Potential applications named by Micropolis include remote inspection, surveillance, environmental monitoring, operational data collection and hazardous-task automation.
No contract value, unit count, named site or live deployment was disclosed.
Micropolis positions the relationship as its entry into large-scale oil-and-gas operations using UAE-developed autonomous technology.
The disclosed laser family spans approximately 3 kW man-portable, 6 kW vehicle-mounted and 9–12 kW fixed-site configurations.
Frenel’s passive thermal polarimetric technology is intended to provide the perception and tracking layer inside WrapShield.
The integration remains in development, has not completed demonstration or qualification, and definitive underlying collaboration agreements have not been executed.
NSK actuators will be installed on ATOM Humanoid robots for joint evaluation, with results intended to improve performance and address mass-production challenges.
The companies will collect physical-AI data using ATOM Humanoid robots in NSK manufacturing environments to improve ATOM's foundation model.
ATOM Humanoid says it develops both a bipedal, dual-arm robot and its physical-AI foundation model in-house.
The framework covers joint integration, demonstrations, proof-of-concept programmes, customer evaluations and potential commercialization.
Foresight will support VARAN business development in South Korea, Japan, India and Singapore; VisionWave may promote approved integrated military solutions globally.
Specific customer programmes, production commitments and commercial terms still require separate definitive agreements.
Sri Lanka’s Ministry of Ports and Civil Aviation and the Civil Aviation Authority of Sri Lanka are targeting initial sandbox commercialization within four months, contingent on completing mandatory assessments.
The roadmap covers regulatory alignment, sandbox infrastructure, validation flights and commercial launch, with the initial zone planned around Port City in Colombo.
EHang will provide aircraft, operating systems, technical services and training; passenger transport and unmanned maritime cargo logistics are among the contemplated uses.
The technical scope includes drone-in-a-box orchestration, fleet and site control, AI-assisted image review and enterprise-system integrations through Timed Automation's SkyStream platform.
The companies will evaluate non-exclusive product distribution, joint drone development and participation in domestic and international projects.
The MoU also covers prospective pilot deployments in Australia and New Zealand for agriculture, infrastructure inspection and remote operations.
The agreement covers humanoid robots, human–robot collaboration and electronics-manufacturing automation.
The partners plan to evaluate Agile Robots humanoids within USI’s manufacturing network.
They will also explore development and mass production of robot products and components; the MoU is an exploratory framework, not a disclosed order or deployment.
The basic agreement sets pricing and a delivery schedule targeting two aircraft in 2028 and three in 2029, but remains a letter of intent rather than a firm aircraft order.
The partners plan to launch sightseeing flights in 2028 from the existing Marina Mirage heliport on the Gold Coast.
Preparatory work includes aircraft certification plus a dedicated vertiport and maintenance, repair and overhaul facility at Southport Airfield.
The phased rollout begins in September 2026 and runs for 24 months across freight corridors in California, Texas, New Jersey, Illinois and Georgia.
Einride says the 500-truck addition will roughly triple its deployed electric-truck fleet and convert signed shipper contracts into revenue-generating capacity.
The autonomy relevance is Saga AI fleet orchestration and optimisation; the announcement does not describe the Tesla Semis themselves as driverless or autonomous vehicles.
Smith+Nephew engineers and clinicians will work directly with Imperial researchers to co-develop less invasive and more broadly usable robotic-surgery techniques.
Research topics include markerless registration and tracking and computer vision that adapts to patient anatomy in real time.
At full capacity, the centre is expected to support one senior postdoctoral researcher and up to seven fully funded PhD students.
The planned integration covers the Variant 7 and future Blue Ops platforms, supporting coordinated multi-vessel operations for U.S. and allied defense customers.
The companies plan operational fleets at Havoc's Rhode Island headquarters and Blue Ops' Florida headquarters for demonstrations, testing, training and operational evaluation.
Blue Ops and Red Cat will introduce Havoc's autonomy stack to their customers, while Havoc will market Blue Ops vessels and the parties will jointly pursue integrated maritime-system opportunities.
PATEO will provide OEM and EMS manufacturing for Yunji robot control modules, while the companies also plan joint procurement of chips and other key inputs.
Engineering work includes an OpenHarmony-based brain-cerebellum architecture and evaluation of PATEO smart-audio systems in Yunji robot development.
The deployment programme covers material handling and assembly assistance in automotive factories and component production lines.
The bipedal reference robot will combine Jetson Thor, Isaac GR00T and Halos for Robotics with LG actuators, sensors and batteries, targeting a first-quarter 2027 unveiling.
A wheeled LG CLOiD will enter LG Electronics' Tennessee washing-machine line during 2026 for a manufacturing proof of concept.
LG CNS PhysicalWorks will support data collection, generation, training and validation for a physical-AI data factory.
Interface definition and validation begins in 2026, followed by software integration and commissioning on a DAF vehicle in 2027.
TNO will support vehicle-interface testing and type-approval work as the partners prepare the combined platform for commercial use.
The programme targets SAE Level 4 freight operation, extending an existing relationship that previously covered DAF electric trucks in Einride's fleet.
The agreement covers Colossus and Rhyno Protect, with Hancom Life Care responsible for local sales, training, maintenance and after-sales support.
The companies aim to connect Hancom's Agentic OS to both robots by 31 December 2026, with Shark providing technical documents, specifications and interface information.
Software, interfaces and integration modules developed solely by Hancom will remain Hancom property, and the agreement permits products to be supplied under a Hancom-only brand by mutual agreement.
Toray Advanced Composites, IGCS International and Lacks Carbon Fiber announced joint cooperation on composite materials and high-rate manufacturing for the U.S. Drone Dominance Program.
The cooperation remained announced; no completed material delivery or production award formed part of the disclosed milestone.
Leopard Imaging's Sony IMX678- and IMX334-based MIPI CSI-2 camera modules were validated and optimized for SolidRun's Hailo-15 System-on-Module and HummingBoard Hailo-15 AIOT platforms.
The integrated platform provides dual 12-megapixel image-signal processors and up to 20 TOPS of edge-AI performance for real-time vision workloads.
The jointly validated solution was available immediately for robotics, autonomous machines, industrial automation, transportation, security and medical-imaging development.
The covered states are Nevada, Arizona, New Jersey, Pennsylvania, California and Connecticut.
MBody has already run the solution with a major U.S. gaming and hospitality operator, which the company expects to continue and expand.
The outdoor system is designed to coordinate multiple robot types and brands through MBody AI Orchestrator, with the sales team now offering it to additional customers.
Volatus Aerospace and Kraus Hamdani Aerospace established a staged Canadian framework for K1000ULE/ATNE++ integration, training, lifecycle support and progressive licensed manufacturing.
The framework is staged and includes prospective licensed manufacturing; it is not evidence that Canadian production has started.
CaoCao and Xiangzhou District signed the strategic cooperation agreement on 1 August 2026; CaoCao published the announcement on 5 August.
The project combines ground transport and low-altitude mobility for use cases including urban commuting, coastal sightseeing and scenic-area shuttle services.
CaoCao plans initial autonomous-vehicle validation on designated roads, followed by phased fleet expansion and a hub for battery swapping, inspection and remote dispatch.
The initial stage covers Robotaxi demonstration operations, operating qualifications, vehicle management, platform integration, ground support and safety services.
If policy and operating conditions mature, the parties plan to progress to jointly operated large-scale Robotaxi fleets and refine the operating model.
CaoCao will lead the full-stack Robotaxi and onboard systems work, while Dazhong contributes local mobility operations, vehicle management and service support.