • The Citizen
  • The Mayors Office
  • Various State and Central Government Departments Existing Government Systems
The Challenges
  • No end to end visibility for city management
  • No follow up
  • No Real Time Updates
  • No Prediction on completion time
  • No statistics on turn around time
  • Too many queues and physical locations

Continue reading

Autonomous Drone Management

Oct 4, 2019

→ InsightsA drone, in technological terms, is an unmanned aircraft. Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot that can be remotely controlled or fly autonomously...

The AI & Robotics Transformation Engine

Oct 2, 2019

→ InsightsFrom elastic infrastructure to application is a sequential journey for any enterprise.In most cases using existing infrastructure might not serve the purpose of AI and robotics transformation. Our AI platform has ready to use technologies in each of these 6...

30+ Technologies Stitched Together Seamlessly

Oct 1, 2019

→ Insights The tech stack is ever evolving and at a rapid rate of change. We choose technologies based on stability, security, resource availability and support. The plan is to always be on time. A little early or a little late, both of these cases lead to the same...

The AI & Robotics Transformation Engine

The AI & Robotics Transformation Engine

by | Oct 1, 2019 | Enterprise, Insights

→ Insights

The AI & Robotics Transformation Engine

Crop Management is the group of agricultural practices used to improve the growth, development, and yield of agricultural crops.
Grene Robotics is working with central and state governments to predict and manage crop yield and disease by providing the services and support farmers need in real time using our Cloud Robotics Platform.

The End Goals

  • Real time crop analytics with a Google Earth interface.

  • Real time prediction of disease outbreaks, with autonomous counter measures

  • Real time prediction of yield, with optimal price prediction for the farmer

  • Digital hail for farm machinery with hourly usage and billing

The Autonomous Crop Workflow

It starts from the farmer choosing to cultivate his/her farmland from a smartphone, and ends at selling yield (processed or unprocessed) to a distribution channel.

 The Key Stakeholders & Resources
  • The Farmer
  • The Government
  • Raw Material Suppliers
  • Financial and Insurance Agents
  • Farm Machinery
 The Challenges

  • Soil Conditions
  • Weather Conditions
  • Crop Disease
  • Financial Support
  • Irrigation
  • Insurance
  • Raw Material Pricing
  • Yield Purchase Pricing

Continue reading

Autonomous Drone Management

Oct 4, 2019

→ InsightsA drone, in technological terms, is an unmanned aircraft. Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot that can be remotely controlled or fly autonomously...

The AI & Robotics Transformation Engine

Oct 2, 2019

→ InsightsFrom elastic infrastructure to application is a sequential journey for any enterprise.In most cases using existing infrastructure might not serve the purpose of AI and robotics transformation. Our AI platform has ready to use technologies in each of these 6...

30+ Technologies Stitched Together Seamlessly

Oct 1, 2019

→ Insights The tech stack is ever evolving and at a rapid rate of change. We choose technologies based on stability, security, resource availability and support. The plan is to always be on time. A little early or a little late, both of these cases lead to the same...

What are intelligent applications?

by | Oct 1, 2019 | FAQ, Insights

→ Insights

What are intelligent applications?

Applications that can take smarter decisions, data insight and experience driven decisions. Applications built on our platform can save OpEx by 30% or more by taking decisions and actions that make the workforce highly productive while providing an unparalleled customer experience.

GARTNER –
“Today, enterprise application providers are embedding AI technologies within their offerings as well as introducing AI platform capabilities — from enterprise resource planning to customer relationship management to human capital management to workforce productivity applications.”

Source : https://www.gartner.com/smarterwithgartner/top-trends-on-the-gartner-hype-cycle-for-artificial-intelligence-2019/

Continue reading

Autonomous Drone Management

Oct 4, 2019

→ InsightsA drone, in technological terms, is an unmanned aircraft. Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot that can be remotely controlled or fly autonomously...

The AI & Robotics Transformation Engine

Oct 2, 2019

→ InsightsFrom elastic infrastructure to application is a sequential journey for any enterprise.In most cases using existing infrastructure might not serve the purpose of AI and robotics transformation. Our AI platform has ready to use technologies in each of these 6...

30+ Technologies Stitched Together Seamlessly

Oct 1, 2019

→ Insights The tech stack is ever evolving and at a rapid rate of change. We choose technologies based on stability, security, resource availability and support. The plan is to always be on time. A little early or a little late, both of these cases lead to the same...