XC3 Weaponlight

Air Force Veteran Launches Memor App to Digitize Cemetery Records and Honor the Fallen

June 7th, 2026

New mobile app empowers families, veterans organizations, and cemetery managers to geo-locate gravesites and preserve the memories of loved ones — before they are lost forever

SCHENEVUS, N.Y., June 4, 2026 — Memor Cemetery Management, a mobile application designed to bring cemetery record-keeping into the digital age, is now available on iOS and Android. Founded by Jason Knapp, a 22-year United States Air Force veteran, Memor was born out of years of frustration placing Memorial Day flags using faded handwritten lists — and a growing urgency to preserve gravesites before deteriorating headstones make them unreadable forever.

From Handwritten Lists to GPS-Enabled Grave Records

For Jason Knapp, the problem was deeply personal. After two decades of Air Force service — during which he lost many friends and fellow servicemembers along the way — Knapp became active on a local cemetery board, a role he took to heart given his family’s roots in the death care profession. His father was both a funeral home director and a coroner.

Each Memorial Day, Knapp would head out to place flags on veterans’ graves, armed only with worn handwritten lists or decades-old typed records annotated in pen and pencil over the years. Without photographs or GPS coordinates for each grave, finding older gravesites became an increasingly difficult task.

“The stones were deteriorating year by year. I realized we needed to electronically catalogue them before they were lost forever,” said Knapp. Existing platforms like Find-a-Grave fell short of what he envisioned. So he built Memor.

What Memor Does

Memor is a simple, family-friendly app that allows individuals, businesses, and organizations to honor their loved ones by creating digital records of gravesites. Core features include:

Geo-location of gravesites – users can pin the exact GPS coordinates of a grave, making it easy to locate on any future visit.

Photo and documentation storage – capture gravesites with photographs while the stones are still legible, creating a permanent digital record.

Sharing and storytelling – families can share stories, moments, and pictures tied to a gravesite, preserving personal history alongside location data.

Growing accessibility – as more cemeteries adopt the platform, individuals gain easy digital access to their loved ones’ records.

Memor is built for families, veterans organizations, funeral homes, cemetery associations, and local historical organizations, anyone with a stake in preserving the lives of those who came before.

A Vision to Become a Household Name

Knapp envisions Memor growing beyond a management tool into a full-service platform for remembrance. “I’d like this to become a household name,” he said. “When someone wants to buy flowers and have them sent to the cemetery, they use Memor to do it.”

The app’s spring 2025 launch is well-timed. “It was a long winter, and half the country is just now able to feel spring and get outside again,” Knapp noted. “The season for visiting graves, placing flags, and honoring the people we’ve lost is just beginning.”

“We want Memor to be the place that everyone uses to honor, remember, tell stories, gather to celebrate, share pictures, and talk about their friends and family who have passed while digitally preserving their final resting place for all to share.”

— Jason Knapp, Founder, Memor Cemetery Management

Download Memor
Memor Cemetery Management is available now on:

iOS: apps.apple.com/us/app/memor-cemetery-management/id6756589530

Android: play.google.com/store/apps/details?id=com.memor.binate

Leveraging Artificial Intelligence to Ensure Secure Army Communications

June 7th, 2026

FORT HUACHUCA, Ariz. — In today’s rapidly evolving digital landscape, the convergence of large datasets and AI is transforming the way the Army secures and operates its networks. The U.S. Army Information Systems Engineering Command, a major subordinate command of the Communications-Electronics Command, stands at the forefront of this transformation by harnessing the power of AI to enable advanced data analytics and drive Army operational readiness and resilience across the force.

As Army networks expand and the volume of data grows, the attack surface for our adversaries also expands. Recognizing this, USAISEC is leading an effort to leverage large datasets with AI-driven insights to enhance operations and harden critical infrastructure for secure Army communications.

Supporting communications security

USAISEC is the home of the Army’s COMSEC experts. Tasked with supporting COMSEC across the Army, USAISEC ensures the proper safeguarding and handling of cryptographic materiel for hundreds of Army units worldwide. These units are engaged in missions ranging from training and humanitarian assistance to real-world military operations around the globe that require 24-hour support.

