Indian Defense Industry General News and Updates

Bengaluru tech gives US, Israeli weapons eyes

5 min read . Updated: 17 Nov 2019, 10:31 PM IST
By Malavika Velayanikal
  • Tonbo’s computer vision technology sits on seekers at the tips of precision missiles and lightweight thermal weapons
  • Tonbo set up an R&D centre in Lithuania to develop autonomous vehicles, adding to its presence in India, US and Singapore
1574153987923.png

Arvind Lakshmikumar(in pic.), founder and CEO of Tonbo Imaging, had to sell his technology to US and Israeli forces before he could gain his home country’s trust.

On a cold September night three years ago, 100 soldiers of the Indian Army’s Northern Command sneaked across the Line of Control into Pakistan-administered Kashmir. This operation to carry out surgical strikes was unlike one they’d experienced before.

Armed with thermobaric rockets, grenade launchers and rifles fitted with infrared imaging systems, they hit six terrorist launchpads simultaneously and made it back without losing lives. All of this was captured live on camera by drones.

The operation was all over the media in India and Pakistan for months. Last year, partial footage was aired publicly. A dramatized account of the operation became a box-office hit in Uri: The Surgical Strike.

But what is little known outside army circles and the corridors of power is the role played by a Bengaluru startup in this operation. Tonbo Imaging built the night vision system that guided the surgical strikes.
(So BNVDs were used. BNVD-P wasn't even ready then. But that does mean they will end up in service sooner than later.)

Tonbo’s imaging sensors are the eyes of the soldiers, the artificial intelligence stack built into it is the brain that enables real-time decision-making and fire control. Infrared seekers guide weapons to lock on targets more than 1km away; smart cameras record the action and a secure, wireless communication system relays it back to base.

Now the army and defence ministry, and Northern Command in particular, are Tonbo’s clients but India was late to the party. The company’s tech took a circuitous route via the US Special Forces and Israeli Army before reaching Indian hands.

Tonbo got on the radar of the Indian Armed Forces only during a joint exercise with NATO eight years ago. Some of the weapons the US Army showcased had Tonbo smarts.

“This came from an engineering centre in Bengaluru, they told the Indians. That’s when the army reached out to us. Five countries were buying our tech before India bought from us," recalls Arvind Lakshmikumar, founder and CEO of Tonbo Imaging. That it took so long to gain his home country’s trust is the only low point Lakshmikumar can think of in his entrepreneurial journey so far.

Tonbo Imaging now sells to defence forces in 25 countries, from emerging markets to the highest end of the spectrum—Israel and the US. It sells imaging and tracking systems to Rafael Advanced Defense Systems and Israel Aerospace Industries, which in turn sell smart weapons fitted with these systems to armies around the world. Besides armies, defence behemoths like Excelitas and Beretta buy its systems and software. Its tech sits on seekers on the tips of precision missiles, lightweight thermal weapons and day-and-night scopes to track enemies.

The startup recently set up an R&D centre in Lithuania to develop autonomous vehicles, adding to its presence in India, Singapore and the US. The startup has raised over ₹200 crore in funding, showing that venture capital investors too are buying into Tonbo’s vision.

The battle ground

Every country wants artificial intelligence, machine learning and advanced sensing to fortify defence, spot threats before time, and crush them with precision. But very few countries have such muscle.

The US, Israel and China have the most advanced defence tech but want to keep their strategic edge. India—the world’s fourth largest military spender—and other developing countries mostly buy outdated weaponry, a few generations behind.

Apart from denial of access to new-age weaponry, India’s defence procurement process is skewed towards quantity instead of quality. Contracts go to the lowest bidder, and at least 10 firms have to make bids—but bleeding-edge technology, like see-through armour, only has one or two providers.

“Ten and more bidders will participate if you want potatoes or onions, not when you are shopping for truly high-tech weapon systems. Then maybe three can bid, of which two might say, sorry I can’t sell to you because you’re India. Then you’re left with one," points out Lakshmikumar.

