#patent application process

[trademarkagentservicesblog]

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[deepaksingh97]

Discover the complete guide to patent registration in India with Monisha Chaudhary. Learn the steps, requirements, and tips for successfully filing a patent to protect your innovation. Perfect for startups, inventors, and businesses aiming to secure intellectual property rights.

[hangingslothcentral]

whenever i start a new project, i find myself going on a little journey across the internet looking for advice on starting new projects. i know how to do it, but i'm always curious about other people's ideas. most of the stuff i read is aimed at new creators who don't know how to get things off the ground at all.

one thing that strikes me about it is that there isn't really any consensus about how to start something, and i think that's really great! there's a million ways to approach a problem, and (short of solutions which harm or exploit others) none of them are wrong if they're the one that's working best for you.

still, a significant number of the articles i read position themselves as having The Answer for how to make a thing. i think a lot of people sorta feel they have to frame their advice like this in order to give the impression that they know what they're talking about.

sometimes as i'm reading i get gripped with a sense of panic about it, a feeling of 'oh no i'm doing things WRONG', or concern that two ideas about new approaches which I've found would be interesting to try cannot be applied at the same time to the same project.

but! advice between one article and the next isn't necessarily going to carry over or map on perfectly. many pieces of advice about starting projects is going to be contradictory based on your sources. it makes me wonder how many people get caught in a loop of trying to take ALL the advice, even when it would be impossible to do so.

sometimes ripping out your whole process and starting from the ground up is the best thing you can do, creatively, but in many circumstances, taking the pieces of advice which will most meaningfully help you redirect your existing skills whilst leaving behind the things that don't serve you? that's also a valid and worthwhile thing to do!

drawing on the knowledge and experience of others is an important practice whatever stage you're at in your life as a creator of things. learning new methods and techniques can help you develop your own practice and sharing knowledge is incredibly important. just remember that there are many ways to solve the same problem, and part of what makes your creations unique are your approaches as an individual. it is impossible to take all of the advice! do continue to seek it out, and also know that you're not disrespecting it by deciding it's not something which will help.

above all, keep creating stuff!

--- Eira xxx

[patentagency]

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[thepatentexperts]

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[scotianostra]

March 3rd 1847 saw the birth of Alexander Graham Bell in Edinburgh.

Bell’s education was largely received through numerous experiments in sound and the furthering of his father’s work on Visible Speech for the deaf. I covered his father in a post on Saturday.

Bell worked with Thomas Watson on the design and patent of the first practical telephone. In all, Bell held 18 patents in his name alone and 12 that he shared with collaborators.

The second son of Alexander Melville Bell and Eliza Grace Symonds Bell, he was named for his paternal grandfather, Alexander Bell. For most of his life, the younger Alexander was known as “Aleck” to family and friends. He had two brothers, Melville James Bell and Edward Charles Bell, both of whom died from tuberculosis.

During his youth, Alexander Graham Bell experienced significant influences that would carry into his adult life. His Grandfather was a well-known professor and teacher of elocution. Alexander’s mother also had a profound influence on him, being a proficient pianist despite her deafness. This taught Alexander to look past people’s disadvantages and find solutions to help them.

Alexander Graham Bell was homeschooled by his mother, who instilled in him an infinite curiosity about the world around him. He received one year of formal education in a private school and two years at Edinburgh’s Royal High School. Though a mediocre student, he displayed an uncommon ability to solve problems. At age 12, while playing with a friend in a grain mill, he noted the slow process of husking the wheat grain. He went home and built a device with rotating paddles with sets of nail brushes that dehusked the wheat. It was his first invention.

A lot has been written about Bell’s invention but before the family emigrated he was only 16, when he accepted a position at Weston House Academy in Elgin teaching elocution and music to students, many older than he. At the end of the term, Alexander returned home and joined his father, promoting his father, Melville Bell’s technique of Visible Speech, which taught the deaf to align specific phonetic symbols with a particular position of the speech organs (lips, tongue, and palate).

