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Kraken is a Norwegian monster thriller set in the Sognefjord that blends high‑octane action with a pointed environmental cautionary tale, debuting on digital platforms on 1 June 2026.The Fjord‑Bound Premise and Eco‑Driven NarrativeThe story follows marine researcher Johanne (Sara Khorami) as she investigates mass salmon strandings in the iconic Sognefjord. Her investigation leads to a fish farm run by her former flame Erik, where experimental sonic delousing pods have been over‑amplified to impress Japanese investors. The over‑scaled technology awakens a colossal kraken that becomes the film’s visceral embodiment of nature’s retaliation.Critical Reception and Market OutlookDirector Pål Øie balances the tension of classic creature features with a didactic environmental message. Critics note the film’s breezy pacing and the limited on‑screen time of the titular beast, which heightens suspense while keeping the focus on the ecological allegory.Runtime: 90 minutesDigital release: 1 June 2026Key cast: Sara Khorami, Mikkel Bratt Silset, Jenny EvensenGenre blend: monster action + eco‑thrillerEnvironmental Messaging in Scandinavian FilmThe film taps into a growing Scandinavian trend of embedding climate concerns within genre cinema. By situating the narrative in the Sognefjord—a symbol of pristine nature—the movie underscores the fragility of ecosystems when confronted with unchecked industrial ambition, resonating with audiences attuned to sustainability debates.What Lies Ahead for Eco‑Monster CinemaGiven its digital‑first launch and strong thematic hook, Kraken could inspire a wave of environmentally‑charged monster movies, especially from regions seeking to marry local landscapes with global ecological anxieties. Streaming platforms may prioritize similar hybrid projects, positioning eco‑monster narratives as both entertainment and advocacy tools.

The LeadGiant "kraken-like" octopuses that used powerful beaks to crunch through bones of prey were among the most formidable predators of the Cretaceous oceans, according to research. Analysis of dozens of newly identified fossils reveals that some ancient octopus species reached up to 19 metres in length, meaning they would have rivalled – and possibly even preyed upon – apex predators such as mosasaurs and plesiosaurs.The Ancient Octopus DiscoveryDistinct wear patterns on the enormous fossilised beaks, which date back up to 100m years, suggest they would have routinely crushed hard bones and shells. "Our study shows that these were not simply large versions of modern octopuses," said Dr Yasuhiro Iba, a palaeontologist at Hokkaido University and lead author of the research. "They were giant predators at the very top of the Cretaceous marine food web. This changes the view that Cretaceous seas were dominated only by large vertebrate predators."Fossil Evidence and AnalysisUntil now, relatively little has been known about ancient octopuses, whose soft bodies are very rarely preserved as fossils. The study relied on detailed analysis of fossilised beaks, a hard, structure that is the only rigid part of an octopus's body. The team re-examined 15 large fossil beaks that had previously been assigned as vampire squids, but which the latest analysis concludes belonged to a group of ancient octopus relatives known as Nanaimoteuthis. Using digital imaging, the team also uncovered an additional 12 octopus beaks hidden within Cretaceous rocks, dating to 72m to 100m years ago.Size and Predation AnalysisOne species, Nanaimoteuthis haggarti, was found to have a beak larger than that of the modern giant squid, a creature that reaches about 12 metres in length and until now had been regarded the largest known invertebrate. By using the relationship between jaw size and body length in modern finned octopuses, the team estimated that N haggarti was between 7 and 19 metres in total length, which could make it the largest invertebrate on record.Expert PerspectivesDr Thomas Clements, a palaeobiologist at the University of Reading, who was not involved in the research, said: "To see a beak this size is quite amazing, to be honest. It was a massive animal. I certainly wouldn't have wanted to go swimming in the ancient oceans if these things were swimming around." Modern octopuses do not swallow prey whole but use their long, flexible arms to capture and subdue the prey and then dismantle it with their beak. The ancient specimens showed distinct patterns of wear that pointed to a similar predation strategy.Predation Behavior and DietIn the largest individuals, the beaks showed extensive wear, with once sharp features, as seen in small juveniles, becoming blunted and rounded over time, and chips and scratches also visible. Iba said: "It probably used its long arms to seize prey and its powerful lower jaw to crush hard structures such as shells or bones. The strong wear on the jaws indicates frequent processing of hard prey." This would have included bony fish, shelled animals and, possibly, giant marine reptiles such as mosasaurs, which would have been comparable in size.Behavioral SophisticationThe beaks appeared more worn on one side more than the other – evidence of so-called lateralised behavior. This suggests they may have had arm preferences (handedness) for specific tasks, as modern octopuses do, favouring some arms for exploration and others for feeding. Iba said: "This indicates that these animals were not only powerful, but also behaviourally sophisticated predators."Scientific Impact and Future ResearchClements said: "Whenever you see artistic reconstructions, it's always a vertebrate eating a cephalopod. It is quite nice to imagine an octopus eating a large vertebrate for once. As a cephalopod researcher I'm very excited to see invertebrates that may have rivalled vertebrates." The findings are published in the journal Science, opening new avenues for understanding the complexity of ancient marine ecosystems and the role of invertebrates in prehistoric food webs.