The USAISEC Communications Security Directorate provides critical support across three primary focus areas:

COMSEC accounts and keys: CSD operates the Tier 1 system that generates and distributes cryptographic keys to Key Management Infrastructure workstations. To maintain strict accountability, personnel serve as the Service Authority and Central Office of Record, providing oversight and assistance for all Army COMSEC account management.

COMSEC operations: Warfighters require continuous support to maintain secure networks in contested environments. To assist account managers with daily operations, CSD strategically positions regional COMSEC Information Security Representatives at geographic locations worldwide. Additionally, personnel staff dedicated help desks to guide soldiers through the complex operation of Key Management Infrastructure workstations, cryptographic hardware, and associated software.

COMSEC policies and compliance: Security is effective only when standards are strictly enforced. To enforce policies, CSD acts as a COMSEC Incident Monitoring Activity, actively assessing and mitigating reported security incidents across the Army. Additionally, personnel develop modernized procedures and conduct thorough audits of Army COMSEC accounts to guarantee absolute compliance with stringent national security policies.

Using AI to drive predictive analytics

This immense responsibility generates vast amounts of data, which historically required manual review and management. Today, USAISEC is leveraging AI-driven data analytics to assess these large datasets, enabling predictive analytics that allow for proactive engagement with Army units before challenges arise. This not only heightens Army readiness but also empowers commanders and decision-makers with data-driven insights to better manage COMSEC programs within their force structures.

One of the most significant advancements in this modernization effort is the development of the Communications Security Operations Center. Rather than altering the current mission, the CSOC strengthens and streamlines core COMSEC services by centralizing operations, improving readiness visibility and enabling a more integrated, data-driven support model. For the first time ever, data previously available only to CSD personnel is now available to commanders at all levels.

When fully implemented, the CSOC will support improved Army readiness by allowing detailed analysis of COMSEC account health, compliance and risk, while enabling proactive mitigation and forecasting of cryptographic materiel requirements. Powered by continuous data integration from across CSD’s mission areas, these enhancements ensure Army networks remain resilient and secure.

USAISEC is deploying AI to proactively monitor the Army’s COMSEC posture. By leveraging data-driven insights and establishing a centralized CSOC, USAISEC is shifting COMSEC management from a reactive to a predictive model. These advancements enable the Army to maintain continuous, secure communications for our warfighters worldwide. The resulting Army resilience ensures Army networks remain ready for complex operations across all domains.

By Steven Downer and Sandra Rosario, USAISEC

TacJobs – Emissary Development Seeks Independent Sales Reps

June 6th, 2026

WORK WITH EMISSARY: We’re looking for independent sales representatives focused on Law Enforcement, Military, and Government sales.

This is a fully remote, commission-only 1099 contractor opportunity. No salary, no quotas, and no set schedule.

We’re looking for professionals with existing relationships and experience in the LE/MIL/GOV space who can help introduce Emissary products to agencies, units, distributors, and procurement channels.

We’ll provide product training, quoting support, CRM tools, and direct access to our team. If you’re interested, apply at emissarydevelopment.com/salesrep

Thank You For Your Support

June 6th, 2026

We heard the Defenders at Fairchild AFB follow SSD. That’s a family homebase and we appreciate your readership and your service!

‘Project Bullfrog’ Sees Army Air Defenders in Europe Assess Skyhammer Effector

June 6th, 2026

SEMBACH, Germany – The ‘Project Bullfrog’ series of exercises, driven by the 52nd Air Defense Artillery Brigade (52d ADA BDE), brings together servicemembers and innovative air defense solutions from industry. During a recent iteration, the Skyhammer effector, produced by Cambridge Aerospace, underwent testing, marking another step in the brigade’s ongoing effort to accelerate the development of layered air and missile defense solutions for the U.S. Army.

The developmental tests focused on evaluating Skyhammer’s potential contribution to the Eastern Flank Deterrence Initiative (EFDI), the transformational warfighting concept that leverages unmanned and minimally manned systems, backed by an integrated mission command network that uses live data to accelerate decision-making and offset forward posture and adversary advantages in mass and momentum. The EFDI is spearheaded by the vision of the United States Army Europe and Africa (USAREUR-AF) and NATO Allied Land Command (LANDCOM).

