FirstSpear

49North Signs MOU with UNWAVE for Joint Production and Support of Counter-UAS Systems

October 28th, 2026

Brings Canadian defence integration and sustainment expertise to partnership with Ukrainian counter-drone manufacturer
49North, a wholly owned subsidiary of MDA Space Ltd. (TSX: MDA) (NYSE: MDA), announced today that it has signed a Memorandum of Understanding (MOU) with UNWAVE, a Ukrainian counter-drone technology manufacturer, to collaborate on the joint production and support of counter-uncrewed aerial systems (C-UAS).

The collaboration supports Canada’s efforts to assist Ukraine and aligns with the Joint Declaration on Enhancement of the Defence and Security Cooperation between Ukraine and Canada announced on September 10, 2026.

49North’s ability to manage complex defence programs and provide long-term engineering support complements UNWAVE’s counter-drone expertise, positioning the partners to help address Ukraine’s evolving defence requirements while strengthening industrial ties between the two countries.

With expertise in advanced sensing, secure digital mission systems and in-service support, 49North draws on more than five decades of trusted Canadian defence delivery and prime contractor execution. That includes nearly two decades of military drone delivery including the provision of Heron uncrewed aerial systems for Canadian operations in Afghanistan and drone services supporting Intelligence, Surveillance, and Reconnaissance (ISR) operations in Ukraine. This operational experience provides a foundation for integrating and sustaining C-UAS technologies in demanding environments.

Quote

“Keeping pace with evolving drone threats requires engineering, integration and sustained support to keep technology relevant. By leveraging UNWAVE’s counter-drone expertise and 49North’s defence capabilities, we see an opportunity to advance joint production and support systems that address Ukraine’s evolving needs. This partnership builds on our history of supporting Ukraine with Canadian technology and gives us a path to deepen that contribution.”
– Joe Armstrong, President, 49North

Tesseract Ventures Launches Innovation Initiative to Develop Synthetic Brick Technology Kits

October 28th, 2026

Collaboration will combine a synthetic modular building system with Tesseract’s technology, software, autonomous systems, and field-deployable capabilities across Defense, Construction, Critical Infrastructure, and Agriculture.
TAMPA, Fla., Oct. 27, 2026 — Tesseract Ventures today announced a strategic innovation initiative focused on developing a new generation of rapidly deployable, technology-enabled infrastructure called Tesseract Synthetic Brick Technology Kits.

The initiative will combine Lok-N-Blok’s modular synthetic building technology with Tesseract’s experience developing integrated hardware, sensors, communications, artificial intelligence, autonomous systems, drones, access control, digital twins, robotics, and command-and-control technologies.

Rather than beginning with a traditional steel shipping container, trailer, or permanent building and then modifying it to accommodate technology, Tesseract Synthetic Brick Technology Kits are envisioned as purpose-designed systems in which the structure and technology are engineered together from the beginning.

Lok-N-Blok would provide the modular structural building components, while Tesseract would design the finished operational capability around customer requirements. Depending on the application, a kit could incorporate RF shielding, power, communications, sensors, cameras, access control, displays, edge computing, autonomous systems, drone storage and launch capabilities, robotic fabrication equipment, and Tesseract software.

The objective is to create systems that can be designed digitally, packaged efficiently, transported in compact form, assembled near the point of use, integrated with technology, expanded as requirements change, and potentially disassembled and redeployed to another location.

“We see an opportunity to rethink the relationship between infrastructure and technology,” said John Boucard, Founder and CEO of Tesseract Ventures. “Instead of putting our technology inside a box that was designed for something else, Tesseract Synthetic Brick Technology Kits allow us to design the structure around the mission. Lok-N-Blok gives us an exciting modular foundation from which we can create intelligent environments for some of the most demanding industries in the world.”

Initial Tesseract Synthetic Brick Technology Kit concepts are expected to address four core markets:

Defense — Tesseract Nomad drone operations systems, forward command environments, communications nodes, sensor hubs, Smart Secure Spaces, and Tesseract Forge fabrication and maintenance capabilities.

Construction — secure environments, modular NODE guard stations, workforce access-control environments, project command centers, meeting and training spaces, digital plan rooms, and autonomous drone inspection stations.

Critical Infrastructure — remote operations centers, utility inspection hubs, distributed sensor stations, emergency-response facilities, drone deployment systems, and communications infrastructure.

Agriculture — field operations centers, autonomous drone stations, equipment and sensor hubs, communications facilities, and distributed farm intelligence environments.

