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God, the search for Joe (Zoe Saldaña) is taking its sweet time, isn't it? At this rate, things still won't be resolved by next week's Lioness season 3 finale.
The CIA has narrowed its rescue search to the Houston area, but fallout from dismantled Russian networks in Washington has led to some tense confrontations and a pretty disastrous decision for one of our leading senators.
But surely this week has to bring better things... right? And when does Lioness season 3 episode 7 arrive on Paramount+?
What time can I watch Lioness season 3 episode 7 on Paramount+?Lioness season 3 episode 7 will drop on one of the world's best streaming services in the US and Canada on Sunday, September 13 at 12am PT / 3am ET.
Here's when it will be released in other nations globally:
- US – 12am PT / 3am ET
- Canada – 12am PT / 3am ET
- UK – 8am BST
- India – 12:30pm IST
- Singapore – 3pm SGT
- Australia – 5pm AEST
- New Zealand – 7pm NZST
Lioness season 3 will have a total of eight episodes, with new entries airing weekly. That gives us the following schedule:
- Episode 1: out now
- Episode 2: out now
- Episode 3: out now
- Episode 4: out now
- Episode 5: out now
- Episode 6: out now
- Episode 7: September 13
- Episode 8: September 20
- Google is investing over $15 billion into Finland over two years
- Nuclear energy, wind power and battery storage are top of mind
- The company is also improving local forests, adding new saunas
Google has announced plans to invest around $15.1 billion into Finland's AI and digital infrastructure over the course of the next two years, making it its largest single investment in Europe to date.
The company said the extra capacity is needed to meet growing local demand for services like Gemini, Maps and YouTube, but instead of just growing its data centers, Google is also allocating money for grid upgrades, clean energy projects, battery storage and more.
The country's cool climate and low-carbon electricity are especially attractive for hyperscalers as they try to improve the efficiency of data centers against a backdrop of heightened public and regulatory scrutiny.
Google is investing heavily in its Finnish data centersThe Hamina campus, which it's been running for around 15 years, is especially notable because it uses both seawater-based cooling to minimize its water consumption impact, as well as an offsite heat-recovery scheme to redirect waste heat into local properties.
Local communities in Hamina, Kajaani, Muhos, and Vaala are set to receive a combined $36 million in funding to support upskilling and education, while as many as 37,000 jobs are expected to become available throughout the 2027-2028 construction phase.
On the energy front, Google has signed a 22-year power-purchase agreement to support the extension of the Loviisa nuclear plant and has drawn up plans to add new onshore wind capacity and a new 94MW battery facility to bridge the gap between renewable energy availability.
Google Global Infrastructure VP Bikash Koley also stressed the company's other community and environment investments, including native forest and wetland regeneration, accessible recreational trails, public saunas and fishing piers.
For Finland in particular, Google claimed to have invested around $4 billion in Hamina and related infrastructure alone since acquiring the site, a former paper mill, in 2009.
- The first trailer for Neon's Sam Altman biopic Artificial has been revealed
- The Andrew Garfield-led movie will be released in late 2026/early 2027
- It covers Altman's controversial rise to prominence as OpenAI's co-founder
The first trailer for Artificial, a movie about controversial OpenAI co-founder Sam Altman, has been revealed.
Unveiled yesterday (September 8), the teaser for the Neon-distributed film strikes an unusually sinister tone for what's being billed as a biographical comedy-drama.
Indeed, from the gun-laden room that lead star Andrew Garfield, who'll portray Altman, visits, to Garfield's unsettling voiceover that plays over Artificial's publicly-released footage, it's certainly foreboding in nature. I get the feeling, then, that it'll be a dark-comedy dramatization of Altman's rise of prominence, the launch of artificial intelligence (AI) chatbot ChatGPT, and his brief and somewhat disputable ousting as OpenAI CEO in late 2023.
Artificial will initially debut in US theaters on December 25, 2026, before receiving a wider international rollout in early 2027. UK viewers, for example, will have to wait until January 22, 2027 to catch one of many new movies that'll arrive in the months ahead.
