Defense Tech Blue Halo Makes Lasers That Shoot Drones Out Of The Sky.

 This is how it got the Army to buy them.

    Defense tech startup Blue Halo was founded five years ago by Jonathan Moneymaker, a Gold Star Brother.
    Its high-energy laser systems are now officially being deployed overseas by the Army to shoot down drones.
    Moneymaker told BI why succeeding in defense tech isn't just about having the most groundbreaking solution.

"Our job is to keep men and women that are putting themselves in harm's way safe and bring them home."

It's the kind of patriotic mission statement echoed by plenty of eager young defense startups. But for Blue Halo CEO Jonathan Moneymaker, it's personal.

"I'm a gold star brother, which means my brother was killed in the Navy," Moneymaker told Business Insider. "Technology could have saved his life. And part of this is making sure that others have that opportunity."

Moneymaker is now five years into running Blue Halo. In that time, and with the backing of private equity firm Arlington Capital Partners, it has designed, tested, and fielded the Army's first major laser weapon system. It's a rapid rate of turnaround, practically unknown to the bigger, more established defense contractors.

After securing a $1 billion contract from the Pentagon this year, Blue Halo is now delivering its Palletized High Energy Laser (P-HEL) system to the Army, enabling them to blast drones out of the sky with AI-powered pinpoint accuracy.

ut it's not just lasers. Blue Halo also produces autonomous systems, counter-drone technologies, space technology, and cyber warfare solutions, all underpinned by its machine learning software, Metis.

"If you look across our portfolio of focus and offerings, there are very few [competitors] that can rival us in that totality," CEO Jonathan Moneymaker told BI.

nduril, or Epirus — which are increasingly biting at the heels of defense primes — but following a merger this year with Eqlipse Technologies, Blue Halo is fast approaching $1 billion in revenue and has 2,400 employees across 11 states.

And the contracts keep flowing in. This week, it secured a $95.4 million contract with the Space and Missile Defense Command (SMDC) to develop prototype directed energy (DE) solutions.

"If you don't understand this process, then the primes tend to win," Blank told BI.

Unlike the swathe of Silicon Valley tech firms eyeing up defense, Blue Halo has its roots on the other side — Moneymaker has spent the last 25 years in the defense industry base.

It's that insider know-how combined with the operational speeds typical of the tech world that Blue Halo says has enabled its success.

"We have the experience, know-how, and sophistication of some of the traditional primes in our space, but we have the entrepreneurial and innovative speed and spirit of some of the newer entrants."

What has been critical, said Moneymaker, is understanding not just what the military needs but how to earn the trust of defense officials and navigate the procurement process to get it into their hands.

Silicon Valley is facing "some learning curves" in this regard, he noted.

Often, tech companies will have exquisite groundbreaking technology, but it's not actually what the military needs, or it will be incredibly hard to actually field, he told BI.

"Knowing where it's applicable and where it's not is incredibly important. Frankly, if you haven't grown up in this environment, sometimes that just takes a little longer to get familiar with," said Moneymaker. "We listen better than a lot of our competition."

Another factor Moneymaker sees as an advantage is Blue Halo's lack of Silicon Valley ego.

"We lead without ego," said the Blue Halo CEO. "We've all done exciting things in our careers, but this is about being part of something bigger."

But despite its industry-insider knowledge and an Arlington base, there are still some sides of Blue Halo that it shares with traditional tech — like a somewhat cringy company community name: Halo Nation.

Next, like any successful startup, it is planning a path to IPO, hoping to be ready within a year. If all goes to plan, the "ring of protection" that Moneymaker says Blue Halo represents will only be getting bigger.



Also:

BlueHalo Providing U.S. Army With Full-Cycle Support For High Energy Laser Systems

Establishes BlueHalo as the full-cycle lead system integrator from prototype development to frontline operations for the P-HEL system.

The Palletized High Energy Laser system, developed by BlueHalo in support of the U.S. Army Rapid Capabilities and Critical Technologies Office (RCCTO), has a proven track record of successfully engaging and eliminating small unmanned aerial system (sUAS) threats to forces and critical infrastructure–a rapidly growing concern to U.S. battlefield dominance. BlueHalo was awarded a four-year logistics support contract to provide preventative and corrective maintenance along with operator and maintenance team training for BlueHalo's P-HEL system. This newly awarded contract establishes BlueHalo as the full-cycle lead system integrator from prototype development to frontline operations for the P-HEL system.

"With this contract, BlueHalo is now providing full-scale Directed Energy support to our customers–at home through advanced innovation, in the field through maintenance and training support, and strategically through operational guidance and battlespace management," says Jonathan Moneymaker, BlueHalo Chief Executive Officer. "Our industry-leading Directed Energy expertise and intimate knowledge of the P-HEL system, combined with lessons learned from deployment, will truly transform how our Warfighters use laser weapon systems to combat evolving enemy sUAS threats."

As the foundation of P-HEL, BlueHalo's LOCUST Laser Weapon System (LWS) combines precision optical and laser hardware with advanced software, artificial intelligence (AI), and processing to enable and enhance the directed energy "kill chain". LOCUST LWS addresses the inherent need for mobility and quick deployment–tracking, identifying, and engaging of a wide variety of targets with its hard-kill high energy laser.

In April 2022, BlueHalo delivered its first mature prototype of the P-HEL system. The U.S. Army RCCTO deployed the unit overseas, where it commenced operational employment in November 2022. Earlier this year, BlueHalo's second P-HEL was delivered and deployed overseas. Both P-HEL systems have undergone preventative and corrective maintenance in the field, to maintain operational tempo and continue operator system training.

