Bastion Technologies has been tapped to provide safety and mission services for NASA's Marshall Space Flight Center in Alabama. Photo via nasa.gov.

NASA has granted Houston-based Bastion Technologies Inc. the Safety and Mission Assurance II (SMAS II) award with a maximum potential value of $400 million.

The award stipulates that the engineering and technical services company provide safety and mission services for the agency’s Marshall Space Flight Center in Huntsville, Alabama, according to a release from NASA.

In the deal, Bastion’s services include system safety, reliability, maintainability, software assurance, quality engineering, independent assessment, institutional safety and pressure systems. Bastion’s work will support research and development projects, hardware fabrication and testing, spaceflight and science missions, and other activities at NASA Marshall, Michoud Assembly Facility in New Orleans, Stennis Space Center in Bay St. Louis, Mississippi, NASA’s Kennedy Space Center in Florida and various other sites.

The first base period for the SMASS II award has already begun, with the option for a base ordering period of four years to extend services through March 2034.

Bastion has been a key player in NASA’s Artemis program, and was also awarded a contract to support occupational safety, health and mission assurance at NASA’s Ames Research Center in Silicon Valley in 2024. Also in 2024, Bastion was awarded the NASA Glenn Research Center (GRC) Environmental, Safety, Health, and Mission Assurance (ESHMA) contract.

Since 1998, Bastion has held over 350 contracts at almost every NASA center and most major aerospace industry partners.

Van Heron Labs, founded at TMC, raised a $1.1 million seed round led by FoodLabs. Photo via Getty Images

Houston-founded startup raises $1.1M seed to fuel growth in bioeconomy

fresh funding

A biotech company that was founded at the Texas Medical Center in Houston has raised fresh funding to support its goal of innovating new technologies for a healthier humanity.

Van Heron Labs, based in Huntsville, Alabama, raised a $1.1 million seed round led by FoodLabs, a European investor and venture studio for food, health, and climate. The startup taps into genomics, bioinformatics, artificial intelligence, and nanotechnology to improve how cells are cultured and harnessed with the mission to address critical industrial and global challenges with biotechnology.

“Van Heron Labs looks forward to using the generous support and funding from FoodLabs to advance our goal of making biological innovation better, faster, and cheaper," Rebecca C. Vaught, founder and CEO of Van Heron Labs, says in a news release. "By fueling the new bio-economy, we feel that our customers can optimize their systems and bring technologies to overcome critical global challenges to market."

Van Heron Labs, which was founded by Vaught, Alec Santiago, and Nithin Parsan in February 2020, originally launched with its cell-focused platform to support COVID-19 pandemic response. The company's cell-based applications also include cancer therapeutics and food and materials production.

“We are excited to lead the funding round in Van Heron Labs, as we firmly believe that their innovative approach to optimizing cellular nutrition has the potential to revolutionize multiple industries, including biopharma, biomanufacturing, foodtech, and agriculture,” Julius Strauss, investor at FoodLabs, says. “We are excited to be partnering with Dr. Rebecca Vaught and her team as they continue to push the boundaries of innovation in the bio-economy.”

The funding will go toward supporting existing and new product lines.

Van Heron Labs' automated flagship platform uses bioinformatics and advanced AI tools to discover the optimal cellular fuel. This information can be used to personalize the customers’ culture media to provide more excellent quality, efficiency, and scalability, per the company.

Formerly competitors and collaborators in the space race, Houston and Huntsville, Alabama, are now moving the needle on biotech. Getty Images

Houston and former space rival are advancing biotech startups

Guest Column

Before scientists flocked to Boston and Silicon Valley; a tech boom occured in the American south that served as a defining moment for the United States: the Space Race.

At the time, two cities were the epicenters of mankind's desire to elevate its existence into the stars. Astronauts controlled the path of rockets that were built in Huntsville, Alabama, while radioing back and forth with Mission Control in Houston, Texas.

Today, the two cities are still aligned, but the final frontier is closer to home. Houston and Huntsville are currently flourishing in the scope of biotechnology, using the innovative research of thousands of scientists, academics, and clinicians to further human knowledge

Houston is the home to the world's largest medical center — the Texas Medical Center, or TMC — and an impressive community developing cutting-edge companies ranging from med to biotech. However, Huntsville is hot on its heels.

