Building Photonic Infrastructure
for a connected, powered and secure world
Building Photonic Infrastructure
for a connected, powered and secure world
Building Photonic
Infrastructure
for a connected, powered and secure world
Building Photonic Infrastructure
for a connected, powered and secure world
THE SCIENCE
THE SCIENCE
WE BUild a chip that puts light to work
WE BUild a chip that puts light to work
WE BUild a chip that puts light to work
WE BUild a chip that puts light to work
Photonics
Photonics
Photonic Technology generated the optical energy at the heart of the system.
Photonic Technology generated the optical energy at the heart of the system.
CONTROL
CONTROL
Electronics shape, steer and keep the beam precisely where it needs to be.
Electronics shape, steer and keep the beam precisely where it needs to be.
OUTPUT
OUTPUT
Turn controlled photons into optical energy carry data. Deliver power. Protect critical assets.
Turn controlled photons into optical energy carry data. Deliver power. Protect critical assets.
ENGINEERED. TESTED. Demonstrated.
ENGINEERED. TESTED. Demonstrated.
DRONE COMMS
DRONE COMMS
DRONE COMMS
Optical communication for drones. No RF. No interference.
10GBPS x 20KM
10GBPS x 20KM
10GBPS x 20KM
High-speed, interference-free optical data - faster than fibre, through open air.
High-speed, interference-free optical data - faster than fibre, through open air.
600W x 400M
600W x 400M
ENERGY BEAMED
600W x 400M
600W x 400M
Electrical power delivered without
a continuous wire.
Electrical power delivered without a continuous wire.
11 PATENTS FILED
11 PATENTS FILED
11 PATENTS FILED
11 PATENTS FILED
Across photonics, optical control
and beam delivery.
Across photonics, optical control and beam delivery.
ONE TECHNOLOGY. TWO APPLICATION VERTICALS
ONE TECHNOLOGY.
TWO APPLICATION VERTICALS
ONE TECHNOLOGY.
TWO APPLICATION VERTICALS
CONTROLLED PHOTONS FROM THE CHIP
TO 2 DIFFERENT RECEIVERS
CONTROLLED PHOTONS FROM THE CHIP TO 2 DIFFERENT RECEIVERS
01.
DATA
A receiver makes it a network.
FSOC / QKD - 10 GBPS × 20 KM
01.
DATA
A receiver makes it a network.
FSOC / QKD - 10 GBPS × 20 KM
02.
POWER
A photovoltaic cell makes it a power line.
WPT - 600 W × 400 M
02.
POWER
A photovoltaic cell makes it a power line.
WPT - 600 W × 400 M
APPLICATION 01: FREE SPACE OPTICAL COMMUNICATION [DATA]
APPLICATION 01: FREE SPACE OPTICAL COMMUNICATION [DATA]
FIBER SPEED INTERNET
WITHOUT FIBRE
FIBER SPEED INTERNET
WITHOUT FIBRE
FIBER SPEED INTERNET
WITHOUT FIBRE
Rivers, roads, mountains and permits can turn a short fibre link into months of construction.
Rivers, roads, mountains and permits can turn a short fibre link into months of construction.
When fibre can'tget there.
Rivers, ridgelines, borders, or just time - a light link crosses them in an afternoon. Fibre-class capacity, no trench, no permit, no waiting.
When the groundisn't enough.
An optical ground station lifts the link into the air. Drones become moving relay points - carrying the network where no tower stands.
When the networkhas to move.
Airborne nodes hand the beam to each other while in flight. Coverage stretches across hundreds of kilometres and re-routes itself when a node drops out.
When you needto stay upfor months.
A high-altitude platform sits above the weather, on solar power, for weeks at a time. One beam links it to everything below a tower 20 kilometres tall.
When the horizonis the limit.
From the stratosphere to orbit in a single hop. The link leaves the atmosphere behind - and with it, every limit on distance.
When it allhas to connect.
Satellites pass the beam between themselves around the globe. Ground, air, stratosphere, orbit - one network, one technology, one beam of light. Deployed in hours. Built to reach anywhere.
OPTICAL DATA INFRASTRUCTURE
OPTICAL DATA INFRASTRUCTURE
A data centre where light replaces Cables
A data centre where light replaces Cables
A data centre where light replaces Cables
Inside a purpose built shell, optical links connect racks directly
across open space - reducing the need for physical cabling.
Inside a purpose built shell, optical links connect racks directly
across open space - reducing the need for physical cabling.
Inside a purpose built shell, optical links connect racks directly across open space - reducing the need for physical cabling.
30%
30%
LOWER POWER CONSUMPTION
LOWER POWER CONSUMPTION
26%
26%
LOWER LATENCY
LOWER LATENCY
40M GEODESIC SHELL
40M GEODESIC SHELL
APPLICATION 02: WIRELESS POWER TRANSMISSION [POWER]
APPLICATION 02: WIRELESS POWER TRANSMISSION [POWER]
Power stops where
the wire ends.
Power stops where
the wire ends.
Power stops where
the wire ends.
Remote sites, moving platforms and difficult terrain still
depend on cables, batteries or fuel to stay powered.
Remote sites, moving platforms and difficult terrain still
depend on cables, batteries or fuel to stay powered.
Remote sites, moving platforms and difficult terrain still depend on cables, batteries or fuel to stay powered.