After the death of his two brothers, and Aleck’s health deteriorating his father decided, for the sake of his health they had to move to a better climate in the Americas, his son resisted the move at first but he relented, and in July 1870, the family settled in Brantford, Ontario, Canada. There, Alexander’s health improved, and he set up a workshop to continue his study of the human voice. He later took up a position as a tutor at Boston School for Deaf Mutes and settled in the city in 1871.

Two years later, he was appointed Professor of Vocal Physiology and Elocution at Boston University.

These early experiments in speech creation, along with his knowledge of anatomy, informed his own experiments on transmitting speech, which he began in earnest from 1873.

Bell did not think he was inventing a ‘telephone’ during his early experiments. He was working on the holy grail of the day: sending multiple telegraph messages over the same wire. He aimed to make electro-mechanical devices capable of transmitting and receiving different tones for each message.

He was supported financially in this work by the father of one of his students, Gardiner Hubbard, a wealthy lawyer and politician, whose deaf daughter, Mabel, had been taught to lip-read and speak by Bell. Bell fell in love with Mabel. Her father, being aware of Bell’s experiments with possible ‘speaking telegraph’ devices, refused his permission for the couple to marry until Bell had successfully developed his new invention. To speed matters along, he also funded an assistant, Thomas Watson.

Sensing the danger of rival developments for this valuable invention, Bell’s future father-in-law filed an application for ‘Improvements in Telegraphy’ on 14 February 1876. On that very same day a few hours later – or was it actually a few hours earlier? – inventor Elisha Gray filed his own idea for a telephone at the same office. Bell was granted the patent on 7 March 1876. On 9 July 1877, Bell, Hubbard, Watson (and other funders) established the Bell Telephone Company to market the new device. Bell and Mabel married two days later.

Controversy remains as to whether Bell or his father-in-law might have had access to the details of Gray’s patent through an office clerk in Hubbard’s pay. The clerk seemed to admit as much in a later court case, but Bell’s patent was upheld, as it was in the many cases which followed.

On 11 August 1877, Bell and Mabel arrived in Britain from the USA on honeymoon. In Bell’s luggage was his new communication device, the telephone. Bell travelled the country promoting his invention, even demonstrating the device to Queen Victoria, who was so amused she asked to keep the temporary installation in place. The first telephones went on sale later that year.

Sometimes described as the most valuable patent ever filed, for years following the award, Bell had to defend his patent in expensive and protracted litigation battles brought by a whole range of inventors. In 2002, the US Congress formally recognised Italian Antonio Meucci as the true inventor of the telephone, based on prototypes he demonstrated in 1860. Bell and the Italian had shared a workshop in the 1870s. Meucci was pursuing his claim in the Supreme Court when he died in 1889. France and Germany cite their own contenders for the title.

In many respects, Bell’s telephone was flawed, his receiver and transmitter designs being considerably improved by others within a couple of years. Among those were Thomas Edison and Professor David Hughes, who both produced improvements to Bell’s early instrument, transforming the telephone into a truly successful communication device.

Still widely known as ‘the inventor of the telephone’, Bell had given up his interest in this invention by his early thirties. He spent the rest of his life with Mabel and their family in Canada, working on a series of varied projects including flight, sheep breeding, developing a ‘vacuum jacket’ to aid artificial breathing and the founding of the National Geographic magazine. His foremost passion remained enabling deaf people to lip read and speak, therefore blending into a hearing world. This was in itself controversial to sections of the deaf community, disenfranchising those who preferred to communicate using sign language, which they viewed as the primary language of the deaf.

Bell’s last visit to Edinburgh was in November 1920. At a speech given to pupils at the city’s Royal High School, where he had been a student 60 years before, he imagined that this young generation might live to see a time when someone “in any part of the world would be able to telephone to any other part of the world without any wires at all.”

He died on 2nd August 1922 aged 75. On the day of his funeral the telephone systems in the US and Canada were silenced for one minute, can you imagine that happening nowadays!

