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OpenAI claims ex-employee took 100+ files to Apple

OpenAI claims ex-employee took 100+ confidential files to Apple, including unreleased device images. Here’s what the filing says and what it means.

Published

17 seconds ago

October 17, 2026

Admin

OpenAI claims ex-employee took 100+ files to Apple

OpenAI claims ex-employee took 100 confidential files, and the company wants a court to decide whether those files are now shaping Apple’s hardware roadmap. The allegation landed Wednesday in a filing tied to the ongoing trade secrets fight between the two companies. According to The Verge, the unnamed worker moved more than a hundred documents to personal accounts before walking out the door.

The story has a twist that matters. Apple sued OpenAI first, back in July, accusing two former Apple employees of carrying confidential engineering data to the ChatGPT maker. OpenAI denied it then. Now OpenAI is doing the accusing, and the target is Apple.

Table of Contents

What OpenAI Actually Alleges

The filing describes an employee who worked at Apple, joined OpenAI for six months, then went back to Apple. On June 2, 2026, his final day at OpenAI, some files were allegedly sent just after midnight Singapore time, per The Register.

The documents allegedly included detailed images of at least one unreleased OpenAI device, engineering and manufacturing data, supplier information, project files, and specs for cosmetic finishes. There were also reports on coating and sealing hardware components.

That last detail is not trivial. Cosmetic finish standards and coating reports are the kind of material that takes years and millions of dollars to develop through trial and error. You cannot reverse-engineer a finish from a marketing photo. You can shortcut it from a spec sheet.

OpenAI also claims the former employee gave a presentation about OpenAI’s product plans to Apple’s senior leadership, including Apple’s vice president of operations in Asia. The company links that presentation to Apple’s new HomeView smart display and the broader slate of devices Apple revealed this week.

“That presentation appears to have happened months ago — and now, armed with that information, Apple is making a new push into AI-enabled products,” OpenAI said in the filing.

Apple’s Response

Apple says it has policies in place to stop new hires from bringing over confidential material from previous employers. The company told Reuters it found no evidence supporting OpenAI’s allegations and hasn’t responded to requests for more information. A spokesperson said Apple has strict rules and found nothing to back the claim.

Apple did not immediately respond to The Verge’s request for comment.

The Timing Is Awkward

The filing surfaced the same day as a key hearing in the case. US District Judge Edward Davila said he was “highly likely” to side with Apple on its request for an injunction barring ex-Apple employees now at OpenAI from using Apple’s proprietary information, according to Bloomberg. He was less receptive to Apple’s demand for a forensic inspection of all OpenAI devices and code repositories, calling it a “huge ask.” Apple reportedly agreed to narrow the inspection to a handful of former employees.

So both companies are asking courts to believe the other one stole secrets. Apple’s July lawsuit named Chang Liu, a former senior system electrical engineer, and Tang Yew Tan, a former VP of product design. Liu allegedly kept an Apple-issued laptop and used a software bug to access confidential files after leaving. The complaint says he celebrated the access in a message on a colleague’s laptop, writing “LOL” and calling it “so funny.” Tan allegedly emailed himself supplier information before his exit.

OpenAI denies those claims outright. “We have no interest in other companies’ trade secrets,” the company said in July.

What This Means For Anyone Building Hardware

Trade secret litigation between hardware companies is not new, but the speed and scale here are unusual. Two companies with no shipped competing product in the same category are already fighting over who saw whose supplier list.

For engineers and product managers, the practical lesson is unglamorous. Your personal email is discoverable. Your final week at a company is logged. Midnight timestamps in a court filing look exactly as bad as they sound.

For anyone watching the AI hardware race, the more interesting question is what Apple actually does next. The HomeView display and the other devices announced this week are real products with real ship dates. Whether they were informed by OpenAI documents is something only discovery will settle.

OpenAI wants the court to establish whether its confidential information reached Apple and whether there are grounds for counterclaims. The New York Post reports that no counterclaims have been filed yet.