A single Tesseract Synthetic Brick Technology Kit could begin as a relatively small access-control or monitoring station and expand into a larger connected secure operating environment as customer requirements evolve. Standardized structural components could be combined with standardized Tesseract technology packages, allowing new configurations to be created without redesigning an entire system for every deployment.

The collaboration also creates the potential for Tesseract to develop repeatable technology packages such as Access & Security Kits, Smart Space Kits, Drone Operations Kits, Communications Kits, Sensor Kits, and Forge Fabrication Kits that can be incorporated into different structural configurations.

“Lok-N-Blok was created around the idea that construction could become more modular, efficient, and adaptable,” said John Lewis, CEO of Lok-N-Blok. “Tesseract brings a powerful technology layer to that idea. Together, we have an opportunity to explore how modular construction can become the foundation for intelligent, rapidly deployable operational environments.”

Under the proposed initiative, Lok-N-Blok would serve as a strategic supplier of the modular synthetic structural system, while Tesseract would lead application design, technology integration, customer configuration, software, autonomous systems, deployment, and lifecycle capabilities.

The initiative represents a shared vision for a new class of infrastructure:

Build only what the mission requires. Ship it efficiently. Assemble it rapidly. Connect it intelligently. Reconfigure it when the mission changes.

About Tesseract Ventures

Tesseract Ventures is an American invention and manufacturing company developing integrated hardware, software, autonomous systems, artificial intelligence, and command-and-control technologies for Defense, Construction, Critical Infrastructure, and Agriculture. www.tesseractventures.io/syntheticbricks 

ZeroTech Optics Launches Adjustable BDC Turrets with Tool-Free Adjustable Impact Markers

October 28th, 2026

Five customizable distance markers deliver an adaptable alternative to fixed BDC dials while keeping traditional elevation markings in view.

Nashville, TN — ZeroTech Optics announces the release of its Adjustable BDC Turrets, giving hunters and target shooters a customizable alternative to fixed, laser-engraved bullet-drop-compensating dials. Built around five Adjustable Impact Markers (AIM), the system combines quick distance references with tool-free marker adjustment while retaining the scope’s traditional elevation markings.

A custom BDC dial is only as useful as the data behind it. Changes in ammunition or shooting conditions can leave fixed yardage markings out of step with a rifle’s actual trajectory. The Adjustable BDC Turret lets shooters reposition their markers to match updated, verified ballistic data rather than order another engraved dial.

Each numbered AIM sits above the traditional MIL or MOA scale, preserving both a personalized distance reference and conventional dialing information. Shooters can use their preset markers when the data matches their setup or return to the standard elevation markings when a different correction is needed.

A top-mounted selector releases one marker at a time while keeping the others locked, allowing individual references to be changed without disturbing the rest. Once the markers are positioned, the selector returns to its locked setting. AIM adjustments require no tools; initial aftermarket installation or alignment may require tools.

That flexibility has practical applications beyond a single load or hunting season. Hunters can establish markers for pre-ranged clearings, while target and competition shooters can configure them for known-distance targets. As loads or conditions change, the same markers can be reset to reflect newly verified data instead of committing the shooter to a permanent set of yardages.

Key Features

• Five Adjustable Impact Markers: Individually set and lock personalized distance references.

• Tool-free marker adjustment: Update presets using the top-mounted selector.

• Traditional elevation markings: Retain conventional dialing references beneath the AIM markers.

• Reusable customization: Reset markers when ammunition or environmental data changes.

Compatible Riflescopes

The Adjustable BDC Turret is compatible with the following B-designated ZeroTech riflescope models:

Compatibility is model-specific. Confirm the exact riflescope SKU before ordering.

For product details, visit the Adjustable BDC Turret product page.

XS R3D 2.0 Night Sights Now Available for CZ P-09 Nocturne Pistols

October 28th, 2026

Fort Worth, Texas (October 27, 2026) – Owners of CZ P-09 Nocturne pistols can now upgrade their factory sights with intuitive, fast, and accurate R3D 2.0 night sights. Designed for self-defense, these 3-dot notch and post sets come with a green or orange Glow Dot front sight with tritium in the center. The dual-illumination design of the front sight makes it larger and brighter than the two rear tritium dots, driving focus to the front sight and downrange target. The wide rear notch design also provides more visible indexing for increased speed and accuracy.

“Our R3D 2.0 night sights give gun owners an edge over most factory sights by helping them get on target faster and more accurately when every fraction of a second counts,” said Addison Monroe, Digital Marketing Manager, XS Sights. “Improved capability and increased preparedness lead to greater confidence, and our goal has always been to give gunowners purpose driven tools to help them shoot better.”

