merago.ai represents a leap forward in outpatient care, transforming the traditional synchronous model into a flexible, asynchronous care engine. As announced in our launch, merago.ai uses AI, automation, and intelligent workflows to enable clinical interactions outside the constraints of time, location, or fixed schedules.

At the heart of merago.ai is its ability to automate intake, triage, history collection, and follow-up tasks. Patients provide structured inputs via text, questionnaire, or multimedia, which the system interprets to route them to the correct provider, specialist, or next step. This front-loading of clinical context reduces clinician time spent in redundant data collection and allows them to focus exclusively on diagnostics, decisions, and value-adding interventions.

By enabling asynchronous interactions, sleep-zone time differences and geographical boundaries become less of a barrier. Providers can review cases, respond to queries, and design care plans on their own schedules. Meanwhile, patients benefit from quicker access, less waiting, and continuity of care without needing simultaneous availability.

merago.ai’s architecture ensures interoperability with existing EHRs, billing systems, scheduling platforms, and secure data exchange in compliance with healthcare standards. Its advanced AI modules continuously evolve, learning from usage data, optimizing workflows, flagging anomalies, and surfacing predictive insights.

From a capacity perspective, merago.ai can significantly increase provider throughput, reduce no-shows, and improve clinic utilization without adding physical infrastructure. The asynchronous model also reduces idle time and allows providers to batch or schedule their review workflows more efficiently.

In early adoption, institutions leveraging merago.ai have seen reductions in administrative burden, faster triage, more accurate referrals, and better patient satisfaction. As outpatient demand continues rising globally, merago.ai is a scalable, future-ready solution to bridge gaps in access and provider bandwidth.

With merago.ai, Merago is pioneering a shift in care delivery, from time-bound visits to fluid, intelligent, patient-centric healthcare experiences.

Fiber Optic Extender
CoaXPress Repeater
16CH Precision Trigger Generator

Fiber Optic Repeater
CoaXpress Repeater 4CH/2CH
16CH Precision Trigger Generator

Teledyne e2v Semiconductors is pleased to announce the successful initial qualification of its 16GB Space DDR4 memory, marking a key milestone in the advancement of high-reliability memory solutions for space-grade applications.

This 16GB DDR4 device is part of Teledyne e2v’s growing portfolio of radiation-tolerant memory products, which includes the 8GB DDR4 variant qualified last year. Doubling the capacity while maintaining the same form factor and pin compatibility, the 16GB version offers seamless integration into next-generation satellite systems without requiring hardware redesign.

The initial qualification confirms the long-term reliability and robustness of the 16GB DDR4 product. It was validated through extensive testing across three statistically significant production lots, ensuring both process consistency and performance reproducibility, critical factors for mission assurance in space environments.

Conducted in accordance with the stringent JESD47 standard, the initial qualification campaign included a comprehensive suite of reliability assessments to simulate the harsh conditions encountered in orbit, verifying the product’s resilience to temperature fluctuations, mechanical stress, and radiation exposure.

“This milestone is foundational,” said Thomas Guillemain, Marketing and Business Development Manager at Teledyne e2v. “It demonstrates that our 16GB DDR4 memory is not only reliable but also supported by a robust and repeatable assembly process. Following the successful qualification of Teledyne e2v’s 16GB Space DDR4 memory, the company has now entered the Flight Model (FM) production phase. Our first FMs - Teledyne e2v X1, designed for New Space and LEO missions - will ship this October, while NASA 1 Flight Models are on track for Q3 2026. Customers can now place orders to secure delivery for upcoming missions.”

As the previous generation, this memory solution is designed to be compatible with a wide range of space-grade processing platforms. Engineered to support the demands of modern, data-intensive space missions, from Earth observation to edge computing in orbit, it delivers the performance and reliability required for the most critical applications.

Teledyne e2v Semiconductors will be showcasing its latest innovations, including the newly qualified 16GB Space DDR4 memory, at the European Data Handling & Processing Conference (EDHPC) in Elche, Spain, from 13th to 17th October 2025. We invite you to meet our team on BOOTH 14 and discover how our high-reliability memory solutions are shaping the future of space-grade applications.

Teledyne e2v Semiconductors, a Teledyne Technologies Inc. company, and Viking Technology, a division of Sanmina Corporation, are pleased to announce a strategic distribution agreement. This collaboration brings together two industry leaders to deliver advanced memory and storage solutions to customers across the EMEA (Europe, the Middle East & Africa) and APAC (Asia-Pacific) regions, with a focus on Aerospace & Defense applications.

Under this agreement, Teledyne e2v will distribute Viking Technology’s high-performance DRAM and Flash storage products, starting with the Parallel Cell family of multi-chip package (MCP) DDR4 memory solutions. These MCPs offer superior performance and density per cubic inch compared to conventional memory DIMMs and are available in 4GB, 8GB and 16GB capacities. Designed for mission-critical environments, they are military qualified and defense avionics ready.

“Collaborating with Viking Technology allows us to expand our portfolio with cutting-edge memory and storage solutions that align closely with Teledyne e2v’s offerings for Aerospace and Defense platforms,” said Thomas Guillemain, Business Development Manager at Teledyne e2v Semiconductors. “This strategic alliance strengthens our ability to support customers with integrated, high-reliability solutions.”

