Spexi reveals the decentralized Layrdron

Spatio spatial geographic geographic It is a launch Layrdrone Foundation Its decentralized network aimed at encouraging a community of aircraft drones for amateurs to take high -resolution ground images.

It was launched a year ago, Spexi said that its bonus pilot has taken more than 10 million pictures on an area of ​​2.3 million acres of land, and now it will motivate them to increase their motivation through the Layrdrone network, a central network that can enable spatial AI applications from the next generation that ranges from the disaster response to training on vehicles.

“We have begun to create a new drone platform to continue to assemble drone pilots,” said Bill Lielland, CEO of Spexi, in an interview with Gamesbeat. “We motivate them to this new model to capture data for us in an automated way. It makes it easy for drones to capture cities around the world, very quickly more than 900 times what we get from satellites and much more than we get from the aircraft in a much faster rhythm.”

Moreover, it is believed that it will be more than 50 times of the cost of other methods such as aircraft cameras or satellite photography.

“It is the largest unified drone photography network on Earth with more than 100,000 good tasks of drones that take uniform images across the largest cities in North America,” added Alec Wilson, operations manager at Spexi, in an interview with Gamesbeat.

Last year, Spexi provided more than a million dollars from the bonuses of the drone, and now you will get the help of decentralized encryption strategy. There are thousands of drone pilots participating, and there are 5,000 people on the company Discord.

The timing of this launch coincides with a critical turn, as the need for high -resolution spatial data was not more urgent, as artificial intelligence and independent systems are increasingly visually visual understanding of our material world.

“The technological stack that we have built throughout the years of our experience and our knowledge of space makes it easy to collect images on an acceptable way.” “You can think about it like Pokemon Go in Niantic Labs in terms of mapping maps to capture data around the world. We are a kind of craftsmen a little more, as we actually fly drones, but it is easy for pilots to fly in cities very quickly.”

The pilots appointed about 170 cities in North America. The company issues the tasks and drones of drones, and drew an area of ​​25 acres by flying drones at a height of a height to capture the features on the ground. The pilot can make about $ 50 for the trip, and more than 100,000 missions have been transferred so far.

Layrdrone network

Spexi is still the primary provider of Earth data technology, but now it will come out of the Blockchain foundation that can be governed by drone pilots themselves.

Layrdrone’s launch is a major development in ground photography technology, as it moves from a central commercial model to an open network protocol where anyone can contribute or build applications. This structure enables real decentralization, community governance, and the unification needed to operate spatial intelligence applications from the next generation, which ranges from the response to disasters to the training of independent vehicles.

The spatial AI is a fundamental shift in how artificial intelligence interacts with our world. Unlike traditional artificial intelligence systems that deal with text, images, or data organized in isolation, spatial artificial intelligence understands 3D relationships between organisms and can consider physical spaces the way people do. This technology requires more detailed images than that is currently available than satellites.

Spexi Geospatial, which has developed the use of the basic technology layer, will continue as a basic network task, providing applications facing the Layrdrone network while working as a separate commercial entity.

“The building of artificial intelligence systems that understand and transmit the real world means training them in data that embodies the environment with a slight difference in the human level.” “When self -driving cars need to know the difference between shade and a hole, or disaster sets must discover great cracks in a broken bridge, accuracy at the level of centimeters is not a luxury, it is necessary.”

He added: “The use of such cases grows at an unprecedented pace, and to cancel its potential startup with a type of accurate data data basis.”

The most prominent major landmarks

It includes Layrdrone:

Unparalleled details: Pictures of up to 1 cm – 900x more detailed than satellites

The decentralized approach: A network of drones around the world that captures uniform data while earning bonuses

Traction: It was already photographed 2.3 meters+ acre across 160 cities in North America and Europe in very high decisions of 2.8 cm or better.

Social Wood and Environmental Governance (ESG)Carbon emissions produce 97 % lower than satellite alternatives and aircraft.

Emerging markets: Markets and markets are exposed to the growth of spatial geographical analyzes to 147.6 billion dollars by 2028, while Mordor Intelligence expects that the spatial computing market will reach $ 152.2 billion by 2028. Forbes Business Insight is estimated that the air imaging market reaches $ 190 billion by 2030.

