Aliensense participated in the Dubai Airshow 2025 as a member of the UAE Space Economic Zones Program, led by the UAE Space Agency. During the show, Aliensense presented its edge AI processing systems for Space Domain Awareness and its modular robotics platform that transforms how robots gain new capabilities.

Our progress has been acknowledged at the Autonomous Robotics Challenge led by VentureOne and SteerAI. Many thanks to the esteemed judges for their trust and efforts in driving faster and broader adoption of autonomous robotics technologies in the UAE.

Alex Lapir, CEO of Aliensense, participated in the “Igniting space Innovation: Founders on the launchpad” session along with Luca del Monte, Head of Commercialisation Department, European Space Agency. This panel brought together founders from the UAE Space Economic Zone to share how they are breaking barriers, securing investment, and accelerating innovation in one of the world’s most competitive sectors.

Also, Aliensense signed two strategic Memorandums of Understanding (MoU) with:
- Maldives Space Research Organisation (MSRO) to collaborate on advancing space research and technology development;
- E DADDY to collaborate on enhancing rider experience through edge technologies.

We’d like to thank our partners and the UAE Space Agency for the opportunity to be a part of their lineup and demonstrate our technologies that enable both space and terrestrial applications.

Aliensense and the Maldives Space Research Organisation (MSRO) have signed a Memorandum of Understanding (MoU) to collaborate on advancing space research and technology development.

The MoU was signed at Dubai Airshow 2025 by Aliensense CEO, Alex Lapir, and Madin Maseeh, President of the Maldives Space Research Organisation (MSRO), with Rajeeshwaran Moorthy MRAeS, Strategic Advisor to MSRO, as the witness who was key to making this signing possible. The agreement outlines a framework for cooperation in areas such as sensing, in-space processing, and the development of autonomous solutions for space missions.

"Our goal is to establish the Maldives as a hub for advanced instrumentation, and this MoU is the critical first step in that journey. Aliensense's expertise in FPGA-based AI and edge computing, coupled with their heritage in sensor manufacturing, makes them the ideal partner to help us build the necessary capacity and capabilities. This foundation will enable us to eventually co-create payloads for satellites specifically designed to serve the unique needs of our oceans and island nations," said Madin Maseeh, president of MSRO.

The partnership will combine the MSRO's growing portfolio of space research initiatives with Aliensense's expertise in rapid design of robotic systems applicable to space scenarios. Together, the two organizations aim to accelerate innovation in space exploration technologies and contribute to the global space community.

The ceremony was honored by the valuable support of H.E. Salem Alqubaisi, Director General of the UAE Space Agency.

Aliensense and E DADDY have signed a Memorandum of Understanding (MoU) to collaborate on enhancing rider experience through edge technologies.

The partnership is aimed at integrating Aliensense's visual-intelligence technology into E DADDY’s electric mobility platforms, focusing on real-time hazard detection, rider assistance, and overall improvements in safety and user experience.

This collaboration reflects a shared commitment to pushing the limits of safer and smarter mobility, setting a new benchmark for rider protection and next-generation electric mobility across the UAE and GCC.

It was a distinct privilege and honor to present Aliensense's space-grade sensors and autonomy solutions to HH Sheikh Hamdan Bin Mohammed Bin Rashid Al Maktoum, Crown Prince of Dubai, Deputy Prime Minister and Minister of Defence of the UAE.

His Highness's vision for the UAE as an "influential partner in global space efforts" is one we are engineered to support. The powerful framework of public-private partnership, guided by the UAE Space Agency creates the ideal environment where deep tech thrives and advanced technology is deployed.

We are proud to be part of the UAE's growing ecosystem of space champions, contributing the foundational systems that will advance the Nation's initiatives in space exploration and research.

Aliensense participated in the Make it in the Emirates 2025 event as part of the UAE Space Economic Zones Program led by the UAE Space Agency.

We were honored to host His Excellency Dr. Ahmad Belhoul Al Falasi, Minister of Sports, Chairman of the UAE Space Agency, along with His Excellency Dr. Sultan Al Neyadi, UAE Minister of Youth.

Alex Lapir, CEO and co-founder of Aliensense, took the stage at the Startup Pitch Competition to share our vision for edge-optimized solutions. With most AI computation still happening in centralized data centers, Aliensense is moving AI processing to the edge - closer to where data is generated - to tackle energy and data bottlenecks. Our integrated hardware and software platform brings significantly higher efficiency and performance for AI at the edge, supporting rapid growth in fields like autonomous robotics and aerospace.