His foray into defence tech happened well before Tonbo, back when he was doing PhD work at the Robotics Institute of Carnegie Mellon University in the US. With his doctoral adviser Takeo Kanade—one of the founding fathers of computer vision—he worked on an early program to build video surveillance for the information exploitation office of DARPA (Defense Advanced Research Projects Agency) in 2000.

Lakshmikumar returned to India in 2003 to head Sarnoff Technologies, a subsidiary of Sarnoff Corp. owned by Stanford Research Institute. Sarnoff had 600 employees, almost all with PhDs, and worked on imaging systems for the US defence. But it had no commercial bent of mind and wound up its India operations by 2007. Lakshmikumar bought the India entity with a partner and spun out a new company named Serial Innovations, which became Tonbo Imaging in 2012.

Eyes and brains for arms

Tonbo is dragonfly in Japanese. A dragonfly has compound eyes with 30,000 facets in each producing a mosaic of pictures and colours along with a brain designed to make sense of all it sees. That idea represents what Tonbo Imaging does. It combines multiple-sensor image acquisition with computing for real-time interpretation. The name is also a tribute to Kanade, Lakshmikumar’s Japanese doctoral adviser who is now on the company’s advisory board.

Lakshmikumar’s choice of the defence sector to apply his expertize in computer vision traces back to his roots. He studied in Bengaluru’s Rashtriya Military School where most students came from defence homes. So he had a ringside view into the lives of soldiers early on.

India is the world’s second-largest importer of defence equipment, after Saudi Arabia, and yet soldiers on the field lack night-vision goggles, GPS watches, or good shoes—there are gaping holes begging to be filled. “I have examples of senior army officers who saw an immediate need for some weapon system, bought it out of their own pocket, and used it before getting refunded by the government," says Lakshmikumar.

Computer vision technology has become a significant component of any defence procurement in emerging markets like India. “For any developing country trying to modernize its defence with sophisticated weapons, whether it’s a tank or a rifle, 30% of its value would be in the computer vision equipment," he says.

The startup uses contract manufacturing to make these widely available at affordable price points.

Tonbo Imaging is currently upgrading imaging systems for the Jordanian army, a bid it won against established defence firms like Thales from Europe. “Being invited to the same table as companies with market capitalization in billions and seeing your product chosen—that’s definitely a high point," says Lakshmikumar.

Malavika Velayanikal is a contributing editor with Mint. Write to her at [email protected]

Bengaluru tech gives US, Israeli weapons eyes
 
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Now, IIT & IISc will help forces to get futuristic defence technologies

By Anubhuti Vishnoi, ET Bureau | Updated: Nov 20, 2019, 12.05 PM IST
1574258465589.png

Pic for representation(DRDO's QRSAM).

New Delhi : The government has set up a national task force to help bring in the country’s premier technical and scientific institutes to work on ‘futuristic defence technologies’ and address defence and security requirements of the country indigenously.

The task force on ‘DRDO-Academia Interaction for achieving leadership in futuristic technologies’ was set up last week to identify niche domains and dual use technologies for current and futuristic requirements of defence and security, as well as to identify higher education Institutions that can work on developing these, people aware of the development said.

Chaired by director of Indian Institute of Technology-Delhi, the task force has on board director of Indian Institute of Science-Bangalore, director of National Institute of Technology-Durgapur, Vice chancellor of University of Hyderabad, and top officials of Defence Research and Development Organisation (DRDO).

DRDO has already identified more than 60 specific projects, many of which would give armed forces access to cutting edge technology, people aware of the plan said.

Under discussion are bullet proof vests that are at least 25per cent lighter, robotic exoskeletons, and full body armours to help soldiers operate swifter than ever, advanced weaponisation for Hindustan Aeronautics’ Dhruv helicopters, artificial intelligence (AI)-based cyber defence system, and technology for automatic change detection in satellite imagery.

There is also considerable focus on health concerns of defence personnel. DRDO has sought help with detection of pathology in images of slides to detect chronic diseases like cancer and analysis of health data of young adults for early indications of high altitude sickness, acute mountain sickness and acute myocardial infraction that may cause serious health problems to those posted in hostile terrains, sources said.