Where It Stands

Nothing is proven. OpenAI has allegations, a forensic investigation it says is ongoing, and a court filing. Apple has a denial, a policy statement, and its own pending lawsuit. Judge Davila has signaled he leans toward Apple on the injunction but pushed back on the scope of the inspection.

The case will grind on through discovery, and the documents both sides produce will matter more than the press coverage. For now, OpenAI claims ex-employee took 100 files it considers its most valuable hardware work, and Apple says it has seen no evidence of it.

If you work in hardware and you are about to change jobs, the safest move is the boring one. Leave the laptop. Leave the files. Leave the supplier spreadsheet. The next company will not thank you for it in court.

Frequently Asked Questions (OpenAI claims ex-employee took 100)

What exactly did OpenAI accuse the former employee of taking?

According to the filing, more than 100 confidential files including detailed images of at least one unreleased OpenAI device, engineering and manufacturing data, supplier information, project files, cosmetic finish standards, and reports on coating and sealing hardware components.

What does Apple say about the allegations?

Apple says it has policies preventing new employees from using confidential information from previous employers and that it found no evidence supporting OpenAI’s claims. Apple did not immediately respond to The Verge’s request for comment.

How does this relate to Apple’s earlier lawsuit against OpenAI?

Apple sued OpenAI and two former Apple employees in July 2026, alleging they took confidential hardware information to OpenAI. OpenAI denied those claims. This new filing is OpenAI’s counter-accusation within the same broader trade secrets case.

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Jailbroken PS5s Run Local AI Models at 124 Tokens/sec

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Jailbroken PS5s Run Local AI Models at 124 Tokens/sec

Jailbroken PS5s now run local AI models at over 100 tokens per second. Here’s how the PS5LM fork works, what hardware it needs, and what to expect.

Published

9 hours ago

October 16, 2026

Admin

Jailbroken PS5s Run Local AI Models at 124 Tokens/sec

You want to run a local AI model on hardware you already own, without renting cloud GPUs or buying a $2,000 graphics card. A jailbroken PS5 can now do that. A new fork of PS5LM runs natively on the console, taps the GPU, and pushes smaller models past 124 tokens per second. That is not a typo, and it changes what a used PlayStation is worth to anyone who tinkers.

This guide walks through what changed, what you need, and how to think about the tradeoffs before you start.

What The New Fork Actually Does

The original PS5LM project came from GitHub user cobanov, who posted an unofficial port of llama.cpp to Reddit about two weeks ago. That version ran as a payload on the CPU, which meant it hijacked the processor and inserted the language model alongside the home screen and system services. The catch: RAM access was capped at roughly 6.25 GiB, because holding more would freeze the home screen. A 6.8 GiB model would crash the system outright.

Reddit user u/AdIllustrious7246 forked it and went native. By using PS5_Vulkan, a port of the RADV graphics driver that sends instructions to the PS5 GPU, the fork unlocks the AMD GPU that Sony normally keeps locked down. Native execution also raises usable memory to about 11.4 GiB.

The result: a 27B parameter model like Qwen3.8-27B runs at 20 tokens per second. Smaller models fly. Gemma 4 E4B hits 61 tokens per second. Llama 3.2 3B reaches 124 tokens per second.

What You Need Before You Start

A jailbroken PS5. This is not a soft mod. The exploit scene for the PS5 is narrower than the PS4’s, and firmware versions matter enormously. If your console is on a patched firmware, you are out of luck for now.

A working PS5_Vulkan setup. This driver port is what makes GPU access possible. Without it, llama.cpp can only crawl along on the CPU. The Vulkan layer is the bridge between homebrew code and the AMD silicon inside the console.

A model file that fits. The fork supports up to roughly 11.4 GiB of RAM, so quantized models in the 3B to 27B range are the sweet spot. Llama 3.2 3B is tiny and fast. Qwen3.8-27B is the ambitious pick.

Patience. This is a homebrew workflow. Expect to read GitHub issues, follow Reddit threads, and troubleshoot driver quirks. The payoff is a console that doubles as an offline AI assistant when you are not gaming.