Supported by the distinctive symbol

The company has raised $ 17 million so far and has a team of 34 people. To cross the fuel pedal, the company decided to recycle web3 technology and Blockchain technology from Spexi to Layrdrone to enhance the public good. The Foundation, which will be ruled by the distinguished symbol, will launch a coded symbol to stimulate capture through the network and Spexi.

“Pictures of drones will be widely encrypted, and we believe that this will be the new standard for high -resolution photography on this planet. You can rotate it very quickly anywhere in the world where people have drones, which is everywhere everywhere,” Wilson said. “Through our system that we created, the program unifies this process. You should not transfer a plane to Africa, to Brazil, to London, to New York, or to Japan. You simply need only to start presenting the program to people who own drones. They download the applications, then go to the ground.”

To increase its impact, the Foundation will provide a benefit icon to operate the network, allowing experimental incentives, sharing governance, and network access features.

As for the symbolic launch, Lielland said he was well aware that many distinctive symbols moved, fired like a missile, then retreated to the ground while the speculators empty the symbols. After a few years of watching it, Spexi and the Foundation have just started launching the distinctive symbol.

Lielland said that with the presence of the right incentives in place, the symbols may be more sustainable. Some rules may be mitigated by the Trump administration, which is a friend of encryption, but Wilson said: “Layrdrone has plans to launch this distinctive symbol when it makes sense to its business model and Spexi.”

A collective future

“The Layrdron Corporation establishes the necessary governance structure to expand the scope of a really decentralized ground images network,” Wilson said. “Similar to how to enable open internet protocols from the explosion of web applications, the Open Protocol for Layrdrone will create the tremendous conditions of innovation in spatial intelligence-and other endless applications that can benefit from drone quality images in these unprecedented standards.”

In some respects, this is not different from the pokémon of Niantic. It turns out that getting a lot of players to roam all over the world, map and roads is a good way for site data. The difference is that Pokémon Go uses a game to collect data collection, while Layrdrone uses amateur pilots who move with drones in the air to capture its data.

Layrdrone is the foundation of Amnesty International Spatial Organization. It is an organization that relies on the task devoted to developing and maintaining the most valuable image resources for the ground.

Ultimately, Spexi data and Layrdrone can enable the best games in the real world, urban planning, response to emergency situations, and independent vehicle applications.

This will help the metal applications to understand the material world around us and help other companies profit from an accurate understanding of the world, which is one city block at one time.

Larger than the air game

Lielland said that drones are better than satellite (about 30 ° C resolution) because they are faster to take high -resolution images at a level that you can still distinguish 3D landscapes on the ground without flying to the extent that you violate the rules of privacy by capturing the faces of people or licensing panels. Lielland said the accuracy is still about three degrees Celsius in the accuracy.

The Microsoft Flight Simulator 2024 team told me that they should use the satellite camera data and aircraft camera data and anything else they can get their hands to make details on the basis of richer game maps – with about 4000 times details on Earth than 2020. Even, the game had no more than 1000 different vital areas where you can get aircraft or sailosy aircraft on this planet. This is not the entire planet.

To build a large geographical model, you really need good reference materials, and you really need basic basic information to build on. Spexi collects the data that can be recorded, which means that you can connect the various corrections from the ground that each drone captures and connects. Since drones can capture at a slight angle, they can capture the facades of buildings, which is very important for metal applications trying to rebuild cities.

For interference stitches, drone data can create points clouds through a process called photography, which is difficult to do with satellite data. From that cloud point, Spexi can generate the so -called Splat Gaussian. Companies take these fillings to build a realistic three -dimensional model for the scene, and capture the shape of buildings, trees, and ground features that are very similar to the original images.

“You need very dense points on the facades, buildings and such things, which significantly increase the value of what we collect,” Lielland said.

“You can see how entertainment begins in these pictures, using this technique, to create incredibly detailed digital twins,” Wilson added.

On the map of the world, I was able to see the hexagon on different cities that showed the areas that were already appointed in places like San Francisco and those that still have to be arrested. Wilson said that drones fly according to FAA regulations with appropriate licenses. Done -aircraft are “small drones” weighing less than 250 grams and can fly at a height of 260 feet in the air, where people cannot hear them.

Perhaps two or three pilots may cover a city in one day. Based on this rate of picking, I said I doubted whether the entire land was captured. But Spexi men said the point was not necessary to pick up every spot on this planet. Instead, it was one of the first to capture the places that customers need to capture. Lielland said it should not reduce the passion of drones to take data.