[materialsscienceandengineering]

Engineered bacterial protein offers efficient rare earth metal separation

A newly discovered protein naturally houses an unusual binding site that can differentiate between rare earth elements, and researchers at Penn State have made it even better. Rare earth elements are key components used in everything from modern tech to gasoline production. The protein, called LanD, enriches neodymium and praseodymium over other similar rare earth elements (REEs) and has the potential to revolutionize industrial mining, researchers said. Scientists at Penn State, led by professor of chemistry Joseph Cotruvo, Jr., recently published their LanD discovery in the Proceedings of the National Academy of Sciences. "Each rare earth element has specific properties that make it useful for different applications, yet they are notoriously difficult to separate from each other," said Cotruvo, who has filed a patent application related to the work. "Current industrial methods are inefficient and require heavy use of toxic chemicals, so a protein-based method for rare earth mining could make this process more efficient, greener, and less expensive."

Read more.

[ptseti]

Valerie Thomas started at NASA in the mid-1960s. From her early days in data analytics to her contributions to image processing systems, Dr Thomas likened it to a rocket, launched into greatness and career success. She is renowned for her patent of the 3D Illusion Transmitter(1980), an invention that revolutionised our interaction with 3D imagery. This groundbreaking technology uses a video recorder to take a picture of a floating image and remains in use and development at NASA. Recent applications of the 3D Illusion Transmitter have been television technology and surgical imaging (SPIE, 2022). While advancing her career, she pursued further education, completing her Master’s in Engineering Administration from George Washington University (1985). A curious mind from a young age, Valerie Thomas shared in an interview with Oprah Daily, how her early interest in electronics and mechanics received little attention from her father and encouraged her to redirect her focus towards sewing and hairdressing. This narrative persisted within the education system, where schools at the time did not accommodate STEM(Science Technology Engineering & Mathematics) -related subjects for female students. Despite the odds stacked against her, her passion and curiosity propelled her towards pursuing a physics course at Morgan University, where she was one of only two female students in her class. Text via: Chocolate Tribe / LinkedIn

[max1461]

I've talked before about how scientific knowledge assumes a robust body of everyday knowledge. When you do a scientific measurement, you need to trust that your instrument is giving you the right reading instead of an error, for instance. You probably don't know the ins and outs of how the instrument works yourself—you're trusting technicians to be able to do their job and make the instrument work. They may use a mixture of formal knowledge and informal knowledge to do this. You hear all kinds of stories of technicians saying things like "this machine's a little finicky, if it doesn't give a reading just give it a couple of whacks" or whatever all the time.

You use everyday, "common sense" reasoning of various sorts to determine if your instruments work and if your technicians are trustworthy and capable and so on. You can bolster this knowledge in other ways—for instance, if another research group on the opposite side of the world gets the same result as you, that's some evidence that your readings weren't a technical error. But trusting this research group requires all sorts of other informal knowledge, which you get through e.g. your professional network as a scientist and so on, about whether they're working in a reputable lab and whether the journal they published in is reputable and so on and so forth.

I'm not saying that this makes scientific knowledge untrustworthy. Far from it, I think scientists' ability to manage these epistemic hurdles is generally quite good, although certainly not flawless. They're an occupational hazard of being a human and trying to collaborate with other humans to figure stuff out about the world, there's no way you can get around it. But I do think it means that if you want to consider yourself, you know... epistemically virtuous, a good skeptic, you need a working model of how everyday knowledge is and should be obtained, an epistemic theory applicable to "folk knowledge" not obtained through the scientific process. Not only because you use folk knowledge all the time in your everyday life and should probably be thoughtful about whether it's bullshit or not, but also because the scientific process itself relies on it in a straightforward way.

Anyway, I can't do a rigorous scientific study to figure out... how I should respond to my friend when they're down, or how to throw them a good birthday party, or whatever. And I would be dubious of any psychology study which claims to answer these questions in a general sense. But that doesn't mean that I don't know how to do these things for my friend! My specific, "folk psychological" understanding of who my friend is as an individual, what they care about, how they respond to things, these are more reliable guides than the psychological literature would be on this issue! That viewpoint is not "anti-science". The alternative view is so patently ridiculous that basically no one hews to it, not even scientists.