Artificial cast and crew: who's involved?Garfield (left) will be joined by a whole host of famous faces in Artificial (Image credit: Neon)Oscar-nominated filmmaker Luca Guadagnino (Challengers, Call Me By Your Name) is on directing duties, while Saturday Night Live writing alumnus Simon Rich has penned its screenplay. Meanwhile, Blur and Gorillaz frontman Damon Albarn has also created original music and songs for Artificial.
Where the movie's cast is concerned, Garfield, who impersonates another Silicon Valley techbro following his portrayal of Eduardo Savarin in The Social Network, aka the 2010 dramatization about Facebook's creation, is arguably its most recognizable star — and based on what little footage we've seen thus far, he appears to have Altman's mannerisms, vernacular, and other unique traits down to a tee.
Here's who else you'll see in Artificial:
- Yura Borisov (Anora) as Ilya Sutskever, OpenAI's chief scientific officer and co-founder
- Monica Barbaro (Crime 101) as Mira Murati, OpenAI's chief technology officer
- Cooper Hoffman (The Long Walk) as Greg Brockman, OpenAI's chairman
- Ike Barinholtz (The Studio) as Elon Musk
- Mark Rylance (Bridge of Spies) as Geoffrey Hinton, the so-called 'Godfather of AI'
- Jason Schwartzman (The Grand Budapest Hotel) as TBC
- Chris O'Dowd (The IT Crowd) as TBC
Here's the official logline for Artifical: "[The movie] chronicles the incredibly consequential days leading up to the sudden firing and reinstatement of Sam Altman, as the fate of who gets to control the technology at the centre of an AI arms race hangs in the balance."
It's unclear how much of Altman's backstory, his various relationships with his OpenAI colleagues, and ChatGPT's launch and subsequent sociopolitical impact will be covered as part of Artificial's story. One thing is for sure, though: given that it dramatizes events concerning Altman and OpenAI, the discourse that will surround Artificial's release will be impossible to ignore.
This is easily one of the best-value SIM deals I've seen right now - and it's a steal for data-guzzlers, regular travellers, and anyone who hates being locked into a monthly contract.
Right now, this EE Rolling Unlimited SIM is just £15 a month (was £35) at Scancom when you use the code HUKDSAVE.
As a rolling SIM, there's no monthly contract to sign, letting you cancel any time. The plan includes unlimited monthly calls, text, and data. There's also 25GB Europe Roaming included at no extra cost.
Today's best unlimited SIM dealUnlimited Rolling SIM: was £35 now £15
Unlimited data, texts, calls | 25GB European roaming | No monthly contracts
Running on EE's fast network coverage, this is one of the best SIM deals I've seen. The included 25GB data roaming in Europe makes it ideal for business travel and holidaymakers who want to avoid expensive roaming fees. For the full discount, use code HUKDSAVE. View Deal
Why we recommend itUnlimited data, calls, and text, and free European roaming data make this one of the best-value SIM deals around right now.
At £15 a month, rather than £35, you get EE's reliable network speeds with absolutely no contract to sign, so you can cancel any time.
The generous 25GB data roaming for Europe is ideal for frequent travellers (whether that's for work or pleasure). And it's more than enough data allowance for streaming, video calls, map navigation, and checking messages and emails when public or hotel Wi-Fi is slow.
I haven't seen a similar cost with similar benefits from EE either on Amazon or direct from the network provider.
Price context & historical valueNo two ways about it, £15 a month for unlimited data, calls, and text is an excellent price. For comparison, an Unlimited Rolling SIM plan without the 25GB European data roaming is priced at £25 a month at Amazon. Buying a monthly contract unlimited SIM with no free roaming data direct from EE is currently £23 a month.
Should you buy it?✅ Buy the EE Unlimited Rolling SIM if...
You don't want to sign up to a monthly contract, use a lot of data at home, or you're often traveling to Europe for work.
❌ Skip the EE Unlimited Rolling SIM if...
You'd rather buy direct from EE to get the network provider's support and sign-up extras, or you need more than 25GB European data roaming.
The Catch: What to know before you buyAs it's part of the EE network, make sure you get the service in your area. You can use EE's coverage checker here.
