WRC's bursts of fatigue go hand in hand, with new technologies, new concepts, new faces coming out endlessly, with each event refreshing the parameters, each demonstration challenging the limits of action.
But behind the heat wave, there is a real question that doesn't go away on the spot: when is the future wave of popcorn on the stand going to turn into the popcorn of the customer?
How far can we demonstrate and deliver?
In the cloud-deep stands, there's another answer to this question. One-on-one, one-cat, one-dog, one-matrix products all have real-world backgrounds, and there's a dedicated solution-themed exhibition space that allows viewers to get a feel for these products that work normally at the forefront of the industry.
There is no crafted action sequencing, no extreme challenges designed to be inhaled, only moving directly from the power station, underground pipeline, accident site, industrial park to the actual working condition of the exhibition.
At a time when the industry was struggling to make a more surprising demonstration, the depths of the cloud were already on another track to turn delivery into a standard action. It's the best example of how far the supply chain is between hydrogen demonstrations and power deliveries.
01.
In the second half of the game, the rules have changed.
If given a life cycle curve, it has passed the initial technological verification period and is entering a critical stage of scene verification and scale replication.
In the first phase, the challenge is to showcase the technology. Whoever can make the technology first, whoever can complete a beautiful demo, whoever can get out quickly with single-point technological breakthroughs, financing capabilities and volume of communication. At that stage, new players have opportunities and capital is willing to pay for possibilities.
But now the rules have changed.
When robots need to operate continuously in real environments such as outdoor showers, damp dust, day and night temperature fluctuations; when customers begin to worry about the coverage rate of pumps and fault detection rate of pumps, the deployment of cyclic pumps and pumps to maintain maintenance costs in the later stages, the dimensions of competition will no longer be single-point technical parameters, but systematic delivery maturity.
At this stage, an almost brutal industry law begins to emerge. The demonstration takes only one success, but the delivery takes a thousand failures.
New players can replicate a conference, but they can't replicate the delivery of records and scene know-how. The depletion of the scene, the generation of products, the trust of customers, these three things, financing can't be accelerated, the conference can't be crossed, can only accumulate one inch by one inch of time.
That's why it's said that the second half of the defensive wall, with its physical intelligence, is a reversal of scenes and time.
And deep in the clouds, it happens to be a company built by scenes and time.
02.
The three-coordinate column at the bottom of the clouds reversed the entire industry cycle.
The biggest advantage of deep cloud is that it has almost completely undergone the entire process of artificial intelligence from the laboratory to industrialization. The three coordinates are superimposed on each other, forming a complete source of enterprise-grade supply chain certainty.
(a) The first coordinate: the technological underpinnings of time-deepness
Cloud Deep was founded in 2017. At the time, physical intelligence was far less hot than it is today, with more robotics remaining in the laboratory stage. Cloud Deep was almost one of the first companies in the country to move robotics from the laboratory to industrial applications. Its growth trajectory is essentially synchronous with the entire industry's trajectory from the laboratory to industrialization.
What does this mean? Other companies are rushing in after the industry explosion, and the cloud is at the forefront of the industry explosion. This determines that it has a lot of evidence-based feedback to support its judgments on the path of technology, its choice of product form, and that those versions that have been trampled on by customers, verified by the technology, reversed by them, need to be re-experienced one by one.
Since its inception, Deep Cloud has continued to invest in three key technology areas, including agile motion control, intelligent perception planning and high-performance integrated design, and has developed the country's first industry-class quadruped robot integrated system.
Around this self-development system, Deep Cloud has further built a body-smart OS, a DeepVLA visual language action model and a full-scenario motion control framework, with the goal of achieving a unified alignment and migration of the cross-formal capabilities of a single brain, multiple bodies. It is known that the overall technology of Deep Cloud has reached an international advanced level, with some of the key technologies already at the leading international level.
In other words, the technology underpinning was not temporarily assembled after the boom of big models in the industry, but has already begun to grow during the cold startup phase of the industry, undergoing continuous calibration from quadruped to quadruped to man-made product iterations and cross-scenario datasets.
From early technological exploration, to mid-range scenario verification, to today's large-scale deployments, the cloud deep has gone through the industry's full cycle.
(ii) The second coordinate: the whole matrix of a cat, a cat, a dog, and a cat that grinds at the bottom of the scene
The technological breakthrough will ultimately fall on the product. In the depths of the cloud, one cat at a time, one cat at a time, a complete matrix, corresponding to three shapes of human form, wheels, and quadrupeds, faces the needs of a fragmented industry, not with a single shape, but with the most suitable physical carrier for different scenarios.
The three forms each set a standard of maturity.
(1) DR02: Right to define industry-level threads for humanoid robots
DR02 is the world's first industry-class all-weather humanoid robot, with the keywords being industry-class aluminum and aluminum all-weather aluminum. Most humanoids lack a clear level of protection, and are often exposed to rain, dust, and humidity, while DR02 is designed for outdoor all-weather operations.