How To Run It, Step By Step

Step 1: Confirm your firmware and exploit path. Check your PS5 system version before anything else. The jailbreak community tracks compatible firmware on Reddit and Discord, and the wrong version means no homebrew at all.

Step 2: Install PS5_Vulkan. This is the graphics driver port that opens GPU compute. Without it, the PS5 GPU stays locked and your model runs on the CPU with a hard memory ceiling. Follow the project’s setup notes carefully, because driver installation is where most people get stuck.

Step 3: Load the PS5LM fork. Grab u/AdIllustrious7246’s fork of cobanov’s llama.cpp port. This is the version that runs natively rather than as a CPU payload, and it is the one that unlocks the extra RAM.

Step 4: Pick your model. Start with Llama 3.2 3B if you want to see the dashboard light up immediately at 124 tokens per second. Move to Gemma 4 E4B at 61 tokens per second for better output quality. Only load Qwen3.8-27B if you can tolerate 20 tokens per second, which is roughly conversational reading speed.

Step 5: Open the dashboard. The fork ships with a live dashboard showing tokens per second, GPU and CPU usage, power draw, temperatures, and how memory splits between the model and the KV cache. Watch the temperature line the first time you run a 27B model. Consoles were not built for sustained compute loads.

Step 6: Connect the web UI. The fork works with llama.cpp’s web UI, so you can chat with the model from another device on your local network using a browser. That turns the PS5 into a quiet server in the corner of the room.

Tips, Limits, And The Honest Tradeoffs

The PS5 GPU is not fast by modern standards, and it does not have much RAM. That is exactly why this works as a curiosity and not as a replacement for a dedicated AI rig. A desktop with a recent graphics card will still beat it on large models.

Commenters on the original coverage are already joking about a repeat of the crypto mining GPU crisis, where consoles got bought up for compute instead of games. That comparison does not hold. The GPU and RAM shortage we are living through is driven by large AI data centers, not by a few thousand jailbroken PlayStations. The PS5’s hardware is simply too modest to move those markets.

What it does move is the value proposition for hobbyists. If you already own a jailbroken console, you now have an offline AI assistant that costs nothing per token and never sends your prompts anywhere. For anyone in a region where cloud API costs or unreliable connectivity are real obstacles, that matters more than benchmark numbers.

Where To Go Next

Try the smallest model first, watch the dashboard, and get comfortable with the workflow before you push a 27B file onto the console. If the temperatures hold and the tokens keep flowing, the next step is pointing the llama.cpp web UI at your phone or laptop and using the PS5 as a household AI endpoint. The jailbroken PS5s running local AI models at over 100 tokens per second are not a threat to the data center. They are a reminder that the hardware sitting under your TV has been capable of more than Sony ever intended, and someone finally proved it.

Frequently Asked Questions

Do I need a jailbroken PS5 to run local AI models?

Yes. The PS5LM fork and PS5_Vulkan driver only work on jailbroken consoles. Stock firmware blocks homebrew entirely, and the compatible firmware range is narrow.

How fast is the PS5 at running LLMs?

According to the developer’s testing, Llama 3.2 3B runs at 124 tokens per second, Gemma 4 E4B at 61 tokens per second, and Qwen3.8-27B at 20 tokens per second.

Will this cause another GPU shortage like crypto mining?

Unlikely. The current GPU and RAM shortage is driven by large AI data centers, and the PS5 does not have a fast enough GPU or enough RAM to affect those markets.

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n8n Saved Me More Time Than Any AI Tool This Year

n8n saved me more time than any AI tool this year. Here’s how the workflow automation platform compares to Zapier, what it costs, and who should use it.

Published

12 hours ago

October 16, 2026

Admin

n8n Saved Me More Time Than Any AI Tool This Year

n8n is a workflow automation tool that connects your apps, runs the steps you define, and keeps working while you sleep. It saved me more time this year than any AI tool I pay for, and that includes Claude, ChatGPT, and a handful of transcription APIs.

