Month: October 2024

GenAI surges in law firms: Will it spell the end of the billable hour?

Saying the legal profession is document-intensive is like claiming that a library is filled with books. Unlike researchers using the Dewey Decimal System, though, lawyers face an ocean of big data from which they must fish out case evidence.

For more than a decade, law firms have been using machine learning and artificial intelligence tools to aid the discovery process, helping them hunt down paper trails and digital content alike. But it wasn’t until the arrival two years ago of OpenAI’s generative AI (genAI) conversational chatbot, ChatGPT, that the technology became common and easy enough to use that even first-year associates straight out of law school could rely on it for electronic discovery (eDiscovery).

The interest in genAI for legal discovery and automating other tasks is unprecedented, according to Ron Friedmann, a Gartner senior director analyst.

“There’s way more piloting that I’ve seen, especially in large law firms. So, there’s been a lot of expense, especially the allocating of staff and paying out of pocket for licensing fees,” Friedmann said.

“Part is keeping up with the Joneses, part of it is marketing, and part of it is just getting over the adoption challenges,” he continued. “In eDiscovery, before the advent of genAI, you needed some training to know how to interact with discovery database. There were a lot of tools, but they all had the same issue: You had to be pretty technically adept to tackle the database yourself.”

Law firms and corporate legal departments are adopting genAI for a myriad of purposes, ranging from document discovery and analysis to contract lifecycle management. GenAI can be used to categorize and summarize documents, draft new ones, and generate client communications.

A 2023 American Bar Association survey found that over 20% of large law firms (500+ attorneys) are using AI tools, with nearly 15% considering purchasing them. And over the past year, AI adoption in the legal sector has jumped from 19% to 79%, according to legal tech firm Clio.

All areas of law will use genAI, according to Joshua Lenon, Clio’s Lawyer in Residence. That’s because AI content generation and task automation tools can help the business side and practice efforts of law firms. However, areas that have repetitive workflows and large document volumes – like civil litigation – will adopt genAI e-discovery tools more quickly. Practice areas that charge exclusively flat fees – like traffic offenses and immigration – are already the largest adopters of genAi. 

Lenon said AI is expected to have the most immediate impact in areas like civil litigation, where repetitive workflows and large volumes of documents make it ideal for tasks such as eDiscovery.

“Additionally, practice areas that commonly rely on flat-fee billing, such as traffic offenses and immigration, are already leading in the adoption of genAI tools. The efficiency gains in these sectors are driving their early and widespread use of AI,” Lenon said.

In legal departments, for example, genAI has allowed workers to query digital contracts and get accurate answers to questions about things like existing clauses.

“There are all sorts of things buried inside contracts that once people can easily get access to will have a big impact on how companies operate, the risk they have, and how to mitigate those risks,” said David Wilkins, director of the Center on the Legal Profession at Harvard Law School.

Wilkins and other experts say that because law is document intensive, people have long sought ways to use technology to streamline, make more efficient, and cut down on work related to the discovery, creation, and analysis of documents.

“What we’re seeing now is lots of use of technologies of various kinds in contract formation and end-to-end contract lifecycle management. That is a huge area,” Wilkins said.

Corporate legal departments are not as far down the genAI adoption path as law firms, because companies primarily see those business units as cost centers — so the purse strings are cinched tighter. Nonetheless, legal departments are kicking the tires on genAI.

A clear win for pre-trial discovery

Multinational law firm Cleary Gottlieb said it has been able to dramatically cull the number of attorneys used for pre-trial discovery and has even launched a technology unit and genAI legal service: ClearyX.

In the past, it wasn’t uncommon for 150 or more attorneys to be assigned to a case to discover all the documents and other content, and it could take them months to complete the task.

While Cleary readily admits that genAI isn’t perfect in retrieving 100% of the documents related to a case or always creating an accurate synopsis of them, neither are humans. At this point in the technology’s development, it’s good enough most of the time to reduce workloads and costs.

Christian “CJ” Mahoney, global head of Cleary’s e-Discovery and Litigation Technology group, said he was just part of a lawsuit that involved analyzing 50 million documents (15 terabytes of data). “And we had to do it in matter of weeks to find out what we had to provide to the opposing party.

“We’re using more complex workflows using AI. I saw a 60-person to 45-person reduction. But on this kind of case, I would have had probably 150 attorneys doing this 15 years ago. Back then, it would just be like ‘OK, guys, here’s a mountain of evidence — go through it,’” Mahoney said.

Traditional ways to look through case documents simply aren’t feasible anymore. “You need to incorporate AI into the process for analysis now,” Mahoney said.

While his firm has been using machine learning and AI for about a decade, with the introduction of genAI, there’s ubiquity and ease of use, Mahoney said. That has allowed even junior associates to be able to use the tech for eDiscovery and other tasks.

“There’s a bit of an expectation that with the advent of genAI, things should be quicker and cheaper,” he said.

Carla Swansburg, CEO of ClearyX, the firm’s AI tech subsidiary, said that as recently as a year and a half ago, clients were telling her AI is too risky, but those same clients are now asking how Cleary is using AI to benefit them and make their services more efficient.

