ADL Embedded Solutions has been a leader in deploying powerful systems, including Nvidia based AI platforms at the edge where rugged, robust, and reliable are requirements.
Design flexibility is expanded through vast ecosystem of CPU and peripheral I/O building blocks to allow optimal balance of I/O and Cloud connectivity and other features.
Intelligent CPU controllers and gateways enable better local-decision making for equipment to reduce downtime and increase productivity.
Strong foundation in CPU board design, system design and supporting firmware makes for reliable, robust intelligent controllers and IoT gateways for critical applications.
ADL Embedded Solutions products and capabilities are frequently used in industries at the intelligent edge.
Compact Embedded Systems for Industrial Environments
ADL Embedded Solutions offers compact embedded systems engineered for reliability in space- and power-constrained applications. These fanless, wide-temperature platforms are ideal for ICS/SCADA, grid monitoring, oil and gas sites, and Factory 4.0 applications—delivering industrial-grade performance in a small footprint.
Rugged Embedded Systems for Extreme Conditions
Designed to meet MIL-STD and industrial standards, our rugged embedded platforms provide exceptional resilience to shock, vibration, and thermal stress. Ideal for mission-critical deployments in defense, aerospace, and heavy industry, they enable dependable operation in the harshest environments—without compromise.
Custom Embedded Platforms Tailored to Your Application
ADL’s custom embedded systems accelerate deployment with tailored solutions built around your exact I/O, performance, thermal, and mechanical needs. Whether adapting a standard design or delivering a fully integrated turnkey build, we offer field-proven reliability, reduced development time, and long-lifecycle flexibility.
Edge AI Embedded Systems for Industrial Intelligence
Our intelligent edge platforms deliver real-time performance for AI, machine vision, automation, and autonomous control. Combining high-performance processing with rugged or compact designs, they’re optimized for industrial edge computing—fully customizable for robotics, smart infrastructure, and OEM applications.
From benign factory floor conditions, to embedded applications in harsh environments—trains, fleet vehicles, oil and gas platforms, unmanned vehicles, etc.—ADL Embedded Solutions’ Industrial Gateway Systems enable connectivity to the cloud from anywhere utilizing Embedded lIoT powered by Intel.
ADL Embedded Solutions is well-versed in not only defining SBC and peripheral expansion board solutions for a variety of applications but also in designing, creating, and integrating custom enclosures that meet both low and high IP requirements for extended temperatures and rugged environment required of Industrial IoT projects.
Offering solutions for both small and large infrastructure needs.
While a connected industrial network generates value towards the top line and the bottom line, it’s risky to link mission-critical infrastructures, such as energy exploration or the utility grid. As infrastructures expand in size and complexity, they become even harder to defend. Globally, utility grids are faced with millions of hacking attempts daily and more in the future. According to industry executives, the scariest part is that hackers can do significant damage to critical infrastructures with just brute force and a lot of time.
Artificial Intelligence at the edge provides much value in many sectors such as oil and gas exploration, outdoor 5G infrastructure, autonomous transportation, smart manufacturing and smart grids. In an intelligent edge network, each device collects data continuously. Then, the datasets are analyzed to reach decisions. Continuous monitoring of the data and network, and enabling instant protection and is key to defeating cyberattacks.
The technology of license plate readers (LPR) and container code readers (CCR) are crucial in border security across official border checkpoints. LPR and CCR technology also assist police in monitoring traffic, help identify stolen vehicles or wanted suspects and make AMBER and Silver Alerts more effective. IIoT accelerates the adoption of these two technologies. IIoT devices have sensors that can photograph license plates and artificial intelligence software that can analyze images.
ICS / SCADA systems have wide-ranging applications in oil / gas exploration, smart factories, grids and buildings. However, interoperability has been a major pain point. In these applications, the IIoT-ready embedded system must function reliably in extreme conditions and integrate with existing hardware and software. While connectivity generates new value, it also extends liability to all the components in the network. As hackers increasingly target enterprise IIoT devices, ICS vulnerabilities can jeopardize critical infrastructure.
Cloud computing and lIoT-ready CPU controllers and gateways are helping to usher in a new industrial revolution (Industry 4.0) based on vastly increased sensor and equipment connectivity, connectivity to other sensors and equipment on the factory floor, as well as connectivity to the cloud. From a hardware perspective CPU controllers and gateways are being embedded in increasingly harsh environments which demand wider operating temperature ranges and reduced susceptibility to long-term shock and vibration.
According to Intel Corp., cloud computing and Big Data analytics will have a dramatic effect on the profitability and productivity of vehicle fleets of all types. This will be a direct consequence of improved efficiency, improved safety, higher reliability, and improved information technology. From a hardware perspective, lIoT-ready computers and gateways will form the backbone for sensor and vehicle connectivity to the cloud and help bring security benefits such as secure boot, secure runtime, and secure updates.
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With an outstanding 157 TOPS of edge AI power in a compact, mission-ready, rugged design, this system is built to perform and endure.