Aliensense joined the Microchip Technology Inc. Design Partner Program to develop advanced FPGA-based and embedded tech solutions. The company became the first Design Partner in the UAE and the GCC region.

The program brings together customers and skilled teams to develop innovative products and solutions that require unique competencies and get them to market faster. With Microchip’s deep know-how and our expertise in edge AI we’d love to serve the growing demand in autonomous robotics, industrial automation, and the space sector.

“We’re happy to welcome Aliensense as a Design Partner in the UAE and GCC overall,” said Markus Karl, Regional Sales Manager at Microchip Technology, Eastern Europe & Emerging Markets. “Their competencies in FPGA design and embedded systems are a great match for helping our customers create something truly innovative.”

With Microchip’s advanced platforms and technical support, Aliensense can provide complete design services - from concept to market-ready systems with a strong focus on robustness and high-performance.

“Partnering with Microchip is a big acknowledgement for us as a team. We want to use this opportunity to bring innovative technologies to our customers in the region and support UAE R&D efforts,” said Stan Savin, Head of Partnerships at Aliensense.

Andrey Rychazhnikov, Aliensense’s CTO and co-founder, drives these efforts. With two decades of hands-on experience in FPGA design and embedded systems, he and his team are building high-performance, custom solutions for the tough demands of space missions, robotic autonomy, and industrial systems.

Madari Space, an innovative space technology startup, and Aliensense, a developer of autonomous sensing systems, today announced a partnership to transform space-based data processing and storage.

Under this partnership, Aliensense will develop advanced space-grade visual systems for Madari Space's satellite data centers. These systems will enable crucial functions such as debris avoidance, cataloging, visual positioning, and technical data collection.

Madari Space’s orbital data centers aim to meet the demand for sustainable data storage while reducing the environmental impact of terrestrial facilities. Located in Low Earth Orbit (LEO), these centers will offer energy-efficient computing, reduced latency, improved data access, with an option to use secure blockchain-based storage.

Shareef Al Romaithi, Ph.D., Founder and CEO of Madari Space, highlighted the potential impact of this collaboration: “Our space-based data centers have enormous potential to transform how we store and process data globally. With Aliensense's advanced visual systems, we can enhance the security and reliability of our orbital infrastructure. These devices will significantly enhance data collection and processing in space, offering new solutions for industrial customers.”

Alex Lapir, Co-founder of Aliensense, expressed his enthusiasm for the project: “Space-centric data processing is the future of managing global data growth. We are excited to contribute our expertise in visual systems to Madari Space's project, This collaboration allows us to apply our edge computing solutions to the unique challenges of the space environment, potentially reducing data latency and improving the overall efficiency of operations”.

Fatima AlShamsi, Director of Space Policies and International Relations Department at the UAE Space Agency, mentioned: “The UAE Space Agency welcomes the Aliensense-Madari Space collaboration as validation of our efforts to cultivate advanced space technology development. Through establishing regulatory frameworks and startup ecosystems, the Agency enables pioneering commercial partnerships like this to drive innovation in the sector”.

Both Aliensense and Madari Space are part of the UAE Space Agency’s Space Economic Zones program and work closely with the Agency, creating opportunities for space exploration and supporting the UAE's vision for a knowledge-based economy and an ambitious space program.

Aliensense partnered with MikroElektronika to bring 1,900+ Sensors to Robotics.

Aliensense joined MikroElektronika's global network of 100+ companies adopting the MikroBUS standard - and is launching Axon, a MikroBUS extension module for its modular robotics platform.

MikroElektronika's Click Board ecosystem spans 1,900+ ready-made sensor boards: IMUs, GNSS, motor drivers, ToF, gas sensors, environmental monitors. All of it is now plug-and-play on Aliensense's modular robotics platform. Axon handles power, data, and software locally - publishing sensor readings as ROS 2 topics with no driver development required.

"MikroElektronika has built one of the most comprehensive sensor ecosystems in embedded hardware," said Alex Lapir, CEO of Aliensense. "Axon means robotics teams access all of it without writing a single driver - that's weeks back in the hands of the people building the actual product."

Axon supports two connectivity modes: GMSL for high-bandwidth sensor and camera links up to 15m at under 1ms latency, and CAN for deterministic long-distance reach. One cable. Power and data included.