“Nobody went to law school to do this. I used to go through banker’s boxes with sticky notes as a litigator. Nobody wants to do that. Nobody wants to read 100 leases to highlight an assignment clause for you,” Swansburg said. “The good thing is [genAI is] moving up the value chain, but it’s starting with things that people really don’t want to be doing anyways.”

The interest in genAI hasn’t been lost on those selling traditional legal services and software. For example, legal research tools such as LexisNexis, Westlaw, and vLex and legal document automation software from Harvey.ai and Clio have built genAI into their products. Contract lifecycle management and analytics vendors such as Icertis, Sirion, LinkSquares, and Ironclad have also added AI to their lines.

The number of proven and routine use cases for genAI in legal fields is limited, however, because of ongoing accuracy and hallucination problems, according to Freidmann. And genAI isn’t always less expensive than using people.

“We are still trying to collectively figure out what the economics of it is. I’ve spoken to friends who say in the end genAI took more time and cost than doing it the old-fashioned method,” Friedmann said. “But people are remaining open to it and continuing to experiment.”

The death of the billable hour?

Over the past two decades, the vast volumes of structured and unstructured data generated through traditional means, such as contracts, records, corporate policies, and so on has been joined by electronic communications — adding new challenges in eDiscovery.

Once only a paper chase, legal discovery now involves scouring emails, messaging, social media records — even video and photos — in the lead-up to a trial.

Nearly three-quarters of a law firm’s hourly billable tasks are exposed to AI automation, with 81% of legal secretaries’ and administrative assistants’ tasks being automatable, compared to 57% of lawyers’ tasks, according a survey of both legal professionals (1,028) and another adults (1,003) in the U.S. general population, by Clio.

Hourly billing has long been the preference of many professionals, from lawyers to consultants, but AI adoption is upending this model where clients are charged for the time spent on services. 

In 2023, 19% of law firms reported using AI. Now, 79% of legal professionals are using AI in their practice, according to legal tech company Clio.

As AI adoption continues to accelerate in the legal industry, executives may need to rethink key elements of their business, including their billing models. Billable work could be automated by AI, according to experts.

This month, Clio released the results of a survey showing that law firms are charging 34% more of their cases on a flat-fee basis compared to 2016.

The billable hour will continue, but the frequency of use and types of activities that will be billed hourly will diminish. Automatable tasks will switch to flat fees, with the AI output being reviewed at hourly rates,” said Clio’s Lenon. “The billable hour is unlikely to be fully eliminated, but its dominance in the legal industry is expected to decrease. AI-generated outputs, particularly those requiring human review, may still be billed on an hourly basis.

“Ultimately, the billable hour will remain, but in a more selective capacity,” Lenon continued.

Clio’s research over 7,000,000 time entries found that 74% of billable legal work activities will be impacted by AI automation.

While hourly billing remains predominant in law firms, their clients are driving the shift towards flat fees, with 71% now preferring to pay a flat fee for their entire case, and 51% favoring flat fees for individual activities, according to Clio’s report.

In addition, law firms using flat fees benefit from quicker billing cycles and faster payment collection, as they are five times more likely to send bills — and nearly twice as likely to receive payments — as soon as they complete their work for clients.

Last year, firms were testing on average as many as three to five genAI models in the hope of reducing workloads, and that also meant employing supportive resources such as innovation teams and knowledge management professionals, Gartner’s Friedmann said.

People have been talking about the demise of the billable hour for about 30 years “and nothing’s killed it yet,” said Ryan O’Leary, research director for privacy and legal technology at IDC. “But if anything will, it’ll be this.”

However, there are still a lot of issues with genAI that need to be settled before it could automate legal services, O’Leary cautioned — not least of which is how much genAI may cost to use and how accurate and secure it can be.

“The cost of using AI may be as much as using an associate,” O’Leary said.

Is genAI cheaper and more accurate than an attorney?

Along with AI’s ability to perform tasks previously accomplished by attorneys and other legal workers, there remains a big concern over accuracy, security, and hallucinations. As in the healthcare industry, the stakes are high when it comes to client confidential information.

“There are big issues around copyright protection and whether these large language models are being trained on copyrighted materials,” Harvard’s Wilkins said. “So, what you’re seeing is a lot of experimentation with trying to build customized AI models and large language models. AI providers claim their models are trained exclusively on legal materials, cutting down on hallucinations.”

While law firms are aware of AI’s pitfalls, attorneys are still going to use the technology, Wilkins said, whether or not that’s in line with a corporate policy. GenAI is simply too “transformative” a technology to not use simply because there are risks, he said.

One problem in comparing human workers to the technology is that the bar is often set too high for AI, Wilkins said.

“I’ve heard people say, ‘We could never use this unless it’s 98% effective and reliable.’ I said, ‘Well, does it have the reliability of sending an associate to a windowless warehouse in Phoenix, Arizona to find documents related to a case? Is that 99% accurate?’” Wilkins said.

In the end, whether genAI assists in a task or not, ultimately the attorneys involved will be held responsible for the outcome — good or bad. Whether the technology will replace attorneys and legal aides remains to be seen.