On second thought I'm sure there are like, some podcast guys who believe it...

[deepaksingh97]

Listen to Monisha Chaudhary explain the step-by-step process of patent registration in India. Learn about eligibility, required documents, and legal steps to protect your invention. Perfect for startups and innovators seeking exclusive rights. Tune in now!

[ryeun]

Rereading is wonderful because why did I forget about this little detail. Apparently they have chewing gum in the TEK world! A quick google search tells me the first chewing gum was patented in the late 1860s, which is interesting. Since TEK takes place in a fictional world and not on Earth, it’s hard to compare technological advances and eras.

On the same note, the reason why I went back to the earlier chapters in the first place was because I remembered that Nagyunn bought a magazine of Najin:

Which is interesting because having Najin’s picture on the cover and such (as magazines are) implies the existence of technology able to capture a person’s likeness and print it out. Either that or it is hand drawn and then printed, which is viable (unlike the possibility of every copy being hand drawn, because that is simply not plausible and entirely impractical/not cost efficient).

The extent to which the technology in TEK has advanced is unclear; there are magical scrolls distributed among the knights that are used for communication, and they seem to work like a messaging app or social platform on a phone (not sure if they have other applications or uses because we’ve only seen knights scrolling through chat logs or receiving an announcement/message).

But the question is… how long have they been around? They clearly don’t have actual scientifically made cell phones, as is common in fantasy worlds with the existence of magic, but Wild Dog Fidorance seems inept at communicating through the scrolls (I don’t have the screenshot sorry) as if they’re something new. Of course, it might just be because they don’t seem to be in the use of the common people, which would mean that those who become knights would not be accustomed to them growing up, but… I don’t know. Sure, Qilin and other knights, as well as Nagyunn, get the hang of it quickly, but that doesn’t mean it’s been around for a long time. In Nagyunn’s case, he didn’t even know they existed until he met the magician.

So, we know there must be a device used for printing copies of something, there is a magical device that is used by knights to communicate, and that somehow magazines with pictures are printed in color. Is there some device, likely magical, used to take pictures? Is someone meeting with people like Najin and having them pose for hours to capture their likeness? Who knows.

If you were looking for a crazy theory with an answer, I sincerely apologize… but I only bring questions, not answers!! Maybe you can think about it and come up with something, with these details presented to you. (And if you do, please share!! I’d love to talk about the TEK world more! I’m slowly in the process of rereading TEK and taking note of details whenever I have time, which is not too often. Originally I started rereading from chapter 20 and onward—the latest chapter I was working on was 66—but I came back to the first chapters to refresher my knowledge.)

[potterheadedme]

(the rest of) a bit of writing for Garbagechocolate's Truth virus AU

“Um…Friendo, I don’t, I don’t know how I feel about this” sun says from with the pizzaplex parts and service animatronic repair station™️. Having relized shortly after the repair station patented paralysis kicked in, that they may not be as on board with this idea as they thought they were

From with in there shared operating system, moon let’s out what might have been a deep exhausted sigh if either of the had lungs,

“Gasp! What? final come to your senses about randomly downloading software because ‘it’ll be cool’” moon mocks

“In my defense starlight seemed so excited, what was I suppose to say moony” sun says back from with in the OS

“.. the truth”

That’s when they both hear their repair specialist Y/N call back “Did you two says something” from From somewhere beyond their current scope of vision they can hear here it sounds pretty muffled, after a bit they seem to poke their head back into view.

“Nothing starlight!” Sun hurries out with a grin

At this moon huffs

“Oh, um.. ah, actually…moon? Has um a few concerns, about this download” sun stutters out

“ oh don’t you two fret, Minecraft is a completely passive program, and this version should be a hundred percent compatible with your operating systems” y/n finishes with a thumbs up

“Oh”

“Yeah, so are you two ready?”

Sunny can feel moon doing the equivalent of slowing shaking his head from further back in the code

“Ready when you are, starlight!”

