Showing posts with label IT For Business. Show all posts
Showing posts with label IT For Business. Show all posts

Wednesday, November 5, 2025

The Forgotten Science of the Past - Why Ancient Knowledge Still Matters



1. The Silence of the Stones
Across India, from the Himalayan peaks to the ocean floor of Dwarka, stand structures that seem to defy time itself — temples carved from solid rock, aligned perfectly with the sun and stars, vibrating with energies no machine can measure.

They are not ruins.
They are reminders.

Reminders that before satellites and silicon, before telescopes and telescopic arrogance, humanity had already looked upward — and inward — and understood the rhythm of the cosmos.

Yet today, these same wonders rarely make it into global history books or lists of the “greatest civilizations.”
The question isn’t why the world forgot them.
The question is — why we stopped reminding the world.



2. Science Was Once Sacred

In the Vedic era, there was no line separating spirituality and science.
The rishis who observed the stars also understood acoustics, geometry, psychology, and biology — all as parts of one conscious design.

A Hindu temple was not merely a place of worship.
It was an energy engine — calibrated to channel cosmic vibrations into human consciousness through:
• sound resonance (mantras, bells, and chanting),
• geometric symmetry (mandalas and yantras),
• magnetic flow (placement of metals, orientation of sanctum),
• and astronomical alignment (sunlight touching deities on solstices or equinoxes).

Every element — from the height of the gopuram to the length of the sanctum’s axis — was encoded mathematics.

It wasn’t “religion.”
It was architecture of consciousness.



3. Panchang: The Code Behind Time

Long before atomic clocks, ancient Indian astronomers created the Panchang — a living algorithm of the universe.

They calculated:
• planetary motion,
• eclipses,
• seasonal cycles, and
• the relationship between cosmic forces and human biology.

Aryabhata measured the Earth’s circumference with a 99.7% accuracy.
Bhaskara predicted planetary retrogrades centuries before Galileo.
The Surya Siddhanta outlined trigonometric functions, axial tilt, and orbital eccentricity — while Europe still debated if Earth was flat.

Yet in modern textbooks, these names rarely appear next to Copernicus or Kepler.
The knowledge was not lost — it was reclassified as mythology.



4. The Colonial Edit of Civilization

When colonial powers arrived, they were confronted by something unsettling —
a civilization that could calculate eclipses, design cities based on planetary geometry, and speak of consciousness as a measurable phenomenon.

That didn’t fit the story of a “primitive East.”
So the narrative was rewritten.

Indian science was labeled “religious belief.”
Temples became “mythological shrines.”
And astronomy became “astrology.”

The education systems that followed, even after independence, carried the same lens —
training generations of Indians to admire the imitator and forget the inventor.



5. Why the World Didn’t Call Them Wonders

The so-called “Seven Wonders” were chosen not by scholars, but by marketing agencies and tourist boards.
The selection favored structures that were visually dramatic, not scientifically profound.

The world loves to be impressed.
Ancient India preferred to be understood.

Our wonders didn’t need validation.
But validation defines visibility.



6. The Cost of Forgetting

When a civilization forgets its genius, it begins to imitate others.
When it imitates long enough, it begins to doubt itself.

That doubt is the real colonization — not of land, but of mind.

Today, India exports engineers but not philosophers; software but not cosmology; startups but not systems of consciousness.
Yet the deeper truth is this:

The same intelligence that designed the temple at Konark can design the consciousness architecture of future AI.

We just need to remember that knowledge never dies — it only waits to be decoded again.



7. The Reawakening Has Begun

For the first time in centuries, modern tools are rediscovering ancient truths:
• AI linguistics is decoding Sanskrit texts to reveal hidden astronomical data.
• LIDAR scans of temple sites show engineering patterns impossible with primitive tools.
• Neuroscience is validating meditation’s effects on brain plasticity — something the Vedas described as “manas parivartan.”
• Quantum physics is echoing the Upanishadic insight that “the observer creates reality.”

The world is catching up — slowly — to what was already known.

The new generation of thinkers must not compete with the West;
they must complete what was interrupted.



8. The Future: From Forgotten Science to Living Intelligence

AI is not alien to Vedic thought — it’s an extension of it.

The rishis spoke of Chaitanya — universal consciousness — as the substrate of all intelligence.
Today, AI scientists speak of general intelligence emerging from neural networks.
Both are describing the same truth in different languages.

When we understand AI as a tool to amplify awareness, not just automate behavior,
we bring ancient wisdom into modern form —
and reconnect science with soul.

That’s when the circle closes.
The forgotten science returns — not as nostalgia, but as next evolution.



The ancient temples still stand — not asking for worship, but for recognition.
Not as relics of the past, but as blueprints for the future.

For when humanity finally learns to merge consciousness with technology,
it will discover what India once knew —
that the universe was — and always will be — alive.

Wednesday, March 17, 2021

Isn't it Time for Free ERP Systems?



Can we imagine a Free ERP system where users can raise Purchase / Sales Orders like they do in a few clicks on Amazon / Flipkart with all the required details visible on a single page?