“Our experience has been — and we’ve kicked tires on a lot of language models and purpose-designed tools — [genAI tools] are not good enough to replace people for a lot of the work we do,” ClearyX’s Swansburg said. “For something like due diligence…, you often must be [100%] right. You need to know whether you can get consent to transfer something. In other use cases, such as summarization and initial drafting, that sort of thing is a little more accessible.

“In my world, it’s not really replacing jobs yet, but it’s changing how you do jobs,” she continued. “So, it’s allowing people to move up the value chain a little bit. It’s taking away rote and repetitive work.”

Harvard’s Wilkins placed the adoption of AI by law firms and other legal entities as still being “in the Stone Age” but with massive potential.

“The potential efficiencies are great,” he said. “We’re just working out what are the real advantages.”

One of the world’s largest book publishers adds AI warnings to its books

To make generative AI tools (genAI) work as well as possible, tech companies have chosen to train their large language models (LLMs) on large amounts of text, even though doing so could run afoul of copyright laws.

Most recently, book publisher Penguin Random House has chosen to include a warning in its books stating the content may not be used or reproduced for the purpose of training AI models. And, according to The Bookseller, the AI warning will not only be added to new books but also to reprints of older titles.

The move is likely to spur more publishers to follow suit with similar warnings to their books.

Microsoft to launch autonomous AI agents in November

Microsoft will soon let customers build autonomous AI agents that can be configured to perform complex tasks with little or no input from humans.

Microsoft on Monday announced that tools to build AI agents in Copilot Studio will be available in a public beta that begins at the company’s Ignite conference on Nov. 19, with pre-built agents rolling out to Dynamics 365 apps in the coming month,s too.

Microsoft first unveiled plans to let users create AI agents in Copilot Studio — its low- or no-code AI development platform — in May with a private preview for select customers. 

Generative AI (genAI) agents can be seen as the next stage in the evolution of conversational AI assistants such as Microsoft’s Copilot and OpenAI’s ChatGPT. While AI assistants respond directly to a user’s instructions — such as drafting an email or summarizing a document — autonomous AI agents are triggered by events and can perform more complex, multi-step processes on their own.  

For example, a business could configure an AI agent to respond to the arrival of a customer email. At this point, the AI agent can look up the sender’s account details, check for past communications, and then take a range of actions — such as checking inventory 0r asking the customer for preferences — on its own. 

There are a wide range of potential use cases, according to Microsoft, with the ability to tailor AI agents to a variety of tasks, from employee onboarding to supply chain automation.

“We think of agents as the new apps for an AI-powered world,” said Bryan Goode, corporate vice president for business Applications at Microsoft.   

AI agents can be created via a no-code graphical interface in Copilot Studio, meaning no software development is required, according to Microsoft. Agents can then be published and accessed in variety of places: from Microsoft’s Copilot AI assistant, on a website, or within an app.

Microsoft Copilot sales order agent

The new Copilot AI agents can help take sales orders, for exaample.

Microsoft

Goode sees a broad appeal for workers outside of developers and IT: “We think everyone will need to be able to create agents in the future, much like how everyone can create spreadsheets or presentations in Microsoft 365,” he said. 

“Agents really represent the democratization of AI for many enterprise users who have specific tasks they want to accomplish, but have no desire to become AI experts,” said Jack Gold, principal analyst with business consultancy J. Gold Associates.

Microsoft has taken steps to mitigate the impact of “hallucinations” –—a problem that’s exacerbated when AI agents can act independently and are given access to business applications. 

For example, agents created for Dynamics will require human approval before carrying out certain actions, said Goode, such as preparing outbound communications. A viewable record of actions taken by an AI agent and why it took a decision is also kept in Copilot Studio.

More generally, Goode pointed to improvements to Microsoft’s Azure Content Safety system, which helps “measure, detect and mitigate hallucinations” more effectively, he said.

Nevertheless, hallucinations will continue to be a consideration for businesses that deploy AI agents, said Rowan Curran, senior analyst at Forrester. 

“Buyers are rightly excited about the potential of agentic AI systems, but the reality of implementation is going to be just as challenging, if not more so, than the current generation of advanced RAG [retrieval-augmented generation] systems,” Curran said. “Having a strong data foundation will be essential for building useful AI agents: data quality and management aren’t problems that can be swept under the rug.”

Microsoft is developing 10 pre-configured AI agents for its Dynamics 365 business application suite. These include a “sales qualification agent” for Dynamics 365 Sales, a “sales order agent” for Dynamics 365 Business Central, and a “case management agent” Dynamics 365 Customer Service. The AI agents for Dynamics 365 will be available “over the coming months,” a Microsoft spokesperson said, with pricing and licensing details to be announced closer to the general availability launch.  

Microsoft is not alone in building AI agents into its products: a broad swath of vendors is doing the same, from business software vendors such as Salesforce, which unveiled its Agentforce platform last month, to SAP and ServiceNow, as well as digital work app vendors such as Atlassian and Asana.

“In the next couple of years, you’ll see virtually all enterprise solutions providers deploy agents into their apps,” said Gold. 

AI needs Apple, which is why time is on its side

Apple was behind on smartphones, until it wasn’t. It lagged the crowd in digital music players, until it didn’t. There was a time when it was woeful on wearables, until it that changed. It’s the same old story when it comes to Apple Intelligence, which critics say lags behind the industry; eventually, it won’t.

