Modern robotics isn't just about building machines; it's about interpreting the wealth of data they produce. This article explores how robotics teams are leveraging analytics to anticipate problems, optimize performance, and make smarter decisions, transforming raw data into a strategic advantage.

The debate around ROS 1 vs ROS 2 is not just technical; it’s strategic. As more roboticists and product teams build for scale, reliability, and real-world integration, the move to ROS 2 is no longer optional. In this post, we break down the real differences, the hidden costs of staying on ROS 1, and how to start thinking about your migration.

While ROS 2 adoption is growing rapidly, many robotics teams remain stuck on ROS 1. This blog dives into the hidden blockers - technical, cultural, and practical, and outlines a practical path to move forward without derailing your roadmap.

Robotics teams are struggling with velocity, debugging, and onboarding—not because of talent, but due to fragmented ROS knowledge. In this article, we break down the cost of unstructured learning, the pitfalls of skipping ROS 2 training, and how effective enablement can transform your team’s capabilities.

ROS 2 isn’t just a tech upgrade—it’s a shift in how modern robots are built and scaled. In this post, we explore why teams still stick with ROS 1, the hidden costs of delay, and how smart migration strategies can help future-proof your robotics roadmap.

Most robotics teams either build their own telemetry stack or go without. While this may seem efficient early on, it often introduces silent costs—engineering overhead, blind spots, and scaling pain. In this post, we unpack the true cost of in-house telemetry and why a better approach is long overdue.

Most robotic systems don’t fail loudly—they fail quietly. But the impact on operations is anything but quiet. In this post, we explore the true cost of “good enough” reliability and why early detection is the key to uptime, scale, and trust in automation.

As robotics fleets grow, so do the visibility gaps. Most teams either cobble together telemetry or go without — until failure strikes. This article explores why scalable, ROS-native telemetry is critical to ensure fleet health, faster debugging, and early failure detection.