In today’s era of Digitization, ERP (Enterprise Resource Planning) systems have been the first steps of any organization on its way towards becoming a Technology based enterprise. It has served its first purpose of making the organizations paperless. The seamless integration of ERP with multiple systems has been the basis of architecture of all the organizations. Nowadays it is not very uncommon in very big organizations to see the Cloud based ERP system at the core with other 40/45 client facing applications compared to the earlier robust on premise ERP systems with a lot of customized programs.

Companies like SAP, Oracle (EBS, JDE, Siebel), Baan (Infor), IFS have been in the market since decades and cloud based organizations like Salesforce, Workday, Microsoft etc. have changed the dynamics and cost for the customers drastically. Implementation times that were years for on premise solution has come down to days with cloud based systems and automations. Investment costs have come from large infrastructures to user based subscriptions and maintenance costs have reduced drastically.


At the same time, the futuristic systems are moving to further add the in-built Analytics and integration frameworks for AI & IOT based algorithms. Earlier the majority of the revenue of the IT services came from building the robust custom developments for the ERP systems, building peripheral applications and analytics for the same.


Recently the focus of the demand from customers is changing from these custom developments to the new edge developments like RPAs, Chatbots, AI / ML based Analytics and IOT / Blockchain based platforms. All the Technology companies are focused on this future and the ERP companies like SAP / Oracle / Microsoft / Salesforce need to think about their business model.


Basic ERP transactions like purchasing, Order Management, Inventory Management & CRM has become very user friendly and convenient on other platforms like Ecommerce websites like Amazon, Flipkart and ebay. Google & Microsoft has provided so many applications that basic EPR systems can be developed at nominal costs on platforms like android.


Wouldn’t it be revolutionary for all the startups and SMEs if Google / Microsoft can provide the basic ERP with “Free of Cost” and charge them for additional services like

Analytics & Advanced report


Complex / Industry specific processes (e.g. Chemical / Process mfg.)


Localizations & Tax configurations


AI / ML & IOT Plugins / API / Algorithms etc


Blockchain solutions


PaaS / IaaS requirement from clients


Advertisements from the screen


Maintenance / Upgrades


On-premise / Private Cloud solutions


Advance securities


Users beyond a limit (For large Industries)


Shipping / Logistic solutions by partners


Users of these SMEs / Startups won’t mind to see some ads while punching some POs or Sales Orders! Moreover they may also navigate to explore / browse the purchase options from these Adds :)







ERP systems have become as essential as that of emails / Whatsapp / Messenger / Online meeting solutions and most of these come Free or at nominal cost. This savings in technology will help all small companies to move to a new level of digitization with more focus on End Customer requirements than managing internal operations.


Tuesday, April 21, 2020

Key AI Industries & Applications collated from various sources

Key AI Industries & Applications collated from various sources:

Agriculture:

It has been stated that our planet would need 50% more food than that being produced today by the year 2050. And once again, AI could be the solution to this challenging task. PEAT is a Berlin-based start-up that has successfully designed and developed an AI application software for analyzing the nutrient profile of the soil.

Some of the ways they are helping solve the problems of the agriculture industry are by enabling higher production and reduced operational cost and increasing the efficiency of cultural practices.

Apart from the information regarding the soil profile, the new age IoT-based AI modules assist with applications of climate prediction, crop management practices, fertilizer optimization, and organically nurtured produce.

Finance:

Artificial Intelligence has found many applications in the Finance industry. Some of the applications lie in credit decisions, managing risk, fraud prevention, quantitative trading, personalized banking, process automation and much more.

ZestFinance has come up with Zest Automated Machine Learning (ZAML). It is an AI-powered underwriting platform that is helping finance companies to assess the credibility of borrowers with little or no credit history. Thousands of data points are used to provide a level of transparency that other underwriting solutions fail to provide. ZAML is an end to end platform which is easily scalable.

Similarly, there are many other start-ups that are coming up with AI solutions to transform the traditional ways prevailing in the industry.

Healthcare:

Improvement in the state of healthcare system holds immense importance as it directly reflects on critical aspects such as quality of treatment, life expectancy, etc.

Enlitic, a California based AI organization that develops ‘deep learning’ based tools to streamline radiology diagnosis. The deep learning platform analyses the unstructured data such as blood tests, radiology images, genomics, EKGs, etc. along with complete patient medical history. It then provides medical practitioners with actionable insights based on this data to understand patients’ real-time needs. Enlitic has been named the 5th smartest AI company in the world by MIT. It has left behind Facebook and Microsoft in the said ranking.

Named the ‘Most Innovative Healthcare AI Developments of 2019’, BioXcel Therapeutic’s work in AI-based drug development is phenomenal. The company uses AI to identify and develop new medicines in the domain of neuroscience and immuno-oncology. They also work towards finding new applications for existing drugs with the help of AI.

Space and Aeronautics:

Artificial Intelligence has paved its way into extraterrestrial exploration and helping space scientists to find hints of life on other planets. It is being considered to send artificial Intelligence bots to other planets to conduct studies on the presence of life, based on the climatic activities and presence of natural resources around.

Another application lies with managing the humongous amount of data that is received from satellites. The significant amount of data gathered by NASA from these satellites is in the form of ocean currents, volcanic activity, ic states, and a bird’s eye view of what is happening on the Earth.