“We are excited to partner with Teledyne e2v to extend the reach of our ruggedized memory solutions,” said Hamid Shokrgozar, President Viking Technology. “This agreement builds on more than eight years of successful collaboration between our teams. Their deep expertise in Aerospace and Defense markets, combined with our advanced technology, creates a powerful synergy that will benefit customers developing next-generation systems.”

This collaboration underscores both companies’ commitment to delivering innovative, high-reliability solutions to the most demanding environments.



About Teledyne e2v Semiconductors

Teledyne e2v delivers advanced solutions for healthcare, life sciences, space, transportation, defense, and industrial markets. The company offers high-reliability semiconductors—including data converters, microprocessors, and radiation-tolerant memories—alongside specialized manufacturing and test services. As part of the Teledyne Imaging Group and a Teledyne Technologies Inc. company, Teledyne e2v partners with customers to develop innovative, tailored technologies that enhance system performance. E2V Semiconductors | E2V Semiconductors

Contact Teledyne e2v
Jane Rohou - MarCom Manager
Tel: +33-476-583280
Email: jane.rohou@teledyne.com

About Viking Technology
Viking Technology, a Sanmina division, with over 25+ years of experience in engineering, design, manufacturing and test, provides advanced high technology hardware products, such as solid-state drives (SSDs), DRAM memory modules, non-volatile DIMMs and microelectronics multi-chip package (MCP) memory solutions. Viking Technology offers solutions to the networking, industrial, transportation, medical, AI, data center, and defense & aerospace (DAS) markets. More information about the Company is available at www.vikingtechnology.com.

Contact Viking Technology
Email at sales@vikingtechnology.com
Tel: (714) 913-2200


About Sanmina Corporation
Sanmina Corporation (NASDAQ: SANM) is a Fortune 500 company and a leading integrated manufacturing solutions provider serving the fastest-growing segments of the global Electronics Manufacturing Services (EMS) market. Recognized as a technology leader, Sanmina provides end-to-end manufacturing solutions, delivering superior quality and support to Original Equipment Manufacturers (OEMs) primarily in the industrial, medical, defense and aerospace, automotive, communications networks, and cloud infrastructure markets. Sanmina has facilities strategically located in key regions throughout the world. More information about the company is available at www.sanmina.com.

Contact Sanmina Corporation
Gerard O’Neill
Tel: +353 87 903 6426
Email: gerard.oneill@sanmina.com

NEDSolutions successfully conducted an overseas demonstration of its swarm drone system in September 2025 under field conditions closely simulating a real combat environment. A total of 21 drones were launched and controlled simultaneously by a single operator, showcasing a fully integrated reconnaissance and strike mission scenario.

During the demonstration, 20 swarm drones executed coordinated flight and target engagement, while the lead drone performed real-time reconnaissance and target designation. The event received significant attention and strong positive feedback from key government and defense officials on-site, highlighting international interest in the operational capability and technological maturity of NEDSolutions’ swarm drone system.

NEDSolutions successfully conducted an overseas demonstration of its swarm drone system in September 2025 under field conditions closely simulating a real combat environment. A total of 21 drones were launched and controlled simultaneously by a single operator, showcasing a fully integrated reconnaissance and strike mission scenario.

During the demonstration, 20 swarm drones executed coordinated flight and target engagement, while the lead drone performed real-time reconnaissance and target designation. The event received significant attention and strong positive feedback from key government and defense officials on-site, highlighting international interest in the operational capability and technological maturity of NEDSolutions’ swarm drone system.

NEDSolutions successfully conducted an overseas demonstration of its swarm drone system in September 2025 under field conditions closely simulating a real combat environment. A total of 21 drones were launched and controlled simultaneously by a single operator, showcasing a fully integrated reconnaissance and strike mission scenario.

During the demonstration, 20 swarm drones executed coordinated flight and target engagement, while the lead drone performed real-time reconnaissance and target designation. The event received significant attention and strong positive feedback from key government and defense officials on-site, highlighting international interest in the operational capability and technological maturity of NEDSolutions’ swarm drone system.

Day & Night Vision
Elevate the capabilities of your air taxi, VTOL, helicopter, and cargo drone with our high-resolution cameras designed for 24/7 Day & Night Vision. Our customizable solutions are engineered to integrate into your aircraft design, providing manufacturers with a powerful tool for precise navigation, obstacle detection, and operational efficiency in any lighting condition. We provide performant VIS sensors with amazing low light capabilities as well as LWIR sensors and image fusion solutions seamlessly merging Long-Wave Infrared (LWIR) and visible spectrum (VIS) technologies to deliver the best of both worlds in thermal and visible imaging.

Pioneering modular testing platform for ATOL and autonomous flight path detection
Covering a wide range of scenarios adaptable to various use cases
Modular designed to use state-of-the-art VIS & LWIR technology

IQM Radiance 20-qubit quantum computer is based on superconducting technology and aimed at accelerating hybrid quantum-classical application development. The quantum computer will be delivered by the third quarter of 2025 and is upgradeable to higher qubit counts in the future.

Acquiring an on-premises IQM Radiance supports ORNL’s mission to work towards seamless, tight integration between quantum computing hardware and HPC infrastructure. ORNL’s teams have been recognised for leading quantum-HPC integration efforts in the research community for years.

Today’s announcement follows an earlier announcement of ORNL’s Quantum Computing User Program (QCU

The joint development project will deliver a 150-qubit superconducting quantum computer in mid-2026 and a 300-qubit one in late 2027. The quantum computers will be integrated into the Finnish high-performance computing infrastructure to promote hybrid computing.