XS sights are backed by a Limited Lifetime Warranty. The company also offers a 12-year illumination warranty on all tritium products. For more information, visit www.xssights.com.

Anduril and Qualcomm Unveil BlueChip to Rebuild American Computer Manufacturing

October 28th, 2026

Beginning with a U.S.-built laptop powered by the Snapdragon® X Series platform, BlueChip will establish the manufacturing capabilities and supplier base needed to bring computer production back to America.

The United States pioneered personal computing and continues to lead the world in designing advanced technology, but decades of offshoring have left America dependent on foreign manufacturers for the computers and components that power everything from personal devices to critical government infrastructure. This dependence creates a national security vulnerability. Conflict or disruptions to overseas supply chains could limit access to essential computing hardware and undermine America’s ability to sustain production when it matters most.

Today, Anduril and Qualcomm Technologies, Inc., are unveiling BlueChip, a new product line dedicated to rebuilding American computer manufacturing. Beginning with a laptop designed and assembled in the United States, BlueChip will develop American-built computing hardware for America’s most critical industries—including government, defense, first responders, and public safety—and rebuild the suppliers, manufacturing processes, and expertise needed to produce these systems at scale.

BlueChip brings together Qualcomm Technologies’ expertise in high-performance, power-efficient computing and Anduril’s work to rebuild domestic computer manufacturing. San Diego-based Qualcomm Technologies will supply its Snapdragon X Series, providing the laptop’s core computing capabilities, including general-purpose processing, graphics, and on-device AI.

Anduril has already developed functional prototypes of the first BlueChip laptop and plans to begin taking orders in 2027. The engineering effort includes designing the enclosure for U.S. machining, developing battery and power management systems to accommodate existing American battery technology, and selecting metals that U.S. industry can produce and machine at scale. Anduril is also developing a bonding process to incorporate U.S.-made display glass. These are just some examples of the engineering work required to design computers for the realities of the American supply chain.

Building Computers in America

Components sourced from U.S. and allied-country suppliers account for more than 90% of the BlueChip prototypes’ component procurement cost. Anduril is working to expand domestic component production ahead of planned availability in 2027, with the long-term goal of building a fully domestic supply chain.

BlueChip laptops will be manufactured in the United States, with circuit board assembly planned for Anduril’s Arsenal-1 facility in Ohio. Anduril is developing domestic production capabilities for enclosures, battery components, and other hardware while qualifying suppliers and preparing for production.

The United States has already invested billions of dollars in expanding domestic semiconductor production, but manufacturing complete computers also requires circuit boards, displays, batteries, and other components still largely produced overseas. Restoring domestic computer manufacturing requires rebuilding that broader industrial base.

BlueChip will take a phased approach, beginning with expanding domestic sourcing and manufacturing, progressing toward eliminating reliance on foreign suppliers, and ultimately establishing an end-to-end American supply chain. The designs, supplier relationships, and production processes developed for the first laptop will support additional BlueChip products, expanding America’s ability to manufacture the computing hardware its industries depend on.

Organizations interested in BlueChip, including those in government, defense, and other critical industries, can register their interest at anduril.com/bluechip.

Snapdragon is a product of Qualcomm Technologies, Inc. and/or its subsidiaries. Snapdragon is a trademark or registered trademark of Qualcomm Incorporated.

Helikon-Tex Introduces FIELD IRR Fabrics, Initially in PL Woodland Camouflage

October 28th, 2026

Helikon/Tex has introduced their new Near Infrared (NIr) / Infrared Reflectance (IRR) compliant fabric whixh they call FIELD.

This printing technology reduces detection under Image Intensification (I2) which is often referred to as “night vision” as well as thermal sensors which detect light in the IR bands.

This image gives you an idea of what a difference this makes. Their FIELD fabric absorbs and reflects light in the 700-1100 nm range to appear as close as possible to nature.

It is currently offered in the highly sought after Polish wz.93 Woodland or “Pantera” camouflage pattern. Options include MCDU/MBDU shirts and pants, Boonie Hats and so on, along with Guardian Plate Carriers, Guardian Smallpacks, Ambush Backpacks, Modular Individual Med Kits, and Pouches.

See the entire line at helikon-tex.com/en/camouflage/pl-woodland-field.

US Army Launches Project Gatekeeper to Accelerate Commercial Software Adoption, Streamline Cybersecurity Accreditation

October 28th, 2026

WASHINGTON — The U.S. Army’s Office of the Chief Information Officer launched Project Gatekeeper on Oct. 23, a DevSecOps platform and security evaluation sandbox designed to transform how the service tests, accredits and deploys commercial software.