Think back a little longer than the Overton-allotted three news-cycles we are allowed to recollect these days, and you’ll see that in each of the above examples, Apple didn’t go for the industry jugular until it had a solution that did the job. The iPhone wasn’t Apple’s first phone; the iPod wasn’t the first excursion into music (pre-digital Apple had the Apple CD SC in ’87); and much in mobile harkens to the iconic Apple Newton (including Apple Intelligence). 

Do bang the drum

But success is about hitting the drums when the audience is most prepared to dance to the beat. And while some of the most vocal AI proponents on social media seem to think the technology is going to save the world, the vast majority of humans haven’t quite begun tapping toes to this tune. 

Hundreds of millions of people (i.e. humanity) who fear for their way of life, employment prospects, and the effort they’ve invested in their own and their children’s education may be threatened by AI, so they’re less enthused about the arrival of this new tech. They want to adopt these AI toys slowly and deliberately and aren’t at all inclined to move fast and break things — because they know, in essence, they are the “things” that will be broke. 

Like any good DJ, you have to read the floor. With that in mind, perhaps it matters less that Apple is allegedly behind some of its starry-eyed AI competitors? ChatGPT being 25% more accurate than Siri today might be a challenge, but it can be overcome.

Perhaps it’s actually best for Cupertino to move slowly with cool tools while letting others run headlong into regulation, litigation, and rejection by a humans that no longer believe technology can save us. 

What do they want?

While it is arguable that Apple’s high-risk strategy to market its new devices primarily on their capacity to run a tech that isn’t even shipping yet could be the equivalent of playing Milli Vanilli at a Taylor Swift party, Apple’s history shows it often plays the tunes its audience doesn’t even know its hungry to hear. So, what does the audience want? 

More specifically, what doesn’t it want to hear (other than Milli Vanilli)? 

A recent Stagwell National Research group survey tells us:

  • 31% of Americans are concerned that there is too much AI-generated content on social media.
  • 30% of people fret that AI might make decisions without consent.
  • 30% are concerned about the impact of AI on personal data and privacy.
  • 28% are worried AI makes it easier to spread misinformation.
  • 27% think AI will be used and abused by criminals and fraudsters.
  • 75% of people think apps should tell us when they use AI.
  • 28% of users are put off by ads for smartphones with AI.
  • 60% of smartphone users have already used an AI solution
  • Men are more likely to purchase an AI smartphone than women.

There’s lots of other insights, and all of them challenge the gold rush toward wholesale adoption of AI tech in daily life. Consumers want this rush to be led by a credible company. 

They want a guide they can trust. Maybe Apple is that guide?

A guide to trust in AI

The company’s years-long commitments to security and privacy, and its decades of high consumer satisfaction mean it has that ethos — that credibility — to help guide the mass market to a more trusting embrace of AI. Apple has achieved this before — consider how global mobile payment leader Apple Pay managed to build trust even though many were suspicious of digital money when it was introduced.

It is the same when it comes to AI. People will resist being rushed at breakneck speed to an uncertain future led by unaccountable billionaire’s making nebulous “commitments” to some undefined “responsible” AI. They want the tech to also deliver trust.

Maybe that need for trust is why OpenAI agreed not to gather user data in order to win Apple’s Apple Intelligence integration deal? Perhaps Apple’s decision to create a circle of trust within which AI can be used while delivering highly specific services where it thinks it can make a difference matches the mood music people are hungry for. At Apple’s core, the fighter still remains. Let’s hope it does not squander consumer resistance on pockets full of mumbled promises.

Please follow me on LinkedInMastodon, or join me in the AppleHolic’s bar & grill group on MeWe.

Fake IT workers from North Korea have started blackmailing their victims

A new report from Secureworks shows that the North Korean group Nickel Tapestry has expanded its operations from getting North Korean IT workers illegally employed by companies in other countries to allowing the workers to steal data that can be used for extortion if they’re fired, according to The Register.

To avoid falling victim to such scams, companies are being warned to conduct a thorough screening of their job applicants — preferably with on-site interviews. It’s also a good idea to keep an eye on security involving remote access.

Warning signs to look out for include the use of Chrome Remote Desktop and AnyDesk software, if these are not part of the company’s regular equipment, and connections to Astrill VPN IP addresses. North Korean IT workers also tend to be reluctant to make video calls and often claim that their webcam is not working. However, according to Secureworks, they apparently have started experimenting with new software to handle video calls in the future.

Buyer’s guide: How to choose between Microsoft 365 and Office 2024

Microsoft Office — best known for its Word, Excel, PowerPoint, and Outlook productivity applications — is how billions of people around the world work and study, whether they do it from home, an office, a classroom, or a combination of those. This suite of productivity tools is used by people working in more than 100 languages in nearly every country in the world, and it’s available in versions for personal, small business, enterprise, and educational use.

But there is more than one way to buy Office — or, rather, to buy the license to use it. There’s the “perpetual” version of Office that’s available as a one-time purchase: the current version is Office 2024. Then there’s the subscription version: originally called Office 365, Microsoft 365 plans are available in both personal and business subscriptions. At the enterprise level, both Microsoft 365 and Office 365 plans are available.