"We're excited to continue our partnership with the Army and RCCTO to support P-HEL," says Jimmy Jenkins, BlueHalo Sector President. "This program captures BlueHalo's ability to take advanced innovation from rapid prototype to deployment to sustainment, integrating new technologies into operational systems to strengthen our defenses against next-generation air threats."

Amazon One Lets You Pay With Your Palm

Amazon wants its palm recognition technology in stores, stadiums, and office buildings

Amazon is unveiling its own palm recognition technology today that will be used initially to turn your hand into a personal credit card inside the company’s physical retail stores. Amazon One uses the palm of your hand to identify you, using a combination of surface-area details like lines and ridges, alongside vein patterns to create a “palm signature.”

At first, this palm signature will be used in Amazon’s own Go stores in Seattle, and the company also plans to add Amazon One to other Amazon stores in the coming months. Amazon One usage will eventually extend beyond just palm-based payments. “We believe Amazon One has broad applicability beyond our retail stores, so we also plan to offer the service to third parties like retailers, stadiums, and office buildings so that more people can benefit from this ease and convenience in more places,” says Dilip Kumar, vice president of Amazon’s physical retail business.

While many companies have experimented with palm recognition biometrics over the years, Amazon’s strong retail presence could certainly help make palm scanning a reality. Amazon hasn’t confirmed if any other retailers, venues, or businesses will make use of Amazon One, but the company says it’s “in active discussions with several potential customers.”

Amazon says it picked palm recognition over other technologies like face recognition because of some privacy benefits. “One reason was that palm recognition is considered more private than some biometric alternatives because you can’t determine a person’s identity by looking at an image of their palm,” explains Kumar. “It also requires someone to make an intentional gesture by holding their palm over the device to use.”

Amazon One will use image scanning hardware that includes proprietary computer vision algorithms to capture and encrypt a palm image. You won’t even need an Amazon account to use the service, just a phone number and a credit card. Amazon One users will also be able to delete their biometric data from the company’s online portal if they no longer want to use the service.

Amazon has been working on this service for years, having applied to patent palm recognition technology at the end of 2019. Amazon One will appear initially in two Seattle-based stores, but the company has clear ambitions to bring this to a lot more locations beyond just its own stores.



Also:

Amazon Wants You to Pay With Your Palm. It’s a Sneak Attack on Apple and Google.

It’s also a potentially massive play to make Amazon the central ID system for your whole life—from banking and loyalty programs to tickets, age verification and someday even health records and corporate ID cards

Amazon One: Palm scanner launched for 'secure' payments

Amazon has announced a new payment system for real-world shops which uses a simple wave of the hand.

Its new Amazon One scanner registers an image of the user's palm, letting them pay by hovering their hand in mid-air "for about a second or so", it says.

The product will be trialled at two of Amazon's physical stores in Seattle.

But the company said it is "in active discussions with several potential customers" about rolling it out to other shops in the future.

"In most retail environments, Amazon One could become an alternate payment or loyalty card option with a device at the checkout counter next to a traditional point of sale system," it said.

Amazon also said the system could be used for "entering a location like a stadium" or scanning yourself into work instead of using an ID card.

"We believe Amazon One has broad applicability beyond our retail stores," it added.

Under the skin

Palm scanners are not a brand-new technology, and there are already some commercially available solutions.

"Palm-based identification is based on capturing the vein patterns of the palm," explains Dr Basel Halak of the Electronics and Computer Science School at the University of Southampton.

    Why Amazon knows so much about you

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"These patterns are different for each finger and for each person, and as they are hidden underneath the skin's surface, forgery is extremely difficult."

Dr Halak said the level of security was roughly similar to a fingerprint scan, but could be used at a distance of a few inches, making it much more practical.

"In comparison with other form of identifiers such as physical devices, this form of biometric authentication is based on physical characteristics that stay constant throughout one's lifetime and are more difficult to fake, change or steal," he said.

Amazon has not detailed exactly how its version of the technology will work, beyond saying it will use "custom-built algorithms and hardware" and scan "distinct features on and below the surface" of the hand.

But it said one of the reasons it chose palm recognition was that it is "more private" than some other options.

"You can't determine a person's identity by looking at an image of their palm," it said, possibly a reference to the controversy surrounding facial recognition.

The firm has paused police use of its Recognition facial recognition software after civil rights advocates raised concerns about potential racial bias.

Amazon said other reasons for the choice included the "intentional gesture" of holding a palm over a sensor, and the contactless nature, "which we think customers will appreciate, especially in current times".

But privacy group Big Brother Watch criticised the development.

"Amazon continues to fill the market with invasive, dystopian technologies that solve non-existent problems," its director Silkie Carlo said.

"No one should have to provide biometric data in order to buy goods or services. Amazon's attempt to normalise biometric payment and home surveillance devices risks building a world in which we're more easily tracked and recorded, which will inevitably disempower citizens."

Early adopters can only try out the first version of the technology at two Amazon Go shops - the company's experiment with a real-world supermarket that has no checkouts, but instead tracks the shopper and what they pick up.

No Amazon account is required. To register, a customer can just insert their bank card and follow the on-screen instructions to link their palm print to that payment option, Amazon said.

The company promises that the print is not stored on site, but encrypted and kept securely in the Cloud. Customers could also delete their data via website, it added.