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For 2 years, I had the pleasure of working in a high-level startup environment where we were explicitly encouraged to become CTOs, whether intrapreneurial or entrepreneurial.
There, at Loggi, my main learning was to generate and analyze data to support hypotheses and decisions, probably one of the most powerful skills I have come into contact with and that, without a doubt, I do not fully master.
In addition to robust engineering practices, I also came into contact with the universe of collaborative economy or shared economy.
This article aims to describe in a simple way what collaborative economy is in practice and how it is shaping the business model of Browser as a Service.
Collaborative Economy
It is a model that uses technology to connect people willing to share idle resources, such as goods, time or skills, efficiently. This concept allows optimizing the use of these resources, generating extra income for those who provide them and offering more economical or innovative access to those who use them.
At Loggi, this is expressed as follows: “I own a car or motorcycle and I am willing to deliver a package on behalf of a person or company”.
At Uber: “I own a car or motorcycle and I am willing to pick someone up and drop someone off somewhere”.
At Airbnb: “I own a home and I am willing to let someone stay there for a while”.
Other examples: Renting out parking spaces; Renting out equipment; Book swaps; etc…
Browser as a Service brings the concept of collaborative economy to the digital world, proposing the use of browsers as a tool for sharing computing resources.
The central idea is to take advantage of the idle processing capacity of open browsers, transforming them into a distributed network to perform complex tasks, such as artificial intelligence or multimedia processing.
“I own a device with internet and I am willing to share its capacity to help with data processing.”
Challenges
When we talk about sharing resources in the physical world, we face several challenges, but one critical point is trust in those who provide and those who request a service.
At Uber, this is reflected in passengers or drivers with bad intentions, who, despite having or using the resource, distort or circumvent their duties and responsibilities.
At Airbnb, we have guests with bad intentions who steal or vandalize.
In the food delivery service, we have delivery people who do not deliver the order.
Among other examples, although of course, not all of them, but they greatly harm the brand’s credibility.
This is difficult to avoid but possible to prevent. Large companies collect evidence, use artificial intelligence models and data intelligence techniques to create ways to prevent fraud, in addition to other technological or non-technological mechanisms.
In the Browser as a Service scenario, the challenge of trust is reduced because the browser provides a secure environment for execution and we can distribute tasks globally in a way that is resilient to failures, so the challenge becomes greater, returning to concerns about digital security.
The critical issue is ensuring that there are enough browsers to handle the workloads.
From an individual perspective, a single machine doesn’t stand a chance against a dedicated server with GPUs, but when we look at it from a mass adoption perspective, thousands of connected browsers can become a distributed processing network that can match or even surpass the capacity of centralized servers.
This model harnesses the collective power of commodity devices, transforming an individual limitation into a collaborative advantage where each participant contributes a small resource, but the aggregate impact is significant. This creates a decentralized, scalable, and affordable solution.
Reshaping the future
The gig economy is the result or consequence of a successful business model like Uber, which not only connects supply and demand, but also generates an economic ecosystem around it.
From “cheaper car wash for app drivers” to Vehicle Leasing and Financing, Specialized Insurance, Automotive Maintenance, Auxiliary Tools and Apps, Education and Training, Sustainable Urban Mobility, Legal and Tax Services, Tourism and Lodging, etc.
Likewise, we dream of a future in which the Browser as a Service brings some positive changes to society, such as:
- Boosting demand for more powerful devices such as cell phones, TVs, watches and smart cars, transforming them into generators of passive income.
- Reducing the importance and dependence on data centers and supercomputers, reducing the environmental impact caused by high energy consumption.
- Taking advantage of connected devices in smart cities, such as traffic lights, cameras and autonomous cars, transforming their idleness into productive resources and reducing operating costs.
Conclusion
Browser as a Service takes advantage of the concept of collaborative economy and brings this possibility to the digital world.
It is a new concept and is being developed at the core of the product I am creating.
Woolball is the first network of distributed browsers that perform AI tasks and multimedia processing.
On the one hand, it allows users to request AI tasks through an API (similar to OpenAI) and on the other, it allows anyone to process these tasks in a paid way simply by leaving the browser open.
We are in the early stages and your support is essential to give credit to the idea and ensure that I am investing time in solving an important problem.
Check out https://woolball.xyz now
If you are interested in contributing by sharing processing resources, we are developing the Linhas program, to create a robust base of connected browsers.
Lines program: https://woolball.xyz/Early