Among other identified areas are a range of advanced aircraft applications and instruments, drones for high altitude areas, perimeter security solutions, robotic solutions for disposal of misfire of ammunition, and AI-based aerial target recognition system.


Leading technical and scientific institutes will look to find solutions to these challenges.

Besides helping create a larger research ecosystem to address India’s security challenges, the taskforce will also look at bringing PhD scholars from higher education institutes to work in DRDO laboratories on specific projects on deputation and for joint R&D projects.

This committee will submit its report to the government by December 15 for further action, people cited earlier said. It will also suggest mechanisms to set up new defence and security-related centres of excellence at higher education institutes and bring in place monitoring and review mechanism for R&D collaborations.

DRDO: Now, IIT & IISc will help forces to get futuristic defence technologies
 
Now, IIT & IISc will help forces to get futuristic defence technologies

By Anubhuti Vishnoi, ET Bureau | Updated: Nov 20, 2019, 12.05 PM IST
View attachment 11469
Pic for representation(DRDO's QRSAM).

New Delhi : The government has set up a national task force to help bring in the country’s premier technical and scientific institutes to work on ‘futuristic defence technologies’ and address defence and security requirements of the country indigenously.

The task force on ‘DRDO-Academia Interaction for achieving leadership in futuristic technologies’ was set up last week to identify niche domains and dual use technologies for current and futuristic requirements of defence and security, as well as to identify higher education Institutions that can work on developing these, people aware of the development said.

Chaired by director of Indian Institute of Technology-Delhi, the task force has on board director of Indian Institute of Science-Bangalore, director of National Institute of Technology-Durgapur, Vice chancellor of University of Hyderabad, and top officials of Defence Research and Development Organisation (DRDO).

DRDO has already identified more than 60 specific projects, many of which would give armed forces access to cutting edge technology, people aware of the plan said.

Under discussion are bullet proof vests that are at least 25per cent lighter, robotic exoskeletons, and full body armours to help soldiers operate swifter than ever, advanced weaponisation for Hindustan Aeronautics’ Dhruv helicopters, artificial intelligence (AI)-based cyber defence system, and technology for automatic change detection in satellite imagery.

There is also considerable focus on health concerns of defence personnel. DRDO has sought help with detection of pathology in images of slides to detect chronic diseases like cancer and analysis of health data of young adults for early indications of high altitude sickness, acute mountain sickness and acute myocardial infraction that may cause serious health problems to those posted in hostile terrains, sources said.

Among other identified areas are a range of advanced aircraft applications and instruments, drones for high altitude areas, perimeter security solutions, robotic solutions for disposal of misfire of ammunition, and AI-based aerial target recognition system.

Leading technical and scientific institutes will look to find solutions to these challenges.

Besides helping create a larger research ecosystem to address India’s security challenges, the taskforce will also look at bringing PhD scholars from higher education institutes to work in DRDO laboratories on specific projects on deputation and for joint R&D projects.

This committee will submit its report to the government by December 15 for further action, people cited earlier said. It will also suggest mechanisms to set up new defence and security-related centres of excellence at higher education institutes and bring in place monitoring and review mechanism for R&D collaborations.

DRDO: Now, IIT & IISc will help forces to get futuristic defence technologies
Government will get everything they want if rightly funded.
 
These are all tech that already exists globally but not in India. IDEX might prove to be a very effective tool to increase domestic content in the military and build a pretty good defence ecosystem.

1574350792473.png
 
Bengaluru tech gives US, Israeli weapons eyes

5 min read . Updated: 17 Nov 2019, 10:31 PM IST
By Malavika Velayanikal
  • Tonbo’s computer vision technology sits on seekers at the tips of precision missiles and lightweight thermal weapons
  • Tonbo set up an R&D centre in Lithuania to develop autonomous vehicles, adding to its presence in India, US and Singapore
View attachment 11417
Arvind Lakshmikumar(in pic.), founder and CEO of Tonbo Imaging, had to sell his technology to US and Israeli forces before he could gain his home country’s trust.