The reason is simple. Most AI tools answer a question or draft a paragraph. n8n takes a task off your plate entirely, then repeats it every time the trigger fires. No prompt. No tab switching. No copy-paste. You build the workflow once, and it runs unattended.

Marc Palet, a 26-year-old venture capitalist at OMVC in Singapore, described a similar shift in his own stack. He spends more than $120 a month across Claude, ChatGPT, n8n, and transcription tools, and he says AI has not replaced any of his software subscriptions. It added more. The workflows he built now handle meeting summaries, knowledge ingestion, quarterly LP reports, and audit prep. Those are the tedious tasks that used to eat his week.

What n8n Actually Does

n8n is a visual workflow builder. You drag nodes onto a canvas, connect them, and define what happens when something triggers the flow. A node might watch your Gmail inbox, pull data from Slack, call an AI model, write to a database, or send a message. The platform supports more than 400 native nodes and over 1,000 more through HTTP request nodes, according to a Cybernews comparison of n8n and Zapier.

Unlike Zapier, which is cloud-only, n8n can run on your own server. That matters if you handle sensitive data. Credential encryption, self-hosting, and open-source extensibility are built in. Both platforms carry GDPR, SOC 2 Type II, SOC 3, and CCPA certifications, but only n8n lets you keep everything on hardware you control.

How To Get Started With n8n

The cheapest path is the free self-hosted edition. You install it on a VPS or a spare machine, and you pay nothing beyond hosting. There is also a free cloud plan and a 14-day trial on premium plans. Paid cloud starts at $20 per month, which undercuts Zapier’s $19.99 monthly annual rate on paper but scales differently.

Zapier charges by task volume. n8n charges by execution, which means a workflow with twenty steps inside it counts as one execution. For high-volume, multi-step automations, that pricing model gets cheaper fast. For simple two-step Zaps, Zapier stays competitive.

Setup takes longer with n8n. The Cybernews team found that building a first workflow required more time and some coding knowledge. Error messages, though, are detailed enough to show exactly what broke. Zapier’s messages are friendlier but vaguer.

Where n8n Wins

Branching and conditional logic are where the two tools separate. Zapier keeps automations mostly linear and gates real branching behind its premium Paths feature. n8n uses IF, Switch, and Merge nodes to build multi-path workflows without artificial limits or extra cost.

Error handling is the other gap. Zapier retries failed tasks automatically, but you get little control beyond re-running the Zap. n8n offers full retry control, custom fallbacks, and dedicated error branches. A workflow that hits a bad API response can route around it instead of dying mid-run.

Loops and batching tell the same story. Zapier struggled with large data sets in testing and often needed premium workarounds. n8n handles them natively.

AI Steps Inside Workflows

Both platforms now support AI-assisted workflow building. Zapier’s AI Copilot takes a plain description and suggests steps. n8n’s AI builder expects more precise input, especially when your flow branches. In practice, both produced workable workflows at similar speed.

Inside a live workflow, AI is best for summarizing text, classifying data, extracting fields from messy content, and routing leads. Zapier makes those steps quick to add. n8n gives you more control when you need to combine AI output with conditions and custom logic.

One honest caveat from the Cybernews testing: AI is not fully reliable in either tool. For workflows where accuracy is the priority, rule-based steps are still safer. Use AI for interpretation, not for decisions you cannot afford to get wrong.

How It Compares To Other Options

Zapier remains the fastest way to get a first automation running. Its 8,000+ app integrations and template library are hard to beat for plug-and-play work. Marketers and small teams who do not code will feel at home immediately.

Grok Bot, xAI’s autonomous agent platform that opened beta in August 2026, takes a different approach. You message a bot like a coworker and it handles multi-step tasks end-to-end, learning your preferences over time. It is faster to deploy for non-developers, and it is better suited to judgment-heavy, adaptive work. SuperGrok starts at $30 per month. But it launched in early beta, so treat it as powerful but still maturing.

