Telnyx is a next-gen communications and connectivity platform that offers carrier-grade services and IoT connectivity on a private, global IP network. The Telnyx Mission Control portal and API enables customers to can integrate voice, messaging, fax, wireless, storage, inference, and more into applications with ease. Every Telnyx customer has access to 24/7 in-house engineering support, as well as complimentary services like configuration management, enterprise-level security, and fraud detection.

Generic Intelligent Machines is a specialize in design, research, development and integration of intelligent robotic systems. The founders of GIM Ltd. are key persons from the Automation Technology laboratory at Helsinki University of Technology.

Plutoshift provides process and asset performance monitoring for industrial process facilities to increase energy efficiency while maximizing throughput. Our platform was built by data scientists, honed by system operators and approved by industry leaders. The deep partnerships we’ve built alongside users continue to influence the growth of our platform. This connection allows Plutoshift to provide a wide array of both out-of-the-box and custom solutions for unique challenges and improved efficiencies.

Amplicon are specialist Operational Technology services with over 50 years’ experience helping customers modernise their products and control systems, supplying industries in defence, transport, food and beverage, oil and gas, renewables, Building Services Management, medical, aviation, automotive manufacturers, utilities, with systems in areas for automation, process control, simulation, robotics, condition monitoring, testing/ATE, Industry 4.0 and IiOT, Virtualization

Telnyx IoT provides secure, global connectivity solutions for IoT devices, simplifying the challenge of bringing smart devices online from anywhere. Leveraging the power of a secure virtual private mobile and IP network in the cloud, Telnyx IoT offers flexible data coverage across 180+ countries through a single SIM, catering to a diverse range of IoT applications. Telnyx IoT SIM cards are eUICC enabled and available in various forms including triple-size plastic SIM cards, eSIM chips (embedded MFF2), and over-the-air eSIMs. A single Telnyx SIM connects devices to over 650 networks (4G LTE, 3G, 2G, and LTE-M) worldwide, including all major carriers in the United States. Intelligent network switching allows automatic and seamless failover to the best carrier, ensuring maximum uptime for connected devices.The service offers pay-as-you-go pricing, starting at $0.01 per MB, and includes options for private LTE networks and public static IP addresses. For managing IoT deployments, Telnyx provides a portal and APIs for easy control and monitoring of SIM fleets, including activation and deactivation, setting data limits, network priorities, and more.

GIM's products are based on decades of science. They are solid base that accelerate your intelligent machine development. Tailored for your needs. GimNavi Sensor Fusion software that enables a precise autonomous navigation for any machine. Our universal core solution is being used in mining, construction, agriculture, marine and automotive applications. The solution is based on natural features, therefore it does not need any infrastructure such as lane markings, reflectors or Beacons. Robotic platforms GIM provides a variety of robotic platforms for research and prototype development. For example, our logistics platform, Speedster, has been tested in retail stores and industrial logistics.

Industrial wastewater processes encompass a wide range of challenges with influent inconsistency. Despite these challenges, product variability is not an option. Plutoshift empowers facility operators to identify trends and proactively intervene to manage and maintain the processes. Plutoshift’s predictive analytics enable industrial wastewater systems to optimize process automation technologies for greater energy efficiency and lower operational costs: 1. Maintain equipment on your schedule, reducing downtime during peak production. 2. Improve the lifespan of critical assets while reducing operational costs. 3. Proactively adjust workflows to operate at highest point of efficiency.