Turning an infrastructure initially dedicated to aerospace and aeronautical innovation into an emerging bioscience hub, Huntsville boasts around 50 biotech companies and a genomic research institute. The ecosystem has the highest concentration of STEM workers per capita in the country and is rallied around a collaborative research environment that boasts an impressive tech portfolio, including resident companies like Blue Origin, Facebook, and Google, while still managing to embody southern hospitality.

Mirroring the concerted efforts of the past, my Houston-born startup, Van Heron Labs, has recently taken a leap of faith in moving much of their laboratory operations to Huntsville, while many core team members remain in Houston. Being frustrated with the options for available and affordable lab space in Houston, the completely bootstrapped Van Heron Labs decided to stretch one foot into Alabama while the other stays rooted in the TMC ecosystem.

One positive upside to the shift to remote work in light of the COVID-19 pandemic are new opportunities for company employees, investors, and mentors to be physically separated, while collaborating and retaining productivity. These new dynamics of distance have allowed Van Heron Labs to expand their technical operations while maintaining ties to Houston.

VHL has recently moved into the HudsonAlpha Institute for Biotechnology, where they continue to develop their technology surrounding improved culture media, which hasn't changed much since scientists saw the publication of the first Peanuts comic. Recently, VHL has established a collaborative partnership with fellow Huntsville biotech Foresight Biosciences, and the two will be exploring a wealth of industries together.

Despite the distance, VHL still continues heavy involvement in the Houston ecosystem. My co-founder, Alec Santiago, is the current Director of non-profit, Enventure, and uses his experiences of establishing a biotech startup to help prepare the students around him to do the same.

Additionally, VHL currently has 17 interns, including current and former University of Houston students, Rice University graduate students, and even a local physics PhD. VHL has also long been in talks with companies in TMC, where they have established connections dedicated to growth. Ultimately, they hope to bridge the two cities and help give each access to new ideas, resources, funding, and mentorship.

Too often, emerging biotech startups struggle to get off the ground, and a lack of capital limits what could grow to be great ideas. To foster the growth of innovators around the nation several cities are primed to step in and welcome researchers. Institutions within Alabama's biotech ecosystem are leading the movement.

For just $188 a month, biotech startup companies located at HudsonAlpha campus can enjoy their own office space, and access to tailored programming which includes commercial IP assessments, regular investor forums and pitch opportunities, membership in supporting bioscience organizations, discounted laboratory supplies, as well as help with public relations, human relations, finding mentors, capital, and legal help.

VHL has taken full advantage of these opportunities, while maintaining a presence in Houston, and urges others to do the same. The lifting of our nation's innovators as a whole is a positive movement, and one that can increase access to many bright minds. Just as in the space race, working together regardless of geography can offer unlimited potential and may even take us to an entirely new plane.

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Rebecca Vaught is the co-founder of Van Heron Labs.

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Texas university's new flight academy opens at Houston Spaceport

cleared for takeoff

The vehicles may not have “student driver” stickers on them, but Texas Southern University has moved a dozen planes into its new training facility at the Houston Spaceport, opening the way for student flyers to use the facility.

TSU previously reached a deal with Houston Airports and the City of Houston in 2023 to house its prospective Flight Academy at Ellington Field. At the time, TSU had a small fleet of nine planes for student use, but a $5.5 million investment from the city greatly expanded the space available.

The Flight Academy includes a 20,000-square-foot hangar that serves as a TSU satellite campus. The school now has a fleet of 12 Cirrus SR20 aircraft that were acquired last year through state and alumni funding. An additional 4,500 square feet is used as classroom and office space. An 8,000-gallon fuel tank will support flight training operations.

TSU first launched its Aviation Science Management program in 1986 and added a professional pilot program in 2016. The school is now part of the United Airlines pipeline program and has also forged relationships with Delta and Southwest.

“I want to commend Texas Southern University and Houston Airports for their leadership and partnership in advancing aviation education right here in our city,” Houston City Councilwoman Dr. Carolyn Evans-Shabazz in a press release.