OpenClaw, the self-hosted agent framework formerly known as Clawdbot, runs entirely on your own machine, including a Raspberry Pi. It offers full autonomy, pluggable models, and granular sandboxing. The trade-off is a steep learning curve, long LLM costs, and the risk that a misconfiguration leaks data or triggers unintended actions. It is not a beginner tool.

The rule of thumb: rule-based repetitive tasks suit n8n or Zapier. Judgment-heavy adaptive tasks suit an agent platform. Privacy-first, fully local setups point to OpenClaw or self-hosted n8n.

Who Should Use n8n

Developers, IT specialists, and privacy-focused teams get the most out of it. If you need complex branching, custom API connections, or data that never leaves your infrastructure, n8n is the stronger long-term investment. The steeper learning curve pays off once your workflows get complicated or your task volume climbs.

Skip it if you want automation running in ten minutes with zero technical input. Zapier wins that race, and there is no shame in picking it. Skip it too if your automations are simple two-step triggers that never branch. You will pay for flexibility you never use.

For everyone in between, start with the free self-hosted edition on a cheap VPS. Build one workflow that handles something you do every week. If it survives a month without babysitting, you have your answer.

That first Monday morning, when the report is already written and sitting in your inbox before you have opened your laptop, is the moment the subscription pays for itself.

Frequently Asked Questions

Is n8n free to use?

Yes. n8n offers a free self-hosted edition and a free cloud plan. Premium cloud plans start at $20 per month, and there is a 14-day free trial.

How does n8n pricing compare to Zapier?

Zapier charges by task volume, while n8n charges by execution. A multi-step n8n workflow counts as one execution, so n8n gets cheaper at scale for complex automations. Zapier’s Starter plan is $19.99 per month billed annually for 750 tasks.

Can n8n run on my own server?

Yes. n8n supports self-hosting, which keeps your data private and gives you full control over credentials and infrastructure. Both n8n and Zapier hold GDPR, SOC 2 Type II, SOC 3, and CCPA certifications.

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ChatGPT Chrome tabs: how to let it read and control them

ChatGPT Chrome tabs are now readable and controllable. Here’s the exact setup, sample prompts, and safety rules before you hand over your browser.

Published

15 hours ago

October 16, 2026

Admin

ChatGPT Chrome tabs: how to let it read and control them

You have eleven tabs open, three of them are couches, and you still cannot decide which one to buy. ChatGPT Chrome tabs can now do that comparison for you, then fill out the checkout form while you watch. The catch is setup, and a few permissions most people click through without reading.

OpenAI pushed the upgrade on October 15, 2026. The extension now reads your open tabs in Chat mode and controls them in Work mode, according to The Verge. It replaces the retired Atlas browser, which OpenAI shut down on August 9, 2026.

Here is how to actually use it, what it does well, and where it gets risky.

What You Need Before Anything Works

Two pieces of software, one setting, and one permission prompt.

First, install the ChatGPT desktop app. Browser control does not work from the web app alone. Second, install the official ChatGPT extension from the Chrome Web Store. That listing shows version 1.26.1005.11759 and reports 7,000,000 users.

Third, open the desktop app settings, find the Computer Use section, and turn it on. Fourth, when you open a Work or Codex chat, type the @ symbol and select your browser from the list. If your browser does not show a Manage option after installing, the extension is not connected properly.

The extension works with Google Chrome, Microsoft Edge, Brave, Opera, and Vivaldi. Side chat works in Chrome, Edge, Brave, and Vivaldi but not in Opera. Opera still supports tab mentions and browser control, just without the sidebar conversation.

Every ChatGPT plan gets access. There is no Pro-only gate here, which is the most surprising part of the rollout.

Chat Mode: Reading Your Tabs

Chat mode is the safe half. ChatGPT looks across your open tabs, pulls information together, and answers without touching anything.

Open a new chat, tag your browser with @, and describe what you want. OpenAI’s own sample prompts include comparing three couches across dimensions, material, delivery time, and return policy. Other listed examples: explaining an article’s main argument and supporting evidence in plain English, comparing pricing pages against your stated requirements, and moving vendors from open tabs into a comparison sheet with pricing, key features, and source links.

