This blog post presents how Einride Autonomous is developing an explainable end-to-end driving stack for its autonomous trucks and how it is designed to leverage redundant layers for improved safety.
This blog post describes how Einride Autonomous leverages a hybrid fleet of manually-driven and autonomous trucks to build a massive data catalogue collected in a wide variety of driving scenarios. It highlights how data constitutes the backbone for the development of a safe and robust autonomous driving stack and what challenges need to be addressed.
This blog post explains why Over-The-Air (OTA) updates are essential for autonomous vehicles; enabling remote software improvements and accelerating innovation. It details Einride's security-focused OTA solution, which ensures secure software delivery, robust rollbacks, and seamless management of the evolving vehicle environment, including OS agility and ADS stack evolution.
This blog post explains how Einride's autonomous vehicles ensure safety and reliability through redundant systems for steering, braking, and power, particularly crucial for their cabless eBots. It details the implementation of redundant batteries, DC/DC converters, and electro-mechanical steering with dual controllers to eliminate single points of failure and maintain operational capability in critical situations.
This blogpost describes how Einride have approached the enormous challenge of safely deploying cabless vehicles on public roads with a small team. It's touching on how we work with safety and find the right ODD through a data driven approach, then discussing the importance of finding the right thing to focus on and lastly a case study in how this all came together in what was the first driver less deployment of an autonomous truck on public roads in the US.
This blog post describes how Einride Autonomous leverages simulation as a core enabler of shift-left testing to accelerate the safe and scalable development of autonomous freight technology. It highlights the integration of simulation across the development lifecycle—from CI to virtual release tests—emphasizing its role in shortening feedback loops, validating safety assumptions, and building trust in virtual testing.