“It connects our students to high-paying, high-demand careers in aviation and aerospace. This is how we grow a city in the right way—by investing in workforce development, aligning education with industry and making sure our residents are prepared to lead in the industries of tomorrow. Houston is already a global leader in aerospace and projects like this strengthen that position even further, especially here at Ellington, where innovation and opportunity continue to take flight.”

The City of Houston signed an agreement to continue funding the academy for five years.

Amazon launches ultrafast, 30-minute delivery service across Houston

Amazon Now

More than 20 years after it redefined fast shipping, Amazon is preparing to raise the bar on consumer expectations again by offering to fulfill customers' most urgent product needs in Houston and other parts of the world in a half-hour or less for an extra fee.

The company, which revolutionized online shopping in 2005 with two-day deliveries for Prime members, is rapidly opening small order-processing hubs in dozens of U.S. and foreign cities to cater to shoppers who can't or don't want to wait for cough medicine to relieve flu symptoms or tomatoes for tonight's dinner salad.

The ultrafast service, called Amazon Now, first launched in India last June. Amazon says 30-minute deliveries now are also available in urban areas of the United States, Brazil, Mexico, Japan, the United Arab Emirates, the United Kingdom.

The mini-warehouses devoted to Amazon Now are about the size of a CVS drugstore. They stock about 3,500 products for expedited delivery, including beer, diapers, pet food, meat, nonprescription medications, playing cards and cellphone charging cables.

“We know that customers love speed and always have,” Beryl Tomay, Amazon’s head of transportation, told The Associated Press on Monday. “What we see customers doing, when we offer faster speeds, are they purchase more from Amazon. And Amazon becomes more top of mind for that or other types of items as well.”

In the U.S., the company first tested Amazon Now in Seattle, the home of its headquarters, and in Philadelphia. Most residents of the Dallas-Fort Worth area and Atlanta now have access as well. The service is also live in Dallas-Fort Worth, Denver, Minneapolis, Phoenix, Oklahoma City, Orlando, and dozens of other cities, Amazon said, with New York City and others expected by year-end.

The service charges for Amazon Now start at $3.99 for Prime members, who pay an annual fee of $139, and $13.99 for non-members. A $1.99 small basket fee applies to orders under $15, Amazon said.

The company's bet on a need for speed also comes as some consumers are rebelling against rushed deliveries as they weigh the potential impact on the environment and the workers tasked with preparing orders at a rapid rate.

Amazon’s approach
A relentless focus on speed helped Amazon build a logistics and e-commerce empire. After it made two days the new delivery time normal, Amazon moved into one-day and same-day deliveries for its Prime members. This spring, the company began making 90,000 products available in one hour or three hours at an extra cost.

The scaled down and sped up microhubs that are designed to handle 30-minute orders represent another step in Amazon's pursuit.

Only a handful of people prepare orders from aisles of shelves in the 5,000- to 10,000-square-foot facilities, unlike the sprawling fulfillment centers storing millions of items where Amazon employs a mix of human workers and robotics to pick and pack orders.

Amazon tailors the product inventory to each location and uses artificial intelligence and other technology to analyze what customers buy, as well as when and how often. The most popular U.S. purchases so far include soap, toothpaste, mouthwash, toilet plungers, bananas, limes and wireless earbuds, Amazon said.

The competition
Amazon’s attempt to up the instant gratification ante provides direct competition to on-demand food delivery platforms like Instacart, Uber Eats, DoorDash and Grubhub, which don't have the scale of the e-commerce titan, according to independent retail analyst Bruce Winder.

“What Amazon brings is their prowess in supply chain,” Winder said.

These smaller companies said they don't see Amazon as a threat, though, citing the hundreds of thousands of items they are able to deliver to users' doorsteps by partnering with various merchants and restaurants.

“DoorDash has a mission to empower grocers and retailers and augment their existing footprint, not to replace them,” DoorDash spokesperson Ali Musa said in an emailed statement. “We win only when they win, which is how we can offer over half a million grocery and retail items in under an hour across the country.”

Amazon also is in a race with Walmart to become the retailer that reliably gets orders to online shoppers in under an hour.

For an additional $10 on top of standard delivery charges, shoppers can place Walmart Express Delivery orders from among more than 100,000 products that are guaranteed to arrive in an hour. Many customers, however, are receiving the items under 30 minutes, Walmart CEO John Furner told analysts in February.

