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From Prediction to Proof:
How My 5-Year-Old Blog on Project Taara Is Playing Out Today
Then (December 2020): A Quiet Prediction on My Blog
On December 2020, I published a blog titled:
🔗 “Light at the End of the Tower”
👉 http://myblogepage.blogspot.com/2020/12/light-at-end-of-tower.html
In that post, I wrote about an unconventional but powerful idea:
Using light itself — laser beams — to deliver high-speed internet, bypassing
the massive cost, delays, and terrain issues associated with laying optical fiber.
At the time, this idea sounded futuristic, even experimental.
Yet, I argued that:
Fiber is slow, expensive, and disruptive to deploy
Satellites like Starlink would be capital-intensive and geopolitically sensitive
Line-of-sight laser communication could leapfrog both
I called it the missing middle layer of broadband connectivity.
⏩ Now (2024–2025): Global Media Confirms the Same Vision
Fast-forward to today.
A recent international report confirms that the very same technology is now
being positioned as a serious alternative to both fiber and satellites.
🔗 Recent News Report
This article highlights that laser-based internet systems:
Are faster than Starlink
Are cheaper and quicker than fiber
Can be deployed within days, not years
Perform especially well in rural, semi-urban, and difficult terrain
In short — exactly what I predicted 5 years ago.
🔍 Side-by-Side: Prediction vs Reality
| My 2020 Blog Said | 2024–25 Reality Says |
|---|---|
| Fiber rollout is slow & costly | Fiber projects are delayed & over-budget |
Satellites aren’t ideal for last-mile India | Satellite broadband is expensive & regulated |
Lasers can bridge the last mile | Lasers now outperform fiber & satellites |
| I deal for rural & remote regions | Best use-case is rural connectivity |
India needs leapfrog tech | Governments now looking to leapfrog |
This is not coincidence.
This is technological inevitability.
🇮🇳 Why This Matters for India — Especially BharatNet Phase II
India’s BharatNet vision is among the world’s most ambitious rural connectivity
missions.
But Phase-I has shown us hard truths:
Trenches ≠ timelines
Fiber ≠ universal reach
Maintenance ≠ affordability
Laser-based free-space optical communication — the core of Project Taara — offers:
✅ Zero digging
✅ Rapid rollout
✅ Low operating cost
✅ Minimal right-of-way issues
✅ High speeds for Gram Panchayats, schools, PHCs, and towers
This is not a replacement for fiber —
It is the perfect accelerator for BharatNet Phase-II.
🧠 A Larger Pattern I’ve Seen Repeatedly
This is not the first time an idea I blogged about years earlier has resurfaced as
“new thinking” in global discourse.
The pattern is simple:
Technology appears fringe
Infrastructure resists change
Economics force a rethink
The ‘fringe’ becomes mainstream
Laser internet has now entered Stage 4.
✍️ Closing Thought
I didn’t write “Light at the End of the Tower” as science fiction.
I wrote it as engineering intuition + systems thinking.
Five years later, the world is finally catching up.
And India — with BharatNet, Digital India, and its rural scale —
is perfectly positioned to lead this transition.
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With Regards,
Hemen Parekh
www.HemenParekh.ai
www.IndiaAGI.ai
www.My-Teacher.in
07 Jan 2026
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Added on 12 Jan 2026 :
Extract :
Photonics and defence technology firm olee.space Friday said it has successfully demonstrated an indigenous wireless laser communication system capable of transmitting data at 10Gbps over a distance of 20km.The system, built with about 85% locally sourced components, was designed, manufactured and tested in India. The company said the demonstration validated its ability to deliver long-range, high-capacity optical wireless links suitable for defence and other strategic applications under representative atmospheric conditions.Wireless laser communication offers advantages such as independence from radio-frequency spectrum, low probability of interception and resistance to electronic jamming, making it relevant for defence and government use where conventional RF systems face limitations.According to olee.space, the platform integrates precision opto-mechanical subsystems developed in-house, including a high-accuracy, Indian-manufactured gimbal with arc-second level pointing precision.It also features an internally integrated fast steering mirror assembly. “Together, the dual-stage stabilisation system uses voice-coil and piezo-mounted actuators [mechanisms that convert electrical energy into motion] to maintain link stability over long distances, even under dynamic atmospheric or platform-induced disturbances,” the firm said.
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