Microsoft has left no doubt: it wants you to use Microsoft 365, its cloud productivity platform. However, it also realizes that not all of its customers want to or can move to the cloud. For that reason, the company recently announced the release of Office 2024, almost apologetically:

Microsoft 365 is the best way to access the latest versions of the productivity apps that millions of people use every day to bring their ideas to life and power through tasks. But we know some of our customers still prefer a non-subscription way to access our familiar apps, which is why we’re releasing Office 2024 on October 1.

Available in consumer and small-business editions, this one-time purchase includes desktop versions of the core Office applications for a single Windows PC or Mac. For companies with more than five users, Microsoft offers Office LTSC 2024 to cater to organizations prioritizing an on-premises model. Office 2024 lacks many of the collaborative and cloud-powered features of Microsoft 365 apps, and its “locked-in-time” status means you won’t receive any new application features, just bug fixes and security updates.

Why choose to buy it one way and not the other? The answer can be complicated, especially because each suite of tools includes the same core applications, give or take. Here’s help deciding which version of Office is right for you or your company.

In this article:

  • Office 2024 vs. Microsoft 365: Plans and pricing
  • Office 2024 vs. Microsoft 365: Payment and licensing
  • Office 2024 vs. Microsoft 365: Servicing
  • Office 2024 vs. Microsoft 365: Do you want Microsoft to be your copilot?
  • Office 2024 vs. Microsoft 365: Why your internet connection matters
  • Office 2024 vs. Microsoft 365: Key questions to ask

Office 2024 vs. Microsoft 365: Plans and pricing

For personal use

  • Office Home 2024: $150, one-time purchase for use on one computer; includes Word, Excel, PowerPoint, and OneNote for Windows or macOS.
  • Microsoft 365 Personal: $70 a year or $7 a month (1 user, 5 devices); includes Word, Excel, PowerPoint, OneNote, Outlook, Teams, Editor, Clipchamp, Access*, Publisher*, Microsoft Defender, and OneDrive with 1TB cloud storage; apps available for Windows, macOS, Android, iOS, and web. Microsoft Copilot Pro is available as an add-on.
  • Microsoft 365 Family: $100 a year or $10 a month (6 users, 5 devices each); includes Word, Excel, PowerPoint, OneNote, Outlook, Teams, Editor, Clipchamp, Access*, Publisher*, Microsoft Defender, and OneDrive with 1TB cloud storage per user; apps available for Windows, macOS, Android, iOS, and web. Microsoft Copilot Pro is available as an add-on.

* Access and Publisher are available as Windows apps only; support for Publisher ends in 2026.

For small businesses

  • Office Home & Business 2024: $250, one-time purchase for use on one computer; includes Word, Excel, PowerPoint, OneNote, and Outlook.
  • Microsoft 365 Apps for business: $99/user/year or $10/user/month (up to 300 users, 5 devices per user); includes Word, Excel, PowerPoint, Outlook, and OneDrive with 1TB cloud storage per user. Microsoft 365 Copilot is available as an add-on.
  • Microsoft 365 Business Basic, Standard, and Premium: plans range from $72/user/year to $264/user/year (up to 300 users); tools included depend on the level of your subscription. Desktop versions of Word, Excel, and other Office apps (installable on 5 devices per user) require a Standard plan or higher; the Basic plan offers only web and mobile versions. All plans include Exchange email hosting, Teams, SharePoint, and OneDrive with 1TB cloud storage per user. The Premium plan adds advanced security and management features. Microsoft 365 Copilot is available as an add-on.

For enterprises

  • Office LTSC Standard 2024 and Professional Plus 2024: available only through volume licensing; contact Microsoft for pricing. LTSC stands for Long Term Servicing Channel; according to Microsoft, it’s designed for regulated devices that can’t accept updates for security reasons and for systems that don’t connect to the internet. (Note, however, that it’s the only nonsubscription version of Office available for large organizations.) The Standard edition includes Word, Excel, PowerPoint, Outlook, and OneNote for Windows or macOS (1 device per user); Professional Plus adds Access.* Teams is not included but is available as a separate download.
  • Microsoft 365 Apps for enterprise: $144/user/year (5 devices per user); includes Word, Excel, PowerPoint, Outlook, OneNote, Access*, Publisher*, and OneDrive with 1TB cloud storage per user. Teams and Microsoft 365 Copilot are available as add-ons.
  • Office 365 E1, E3, and E5: plans range from $93/user/year to $429/user/year; apps included depend on the level of your subscription. Desktop versions of Word, Excel, and other Office apps require an E3 plan or higher; the E1 plan offers only web and mobile versions. All plans include Exchange email hosting, SharePoint, and OneDrive with 1TB cloud storage per user. The E3 plan offers up to 5TB of storage per user, and the E5 plan adds advanced security and management features. Teams and Microsoft 365 Copilot are available as add-ons.
  • Microsoft 365 E3 and E5: plans range from $405/user/year to $657/user/year; these plans offer most of the same features as the Office 365 E3 and E5 plans, and also include Windows and additional Microsoft apps such as Visio, Loop, and Clipchamp. Teams and Microsoft 365 Copilot are available as add-ons.
  • Other plans: Microsoft offers additional Microsoft 365 plans for education, government, and nonprofit organizations and for frontline workers.