Keep it flying.Indefinitely.
A surveillance drone normally lands to replace or recharge its battery. Beamed power keeps energy coming while it is still in the air turning a short flight into persistent operation.
Power where nothingelse reaches.
Mountain posts, islands and remote infrastructure are difficult to supply. One beam across the gap can keep equipment powered without a road, fuel convoy or continuous power line.
Catch the sunwhere it neversets.
Above the atmosphere, sunlight is available without night, clouds or local weather. Solar systems can collect energy for far longer than they can on the ground.
Sunlight from space.Power on theground.
Energy collected above Earth could one day be sent to receiving stations below delivering power where the grid cannot.
Keep it flying.Indefinitely.
A surveillance drone normally lands to replace or recharge its battery. Beamed power keeps energy coming while it is still in the air turning a short flight into persistent operation.
Power where nothingelse reaches.
Mountain posts, islands and remote infrastructure are difficult to supply. One beam across the gap can keep equipment powered without a road, fuel convoy or continuous power line.
Catch the sunwhere it neversets.
Above the atmosphere, sunlight is available without night, clouds or local weather. Solar systems can collect energy for far longer than they can on the ground.
Sunlight from space.Power on theground.
Energy collected above Earth could one day be sent to receiving stations below delivering power where the grid cannot.
BUILDING THE PHOTONIC INFRASTRUCTURE OF TOMORROW.
BUILDING THE PHOTONIC INFRASTRUCTURE OF TOMORROW.
Our work starts deeper than any one application. We build the photonics chips, control systems and beam-delivery technology that allow light to carry data or deliver power through open air.
Different applications. The same science underneath.
OUR INVESTORS
With 7 years of R&D
2017
LoRa and morse-code smartwatches for Indian Defence. Super-Wi-Fi to 10 km.
2018
First point-to-point FSO demonstration.
2019
90 m terrace link at 100 Mbps. Pivot to high-bandwidth optical communications.
2020
Company incorporated. Multi-wavelength architecture begins.
2021
Incubated. BIF strategic member and co-chair. Five-year Government of India R&D partnership.
2022
80 Gbps at 1 km. 10 Gbps at 5 km. Smart-City Surat, 7 cities.
2023
MCCIA ‘Best Innovation’ award. Angel round raised.
2024
Expanded into high-power photonics. Adaptive optics and beam combining.
2025
Army field trials. $3M seed. 20 km / 10 Gbps FSO and ground-to-drone comms. 27 validation events.
2026
11 patents filed. Sold to a listed defence OEM. DRDO and IIT Bombay orders. $7M Government of India order for high-power photonics. Series A.
OUR ADVISORY BOARD
Mr. M. V. Gowtama
Former CMD, Bharat Electronics
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Mr. M. V. Gowtama
Former CMD, Bharat Electronics
30+ years defence electronics; $100M+ programmes
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OUR TEAM
James Solomon
Founder & CEO
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James Solomon
Founder & CEO
IIT Bombay alumnus leading engineering hands-on, across FSO links, directed energy and the full photonics stack.
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Suman Hiremath
Co-Founder & COO
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Suman Hiremath
Co-Founder & COO
Leads all operations, from the factory floor to final delivery. She built our Pune facility from the ground up and has delivered every order we’ve taken.
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Dr. N.S.
CTO
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Dr. N.S.
CTO
Ex-BARC · 40 years · Laser & Applications
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Dr. M.N.R.
Project Director & Adaptive Optics
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Dr. M.N.R.
Project Director & Adaptive Optics
Ex - DRDO (Sci-G) · 35 years · Adaptive Optics & DEW
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Aryan Yadav
CoS
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Aryan Yadav
CoS
Ex Public Health Gov Programmes (WHO, Africa/Asia) · Draper Venture Founder Scholar · MIT
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Brig. Navjit Grewal (Retd.)
Head Defence Engagement
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Brig. Navjit Grewal (Retd.)
Head Defence Engagement
Ex-Indian Army Procurement, 30 years of experience
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IN THE NEWS
IN THE NEWS
IN THE NEWS
IN THE NEWS
Write to us and we'll get back to you shortly!
BUILDING
THE PHOTONIC INFRASTRUCTURE OF TOMORROW.
Our work starts deeper than any one application. We build the photonics chips, control systems and beam-delivery technology that allow light to carry data or deliver power through open air.
Different applications. The same science underneath.
OUR INVESTORS
With 7 years of R&D
2017
LoRa and morse-code smartwatches for Indian Defence. Super-Wi-Fi to 10 km.
2018
First point-to-point FSO demonstration.
2019
90 m terrace link at 100 Mbps. Pivot to high-bandwidth optical communications.
2020
Company incorporated. Multi-wavelength architecture begins.
2021
Incubated. BIF strategic member and co-chair. Five-year Government of India R&D partnership.
2022
80 Gbps at 1 km. 10 Gbps at 5 km. Smart-City Surat, 7 cities.
2023
MCCIA ‘Best Innovation’ award. Angel round raised.
2024
Expanded into high-power photonics. Adaptive optics and beam combining.
2025
Army field trials. $3M seed. 20 km / 10 Gbps FSO and ground-to-drone comms. 27 validation events.
2026
11 patents filed. Sold to a listed defence OEM. DRDO and IIT Bombay orders. $7M Government of India order for high-power photonics. Series A.