The events provided Soldiers, engineers, and operational planners with an opportunity to assess the system’s performance, integration potential, employment considerations, and suitability for further operational evaluation. Following the developmental test series, the U.S. Army’s Global Tactical Edge Acquisition Directorate (G-TEAD) is expected to invite Cambridge Aerospace for an Operational Assessment and potential fielding consideration.

“The threat is adapting quickly, and our formations must move with the same urgency,” said Capt. Kurt Blumeyer, 52d ADA BDE’s Weapons Evaluation Test Cell Officer. “These tests allowed Soldiers and developers to work side by side, identify operational requirements, and evaluate whether emerging technology can help close real gaps in the current defense design,” Blumeyer continued.

The 52d ADA BDE remains committed to rapidly identifying, testing, and integrating capabilities that strengthen air defense in depth, protect critical assets, and give commanders more options to counter evolving aerial threats. Expanding its portfolio, the brigade is also working to defeat the cost curve for counter-cruise-missile capabilities, collaborating with Cambridge Aerospace on the Starhammer, a low-cost cruise missile with defeat capability.

“Along with increasing magazine depth amongst c-UAS capabilities, we are looking to do the same in the counter cruise missile space, at a low cost, to augment our exquisite interceptors,” said Maj. Cody Davis, the 52d ADA BDE Operations Officer. “Currently, we are planning to integrate the StarHammer into existing joint-force and European multinational exercises,” Davis continued.

These efforts reflect the brigade’s broader approach to air defense modernization: identifying operational problems from forward-deployed units, pairing them with promising industry solutions, and using Soldier-informed testing to determine whether systems are ready for further evaluation, refinement, or fielding.

The Skyhammer effector is designed as a lower-cost interceptor option to support layered defense against various aerial threats. During the test series, 52d ADA BDE personnel examined how the system could enhance depth, magazine capacity and engagement options within a broader integrated air and missile defense architecture.

“This partnership with the 52nd Air Defense Artillery Brigade allowed us to put Skyhammer in front of Soldiers who understand the threat and the mission,” said Chris Sylvan, Chief Commercial Officer and co-founder of Cambridge Aerospace. “Their feedback was direct, operationally grounded, and invaluable as we continue refining the system for real-world use,” Sylvan added.

The brigade emphasized that developmental testing does not constitute a final procurement or fielding decision. Instead, it provides commanders and technical stakeholders with the data needed to determine whether a system should proceed to operational assessment.

The planned operational assessment will take place this summer and provide a more rigorous venue for evaluating Skyhammer in an environment relevant to current and future ground-based air defense operations. The assessment is expected to inform future decisions on potential employment, integration, and fielding pathways.

The 52d ADA BDE provides air and missile defense capabilities in support of USAEUR-AF. The brigade focuses on defending critical assets, protecting maneuver forces, and advancing integrated air defense capabilities across the European and African theaters.

By CPT Zemas Andargachew

Merlin Successfully Completes Critical Design Review for C-130J Autonomy Program with USSOCOM

June 5th, 2026

CDR approval marks the completion of the final design configuration for the C-130J, advancing the program to the aircraft integration phase

BOSTON, June 04, 2026 — Merlin, Inc. (NASDAQ: MRLN), an aerospace and defense technology company building the operating system of record for autonomous flight, today announced the successful completion of the Critical Design Review (CDR) for its C-130J autonomy program with the U.S. Special Operations Command (USSOCOM). Completion of the CDR is a milestone in the program’s maturation, validating the system’s design readiness and advancing Merlin from design development into aircraft integration activities.

This milestone positions the program to enter a structured formal test campaign, including aircraft-level testing, reflecting a disciplined systems engineering progression from design through verification.