At that y/n starts the download, from here they can hear the faint loading chimes the main Control panel emits,

"...Alright....there we are,... downloads started, shouldn't take all night ,but it may take a bit" y/n says as they turn their gaze from the screen in front of them to the currently immobil daycare attendent, sat within the repair station, in the depth of parts and service.

"how are you two holding up?" y/n asks after a bit, breaking the relative silence, of the subterranean room

“Just peachy starlight!” sun said without thinking, and while it wasn’t a total lie, it wasn’t exactly true either, over the years the daycare attendant has had countless updates to their software and operating systems and while the uploading process is slightly different each time, they know what to expect by now, they know enough to know that something feels off about this.

“Sun. No, you feel it to” moon says, his voice coming through over the rising buzz of an ever growing number of binary strings as the files enter their operating system and make their selves at home, burrowing in and warping the applications around it to its managed tasks.

“Moony, I’am sure it’s fine, starlights checked everything over, they say it’s compatible, sure the download feels a little funky, but am sure its nothing”

“This doesn’t feel like nothing, Sun”

“How would you know we only ever get new security and health protocols these days” punctuated with a mental pout “ this is a game moony!! We’ve never got a game before, of course it’s going to feel different!”

“Listen, theres reasons we’ve never directly downloaded games before, do you ever know if you can run the game after getting it? ‘Compatible’ doesn’t mean usable” moon snaps back

“Well if you gonna be a spoil sport, we can uninstall if it doesn’t work, happy”

At this moon mumble something Sun can quite hear over the new application own internal humming.

Upon realizing this conversation with his darker half has come to a momentary halt, Sun turns his attention back to their code, by now he’s having l a bit of trouble ignoring the itchy squirming feeling these files leave him with.

Sun goes to voice this concerns with there trusted technician… only to find that he can’t

moon let’s out a sound of exasperation, that can nearly be heard over the rumbling and buzzing of the code “tell y/n to pause this”

“…moony…I can’t, the controls are stuck”

“Let me see” moon says as he wrench control from sun, to see the interior controls are currently unavailable.

“What’d you do Sun?”

“ME! I didn’t do anything”

“The OS dosent just freeze like this on its own, and one download shouldn’t be enough to shut us down, what else is running” moons is growing noticeably more frustrated

While they continue to attempt troubleshootin, moon turns his attention outwards, now noticing that y/n may have been talking to them this entire time pacing back and forth for who knows how long.

“-portant you guys let me know, alright?” Y/n finished as they come to a stop in front of the glass cylinder, looking towards the still anamatronic expectantly.

“…right? …guys?” Y/n finish before concern starts to creep in

~~~~~

The daycare attendants have been uncharacteristically quiet, it has been a solid 15 minutes since they have lasted talked, I didn’t think much of it until there LEDs began to switch through a few settings before dimming completely.

At this point I am significantly more that a little worried, I fear, no I am certain that the altered version of Minecraft, that I suggest is causing this. I can’t just stop the download that is the first and most important thing they tell any engineer or technician that works here, that stopping mid upload or download or backup will cause irreparable damage to any and all of the bot under the faz co brand.

This is when it occurs to me that the most helpful I can do right now is, nothing, I’ve done enough damage already and any action I take now may just drawl this out or make it worse,

So instead of bolting to the console and running through every debugging program I can think of I sit, in the cheat plastic of the rolling chair sat by the console, and watch keeping vigil over the subterranean room and it’s robotic occupants.

~~~~~

“Oh. Hello” a metallic voice say, breaking the silence that’s settled over the room,

I jump a little, sorry to say I may have been zoning out as the hours of nothing stretched on, then spin around to see how bad I’ve goofed things up.

“Hey, your back” I say as I try and guess, who I might be talking to, usually it pretty clear which ai is fronting, if not by there appearance than there ‘voice’

This doesn’t seem to be the case right now, whoever just spoke is currently lacking Sun usually expressive lilt and Moons more taunting almost breathy inflection.

It seem like I might be I am be hearing there shared ‘base’ voice, this may mean they are still sorting themselves out, so while they finish ‘loading’ for lack of a better term, I turn my attention back towards to console to seem is I can gleam anything from the download stats.