One detail worth knowing: ChatGPT can read sites where you are already signed in. OpenAI’s documentation names LinkedIn, Salesforce, Gmail, and internal tools as examples. That is convenient for research and slightly alarming if you left a client dashboard open.

Work Mode: Actually Doing The Task

Work mode is where ChatGPT stops reading and starts clicking.

Per Engadget, it can send messages, fill out forms, download files, and organize tabs into groups. The dentist example is the clearest one: ask ChatGPT to fill out a new-patient form, then add the appointment to both your work and personal calendars.

Another listed workflow: analyze several contractors’ terms across open tabs, then draft an email to whichever one fits your needs best. That is a real time saver if you are renovating and juggling five quotes.

The extension runs in the background without taking over your active session, according to the store listing. You keep browsing while it works.

Where It Gets Risky

Security researchers have flagged two problems, and both are worth taking seriously.

First, prompt injection. A malicious page can hide instructions designed to redirect the agent away from what you asked. If ChatGPT is filling forms across tabs, a hostile site could theoretically influence what it does next. Stick to sites you trust, at least for the first few weeks.

Second, screen exposure. Anything visible in your tabs is potentially readable. Close your bank, your private work email, and anything with client data before starting a browser task. OpenAI’s own documentation advises treating page content as untrusted and avoiding sending secrets through browser tasks unless they are required and reviewed.

OpenAI has added guardrails. By default, ChatGPT asks before interacting with each new website, based on the site’s host. You can choose Allow once, Allow for this site, Allow for all sites, or Decline. Allow for all sites and browser-history access are both labeled Elevated Risk in the documentation. History access is scoped to a single request with no always-allow option, which is a sensible limit.

On data storage, OpenAI says it does not keep a separate complete record of browser actions. Activity is stored only when it becomes part of the ChatGPT context, such as text read from a page, screenshots, tool calls, or summaries. Computer Use follows your Memories setting.

How It Compares To Gemini

Google has been building similar features into Chrome. In March 2026 it expanded Gemini in Chrome to India, New Zealand, and Canada, adding webpage summaries, multi-tab comparisons, and integrations with Gmail, Maps, Calendar, and YouTube.

Google’s Auto Browse handles tasks like filling shopping carts and making reservations. Availability is restricted to Google AI Pro and Ultra subscribers in India and the US, in English, on Android and desktop.

That is the real difference. Gemini’s version is paywalled and geographically limited. OpenAI’s works on every plan and across five browsers. If you are in Lagos, Nairobi, or Accra and Gemini’s auto-browse is not available to you, the ChatGPT extension is currently the only option that works out of the box.

Start Here

Pick one low-stakes task today. Open three product pages for something you are actually considering buying, tag your browser with @, and ask ChatGPT to compare them by price, delivery time, and return policy. Read the output carefully before you trust it.

Once that works, try a Work mode task on a form you do not care about. Watch what it does. Approve each site individually for the first week rather than switching on Allow for all sites.

The convenience is real, and so is the exposure. Your browser holds more of your life than almost any other app on your machine. ChatGPT Chrome tabs make that pile of open pages useful again, but only if you decide what it is allowed to see before it starts looking.

Frequently Asked Questions

Do I need a paid ChatGPT plan to use the Chrome extension?

No. OpenAI says the upgraded extension is available across all ChatGPT plans. You do need the ChatGPT desktop app installed, plus the official extension from the Chrome Web Store, and the Computer Use setting turned on.

Which browsers does the ChatGPT extension support?

Google Chrome, Microsoft Edge, Brave, Opera, and Vivaldi. Side chat is available in Chrome, Edge, Brave, and Vivaldi, but not in Opera. Opera still supports tab mentions and browser control.

Is it safe to let ChatGPT control my Chrome tabs?

It carries real risk. Close banking, private email, and sensitive work tabs before starting. OpenAI asks permission before interacting with each new site, and labels Allow for all sites plus browser-history access as Elevated Risk. Start with low-stakes tasks like summarizing articles or comparing products.