On a cold September night three years ago, 100 soldiers of the Indian Army’s Northern Command sneaked across the Line of Control into Pakistan-administered Kashmir. This operation to carry out surgical strikes was unlike one they’d experienced before.

Armed with thermobaric rockets, grenade launchers and rifles fitted with infrared imaging systems, they hit six terrorist launchpads simultaneously and made it back without losing lives. All of this was captured live on camera by drones.

The operation was all over the media in India and Pakistan for months. Last year, partial footage was aired publicly. A dramatized account of the operation became a box-office hit in Uri: The Surgical Strike.

But what is little known outside army circles and the corridors of power is the role played by a Bengaluru startup in this operation. Tonbo Imaging built the night vision system that guided the surgical strikes.(So BNVDs were used. BNVD-P wasn't even ready then. But that does mean they will end up in service sooner than later.)

Tonbo’s imaging sensors are the eyes of the soldiers, the artificial intelligence stack built into it is the brain that enables real-time decision-making and fire control. Infrared seekers guide weapons to lock on targets more than 1km away; smart cameras record the action and a secure, wireless communication system relays it back to base.

Now the army and defence ministry, and Northern Command in particular, are Tonbo’s clients but India was late to the party. The company’s tech took a circuitous route via the US Special Forces and Israeli Army before reaching Indian hands.

Tonbo got on the radar of the Indian Armed Forces only during a joint exercise with NATO eight years ago. Some of the weapons the US Army showcased had Tonbo smarts.

“This came from an engineering centre in Bengaluru, they told the Indians. That’s when the army reached out to us. Five countries were buying our tech before India bought from us," recalls Arvind Lakshmikumar, founder and CEO of Tonbo Imaging. That it took so long to gain his home country’s trust is the only low point Lakshmikumar can think of in his entrepreneurial journey so far.

Tonbo Imaging now sells to defence forces in 25 countries, from emerging markets to the highest end of the spectrum—Israel and the US. It sells imaging and tracking systems to Rafael Advanced Defense Systems and Israel Aerospace Industries, which in turn sell smart weapons fitted with these systems to armies around the world. Besides armies, defence behemoths like Excelitas and Beretta buy its systems and software. Its tech sits on seekers on the tips of precision missiles, lightweight thermal weapons and day-and-night scopes to track enemies.

The startup recently set up an R&D centre in Lithuania to develop autonomous vehicles, adding to its presence in India, Singapore and the US. The startup has raised over ₹200 crore in funding, showing that venture capital investors too are buying into Tonbo’s vision.

The battle ground

Every country wants artificial intelligence, machine learning and advanced sensing to fortify defence, spot threats before time, and crush them with precision. But very few countries have such muscle.

The US, Israel and China have the most advanced defence tech but want to keep their strategic edge. India—the world’s fourth largest military spender—and other developing countries mostly buy outdated weaponry, a few generations behind.

Apart from denial of access to new-age weaponry, India’s defence procurement process is skewed towards quantity instead of quality. Contracts go to the lowest bidder, and at least 10 firms have to make bids—but bleeding-edge technology, like see-through armour, only has one or two providers.

“Ten and more bidders will participate if you want potatoes or onions, not when you are shopping for truly high-tech weapon systems. Then maybe three can bid, of which two might say, sorry I can’t sell to you because you’re India. Then you’re left with one," points out Lakshmikumar.

His foray into defence tech happened well before Tonbo, back when he was doing PhD work at the Robotics Institute of Carnegie Mellon University in the US. With his doctoral adviser Takeo Kanade—one of the founding fathers of computer vision—he worked on an early program to build video surveillance for the information exploitation office of DARPA (Defense Advanced Research Projects Agency) in 2000.

Lakshmikumar returned to India in 2003 to head Sarnoff Technologies, a subsidiary of Sarnoff Corp. owned by Stanford Research Institute. Sarnoff had 600 employees, almost all with PhDs, and worked on imaging systems for the US defence. But it had no commercial bent of mind and wound up its India operations by 2007. Lakshmikumar bought the India entity with a partner and spun out a new company named Serial Innovations, which became Tonbo Imaging in 2012.