Domino's cautionary tale
Companies have promised deliveries in 30 minutes or less before, but the landscape also is littered with failed attempts to break the speed barrier.

The COVID-19 pandemic produced a flurry of companies that promised 10- to 15-minute grocery deliveries from microwarehouses in dense neighborhoods, according to Sucharita Kodali, an analyst at market research firm Forrester Research.

But soaring operating costs, low customer loyalty and the drying up of investor money ultimately caused most to fail before the pandemic was over, analysts said.

Domino’s in 1984 pushed a guarantee that customers would receive their pizzas for free if they weren't delivered in under a half-hour. The company amended the “30 minutes or it’s free” policy after two years, providing only a $3 discount for late deliveries.

The promotion helped Domino’s win market share, but it ended up tarnishing the company's reputation. It dropped the guarantee in December 1993 after a string of crashes and lawsuits involving drivers racing to meet the deadline.

Brad Jashinsky, a retail analyst at information technology research and consulting firm Gartner, said he thinks Amazon should take the pizza chain's experience as a cautionary tale.

“You get in trouble when you start overpromising something like that,” he said.

Amazon won't be making any time guarantees and instead plans to keep customers who chose the 30-minute delivery option updated on the progress of their orders, Tomay said.

“There's no rushing either in our building workers or the gig workers,” she said.

Taking it slow
Kodali thinks Amazon will need a lot of people placing orders around the same time from the same or adjacent apartment buildings for the 30-minute service to be cost-effective.

Consumers may appreciate rapid receipt of products like toilet paper and batteries, but retailers and logistics experts said they also see some online shoppers, especially members of Generation Z, choosing no-rush shipping for products they don't need in a hurry.

Amazon for several years has invited customers to skip one- or two-day delivery and to receive their orders on the same day in as few parcels as possible. Consolidating orders into fewer packages by electing to have them delivered at the same time cuts down on boxes, shipping envelopes and fuel use, analysts said.

“The millennials who came to age in an era that was on fast delivery came to expect it de facto, whereas ... Gen Z is more accepting of a slower speed than previous generations before them,” said Darby Meegan, a general manager at Flexport, a supply chain and logistics company that fulfills orders for thousands of online merchants.

Still, Amazon executives have cited positive early results for Amazon Now in India, where they said Prime members tripled their requests for 30-minute deliveries once they started using the service.

Amazon Now also is attracting more repeat American customers, Tomay said.

“It’s in early days and time will tell,” she said. “I think that it will be interesting to see how it evolves.”

Houston company partners on AI-powered medical support for space missions

AI in space

Houston-based Aexa Aerospace has partnered with SpacePort Australia (SPA) to build medical AI solutions for space crews.

Known as The Hamilton Project, the collaboration aims to complete the training and refinement of a “deductive medical AI model” designed to aid and treat astronauts and space travellers. With limited to no real-time access to doctors on Earth during space missions, the project's goal is to create an AI model that would serve as a medical resource.

“‘The Hamilton Project’ is a sophisticated AI model, integrating academic and clinical knowledge in a unique way,” Aexa founder and CEO Feranando De La Peña Llaca said in a news release. “It is paving the way for future autonomous attending.”

The project is named after NASA flight surgeon Dr. Douglas Hamilton, who participated in 50 missions.

SPA, an independent research organization, will bring its practical medical knowledge and clinical experience to The Hamilton Project, which builds on Australia’s rural and remote medical training programs. SPA founder Dr. Gabrielle Caswell brings 20 years of remote medicine experience that SPA believes will help address the issues that could be encountered in space.

“Rural general practitioners in Australia practice ‘pre-cradle to grave’ medicine, including areas considered sub-specialities in most western countries: OBYN, paediatrics, trauma management, anaesthetics, general surgery, mental health and geriatrics,” Caswell added in the release. “This broad clinical skill set encompasses all stages and phases of human life. And importantly practitioners are also trained in the management of severe trauma. "It is anticipated that doctors and medical staff will become embedded into missions, and all these skills will be required over time, to create successful space economic zones.”

Aexa Aerospace’s previous work includes developing holographic medical devices that have been trialled on the International Space Station. Read more here.