After a bit of searching I think I come across the problem, while the application in question was compatible with the main operating system, it wasn’t nearly as compatible with the central processors of the attendances AI, and it seemed to have spawned new files in response. I can’t see see what they do from here, but this can wait,

In the computer screens reflection I can just barely see moon, sit up in the center of the repair station glowing red eyes fixed on me, I take a few deep breaths before turning to face the music.

“Moon” I say in acknowledgement, he simply nods back

“Alright, that didn’t seem to go quite to plan, could you run a quick diagnostics for me”

“Sure friend” moon responds in a surprisingly chipper manner, I try not to freeze up and being called a friend, I’ve worked alongside the daycare attendant for a while, and I’ve even talked with my predecessors on a few occasions, this first time I’ve ever heard of the night themed animatronic giving anyone this moniker, i try not to dwell or draw attention to this.

As I am getting ready to pull the nighttime attentions diagnostics stats up on my faz pad, he chimes in.

“Hm, everything’s moved around, I haven’t a clue what half of these files are” moon let’s me know, which it a bit suspicious, neither ai Is usual this forthcoming with there ailments, for whatever reason it usually takes more pestering to get this kinda information information.

“…what?” I blink in surprise, I am a little lost at whatever moons playing at

“There’s at least one background application running that doing something” he shrugs

“What’s that supposed to mean”

“No idea” he kinda shrugs again

“Alright. How are you feeling”

“No idea”

“What’s that’s supposed to mean”