Specifically for the technical parameters, DR02 achieved IP66 overall waterproof water-dust resistance, can operate in outdoor environments such as rain, snow, high and low temperatures; 275 TOPS computing units, multi-sensor systems with laser radars, depth cameras and wide angle cameras, achieve precise sensing and autonomous decision-making in complex dynamic environments. This not only solves the high-risk areas of human robots that can't be used in harsh working conditions, but also extends its application from the field laboratories to power patrol, emergency rescue, etc.
DR02 redefines the barrier to entry for industry-class humanoids with its hard-core defence standards and robust computational underpinnings, marking a critical step from concept verification to scale-down, providing strong support for building an all-weather intelligent operating system.
This is due to the long-term accumulation of core technologies such as motion control, environmental perception, autonomous navigation and mission execution in the cloud.
It is the standard for the button industry toolkit to make human robots, rather than the need for button technology to demonstrate the need for a button, the difference between the two being the difference between a button product kit and a button demo kit.
(2) Cat M20S: Wheel-to-Foot Class Aluminum Delivery Class Performance Aluminum
The Mountain Cat M20S is composite in wheelbase, has both wheelbase speed and footbreaking capability, and is one of the most cloud-based helicopters in the world.
More importantly, it has undergone multiple tests in real-world scenarios, in the field of energy power, a synergistic patrol system consisting of the X30 and the Cat M20S has been deployed at the 220-kilometre-voltage public switching power station of Cat M20 Pro; in the field of emergency fire, the Cat M20S has been used as a mobile platform by the Cat M20S, and it has completed training in the rest of Hangzhou; in the field of security patrol, Deep Cloud has released a joint public security solution with the Hangzhou Department of Public Safety in the West Lake, relying on the Cat M20 series of robots, all-region climate-controlled patrol routes.
Of course, the real value of the Cat M20S lies in pushing the gradient, breakdown, load, stability to industry-class cylinders, a form of cylinder productivity cylinder that can take part in front-line operations.
(3) Cat S10: 20 kg of industrial-grade coal
The Yamamoto S10 is a rare lightweight positioning in the mainstream industry: the battery pack weighs less than 20 kg and can be deployed quickly by a single person.
Small in size, light in weight, does not represent capacity shrinkage. After all, miniaturization poses higher demands on motion control, energy management, and structural design, as well as sufficient computing power, durability and reliability in smaller bodies, which is itself a manifestation of technological maturity.
The S10 maintains industry-class operational capability in a body of up to 20 kg, relying on engineering breakthroughs in lightweight materials and structures, in exchange for weight reduction space through material selection, structural topology optimization and high power density coupling design, rather than mechanically sacrificing load and durability.
It allows access to large-scale scenarios such as narrow pipelines, ruined gaps, and low-threshold deployments, and opens up the imagination of large-scale applications of quadruped robots.
It's a story about people, wheels, and fours, all in one place, all with real scenes behind them.
In the context of highly fragmented industrial applications, there is no single form that can be consumed. In the cloud deep, the three formats share the same set of physically intelligent underpinnings, cross-formal capability migration and unified scheduling are based on their self-developed OS and model systems, which means that control strategies, sensing algorithms, and scenario data sets that have been verified in one form can be transferred to another form for replication, forming a continuous overlapping of technical complexity.
The platforming capability of a single-brain, multi-body platform is hard to replicate for single-point product companies and new entrants in the short term.
(c) Third Coordinate: Delivery of the six major standardisation schemes for deep casting
Judging whether a company has a leading position in the industry depends more on what impact it actually has on the industry.
A smart customer never wants a robot, but an answer that can be used on a shelf, and someone has ruined the shell. To standardize this answer, it is easy to use, and it takes a long time to grind on the ground and customers grind.
The six deep cloud solutions - energy power, emergency firefighting, security patrol, industrial operations, civil services, educational and scientific research - have all been standardized, are industry products that are available to customers and can be deployed directly through 1,200+ scenarios.
It can be said that these six solutions cover the most core landing scenarios of physical intelligence.
(1) High-risk industries: energy power + emergency fire
Energy power is one of the most demanding areas for lithium delivery certainty. Cloud Deep's program covers full-scenes electricity intelligent inspection, and has also entered overseas high-end scenarios such as Switzerland's largest nuclear power station. For high-temperature, high-dust, strong magnetic field environments, Cloud Deep has developed anti-interference communications and heat-resistant packaging programs to allow machine dogs to stabilize in high-risk areas such as coal runways.