Eyes and brains for arms

Tonbo is dragonfly in Japanese. A dragonfly has compound eyes with 30,000 facets in each producing a mosaic of pictures and colours along with a brain designed to make sense of all it sees. That idea represents what Tonbo Imaging does. It combines multiple-sensor image acquisition with computing for real-time interpretation. The name is also a tribute to Kanade, Lakshmikumar’s Japanese doctoral adviser who is now on the company’s advisory board.

Lakshmikumar’s choice of the defence sector to apply his expertize in computer vision traces back to his roots. He studied in Bengaluru’s Rashtriya Military School where most students came from defence homes. So he had a ringside view into the lives of soldiers early on.

India is the world’s second-largest importer of defence equipment, after Saudi Arabia, and yet soldiers on the field lack night-vision goggles, GPS watches, or good shoes—there are gaping holes begging to be filled. “I have examples of senior army officers who saw an immediate need for some weapon system, bought it out of their own pocket, and used it before getting refunded by the government," says Lakshmikumar.

Computer vision technology has become a significant component of any defence procurement in emerging markets like India. “For any developing country trying to modernize its defence with sophisticated weapons, whether it’s a tank or a rifle, 30% of its value would be in the computer vision equipment," he says.

The startup uses contract manufacturing to make these widely available at affordable price points.

Tonbo Imaging is currently upgrading imaging systems for the Jordanian army, a bid it won against established defence firms like Thales from Europe. “Being invited to the same table as companies with market capitalization in billions and seeing your product chosen—that’s definitely a high point," says Lakshmikumar.

Malavika Velayanikal is a contributing editor with Mint. Write to her at [email protected]

Bengaluru tech gives US, Israeli weapons eyes
Do you have any write-up/technical details of the New Tonbo "SEE THROUGH ARMOUR" system???
 
Mithra Group ties up with Israeli firm to manufacture armoured vehicle bodies

Shaukat Mohammed | TNN | Updated: Nov 26, 2019, 4:16 IST


Vijayawada: Vijayawada-based Mithra group’s defence subsidiary, which does armour plating work for vehicles used by the paramilitary forces, has tied up with Mofet Etzion Ltd, an Israeli company that specialises in ballistic armour technology. Mithra has signed a memorandum of understanding with Mofet Etzion under which the latter will be transferring its technology to Mithra.

“We set up the defence unit in 2016, encouraged by Prime Minister Narendra Modi’s Make in India call. We started making armour-plated bodies for vehicles that were delivered to the paramilitary forces in 2017, in technical partnership with an American firm. But Mithra and the American partner decided to part ways by mutual consent because the partner was a specialist only in steel armouring,” MV Srinivas, a director of Mithra, said.

According to Srinivas, Mofet Etzion specialised in armour that was embedded in the vehicle’s body. “The embedded armour ensures that the vehicle is not easily identified as being armour-plated. Moreover, Mofet Etzion also makes armour that is re-usable. The armoured plates can be transferred to a new vehicle, unlike steel armour that has to be junked with the vehicle. Re-usable armour has a shelf-life for 40 years, meaning that it can be transferred to a new fleet each time a fleet is replaced. This significantly reduces the cost of ownership of the vehicles for the government,” he said.

Mithra had received a license to produce 1,500 armour-plated vehicles per year from the government. “We have officially tied-up with the military division of Ashok Leyland, a heavy vehicle manufacturer, under which we will be building the bodies of armoured vehicles on Ashok Leyland chassis,” he said. Mithra was also in talks with the Tata group to offer the ballistic armour to its military division.

Mithra had invested Rs 30 crore in setting up a specialty vehicle assembly unit near Vijayawada. The unit has 30 fulltime employees. “Some of these workers will be sent to Mofet Etzion’s facilities in Israel for training in the coming months,” he added.

He said that the MoU is focussed on technical transfer from Mofet Etzion. “Mofet Etzion is interested in acquiring equity in our military vehicles division, but we will consider that in Phase II of our relationship,” Srinivas said.

Srinivas said Mofet Etzion had a strong relationship with the Pentagon, the department of defence in the United States. “We hope to be supplying our vehicles to countries in Africa and the Middle East as we deepen our relationship with Mofet Etzion,” he said.

