OpenAI powers Sora with AI cameos and controversy

The video tool advances with features that mix innovation and controversy, blurring the boundaries of digital identity.

OpenAI decides that creating reality was not enough, now it wants to manage identities

It seems that the geniuses at OpenAI found the simple act of generating hyperrealistic videos out of thin air boring. Its gem, Sora, the application that converts text into clips and that has caused a stir (and skepticism) in the United States, has received a dose of updates that, surprise, take us one step closer to a future where your identity is as fungible as a meme.

The new star function allows, with a solemnity that almost makes one forget the implications, to transform anything into a reusable avatar. Your dog? An avatar. That illustration you made in Paint? An avatar. Your ex? Well, let’s not risk it. The point is that now you can create a digital double, a “cameo” of yourself, so that other users can insert it into their own audiovisual creations. Because what could go wrong?

RelatedOpenAI challenges Google with the launch of its Atlas browser

A circus of deepfakes and classifications: Welcome to the theme park of identity

In addition to this little toy for identity chaos, Sora 2 delights us with the ability to join clips and, more importantly for our competitive society, leaderboards. Yes, now you can compete to have the most popular deepfake or the most used cameo. Isn’t it wonderful? As the world debates the dangers of misinformation, OpenAI introduces a scoring system for it. It’s like giving Pandora a leader board after opening the box.

The company, in a statement that borders on the prophetic (or the naive), calmly explained: “Once created, each character has its own permissions, independent of your personal image”. Because, of course, separating your “character” from your “personal image” in the digital world is as simple as explaining the theory of relativity to a cat. They offer the option to save your avatar for yourself, share it with followers, or release it to the world. A decision as trivial as choosing the color of your new t-shirt, but with the small difference that it could be used to impersonate you in a compromised video.

And if creating digital doubles of real people were not thorny enough, the company kindly expands the catalog: pets, toys and illustrations are also welcome to the avatar club. Imagine the possibilities: your cat, turned into a generative movie star without its consent, starring in wet food ads in virtual universes. The dream of any feline, without a doubt.

The small details that OpenAI kindly left out

In a twist that no one could have foreseen, OpenAI was surprisingly vague on some crucial details. For example, he has not explained how Sora will distinguish between a real person and a fictional one generated with other AI tools. Nor did it clarify whether it will accept “original people” who are, in reality, creations of other artificial intelligences. It’s the classic “let’s cross that bridge when we get there,” but the bridge is on fire and we’re in a car race without brakes.

To add fuel to the fire of irony, this barrage of news comes just after celebrity video platform Cameo sued OpenAI for trademark infringement. Because nothing says “responsible innovation” like launching a feature with a name that already has an owner, plunging into a legal dispute that will surely be resolved with the same ease with which they generate a video of an astronaut riding a horse on Mars.

In the meantime, users can enjoy the new video stitching feature to create longer, more complex narratives. Because if we needed anything in the era of fragmented attention, it’s longer clips generated by a machine that doesn’t yet fully understand basic physics. It is progress at its finest: we move forward at full speed, even if we are not sure where the train is going or if it has rails.

Are we witnessing the natural evolution of creativity or the normalization of a tool that could redefine (and undermine) the concept of truth? OpenAI doesn’t seem to be losing sleep over it. They continue to innovate, and the world will continue to adapt… or suffer the consequences.

Do you dare to explore this new and surreal digital landscape? Share this article on your social networks and discover more content about the sometimes hilarious and sometimes terrifying future of artificial intelligence.

Satellite Internet, the bet to close the digital divide in Mexico

Mexican geography limits fiber deployment, but low orbit satellites are emerging as an alternative.

Satellite internet as a solution to the digital divide in Mexico

Mountains, jungles and deserts make Mexico one of the countries with the most complex orography in Latin America. Bringing fiber optics to isolated communities implies an investment that is difficult to recover with few users. As a result, one in five households still lack internet access or receive poor service.

Faced with this scenario, low orbit (LEO) satellite internet is emerging as a strategic alternative. “Deploying physical infrastructure in Mexico is expensive due to geography. In many cases, satellite internet represents the most viable option to connect areas where fiber will not reach in the short term,” explains Ernesto Piedras, director of The CIU. Companies like Starlink, with more than 10,300 active satellites, already operate in the country. Since May 2021, it obtained a concession and closed 2024 with 160,631 subscriptions, making Mexico its second Latin American market, only behind Brazil. Starlink has signed contracts with CFE Telecomunicaciones for up to 1,556 million pesos to connect remote communities.

However, cost remains a barrier. While a fiber optic plan costs an average of 544 pesos per month, satellite internet starts at 899 pesos, plus equipment and installation. “Commercially it is still not as viable because it is still more expensive and requires purchasing an antenna whose price remains high,” says Fernando Esquivel, from The CIU. The service makes economic sense when it is shared between communities or companies, and with the support of public policies.

Experts agree that this technology will not replace fiber optics, but will complement it. “Terrestrial services are faster and have lower latency. Satellite communication reaches areas that fixed internet would not reach,” says Hugo Simg, from MediaTek. Deployment also requires regulation and coordination between governments and companies. The race to connect Mexico is no longer only being fought underground, but from space, where a new generation of satellites promises to reduce the digital divide that keeps millions out of the digital world.

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Banks prepare for biometric facial controls in October

Banks claim to be ready for facial biometrics in branches since October.

The main banking institutions in the country claim to be prepared for the new regulations on facial biometric controls when opening accounts, which will come into force next October.

What did the banks declare?

Marcos Ramírez, general director of Grupo Financiero Banorte, pointed out that the institution has made progress to reinforce the identification and security of its users. “We are in time and form with everything established by law and a little ahead, with the prudential limits of the law,” he indicated.

These measures will strengthen control over customer identification. Since 2018, by regulation, fingerprint biometrics are already required to open accounts.

Implementation details

On July 1, the National Banking and Securities Commission (CNBV) incorporated facial biometrics into the regulation for multiple banking in customer identification and authentication. Institutions that opt ​​for this mechanism must comply with technical, operational and security requirements.

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AI detects breast cancer with 90% accuracy

An autonomous model analyzes thermographs and classifies tissues without human intervention.

An artificial intelligence model developed by Raúl Castro Ortega, a researcher at the Polytechnic University of Tulancingo, manages to identify breast cancer with an accuracy of 90%. The results were presented during the SPIE Photonics Europe 2026 International Congress, in Strasbourg, France.

How the system works

The system uses convolutional neural networks with attention mechanisms to analyze breast thermographs. Unlike traditional methods, the model autonomously learns the patterns of healthy and diseased tissue, without a specialist previously defining the characteristics of the images. This reduces processing time and improves consistency of results.

The study, titled “Breast thermography analysis using convolutional neural networks with attention mechanisms,” uses an algorithm based on the heat diffusion equation. This approach focuses analysis on thermogram regions of interest and classifies tissues with high levels of sensitivity and specificity.

Impact on early detection

The accuracy achieved represents a significant advance for the early detection of breast cancer, which can improve survival rates and facilitate timely treatment. The researcher highlighted that the system does not replace the specialist, but rather works as a support tool for faster and more consistent diagnoses.

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