AI is reshaping packaging in three concrete ways — generative concept design, machine-vision defect detection, and predictive structural testing. Here...
From DNA taggants to programmable e-paper labels, here's what's actually replacing the 1D barcode across pharma, food, luxury, and e-commerce supply c...
Eight emerging self-healing and reactive packaging materials from MIT, ETH Zurich, KAIST, Penn State, and Cambridge — with realistic commercialization...
Phase-change materials absorb and release heat to maintain precise temperatures during shipping. Here's how PCMs compare to dry ice and gel packs acro...
Holograms had a good run, but blockchain-based packaging authentication is proving faster, cheaper, and nearly impossible to counterfeit. Here's how d...
Robotic palletizers cut labor costs by up to 50% and run 24/7 without breaks. Here's how they work, what they cost, and when your operation actually n...
AR packaging is moving past gimmick territory into real utility. Here's what brands are doing with augmented reality labels, what the data shows, and...
Digital watermarks embed scannable data across entire package surfaces, eliminating visible barcodes and enabling faster recycling, better supply chai...
Printed electronics promise smart packaging that senses temperature, displays information, and communicates with phones — all from circuits thinner th...
Generative design algorithms now produce packaging structures that are lighter, stronger, and cheaper than anything a human team would prototype. Here...
Seaweed packaging is moving from lab experiments to real shelves. How alginate, carrageenan, and agar films work, who's scaling them, and where the te...
3D printing cuts packaging prototyping from weeks to hours and now competes with injection molding for runs under 5,000 units. Here's what brands need...