Emergency fire is another hotspot without a second chance. Cloud deep participates in the completion of the emergency mission mission mission, builds a new prototype of antitank flooding, and unites Zhejiang Provincial Emergency Department to release the prototype detection communication robot. The program achieves the integration of the prototype detection + communication network, by means of instantaneous plug-in communication reassembly technology, solving the pain points of the robot after entering the scene of the disaster and backwards, allowing the robot dog to go deep and execute the reconnaissance mission. These programs are inspected in real missions, and not completed in demonstration. For example, in Hangzhou, the West Lake District Forest Fire Department and the cloud deep division to transmit the country's first robot dog protection team, through the installation of binary optical spectrum platforms and machine systems, forest smoke and combined fire association to analyze various types of information, to achieve the data collection of the machine before the person can enter the area, the intelligent machine has been identified, and the field of research has been integrated into the new prototype.
Currently, the cloud deep emergency fire program has gradually increased in the first-line fire scene in several provinces, forming a normalization cooperation mechanism with local emergency management departments and first-line fire brigades, including Changsha, Fujian, Inner Mongolia, etc. These cross-regional, multi-scenario practical records together illustrate that cloud deep has become one of the most comprehensive providers of real-world scenarios in the field of domestic emergency fire, covering the most complete phased-in smart programs, each landing in these scenarios is marked by a higher baseline for the smart industry.
The high-risk industry is the cruelest scenario, there can be no mistakes, no opportunities to come back, and the demands for reliability are zero tolerance.
(2) Urban security and industrial transportation: security patrol + industrial transportation
In the field of security patrol, the United West Lake Public Security in the Deep South released a public security police solution and entered the Public Security Department's procurement directory of police equipment, machine dogs can patrol unmanned all-weather, real-time identification of road abnormalities, detection of the situation on the command platform. From Singapore Park to North American warehouses, from domestic to overseas, security programs have achieved cross-regional, cross-system replication.
In the field of industrial transportation, cloud deepness has been implemented from the point of view of seawater to the point of view of seawater, and its solutions have been implemented in manufacturing plants such as water companies, a car mold factory. In the three levels of walking institutions, sensing modules, and communication links, it has been implemented to adapt to the industrial environment, the program has a configurable, scalable modular architecture, which customers can quickly replicate without having to build from scratch.
The commonality between urban safety and industrial transportation is that the scenarios vary greatly, and the demands for deliveries vary greatly. The standardisation can be implemented here, showing that the program has gone beyond the customization of a single scenario.
(3) Social services and the ecology of the future: civic services + education and research
The in-person service program is the first public appearance in the cloud deep, releasing a clear signal that robots are moving from industrial sites to public service, community living. This means that the cloud deep's delivery capabilities are extending to a broader civilian scene.
In terms of education and research, cloud deep machine dogs have landed at UK universities, creating a new model of clean energy training, while completing tests in the Arctic Ocean to verify operational capability in extreme environments.
The common keyword for these six solutions is "standardization". Standardization means that it can be replicated, delivered, and scaled.
Why is standardization so important? Because in today's physically intelligent industry, most companies are delivering customized project kits that rely on engineering service teams, one at a time, that model cannot be scaled.
Deep in the cloud, making the program standard means that it has transcended the critical point from the production of aluminum projects to the production of aluminum products. Behind this step is a highly abstract ability to meet customer needs, a deep understanding of the commonalities of scenarios, and absolute confidence in product reliability.
Standardization is the ultimate confidence in the certainty of delivery. A company that dares to make a solution a standard indicates that it no longer matches the success rate on the ground, but that it operates with the certainty of being replicable. While most peers are still using aluminum custom make-up to mask the uncertainty of delivery, the depths of the cloud have transformed the open box into a walled city with aluminum.
03.
The cloud-deep delivery maturity and industry-leading
From unmistakable scenarios to open-box schemes, a complete supply chain management, production manufacturing, quality control, deployment implementation, and after-sales maintenance is needed.
The cloud-deep delivery system has covered 1,200+ landing scenarios, 34 provincial administrative districts nationwide, 45 countries and regions overseas; its own smart base has an annual capacity of 20,000 units. The core meaning of these figures is density.
The intensity of the scene experience determines the pace of iteration, and the speed of iteration determines long-term competitiveness.
Based on this, Deep Cloud has gained an iconic industry status: the world's number one quad-foot robot industry application.
The status is gold, not in the world's first four words, but in front of the industry's finishing line. This means it's not the fastest in the lab, it's not the most viewed on the video site, it's actually being used by customers, the receipt is actually signed, it's actually active on the industry scene. It's not self-sealed, it's the customer who puts out one order at a time.
04.
Link to the Future
Physical intelligence is moving from competitive innovation to competitive delivery. The first is the favorite narrative of capital, and the second is the result of what the industry really needs. The distance between demonstration and energy delivery is becoming the most important variable in the industry's valuation system.
Deep cloud is a whole-scenes, standardized programming, global landing network, turning technical conversations into industrial conversations, turning exhibitions into workplaces.
While new players in the industry are still saddened by the first receipt, the pioneers have entered the next cycle with years of renewal contracts to define the future of the industry.
From demonstration to delivery, the industry is separated not by technology but by time; and deep in the cloud, with a time defined by the scene, completes today's stations.