Kratos Defense wins $100M+ space and cyber contracts

Maris-Tech Ltd. announced it has received a pilot order for an armored vehicle situational awareness application from a leading global defense company, secured through a distributor. The pilot follows an extensive engineering and adaptation process in which Maris-Tech's Jupiter product line was adapted to meet the end customer's specific video streaming requirements for armored vehicle situational awareness. The company said the adaptations developed through this process have expanded the capabilities of its products and may also support additional applications and market opportunities across the modern battlefield. Based on estimates and forecasts provided by the end customer, successful completion of the pilot could result in significant follow-on orders over the coming years, according to the company. Chief Executive Officer Israel Bar said the pilot represents the result of a substantial engineering process focused on meeting the specific video requirements of a major defense customer, and that the capabilities developed strengthen the versatility of the Jupiter product line and expand its relevance to additional armored vehicle and battlefield applications.

Teledyne Imaging Sensors announced it has delivered more than 1.3 billion infrared detector pixels in support of the U.S. Space Force and Space Development Agency's Proliferated Warfighter Space Architecture, and has been selected to provide infrared focal plane technology for both Accelerated Missile Defense Tranche 3 awards. The pixel deliveries support SDA Tracking Layer programs for missile warning and missile tracking missions. To date, Teledyne has delivered more than 170 infrared focal planes for the SDA Tracking Layer and is under contract to provide more than 115 additional focal planes. The AMDT3 awards, announced by SDA in July 2026, will add more than 30 additional missile warning, missile tracking, and missile defense satellites to the Tracking Layer in direct support of the Golden Dome for America initiative. Teledyne has also advanced its large-format focal plane arrays to formats as large as 6K × 6K and 8K × 8K pixels.

Viasat Inc., through its subsidiary Inmarsat Government, Inc., was awarded the U.S. Space Force's MECS2 contract in September 2026, securing an initial US$42 million task order under a seven-year Indefinite Delivery/Indefinite Quantity agreement with a ceiling of up to US$307 million to provide fully managed global SATCOM services for the U.S. Marine Corps. The award deepens Viasat's role in secure, multi-orbit government communications and highlights the importance of its ViaSat-3-enabled Ka-band network and 24x7 managed services capabilities. The company's narrative projects $5.5 billion revenue and $626.3 million earnings by 2029, with forecasts yielding a $103.94 fair value, a 44% upside to its current price. Some of the lowest ranked analysts were far more cautious, assuming only about 3.9 percent annual revenue growth and continued losses. The MECS2 award looks incrementally positive for the investment thesis, reinforcing defense demand and multi-orbit capabilities, but it does not by itself resolve near term pressure from high ViaSat-3 and Inmarsat capex or the risk that broadband subscriber declines keep weighing on revenue quality.

Northrop Grumman has introduced FORTITUDE, a patented single-chip technology that processes vast portions of the electromagnetic spectrum on a grain-of-rice-sized gallium nitride chip. The company said the technology delivers three times more power and 20 times better signal quality, supporting satellites, radar, GPS, electronic warfare and future 6G systems. Previously known as the Super Lattice Castellated Field Effect Transistor, FORTITUDE builds on the company's focused research and development and substantial investment in microelectronics. It replaces dozens of components, cutting weight and slashing power consumption while delivering greater value for the end system. Built in the U.S. for both commercial and defense markets, the chip is designed to simplify system architectures and open new opportunities for faster, more dependable communications across next generation platforms.

TTM Technologies has completed its $1.1 billion acquisition of Epiq Solutions, strengthening its defense and aerospace business. Epiq develops software-defined radios, RF systems and radiation-tolerant computing solutions used across defense, intelligence and space applications, capabilities that complement TTM Technologies' existing printed circuit board, RF component and mission-system offerings. The deal advances the company's strategy of moving up the chain through greater vertical integration and expands its opportunities across land, air, sea and space applications, including signals intelligence, secure communications, electronic warfare and space systems. Financially, TTM Technologies expects Epiq to immediately strengthen adjusted EBITDA, though the deal is expected to be moderately dilutive to adjusted earnings per share in 2027 before becoming accretive in 2028. TTM Technologies faces strong competition from U.S.-based aerospace and defense electronics companies including Curtiss-Wright Corporation, Mercury Systems and Sanmina.