The Search For India’s Next Breakthrough Innovations Begins As Marico Innovation Foundation Invites Applications For Indian Innovation Icons 2027


The biennial platform continues its legacy of championing scalable solutions creating socio-economic and environmental change

The 11th edition of Marico Innovation Foundation’s flagship platform aims to identify bold ideas addressing India’s evolving challenges

Hyderabad, June 23, 2026 – Marico Innovation Foundation (MIF), a pioneer in championing impactful innovations, today invited applications for the 11th edition of its flagship biennial platform — Indian Innovation Icons.

Launched in 2006, Indian Innovation Icons has emerged as one of the country’s premier innovation recognition platforms, spotlighting ‘currently hidden, yet potentially game-changing’ Indian innovations creating socio-economic and environmental impact. Over the years, the platform has spotlighted several upcoming innovators whose solutions have gone on to transform communities and industries across the country.

The 11th edition will recognize innovations across Business (For-Profit) and Social (Not-For-Profit) categories. Applications will remain open from 22nd June 2026 to 22nd July 2026, and interested innovators can apply through Indian Innovation Icons 2027 | Application Form

Indian Innovation Icons follows a unique and rigorous evaluation process spanning over eight months to identify the most disruptive and promising innovations. The process includes two rounds of deliberations by an independent jury for each category, followed by detailed on-ground due diligence conducted by an independent knowledge partner, Deloitte Monitor.

The jury for the 11th edition will feature distinguished leaders from the business, startup, investment, science, and social impact sectors. The Business Category jury will be chaired by Amit Chandra, Chairperson Bain Capital and India, Co-Founder, ATE Capital and include Namita Thapar, Executive Director, Emcure Pharmaceuticals; Debjani Ghosh, Distinguished Fellow, NITI Aayog, former President of Nasscom and former Vice President & MD, Intel South Asia; Dr. Ashish Lele, Director, CSIR-National Chemical Laboratory; Prabha Narasimhan, MD & CEO, Colgate-Palmolive India. Ravi Mariwala, Chairman and MD, Smaart Water; Sanjiv Kaul, Senior Partner, ChrysCapitall.

The Social Category jury, also chaired by Amit Chandra, Chairperson Bain Capital and India, Co-Founder, ATE Capital, will comprise Deepali Khanna, Senior Vice President and Head of Asia, The Rockefeller Foundation; Samarinita Shetty, Co-founder and CEO, IDR; Chetna Gala Sinha, Founder and Chairperson, Mann Deshi Bank and Mann Deshi Foundation; Aniket Doegar, CEO, Haqdarshak; Prateek Madhav, CEO and Co-founder, AssisTech Foundation; Luis Miranda, Co-founder and Chairperson, Indian School of Public Policy.

The grand finale of the 11th edition of Indian Innovation Icons will take place on March 4, 2027, at the Jio World Convention Centre, BKC, Mumbai. The event will bring together a distinguished gathering of leaders from the business, startup, investment, social impact, and media landscape to celebrate extraordinary stories of innovation, perseverance, and change.

Harsh Mariwala, Founder, Marico Innovation Foundation said, “India is witnessing a strong wave of innovators building solutions that have the potential to create meaningful impact at scale. Yet, many breakthrough ideas often remain under-recognized despite solving real challenges on the ground. Through Indian Innovation Icons, we aim to identify and champion such disruptive innovations by providing them with greater visibility, access to networks, and opportunities that can help accelerate their growth and impact. Over the years, the platform has recognized innovators who have gone on to create significant change across sectors and communities, and we look forward to discovering the next generation of transformative ideas through the 11th edition.”

Winners of the 11th edition will gain strategic guidance from Mr. Harsh Mariwala, access to Marico Innovation Foundation’s ecosystem of investors, business leaders, grant makers, and ecosystem partners, along with bespoke mentoring from Marico’s senior leadership, enhanced national visibility, and curated opportunities to accelerate their growth and scale.

Amit Chandra, Jury Chair and Chairperson of the Governing Council at Marico Innovation Foundation said, “India’s future will be shaped by people who see problems differently and have the courage to build disruptive solutions. Indian Innovation Icons exists to identify and champion such innovators early in their journey. Past winners like Skyroot Aerospace, Dozee, and Astrome Technologies are powerful examples of what happens when bold ideas are recognized and backed early.