* Access and Publisher are available as Windows apps only; support for Publisher ends in 2026.

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Office 2024 vs. Microsoft 365: Payment and licensing

One big difference between the Office 2024 and Microsoft 365 options is how you pay for them. If you are buying a “perpetual license” (such as with Office Home & Business 2024 or Office LTSC 2024), you pay a larger sum up front than with the subscription’s offerings under the Microsoft 365 brand, but you do so only once. When you subscribe to any of the Microsoft 365 plans, you pay annually or monthly for as long as you use the product.

Office 2024: A perpetual license

Whether you buy a single copy of Office 2024 or download hundreds of seats via volume licensing, Microsoft calls this is a “one-time purchase” because you pay only once, not every month. Labels like “perpetual” technically note the type of license rather than payment methodology, but in this case, the kind of license is tied to whether it was bought outright or simply “rented.”

Microsoft defines the term as when  “…you pay a single, up-front cost to get Office applications for one computer.” Up-front is the key adjective there. You have to ante up the entire purchase price before you get the software.

That purchase of a license to legally run the software gives you the right to use that version of Office 2024 in perpetuity. In other words, the license has no expiration date, and you may run the suite for as long as you want. Pay for Office 2024 this year and use it for as long as you’d like.

The gotcha is that if you want new features that come out with the next update, you will have to pay full price again when the next version comes out. There are no upgrade options on the perpetual license packages.

Microsoft 365: Office as a service

Microsoft 365 is a subscription service, the purchase method Microsoft would prefer you choose, where you pay the software giant monthly or annually. There is a discount, sometimes a tempting one, for going with the annual payment plan over the monthly one. (All enterprise plans require an annual commitment.) And the company is always sweetening this pot by offering more apps than you get with the perpetual license products and with a continuous supply of new features.

[ Related: Google Workspace vs. Microsoft 365: What’s the best office suite for business? ]

Like any subscription, Microsoft 365 provides a service — in this case, the right to run the suite’s applications and access the associated services — only as long as you continue to pay. Stop paying, and rights to run the apps expire. This happens in a progressive way, giving you time to download your data or update your payment plan, whichever you choose.

For 30 days after nonpayment, your plan will be “Expired.” You will still have access to all your apps and files. If you don’t activate it again while it’s in the Expired stage, it moves to “Disabled,” where it will stay for 90 days. You won’t be able to access your apps or data until you pay up. If you still don’t pay for your plan, it will be “Deleted.” At that point, it’s gone.

A Microsoft 365 license, then, is contingent on sustained payments. Halt the latter, and the license is revoked. Restart the payments — but don’t wait too long — to restore the license.

Office 2024 vs. Microsoft 365: Servicing

Although payments define one difference between Office 2024 and Microsoft 365, Microsoft’s development and release pace is ultimately more important to users — and the IT professionals who support them.

Think of Office 2024 as traditional software — a bundle of tools that typically don’t change much until the next major version. That holds for servicing, too. Microsoft does release monthly security and quality updates for the perpetual license versions of Office. (You can check from within any Office app if there are updates available. From, say, a Word document, go to File > Account and look for Product Information. Then choose Update Options > Update Now.)

But Office 2024 doesn’t get the continually upgraded features and functionality that Microsoft 365 does. Feature-wise, what you get when you buy the suite is it. If you want the updates, at some point in the future, you will have to buy whatever version Microsoft is selling as a perpetual license then.

Microsoft regularly releases feature and security updates for Microsoft 365 apps, though. And it releases them as they happen. As new features and functionality accrete, and the applications in Microsoft 365 evolve, Microsoft will decide it’s time for a new version of Office. It will then package some of those features into an upgraded suite for customers who continue to make one-time, up-front purchases. How long they keep doing this likely depends on how long there is a demand for these locked-in-time versions.

[ Related: Microsoft 365: A guide to the updates ]

One other important note: Office 2024 and Office LTSC 2024 will be supported with security updates only through October 9, 2029. That’s just five years of support, down from seven years in Office 2019 and 10 years in prior releases. In contrast, with Microsoft 365 subscriptions, support never runs out — as long as you keep paying, of course.

Office 2024 vs. Microsoft 365: Do you want Microsoft to be your copilot?

Microsoft also recently released Microsoft 365 Copilot, which Microsoft 365 business and enterprise subscribers can add for an additional $30 per user per month. The AI-powered productivity assistant is designed to enhance Word, Outlook, PowerPoint, Excel, Teams, and other Microsoft 365 applications, using large language models (LLMs) to understand your prompts, generate content, and assist with tasks. There’s also Copilot Pro, which brings many of the same features to Microsoft 365 consumer accounts for an extra $20 per month.

Key features include the following:

  • Natural-language prompts: You can communicate with Copilot in plain language.
  • Content generation and task automation: Copilot can help you create content, such as emails, documents, presentations, and code, as well as automate repetitive tasks.
  • Data analysis: Copilot can analyze data and provide insights to help you make informed decisions.

Neither Microsoft 365 Copilot nor Copilot Pro is available without a Microsoft 365 subscription, though — so if you want Copilot integration with your Office apps, Office 2024 won’t get you there.