It's also worth pointing out that Scancom is also technically a B2B site, and you'll use the company for support, rather than EE's in-house team.
That doesn't mean you need to be a business to buy and use the SIM, and we've seen reports online that the company won't check for business credentials anyway. But that's its main purpose is for professionals.
For the past decade, quantum computing has been relegated to the horizon, a distant, theoretical challenge rather than an immediate operational imperative.
Breakthroughs have generated headlines, but without a firm deadline for when quantum computers could threaten today’s cryptographic standards, CISOs have had little incentive to make quantum readiness an immediate priority. IBM’s 2025 Quantum-Safe Readiness Index shows how much work remains, with the average organization scoring just 25 out of 100.
Yet, that window of preparation is contracting rapidly. This spring, Google warned that “quantum frontiers may be closer than they appear,” pointing to advances in hardware, error correction, and algorithms that are accelerating progress toward cryptographically-relevant quantum computers. Google has since set a 2029 target for completing its own migration to post-quantum cryptography (PQC).
Yet, that growing urgency still comes without a firm deadline. Unlike the fixed, binary deadline of Y2K from years ago, the quantum risk profile is nebulous; the exact threshold of peril remains undefined, even as the required remediation timeline spans several years.
Large enterprises need time to identify cryptographic dependencies, assess legacy infrastructure, coordinate vendors, and secure the budgets required for migration. Those decisions reach well beyond cryptography, affecting how the business plans, funds, and prioritizes risk. In fact, the availability of quantum computing capabilities will touch almost every aspect of companies around the globe.
Turn quantum risk into an enterprise-wide priorityQuantum readiness already has a prescribed technical solution. In 2024, NIST finalized its first set of PQC standards and encouraged organizations to begin transitioning as soon as possible. For some systems, migration may just involve a software update or configuration change. For others it may be much more complex. The challenge for a large enterprise is knowing where those changes need to happen.
A practical first step is to build a cryptographic bill of materials (QBOM), cataloging what cryptography is in use and where, which systems can be updated relatively easily, and where legacy infrastructure may require replacement or another mitigation strategy. This is an intensive effort, but there are software platforms that can help.
Next, organizations should prioritize systems based on the value of the data and how long it needs to remain protected. Financial records or customers’ customer personally identifiable information (PII), for example, may warrant greater urgency than an internal chat log with little long-term value.
Data longevity is especially important because adversaries are already collecting encrypted traffic in the expectation that future quantum computers will be able to read it, a practice known as "harvest now, decrypt later." For sensitive data, the attack may already have happened even though the business impact hasn't.
Data exposure is only one part of that assessment. Public key cryptography (PKC) also underpins authentication, including single sign-on and other mechanisms used to establish identity. If that cryptographic foundation can no longer be trusted, organizations face the risk of impersonation, with consequences for access to applications, infrastructure, and data.
Much of this work sits outside the CISO's direct control. Infrastructure, applications, data, and third-party relationships are often jointly owned across the business, and so are many of the budgets needed to address them. CISOs must make a business risk pitch that shows other leaders – the CIO, CTO, procurement, compliance, and executives – where the greatest risks are and what needs attention first.
Make crypto-agility part of the migrationPreparing for a post-quantum future also requires crypto-agility. Cryptographic standards will continue to evolve as new vulnerabilities emerge and algorithms change. Organizations need systems and platforms that can accommodate those changes without another costly, multi-year migration. That means buying and building in ways that can accommodate a future algorithm change through software rather than hardware rip-and-replace.
The UK's National Cyber Security Centre recommends building that flexibility into PQC migration plans and establishing criteria for retiring traditional algorithms, with the goal of removing sole dependence on traditional public-key cryptography. It also means rethinking how organizations budget for the transition.
Large enterprises often operate on annual budgets approved well in advance and adjusted only slightly throughout the year, but a post-quantum transition may require more flexibility as standards and threats evolve.
This principle should also influence procurement. SOC 2 compliance already requires organizations to scrutinize vendors' privacy policies, certifications, and access controls, but cryptographic dependencies can be another blind spot. Asking which standards a vendor supports, how cryptography can be updated, and what its PQC roadmap looks like can reduce the risk of buying infrastructure that becomes difficult or expensive to migrate later.