Every edition leaves me inspired by the ingenuity, resilience, and ambition of India’s innovators. I look forward to discovering the next generation of those whose ideas might create impact at scale and help shape India’s next chapter.”

Previous winners have included organizations such as Skyroot Aerospace, Indra Water, People’s Archive of Rural India (PARI), India Development Review (IDR), Ishitva Robotic Systems, Dozee and Khushi Baby, among others.

In the previous edition, the platform received over 1,100 applications from across India, showcasing innovations addressing diverse challenges across the country.

Suranjana Ghosh, Head, Marico Innovation Foundation, said, “It has been exciting to witness the progress of our past Indian Innovation Icons winners over the years and see how India’s innovation ecosystem has continued to evolve. As we launch the 11th edition, we are eager to discover the ideas, innovators, and impact stories that have emerged since the last edition of Indian Innovation Icons. At Marico Innovation Foundation, we see this as an opportunity to celebrate innovation, and also to learn from the individuals and organizations shaping the future of India. We look forward to spotlighting the next generation of path breaking innovations and invite innovators from across the country to wholeheartedly apply and share their stories with us.”

Stay updated on the latest announcements and application updates by following #IndianInnovationIcons on LinkedIn and Instagram.

About Marico Innovation Foundation

Founded by Mr. Harsh Mariwala in 2003, the Marico Innovation Foundation (MIF) nurtures and promotes innovations. The erstwhile ‘Innovation for India’ Awards, started in 2006, are the first platform in India to recognise and celebrate pioneering innovations. This biennial event, now rebranded as Indian Innovation Icons, has set the standard for recognising groundbreaking innovations in India, bringing together leaders and thinkers to celebrate and support innovative ideas.





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Recent Reviews


Now let me brief about the SAS tool:

SAS is also known as “Statistical analytical software” – popular data analytical software. The main purpose of this SAS software is to alter, manage, retrieve, and mine from multiple data sources. The basic functionalities of SAS included are managing the data, statistical analysis purpose, developing the applications, and data warehousing. The SAS technology consists of a point and click user interface mainly for non-programmers and also used to perform more advanced options through SAS programming language. In the SAS tool, data will be extracted from multiple sources to analyze and identify the data patterns.

Let’s start with SAS programming concepts.

Fundamental concepts of SAS programming:

The following are the important windows used in SAS programming:

SAS windows:

These SAS windows are mainly used by large business enterprises and training institutes. The main aim to use this SAS window is that due it includes a lot of essential utilities that reduce the time required to write the SAS codes.

The following diagram explains the overview of SAS windows;

SAS Window

1. Log window:

This is a type of execution window. With the help of this window type, you can check the condition of your program execution. You can view errors, notifications, and warnings related to program execution in this windows type.

2. Code window:

This type of window is also called an editor window. You should use them as a blank paper, and notepad, where you can write your SAS programming code.

3. Output window:

As the name tells, this type of window is used to display the output of the given program or program code. In this window, you should write your code in the editor.

4. Result window:

This window is a type of index that consists of output lists of programs that help to run them in one session. It also holds the particular session results, if you once close the software, then you have to restart it. The resulting window in SAS window type will be empty.

5. Explore Window:

This window type consists of lists of all the libraries and packages in the system. With the help of this window type, you need to browse the system that includes supported file types.

One more important point to be remembered, a few business enterprises use the LINUX operating system. This type of OS will not support the graphical user interface to write your SAS program code and it’s very inconvenient to use.

SAS data sets:

SAS data sets are also known as data files. However, data files consist of rows and columns, where rows include observations and columns include variable names.

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SAS variables:

SAS consists of two types of variables:

1. Numeric variables:

This is the default type of variable. These variables are mainly used in mathematical expressions.

2. Character variables:

Character variables hold values that are not used in mathematical expressions. They are used as text or strings. A character variable can be expressed by using the symbol “$” at the end of the variable name.

SAS libraries:

SAS library is a list of SAS files that can be stored in the same folder or any directory on your computer devices.

There are two types of SAS libraries available such as;

1. Temporary library: In this type of library, the data sets will be deleted when your SAS session ends.

2. Permanent library: In this type of library, data sets will be saved permanently; henceforth they are available across the SAS sessions.