The CDR is part of Merlin’s previously awarded IDIQ contract under its C-130J autonomy program with USSOCOM. The milestone supports a demonstration of Merlin’s C-130 autonomous capability development, showcasing the potential reduction in crew workload through all phases of flight. Under this contract, Merlin is rapidly advancing its AI-powered autonomy stack onboard the C-130J, with potential pathways for expansion across other Department of War or commercial aviation platforms.

“Completing the Critical Design Review validates the architecture we’ve built for safe, scalable autonomy on large aircraft like the C-130J,” said Matt George, CEO and founder of Merlin. “We are grateful for USSOCOM’s partnership and guidance in this effort as CDR is another important step in demonstrating that our system meets the rigorous standards required for our USG customers’ real-world deployment. As we move into integration, ground testing, and eventually flight demonstrations, we’re focused on proving autonomy from takeoff to touchdown is one of the most effective ways to improve operations and safety for US warfighters.”

US Night Vision Shakes Up the Industry with Interactive Mobile Virtual Experience

June 5th, 2026

For decades, buying night vision or thermal optics online could have felt like a gamble. “Industry-standard” marketing has relied almost entirely on static Hoffman Pictures taken on an ANV-126A test set. While those static tube photos serve as a decent benchmark for clarity, they leave the end-user completely in the dark when it comes to real-world context. A flat image offers little to no ability for a buyer to perceive the actual size, depth, or relative screen coverage of a system.

US Night Vision (USNV) decided that settling for those stock, static tube pictures just isn’t customer-centric, informative, or a decisive tool to the customers benefit.

Gone Are the Static Days

Guessing how a device will look in the field is a thing of the past. USNV has officially launched its Mobile Augmented Reality Night Vision & Thermal Systems Experience, bringing an interactive, digital showroom straight to your smartphone. This totally FREE tool enables you to remove the guess work and experience true to life night vision prior to purchase!

Instead of squinting at a cropped, 2D photo, users can now launch a dedicated mobile experience to cycle through tubes and interactively preview key systems. This immersive tool allows you to gauge true-to-life scale, field of view, and more beforeyou ever drop a dime on shipping or gear.

The virtual rollout features direct interactive experiences for the primary line-up, letting you swap configurations on the fly: PVS-14 Monocular / Alpha Dual Tube Goggles / Panoramic Goggles / HMT Thermal Kit

Experience It Now

Stop buying blind and relying on outdated benchmarking methods. Check out the interactive gear preview for yourself by visiting the US Night Vision Mobile Experience Portal directly on your phone.

Want an even more interactive and in-depth mobile experience? Subscribe to the USNV Newsletter and get first access to the USNV Mobile App finishing iOS and Android Beta Testing!

For product inquiries, configuration questions, or custom setups, head over to US Night Vision or contact their team directly via email at sales@usnightvision.com.

New York State Police Select LWRCI IC-9 as Standard Issue – Aimpoint Duty RDS to Enhance Trooper Readiness and Accuracy

June 5th, 2026

Albany, NY 6/1/2026 – The New York State Police (NYSP) has selected the LWRC International (LWRCI™) IC-9 as the new standard issue 9mm Pistol Caliber Carbine for troopers statewide, following a rigorous testing and evaluation process. The platform will be paired with the Aimpoint® Duty RDS®, providing enhanced reliability, precision, and operational capability for troopers across diverse mission environments.

“This selection underscores LWRCI’s commitment to equipping America’s law enforcement professionals with best-in-class technology,” said, David Ridley,

Senior Vice President of Sales and Marketing. “We are honored to support the New York State Police as they continue their mission of protecting the citizens of New York.”

The LWRCI™ IC-9, chambered in 9mm, and features a fully ambidextrous lower receiver, cold hammer-forged barrel, and modular rail platform. The weapon offers low recoil, simplified logistics, and compatibility with standard duty pistol magazines, streamlining maintenance and training.

The Aimpoint® Duty RDS® red-dot sight was selected for its rugged design, extended battery life, and superior optical clarity. The combination of the IC-9 and Aimpoint® Duty RDS® offers a lightweight, user-friendly, and mission-ready system suitable for both urban and rural deployments.

LWRCI and NYSP are currently working on fielding the newplatform, armorer training and continuing services.