“I don’t know yet” moon starts to look like he zooming out

“Fine, can I talk to sun then” I say try not to grit my teeth

“Sun doesn’t want to talk to you right now” moons eyes grow large in shock,some how he seems surprised by his own words.

~~~~~

Soon as he’s able moon begins shifting through all the losses files, sorting out tangled strands of code, and closing an application that can be before long everything is at least neat which doesn’t mean much as far but it at least a little easier to think,

Moon then turns his attention outwards to see y/n working on something, he sits and watches them work for a little bit before they freeze, and turn to acknowledge him.

“Moon” the nighttime animatronic nods in response

“Sure friend” moon mumbles not even paying attention

Before long they continued with “Alright, that didn’t seem to go quite to plan, could you run a quick diagnostics for me”

As moon starts the diagnostics he can hear Sun grumbling about something

Finishing the diagnostics, they see one maybe more applications failed to close when they were supposed to, along with brand new files that can be opposed,

“Hmm nothing to bad,”

Sun huffs “let’s let y/n know so we can get out of here moony!”

“Hm, everything’s moved around, I haven’t a clue what half of these files are” moon says for some reason

“Moon!! What ? We didn’t need to mention it” Sun mentally cuts it

“That’s not what I wanted to say”

They both hear the slight apprehension in y/ns voice “What’s that supposed to mean”

“No idea” moon shrugs

Moon hear feel suns deep frown from here

As y/n asks “Alright. How are you feeling” moon can feel sun starting to creep closer to the controls

“Come on moony, this one’s an easy one, I know the correct answer, you know the correct answer, go ahead and say the correct answer, we can still salvage this” sun is starting to sound a little anxious

“I got this sun” moon says as he starts to respond with the answer most every human expects to get when they ask, ‘fine’

“No idea” moon says this and sun does a mental double take

“We just talked about this moony”

“What’s that’s supposed to mean” y/n looks confused

“I don’t know yet” at this sun is yelling

“GAAHH, I can’t with either of you right not, I don’t know if you know but we’ve got a daycare to take care of!! Stop trying to get us started in parts and services!!!” Sun takes a ver digital deep breaths

“I’m not doing anything, I don’t know what’s going on” moon says

“We can talk about this later, smooth things over with y/n so we can get out of here, I don’t really want to talk to them and this exact moment” sun says after he’s calmed down

“Fine, can I talk to sun then” upon hearing y/n say this sun looks to moon and moon looking to sun

“I got this, smooths my middle name”

“Sun doesn’t want to talk to you right now” moons eyes grow large in shock,some how he seems surprised by his own words.

“MOON YOU, YOU TATTLETALE”!!!

Ant this point sputtering both inside and out, face in his hand how this go so bad

Part 1/?

Part 2

Here’s a snippet of writing for @garbagechocolate’s truth virus au,

it’s not betaed and I didn’t actually proofread, so if you see something that needs fixed let me know

[thepatentexperts]

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[kassandras-one-braincell]

Applied to a patent law firm. They had me spend hours on a really specifically tailored CV, covering letter, and two pieces of writing. Don't use AI, they said - wasn't going to do that anyway.

I received a rejection email. The wording is identical to that of many other rejection emails I've received over the months. What are the odds, I think to myself, that this is defacto ChatGPT. So I ask the devil itself to write me a rejection letter for a job applicant who underwent a pre-screening process.

Lo and fucking behold, the rejection email I received from this law firm, verbatim, stares me right in the dick. They would genuinely rather violate their own website-published stance on generative AI than spend a minute writing a simple rejection email to a candidate who spent hours applying. Cunts, the lot of them.

[mariacallous]

The US Patent and Trademark Office banned the use of generative artificial intelligence for any purpose last year, citing security concerns with the technology as well as the propensity of some tools to exhibit “bias, unpredictability, and malicious behavior,” according to an April 2023 internal guidance memo obtained by WIRED through a public records request. Jamie Holcombe, the chief information officer of the USPTO, wrote that the office is “committed to pursuing innovation within our agency” but are still “working to bring these capabilities to the office in a responsible way.”

Paul Fucito, press secretary for the USPTO, clarified to WIRED that employees can use “state-of-the-art generative AI models” at work—but only inside the agency’s internal testing environment. “Innovators from across the USPTO are now using the AI Lab to better understand generative AI's capabilities and limitations and to prototype AI-powered solutions to critical business needs,” Fucito wrote in an email.

Outside of the testing environment, USPTO staff are barred from relying on AI programs like OpenAI’s ChatGPT or Anthropic’s Claude for work tasks. The guidance memo from last year also prohibits the use of any outputs from the tools, including images and videos generated by AI. But Patent Office employees can use some approved AI programs, such as those within the agency’s own public database for looking up registered patents and patent applications. Earlier this year, the USPTO approved a $75 million contract with Accenture Federal Services to update its patent database with enhanced AI-powered search features.

The US Patent and Trademark Office, an agency within the Department of Commerce, is in charge of protecting inventors, awarding patents, and registering trademarks. It also “advises the president of the United States, the secretary of commerce, and US government agencies on intellectual property (IP) policy, protection, and enforcement,” according to the USPTO’s website.

At a Google-sponsored event in 2023, Holcombe, the author of the guidance memo, said government bureaucracy makes it difficult for the public sector to use new technologies. “Everything we do in the government is pretty stupid, when you compare it to the commercial world, right?” he said. Holcombe specifically cited cumbersome budgeting, procurement, and compliance processes, arguing that they hamper the government's ability to rapidly adopt innovations like artificial intelligence.

The USPTO is not the only government agency to ban staff from using generative AI, at least for some purposes. Earlier this year, the National Archives and Records Administration prohibited the use of ChatGPT on government-issued laptops, according to 404 Media. But soon afterward, the National Archives hosted an internal presentation that encouraged employees to “think of [Google’s] Gemini as a co-worker.” During the meeting, some archivists reportedly expressed concerns about the accuracy of generative AI. Next month, the National Archives is planning to release a new public chatbot for accessing archival records developed with technology from Google.

Other US government agencies are using—or avoiding—generative AI in different ways. The National Aeronautics and Space Administration, for example, specifically banned the use of AI chatbots for sensitive data. NASA did decide, however, to experiment with the technology for writing code and summarizing research. The agency also announced last week that it’s working with Microsoft on an AI chatbot that can aggregate satellite data to make it easily searchable. That tool is available only to NASA scientists and researchers, but the goal is to “democratize access to spaceborne data.”