With the help of this library, the user can also define or generate a new library type called a user-defined library by using the keyword “LIBNAME”.

SAS programming and SAS code structure:

When you begin SAS programming, you should know two building blocks;

They are;

1. DATA step: This DATA step creates the SAS program data sets and then transmits them into the PROC step.

2. PROC step: This type of SAS step processes the data sets.

Important rules to be followed when you begin with the SAS program;

a. Every code in the SAS program should begin with either DATA or PROC step.

b. Every line of the SAS program code should end with a semicolon.

c. A SAS programming code should end with these keywords “RUN” or “QUIT”.

d. SAS programming codes are not always case sensitive.

e. You can write the codes across multiple lines or multiple statements in a single line.

Program example:

DATA Employee_Info;

Input Emp_ID  Emp_Name$ Emp_Vertical$;

datalines;

201 Mark SQL

202 John SAS

203 Adam JAVA

;

RUN;

Informats and Formats in SAS:

As I said earlier SAS uses two types of variables;

They are;

1. Numeric

2. Character

When your SAS program consists of non-standard variables, then SAS will throw the errors or you will not get the desired output. To overcome this type of hustle SAS makes use of Formats and Informats.

Informat:

The main purpose of using these Informats is to read or read the input data types available from external files or flat files (you can also know them as a text file or sequential file). This type of SAS informat informs SAS software on how to read/ write the data into SAS variables. SAS program consists of three types of informats:  character, date or time, and numeric. The following are the syntax structure of informats:

a. Character informat: “$INFORMATw”.

b. Numeric informat: “INFORMATw.d”.

c. Date or time informat: “INFORMATw”.

Here the “$” defines the character format and “w” indicates the variable width. And the “d” used to indicate the numeric data.

Formats:

Informats in SAS are used as an instruction to read the data, whereas the formats are also a type of instruction to display the output data. Here formats are used into three classes informats (for example character, numeric, and date/time formats) and also hold dot values.

The syntax used to format the statement is as follows;

FORMAT variable-name FORMAT-NAME;

SAS Loops:

While working with SAS programming, in some cases, you may get a situation where we need to execute the block of statements several times. You will get an error when you execute the same statements again and again. In SAS programming, the DO statements are used to implement the loops. This is also known as the “Do loop”. The image shows the loop statements execution;

There are three types of Do loops used in SAS programming;

1. Index: in this case of do, the loop will begin from the start value until the stop value of the condition given index variable at the end of the program.

2. While: the loop conditional statement continues until the while condition becomes false, then the loop will be terminated.

3. Until: the loop continues till the Until condition becomes true and the program will be executed successfully.

   Want to know more about SAS,visit here SAS Tutorial !

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Basic statistical procedures used in SAS:

The following are vital statistical procedures used in SAS;

1. PROC MEANS:

This type of basic statistical procedure is mainly used to calculate any arithmetic mean and standard deviation while working with SAS operators. It may be difficult for those who are new to statistical analytics. So before you start coding, you should make use of this basic procedure.

2. Arithmetic mean:

This is nothing but the sum of the value of any numeric variables, which are divided by the number of variables that give you the Arithmetic mean. It is also called mean and also measures the central tendency. A measure of central tendency is nothing but a single value that defines the set of data to identify the central position of the data sets.

3. Mean of a Data sets:

If you want to supply only data sets without using any variables, first you should calculate the mean of all the given variables at the data set.

4. Mean of selected variables:

Here you need to supply the names to the variables by using the Var option, and then you will get the mean of the selected variables.

5. Mean by class:

With the help of this, you need to find the mean of the numeric variables by grouping them. Here the grouping can be done by using some parameters. For example, parameters like “make” and “type” can be used to group them.

6. Standard deviation:

Standard deviation is a measure used to verify the given data set. For example, if the value of standard deviation is “0”, it means that data points are very close to the mean of the data set.

The below are the two methods used to calculate the standard deviation value;

1. PROC MEANS

2. SURVEYMEANS

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Conclusion:

In this SAS programming blog, you will be learning what are all the various approaches used to execute the SAS codes. SAS software includes various advanced level customized components to help while working with business enterprise applications. We have tried to explain basic to advanced level concepts to become a good SAS programmer. One more advantage of the SAS tool is that even non-programmer with basic SQL knowledge can also access this software tool.

 Related Article:

SAS Vs Python



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