The quantum timeline starts with today’s budgetWhile a firm deadline for quantum readiness remains elusive, budget cycles offer a more disciplined, actionable framework for planning. Executing a multi-year migration requires sustained financial commitment over successive cycles; every passing budget period effectively compresses the available window for remediation.
Most CISOs already understand quantum risk. The challenge is moving quantum readiness from something planned for next quarter or next year into funded work. With only a limited number of budget cycles available for a multi-year migration, repeated delays quickly add up.
The priority is to turn that awareness into an inventory, clear business priorities, and a phased migration plan that can be funded over the coming budget cycles. By starting now, organizations have time to focus on the highest-risk systems and address legacy infrastructure before the timeline becomes critical.
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DDR5 might be the memory standard for newer PCs, but it costs far more than DDR4, especially when you're shopping for faster or higher-capacity kits.
If you're upgrading a DDR4 system, I've found a terrific deal on the G.Skill 32GB Trident Z RGB for $215 (was $258) at Newegg when you use code LUYRF222.
For your money, you get two 16GB DDR4-3600 modules with CL18 timings, aluminum heat spreaders, customizable RGB lighting and Intel XMP 2.0 support.
Today's best DDR4 RAM deal32GB TridentZ RGB Series DDR4 3600 RAM: was $257.49 now $214.99
This memory kit provides 32GB of dual-channel DDR4-3600 RAM across two 16GB modules, with CL18 latency, 18-22-22-42 timings, aluminum heat spreaders, RGB lighting and XMP 2.0 support. For the full discount, use code LUYRF222View Deal
32GB is enough memory for demanding multitasking, gaming and creative applications. The DDR4-3600 speed is also a good fit for compatible DDR4 systems, particularly if you're upgrading an older machine that's currently running slower or lower-capacity memory.
The two matched 16GB modules provide a dual-channel configuration, with timings of 18-22-22-42 at 1.35V.
G.Skill's Trident Z design adds aluminum heat spreaders and customizable RGB lighting, making this a good choice if your PC has a windowed case and you want your memory to complement other RGB components.
Price context & historical valueNewegg sells the 32GB Skill Trident Z RGB kit for $257.49, and it's currently available for $249.99. Using coupon code LUYRF222 brings the final price down to $214.99.
While that's a decent price in today's inflated memory market, it's worth remembering just how much cheaper DDR4 used to be. Newegg sold this exact G.Skill kit for just $69.99 in August 2023, less than a third of its current discounted price.
Unfortunately, it's unlikely to drop down to that level again, so the current deal is worth considering if you need to upgrade your DDR4 system now.
Should you buy it?✅ Buy the 32GB G.Skill Trident Z RGB kit if...
You have a compatible DDR4 desktop and want to increase its memory capacity without replacing your motherboard and processor to move to DDR5. The combination of 32GB capacity and DDR4-3600 speed makes it a solid upgrade for an older system.
❌ Skip the 32GB G.Skill Trident Z RGB kit if...
You're building a completely new PC around a recent processor and motherboard. In that situation, I'd seriously consider DDR5 instead, as you'll be investing in the newer memory standard rather than spending more than $200 on DDR4 that you won't be able to carry over to a future platform.
The Catch: What to know before you buyYou'll need to enable XMP, DOCP or A-XMP in your BIOS to reach the kit's advertised DDR4-3600 speed on compatible hardware. Otherwise, the memory will initially run at its default SPD speed.
Compatibility is also important. G.Skill recommends checking its motherboard QVL, and it specifically warns against mixing separate memory kits, even when their specifications appear identical, as doing so can cause stability problems.
- iRobot has unveiled its new flagship Roomba Max 875 Combo
- It sprays out heated mist to dislodge dried dirt from hard floors
- There's a seal around the vacuum to maximize pickup power
iRobot has revealed its latest flagship robot vacuum, and I've just seen it in action at IFA 2026. The Roomba Max 875 Combo is a combination robovac-and-mop, and boasts some intriguing features on both of those floorcare prongs.
