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Prior to Octopus 2.0, the backup files produced by Octopus (*.octobak files) are RavenDB exports, not backups - this is because RavenDB backups really only work on the same/similar machine that created them, while exports can be imported on any machine.

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Thankyou for letting us know about the agent issue you are now experiencing. I am just jumping in here for Jeremy and Sean as I dealt with a customer the other day who had this issue, though his only required octo (for the Octopus CLI);

This was proven experimentally in 2011 when researchers tested whether an octopus could learn to guide one of its arms through a maze to reach food. The maze was designed so that the arm would have to leave water - and so not be able to use its chemical sensors to find the food. Transparent walls enabled the octopus to see the food. Most of the octopuses were eventually successful at guiding their arm to the food - proving that the central brain, which processed the visual information, could control the arm.

Octopuses have about as many neurons as a dog - the common octopus (Octopus vulgaris) has around 500 million. About two thirds are located in its arms. The rest are in the doughnut-shaped brain, which is wrapped around the oesophagus and located in the octopus's head.

'I remember reading one about a lab where all the fish were going missing from their tank,' says Jon. 'The staff set up a little video camera and it turned out that one of the octopuses was getting out of its tank, going to the other tank, opening it, eating the fish, closing the lid, going back to its own tank and hiding the evidence.'

There is footage of similar sneaky behaviour and ingenious problem-solving happening in the wild. For example, this BBC video shows a giant Pacific octopus (Enteroctopus dofleini) poaching crabs from a fisherman's pot:

It creeps up to its prey, such as a shrimp, and taps it on its shoulder. More often than not, the startled shrimp leaps away from the arm that touched it and darts into the clutches of the waiting octopus. It's handy having seven additional arms.

Tools use is relatively rare in the animal kingdom and is something we tend to associate with apes, monkeys, dolphins and some birds (particularly crows and parrots). It is a good indicator of the ability to learn. Among invertebrates, only octopuses and a few insects are known to use tools.

Jon elaborates, 'As well as solving tasks using tools to get food rewards in the lab, in the wild octopuses have been shown to build little dens, and to use stones to create sort of shields to protect the entrance.'

Small individuals of the common blanket octopus (Tremoctopus violaceus) carry tentacles from the Portuguese man o' war as a weapon. These tentacles carry a potent and painful venom - the common blanket octopus is immune but can inflict their effects on unwitting predators and prey.

The most impressive and convincing example of tool use by octopuses came in 2009, when a few veined octopus (Amphioctopus marginatus) individuals were observed collecting discarded coconut shells in Indonesia.

After they dug up the shells, the octopuses gave them a good clean with jets of water. They then carried them to a new location and assembled them as a shelter. Travelling with the shells underneath their body resulted in a slow and ungainly 'stilt walk' along the sea floor.

This makes the octopuses more vulnerable to predators, but it seems they are willing to accept the short-term risk for future protection. The scientists who discovered the behaviour argue that this, and the fact the shells are carried around to be used when needed, is conclusive evidence of genuine tool use.

Scientific American reported a story from the University of Otago in New Zealand where a captive octopus apparently took a dislike to one of the staff. Every time the person passed the tank, the octopus squirted a jet of water at her.

Over the course of two weeks, one person fed a group of octopuses regularly, while another person touched them with a bristly stick. At the end of the experiment, the octopuses behaved differently to the 'nice' keeper and the 'mean' one, which confirmed the octopuses could distinguish the two individuals, despite the fact they wore identical uniforms.

Jon says 'The appearance of the hectocotylus varies between species. Some look like a syringe, others more like a spoon and one - belonging to the North Atlantic octopus (Bathypolypus arcticus) - even looks like a little toast rack.

The title of 'mum of the year' goes to Graneledone boreopacifica. This deep-sea octopus was observed brooding her clutch of eggs for 53 months - that's nearly four and a half years. It's the longest brooding period known for any animal.

Inspired by the phenomenal camouflage ability of octopuses (and cuttlefish), researchers have recently engineered a synthetic skin that mimics the function and design of the papillae, creating a stretchy material that can be programmed to transform into 3D shapes.

Scientists even suspect that the mimic octopus selects a creature to impersonate based on what's living in the area, choosing one that represents the greatest threat to its potential predator. When a mimic octopus was attacked by territorial damselfishes, for example, it disguised itself as one of their predators, a banded sea snake.

This allowed the algae octopus (Abdopus aculeatus) to keep its other arms extended and maintain its appearance of algae even while moving. Meanwhile, the veined octopus (Amphioctopus marginatus) walked with six of its arms curled under its body, possibly to appear like a coconut rolling along the seafloor. Both were able to move faster than their usual many-armed crawl.

But in 2012, scientists made a surprising discovery in Jervis Bay, Australia: the supposedly solitary gloomy octopus (Octopus tetricus) actually builds underwater cities. Congregations of dens are formed from rock outcrops and discarded piles of shells from the clams and scallops the octopuses had feasted on.

Population sizes certainly aren't up to London standards, with only around 15 occupants living in Octopolis, as it was dubbed, and Octlantis - a second, nearby octopus commune studied in 2017. But they are far higher than scientists anticipated based on the loner reputation of O. tetricus.

The researchers say they're not sure what the benefits of living in a densely populated settlement are for these octopuses, but it may just be a case of necessity, with limited den spaces available in the otherwise flat and featureless area.

"An octopus without shells can swim away much faster by jet propulsion," he said. "But on endless mud seafloor, where are you fleeing to?" In other words, a coconut-carrying octopus may be slow, but it's always got somewhere to hide.

It's been known for years now that chimpanzees use whole "tool kits," that some dolphins attach sponges to their beaks for fishing, and that crows fish for insects using sticks and leaves, for example. ff782bc1db