Office 2024 vs. Microsoft 365: Why your internet connection matters

One reason to choose Office 2024 over Microsoft 365 is internet access, or lack of it. If you don’t have reliable access to the cloud, can’t be connected to the internet for security reasons, or — for whatever reason — your computer is often offline, this is the type of software you need.

In fact, internet access is one of the main reasons Microsoft can’t force everyone to subscribe to Microsoft 365. Microsoft 365 runs in apps that are downloaded to your computer, phone, or tablet, but those apps require near-constant internet access, especially if you use OneDrive and store your files in the cloud.

In standard use, Microsoft 365 may stop working if it can’t connect to the internet, depending on the features you’re using and the availability of offline capabilities within those applications. For some use cases, this is a deal breaker. However, Microsoft is looking to address that concern. Extended offline access allows devices with Microsoft 365 Apps for enterprise to remain active for up to six months without internet connectivity.

Office 2024, on the other hand, does not rely as heavily on an internet connection to operate, save files, and self-update. You can connect it when you have access and work offline when you don’t. This, as much as cost and a desire to stick to old-school software distribution models, is, perhaps, the most compelling reason to insist on one of the perpetual license products.

Office 2024 vs. Microsoft 365: Key questions to ask

If you aren’t sure which version and pricing model is for you and your company, here are a few questions to ask yourself and your team:

Budget and pricing: How much are you willing to spend up front? What is a more attractive pricing model: a one-time expense or a recurring monthly or annual fee? What cost-saving options, such as volume licensing, are available?

Features and functionality: What specific features and applications do you need, and do you require specialized tools or integrations?

Deployment and management: Do you prefer cloud-based for its agility or on-premises deployment, perhaps for compliance reasons? Do you have IT resources to manage on-premises installations?

Collaboration and teamwork: How important is real-time collaboration? Do you need features like shared workspaces, online meetings, and file sharing?

Security and compliance: What are your organization’s security and compliance requirements? Does the delivery option you’re considering provide the necessary security features and certifications?

Updates and support: How often do you want to receive updates and new features, and do you need ongoing technical support?

Future-proofing: How do you envision your organization’s technology needs evolving? Does a subscription-based model provide the flexibility you need, or are you more concerned with ensuring stability in the coming months and years? Do you want to get a jump on generative AI features embedded in your productivity apps?

Whichever license you ultimately choose, you will get many of the same tools. And the reasons for making one choice over another may have less to do with price and features than with how you or your users work, support and security needs, reliability of internet access, online storage and collaboration needs, and how excited (or annoyed) you or your users are likely to be by new features that turn up, like a gift, in the software.

Choosing between a Microsoft 365 subscription and Office LTSC 2024 depends on your organization’s specific needs. For those seeking a dynamic, cloud-powered workspace with real-time collaboration and advanced features, Microsoft 365 offers a compelling solution. However, if on-premises stability and a single purchase model are paramount, Office LTSC may be the better fit. Consider your organization’s future-proofing needs and collaboration requirements when making this critical decision.

This article was originally published in July 2017 and most recently updated in October 2024.

Data center provider fakes Tier 4 data center certificate to bag $11M SEC deal

Deepak Jain, CEO of a Maryland-based IT services firm, has been indicted for fraud and making false statements after allegedly falsifying a Tier 4 data center certification to secure a $10.7 million contract with the US Securities and Exchange Commission (SEC).

The charges, filed by the US Department of Justice (DOJ) and made public on Wednesday, claim that Jain and his co-conspirators deceived the SEC by creating a fictitious certifier, “Uptime Council,” to falsely verify his firm’s data center as meeting the highest reliability standards.

Continue reading on Network World.

Augmented reality screens are a feature, not a product

Apple released a claustrophobic submarine movie for Apple Vision Pro earlier this month, and it gave me a sinking feeling. 

The movie Submerged was neither augmented reality (AR) nor virtual reality (VR) nor 360-degree video. It was more like 180-degree video. According to reviews, the experience was as immersive as a submarine with a hole in it.

But wait a minute, you might say. I thought Apple Vision Pro was supposed to be mainly AR. 

While the tech media and even the mainstream press point out that Apple Vision Pro sales aren’t anywhere near as high as Apple expected, a community of diehards still use the product heavily every day. The main rationale for these heavy users, the most practical and productive usage, is to expand the desktop of a MacBook Pro to gigantic proportions as AR displays floating in the air.

That general concept — using AR for desktop computing rather than video games, holographic hijinks, or teleportation meetings — is what Sightful’s Spacetop computing platform was all about. 

The company’s Spacetop G1 was a one-of-a-kind augmented reality laptop that used AR glasses instead of a screen. The system displayed a virtual 100-in. display in front of the user anchored in space relative to the keyboard. The system ran on a proprietary Android-based operating system called SpaceOS; it functioned like a Chromebook, running apps from the cloud instead of desktop applications running from the device. I first told you about it in June

I use the past tense here because, while the Spacetop G1 was scheduled to ship this month, it’s been killed off. The company emailed people who pre-ordered it and informed them their deposit would be refunded and the product would be canceled.

Instead, Sightful is now working on software that enables Windows PCs to project their displays onto Xreal’s AR display glasses, the same brand that shipped with the Spacetop.