Project Gatekeeper, which comes online this afternoon, draws its authorization framework from the Army’s DevSecOps Platform, which provides a dedicated commercial-facing relay into the Army’s non-classified internet protocol router network ecosystem. The platform serves as a prescreening software assurance capability that enables commercial developers to submit code and containerized applications into isolated testing environments, providing automated security feedback and risk assessments in near-real time.

“The concept behind Project Gatekeeper is to set industry up for success to engage with the Army rapidly and securely,” said Gabe Chiulli, acting Army chief information officer. “Historically, companies had to navigate disparate, ad-hoc mechanisms simply to get their code evaluated. Project Gatekeeperreplaces operational bottlenecks with an automated, commercial-friendly intake pipeline that cuts evaluation cycles from months down to minutes while safeguarding our network perimeter.”

For years, commercial software providers – particularly non-traditional defense vendors and small technology startups – faced significant friction when navigating the Army’s cybersecurity accreditation process. Obtaining an authority to operate, known as an ATO, or military sponsorship, often required existing defense contracts, common access card credentials and approval timelines stretching from six to eight months or longer.

Using state-of-the-art security tooling, Project Gatekeeper conducts comprehensive automated code scans, identifies vulnerabilities, verifies compliance guardrails and provides commercial engineers with immediate remediation guidance. Rather than burdening software vendors with manual documentation, the platform’s automated pipelines generate standardized compliance artifacts and evidence dossiers needed by authorizing officials to make fast, risk-informed ATO determinations.

Vendor code runs in secure, containerized enclaves that prevent unauthorized exposure to operational data while allowing authentic testing against Army enterprise standards. Shortly after release, through super intelligence, known as SI, integration, the platform will also begin leveraging frontier security models from SI partners to strengthen existing security tools, provide aggregated security reporting and help prioritize remediation efforts.

Access to Project Gatekeeper is currently available to vendors with a Department of War common access card. Public access will become available soon through Login.gov, a secure gateway that enables authentication and vetting of personnel who are accessing the DevSecOps platform from the commercial internet.

Project Gatekeeper aligns with broader Department of War initiatives to maintain technological overmatch through agile acquisition and continuous software delivery. By bridging commercial innovation with mission-critical security standards, the platform ensures warfighters operate with modern, dependable digital tools.

“Our warfighters are digital natives who expect modern software capabilities to support their mission,” Chiulli added. “Project Gatekeeper establishes the automated foundation required to scale with the speed of commercial technology, ensuring our troops receive cutting-edge tools safely and without unnecessary administrative delays.”

Commercial technology firms and software developers interested in using Project Gatekeeper can access the platform here.

The Army’s Office of the Chief Information Officer leads the digital modernization of the U.S. Army, delivering global, modern and resilient information technology architectures, cybersecurity and cloud capabilities to enable multi-domain and joint force operations worldwide.

By U.S. Army Public Affairs

Tekever UAS Delivers Aerial Intelligence for USSOCOM

October 27th, 2026

FAYETTEVILLE, North Carolina, 26 October 2026 – TEKEVER, a leading provider of Al-driven autonomous systems, announces the purchase of UAS systems by the United States Special Operations Command (USSOCOM). The UAS systems have successfully completed a programme of validation and acceptance testing, supported by dedicated training activities, with an extensive flight programme performed at multiple locations.

Continuous iteration is central to TEKEVER’s product-development model. Data and feedback from each flight cycle are used to inform further refinements, allowing the company to respond rapidly to operational needs and deliver increasingly capable and relevant systems.

Ricardo Mendes, CEO of TEKEVER, said: “This procurement represents an important milestone in a relationship that has been built over time through rigorous testing, open dialogue and a clear focus on delivering effective capability. We greatly value the professionalism and engagement of the USSOCOM personnel with whom we have worked, and look forward to continuing to support their evolving requirements.”

The uncrewed aerial system is a highly deployable system designed to provide intelligence, surveillance and reconnaissance capabilities in demanding operational environments. Its modular architecture brings together the air platform, mission-specific payloads, communications and Al-enabled mission software within an integrated autonomous intelligence ecosystem.

TEKEVER’s vertically integrated model-spanning engineering, manufacturing, software, artificial intelligence and operational support- enables the company to incorporate user feedback rapidly and maintain a continuous development cycle throughout the life of its systems.

The purchase represents a further step in TEKEVER’s long-term commitment to the United States and its special operations community. TEKEVER has an established presence in Fayetteville, North Carolina, supporting its engagement with US defence and security customers.

The number, model and specific configuration of the UAS systems purchased are not being disclosed.