Mithra Group ties up with Israeli firm to manufacture armoured vehicle bodies | Vijayawada News - Times of India
 
Defence Ministry plans more testing facilities for MSMEs

CHENNAI: The Ministry of Defence plans to set up 6-8 product testing facilities to enable the micro, small and medium enterprises (MSME) to test their products for defence supplies, said a senior official here.

The first testing facility, likely for drones, is to come up soon, he said on Friday.

"In order to provide MSME's a level playing field in defence supplies and also expand the vendor base, the Ministry of Defence has come up with a scheme to set up 6-8 product testing centres in the defence industrial corridors," Rear Admiral A. George, Additional Director General Quality Assurance (Warship Projects), told reporters.

He was here to participate in the Quality Assurance-Industry Conclave South Zone.

The government has allocated about Rs 400 crore for this scheme whereby it would provide a grant-in-aid up to 75 per cent of the cost of equipment for the product testing facility, said George.

"The balance 25 per cent has to be brought in by a consortium of private investors. The product test facility will be a special purpose vehicle (SPV)," he added.

According to officials, while the test facilities are to come up in the two defence corridors planned in the country, one facility outside the defence corridor may come up early in order the meet the demand.

Officials said discussions are on with the industry players for setting up product test facilities.

Earlier at the conclave, George formally awarded the `Green Channel Status' to L&T Valves - the valve manufacturing division of Larsen & Toubro group.

The Green Channel Policy was introduced by the government in 2017 as a part of its Make in India scheme. This allows manufacturers to self certify their supplies to the defence services.

The companies with a turnover of Rs 1,000 crore during the last three years and are profitable for three years out of the last five years are eligible to apply for the 'Green Channel Status'.

The Green Channel certification is valid for five years and can be renewed.

"It is a recognition of the outstanding standards the L&T Valves maintains and the commitment of its employees to develop cutting-edge solutions. This will take us a step closer to the vision to become the most valve company in the world," Mahesh Joshi, Chief Executive and Director, L&T Valves was quoted as saying in a statement.

The L&T Valves caters to oil and gas, power, petrochemicals, chemicals, water as well as defence and aerospace.


21 defence offset contracts worth USD 5.67 billion sealed in last 3 years: Govt
 
  • Informative
Reactions: Gautam
Anything more on this?
Its an invitation to pvt. companies to make certain tech to solve some challenges. This I believe is the 3rd iteration of the start up challenge. I think its a good initiative.
Does defence ministry funds such projects? Or what
Yes. MoD will provide funds for the whole project in 2-3 stages. If the start ups are successful in making what has been asked, there will be orders from the services.
 
IDEX challenge under the IAF for remotely piloted aerial vehicle to be used for ordinance delivery was won by a very young start up. This is their product, they seem to be prototyping it now.

View attachment 11690
View attachment 11689
View attachment 11688View attachment 11687View attachment 11686View attachment 11685View attachment 11684View attachment 11683View attachment 11682View attachment 11692

The deployment plan and planned capabilities are great. Hear it from the guy :


The last picture makes me imagine things. Imagine this launcher on a small patrol boat, with proper training and situational awareness, the Navy can wreak havoc with this. Good stuff from the start up, hope they succeed.
Going by the second last image, it seems to be swarm drone tech similar to the movie "Angel has Fallen".
IDEX challenge under the IAF for remotely piloted aerial vehicle to be used for ordinance delivery was won by a very young start up. This is their product, they seem to be prototyping it now.

View attachment 11690
View attachment 11689
View attachment 11688View attachment 11687View attachment 11686View attachment 11685View attachment 11684View attachment 11683View attachment 11682View attachment 11692

The deployment plan and planned capabilities are great. Hear it from the guy :


The last picture makes me imagine things. Imagine this launcher on a small patrol boat, with proper training and situational awareness, the Navy can wreak havoc with this. Good stuff from the start up, hope they succeed.
Going by the second last image, it seems to be swarm drone tech similar to the movie "Angel has Fallen".