Now, AR virtual desktops are a feature, not a product

Sightful has discovered that AR virtual desktop screens are a feature, not a product. Unfortunately, their offering will be limited and, essentially, unnecessary. While their integrated package was one-of-a-kind, their software will be joining a small but crowded market. 

  • Xreal, for example, already supports both Windows and MacOS using its own Nebula software. (It’s unclear why users might want Sightful’s software instead of Xreal’s.)
  • Viture One supports Windows and MacOS, enabling users to set up virtual displays in different configurations.
  • TCL NXTWEAR S is compatible with Windows devices, allowing users to view their PC screen through the glasses.
  • Lenovo ThinkReality A3 works with Windows machines to output virtual desktops with up to three virtual screens.

And there are others.

Another interesting new product is the Visor, a lightweight spatial computing device vaguely similar to the Apple Vision Pro developed by Immersed, an Austin-based startup. It features two 4K OLED screens with a 100-degree field of view, 6DoF tracking, and hand and eye tracking capabilities. Weighing only 186g, it’s significantly lighter than competitors like the Meta Quest 3 and the Vision Pro.

And like the Vision Pro, Visor is VR, creating the illusion of AR via passthrough video.

Powered by the Qualcomm XR2+ Gen 2 chip, the Visor is designed primarily for productivity. It allows users to work with multiple virtual screens in both passthrough and fully virtual modes. That said, recent demos have shown issues with readability, heat management, and passthrough quality. The product gives users five HD screens on Windows, macOS, and Linux.

Starting at $1,050 for outright purchase, with a subscription model also available, the Immersed Visor is set to begin shipping limited “Founder’s Edition” units next month, with wider availability in April 2025. While promising, potential buyers should approach with caution, given the device’s ongoing development and the challenges observed in recent demonstrations.

The home run the industry hasn’t hit yet

Some of the AR glasses mentioned above support hand gestures via sensors in the glasses, and most anchor the desktop screens fully in place. 

Sightful’s Spacetop G1 had something going for it that none of these other solutions did: Integration with the laptop. The Spacetop G1’s keyboard base, which contained its own Qualcomm processor, served as a spatially tracked anchor for the AR glasses. This enabled the system to maintain a consistent positioning of the virtual displays relative to the physical keyboard.

The device had a depth camera mounted above the keyboard that tracked the user’s position relative to the keyboard and where they looked. This provided a significantly better AR experience when sitting in front of the keyboard.

The Spacetop G1 incorporated sensors that mapped the physical environment to ensure virtual elements were accurately anchored in the real world. And it used customized XREAL glasses, with cameras specifically designed to detect the Spacetop. 

In summary, the system considered both the user’s position and the surrounding environment, and the glasses and the base unit worked together to improve screen anchoring and gesture control. Positioning sensors on a laptop and glasses is far better than on the glasses alone. 

What we need from the industry is laptops with sensors built in and designed to work in concert with AR glasses for screen position, eye-tracking, and gesture control.

Apple doesn’t want to support cheaper, non-Apple solutions, so forget about Apple doing this. The Vision Pro experience is already amazing — though the price of admission is $3,500. (Apple is expected to ship lower-priced Vision Pro models next year at the earliest.)

The two best platforms for AR glasses support

The two best platforms for dedicated hardware support for AR glasses are Windows and ChromeOS. 

ChromeOS is especially interesting because that platform is often used by schools and others looking for very low-cost hardware. By optimizing AR glasses for virtual desktops, you not only get a very low-cost laptop, but also a very low-cost giant display. Or two. Or three. 

Microsoft is uniquely positioned to offer Windows laptops with built-in AR glasses support using Microsoft-branded glasses.  In fact, the entire Windows and Linux OEM market should be developing or partnering with companies that make AR glasses. 

As a digital nomad who travels abroad while working and loves giant screens that are too big to carry, I’m super excited about virtual desktop screens.  All we need now is to optimize the experience by laptop-glasses integration. 

Sightful had the right idea, but it may have been the wrong company. It’s extremely difficult for a startup to enter the PC market with a usage model that has yet to be tried. That kind of leap can normally come only from an established giant with money to burn. 

Speaking of which, somebody [cough!] Google! [cough!] should buy Sightful, its five or so patents, two founders, 60 employees, and vision for AR laptops, and convert their ideas into a mainstream OS, such as ChromeOS. 

AR is definitely going to happen. The concept of using it to give tiny laptops gigantic virtual screens is also going to happen. We need the industry to optimize and mainstream this idea so that it doesn’t belong exclusively to a few hundred thousand Apple Vision Pro enthusiasts.

Laptops should just come with the built in sensors and OS support, with the glasses available separately as just another display option. A high-quality experience with virtual desktop screens in a laptop shouldn’t cost $7,000 (the combined price of a Macbook Pro plus Apple Vision Pro). It should cost $700 for a low-end Chromebook and $1,000 for a Surface laptop.

Virtual screens are far better for mobility, far better for the environment and far better for the wallet than giant physical displays. By improving the user experience (via laptop-embedded sensors and OS integration) and lowering the price, virtual screens could become serious  mainstream options for how we all use our laptops.