SpotSee

For industrial robots, cobots and precision automation equipment, an impact or tilt event during transportation may only become apparent when the equipment is inspected, calibrated or commissioned. The right condition monitoring can help teams see beyond the crate, from simple impact and tilt indicators to connected monitoring and detailed shock data. Our latest article looks at how to choose the right level of visibility for high-value automation equipment in transit. Read more: https://hubs.ly/Q04yjfvR0

Cell and gene therapies leave very little room for uncertainty in the cold chain. But the question isn't simply whether you're monitoring temperature. It's what evidence your team needs when the shipment arrives. A visual pass/fail indication? A complete temperature history? Or condition data connected to when and where an exception occurred? For patient-specific, high-value and time-sensitive therapies, different points in the journey can call for different levels of monitoring. Our latest article looks at how to match the monitoring approach to the decision your logistics and quality teams need to make. Read the article: https://hubs.ly/Q04yjfm90

Lithium battery shipping rules changed in 2026. But compliance only tells you the battery was prepared correctly for transport. It does not tell you what happened once the shipment started moving. Impact, tilt and temperature exposure can all matter, especially for high-value batteries and battery-powered equipment. Our latest article looks at the gap between shipping compliance and shipment condition monitoring and where tools like ShockWatch 2 QR, TiltWatch XTR QR, Thermax and SpotBot GL fit. Read the article: https://hubs.ly/Q04yjfmC0

If you are in BA, come say hi and check out our latest QR indicators and see how they are helping Life Science companies across the globe deliver with confidence! #SpotSee #LifeScience #Pharma #PatientFirst

A component rack passed every impact and vibration test in the lab. Instrument panels still kept falling off it during shipment between manufacturing plants. That gap between lab testing and real world handling is where most automotive supply chain damage happens. It stays invisible until something breaks on the line. One battery supplier for Formula E found out mid flight. A real time alert flagged a damaging impact before the crate even landed, in time to ship a replacement and avoid a shortage on race day. Not every part needs that level of monitoring. Some just need a quick visual check at receiving. The real question is matching the tool to the part, the journey, and the decision your team needs to make. Read the full breakdown here: https://hubs.ly/Q04vkJ1v0 What's your team currently missing visibility into?

A package arrives at a transplant center. The surgical window is narrow. The team checks the box, it looks fine, and they move forward. That does not mean the product was never exposed to a damaging temperature event. It means no one captured evidence of one. For donor organs, orthopedic implants, and surgical biologics, the riskiest moment in the cold chain is not the warehouse. It is the final hand-off, when speed matters most and documentation is thinnest. We wrote about why "we think it was okay" is not a quality decision, and how a simple indicator at receipt can give intake teams an immediate, defensible answer instead of a guess. Read the full piece: https://hubs.ly/Q04tRsbS0 What does your team actually know at the moment a shipment arrives?

Every day, shipments arrive at receiving docks with no visible record of what happened in transit. The package looks fine. The carrier marks it delivered. And then, hours later, something fails. The investigation that follows is slow, expensive, and often inconclusive. Because the evidence window closed the moment the shipment was accepted. This is why condition monitoring is moving closer to the receiving dock. Not for historical review. For immediate, documented decisions at the moment of hand-off. Good read or bad read. Accept or reject. With a record attached. We explore the shift in our latest article: https://hubs.ly/Q04tjMxW0

Most temperature-sensitive shipments arrive in condition. The packaging held. The carrier performed. The product was fine. And yet the receiving team could not confirm it. The investigation opened anyway. A replacement shipped. Temperature compliant and temperature documented are not the same thing. In life sciences and direct-to-patient programs, the absence of receipt-level evidence now creates the same operational burden as an actual excursion. We wrote about why this gap exists, where it shows up most in home delivery and decentralized receiving, and what a documentation-forward workflow looks like in practice. Read the full article: https://hubs.ly/Q04tjS2Q0

Most cold chain rejections are not caused by a temperature failure. They are caused by the inability to prove that one did not happen. When a pharmacist, clinic technician, or home delivery patient cannot verify what happened to a shipment during transit, rejection is the safest available option. Not because the product is compromised. Because the documentation is missing. This pattern has a name: "return by default." And it is one of the most preventable sources of product loss in pharmaceutical last-mile logistics. QR-enabled temperature indicators change the decision at receipt. A single smartphone scan captures condition, time, date, location, and serial number, creating a retrievable, cloud-backed record that gives the receiving professional something concrete to act on. No app required. No special hardware. Any smartphone works. New article on the SpotSee blog - how closing the documentation gap reduces unnecessary rejections across pharmacies, clinics, and home delivery programs. https://hubs.ly/Q04rn6_N0

Damage disputes rarely fail because an indicator was missing. They fail because the check was never captured in a way that can be retrieved later. If receiving and hand-offs still rely on visual checks that do not become a searchable record, RFID-captured reads can turn “accept, inspect, or hold” into a repeatable, traceable workflow step. This article, https://hubs.ly/Q04qZKBL0, breaks down where ShockWatch RFID and TiltWatch RFID fit operationally, plus what to validate before investing in readers and system integration. Which hand-off needs a clearer gate in your operation: dock receipt, QA transfer, or outbound staging?