One that caught my attention in particular is the mopping setup. Robot vacuum mopping has historically been rather underwhelming, but the latest models are showing some significant improvements. iRobot's Roomba Max 875 Combo's USP is its 'ThermaMist' function. I got the low-down from Adam Pope, Chief Engineer & Vice President of Product Planning & Development at iRobot.
"The ThermaMist is a pretty interesting technology," he tells me. "It's an ultrasonic warm mist, meant to pre-treat stains. So it'll detect stains and pre-treat them before it mops. The customer can also activate it in a certain area if they want to just do that whole area.
"The heat gives you a little better power to break up some of the oily or sugary stains that might be sticky. So that's the reason that we have the heat in there, really, try to help break those up."
Unlike on Dreame's new mist-expelling robovac, which heats the water on the robot itself, here the heating happens in the dock. From an engineering perspective, what's interesting is that the on-bot process of creating ultrasonic mist also naturally generates warmth.
"The dock can put hot water in the robot, but the actual ultrasonic ThermaMist part of that process, it does actually heat the water as it's coming out," explains Pope. "When [the water] goes through that process, it comes out warm, even if there's room temperature water in the robot."
The fact there's no active heater on the robot itself is good news for battery life. "With the ThermaMist on, it's going to have a small impact on the battery life, but not a large one, because the process of heating is part of the ultrasonic component," Pope confirms. "It's not like there's a special heater that you're running all the time."
Unfortunately, iRobot wasn't demoing the ThermaMist feature when I visited the booth. However, based on the video (above) I was sent over later, it looks promising — there's a good amount of mist created, and it's being delivered evenly. In theory it sounds like a truly interesting innovation, and one that has plenty of potential to deliver strong mopping results.
(Image credit: Future)iRobot has also extended the mop, which is larger in diameter and spins faster than its predecessors, for extra scrubbing power. It can kick out to one side to get close to the edges of rooms, and there's a shield that will slide under the roller as extra protection against unwanted sogginess when the bot is moving over carpet.
Sealing the dealThere's interesting innovation on the vacuuming front too. iRobot has added a 'SealForce' system, which is essentially a kind of skirt around the suction inlet on the Max 875 Combo, which lowers to form a loose seal against the carpet fibers.
"The SealForce brings a component of the cleaning head down to the floor, so you get all that airflow going right through the deep fibers of the carpet, trying to pull everything deeply out of the carpet, or even out of crevices, grout lines, that sort of thing," says Pope. "It's really kind of applying the suction where you need it most."
In the demo, the 'SealForce' seal wasn't as dramatic as I had been expecting. You can see the moving frame around the suction inlet below, and in the right-hand photo it's about as extended as it gets. That small shift could be enough to make a big difference to the suction, through — we'll need to test it out to find out.
(Image credit: Future)iRobot is traditionally shy about publishing its suction specs, but here it has done: the Roomba Max 875 Combo offers 35,000Pa, which is right up there with the highest numbers you'll find anywhere. I'm increasingly of the opinion that it doesn't really matter anyway. The suction is only as effective as the wider design you put it into — and if it works as intended, this seal could make a big difference to the Max 875's pickup power.
Saving graceThe past few years have been a rocky time for once-supreme robot vacuum brand iRobot. Its bots have fallen behind the pack when it comes to features, so it's exciting to see the company starting to find its footing again when it comes to innovation.
The iRobot Roomba Max 875 Combo is on sale now in the UK, priced at £1,099. (equivalent to about $1,490 / AU$2,060). iRobot has a presence in Australia, but I don't yet have launch details for the 875 Combo there.
What about the US? Due to the new FCC ban on foreign-made "advanced" robots, the Max 875's launch is on pause for now. iRobot was founded in the US, but at the start of the year it was taken over by Chinese manufacturing company Picea. However, this takeover isn't to blame for the fact the brand can't now sell its new products in the US; the ban refers to where the product is manufactured, and Roomba bots have long been made outside of the US.
In terms of future plans, Pope has this to say: "We're working through with our advisors on how we continue to sell in the US. So we have multiple plans that we're working through and multiple strategies that will come to fruition, and we'll still be able to bring cool technology to the US as well."