Monday, November 2, 2026

5 Essential Microsoft Copilot AI Tools To Boost Your Work Efficiency

Illustration of AI-powered Copilot agents designed to enhance workplace productivity

What if you could reclaim hours of your workday without sacrificing quality or precision? Imagine having a team of virtual assistants who anticipate your needs, tackle tedious tasks, and deliver insights faster than you can ask for them. This isn’t some far-off vision of the future, it’s the reality of AI-powered Copilot agents. These tools are transforming the way professionals work, offering a level of efficiency that feels almost superhuman. This isn’t some far-off vision of the future, it’s the reality of AI-powered Copilot agents. These tools are transforming the way professionals work, offering a level of efficiency that feels almost superhuman…..….Continue reading…..

By

Source: Geeky Gadgets

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Critics:

On March 16, 2023, Microsoft announced Microsoft 365 Copilot, designed for Microsoft 365 applications and services. Its primary marketing focus is as an added feature to Microsoft 365, with an emphasis on the enhancement of business productivity. With the use of Copilot, Microsoft emphasizes the promotion of the user’s creativity and productivity by having the chatbot perform more tedious work, like collecting information.

Microsoft has also demonstrated Copilot’s accessibility on the mobile version of Outlook to generate or summarize emails with a mobile device. At its Build 2023 conference, Microsoft announced its plans to integrate a variant of Copilot, initially called Windows Copilot, into Windows 11, allowing users to access it directly through the taskbar. Alongside the voice access feature for Windows 11, Microsoft presented Bing Chat, Microsoft 365 Copilot, and Windows Copilot as primary alternatives to Cortana when announcing the shutdown of its standalone app on June 2, 2023.

As of its announcement date, Microsoft 365 Copilot had been tested by 20 initial users. By May 2023, Microsoft had broadened its reach to 600 customers who were willing to pay for early access, and concurrently, new Copilot features were introduced to the Microsoft 365 apps and services. As of July 2023, the tool’s pricing was set at US$30 per user, per month for Microsoft 365 E3, E5, Business Standard, and Business Premium customers. On September 21, 2023, Microsoft began rebranding all variants of its Copilot to Microsoft Copilot.

A new Microsoft Copilot logo was also introduced, moving away from the use of color variations of the standard Microsoft 365 logo. Additionally, the company revealed that it would make Copilot generally available for Microsoft 365 Enterprise customers purchasing more than 300 licenses starting November 1, 2023. However, no timeline has been provided as for when Copilot for Microsoft 365 will become generally available to non-enterprise customers.

Windows Copilot, which had been available in the Windows Insider Program, would be renamed to Microsoft Copilot in October when it became broadly available for customers. The same month also saw Microsoft Edge’s Bing Chat function be renamed to Microsoft Copilot with Bing Chat. On November 15, 2023, Microsoft announced that Bing Chat itself was being rebranded as Microsoft Copilot. On Patch Tuesday in December 2023, Copilot was added without payment to many Windows 11 installations, with more installations, and limited support for Windows 10, to be added later.

Later that month, a standalone Microsoft Copilot app was quietly released for Android, and one was released for iOS soon after. On January 4, 2024, a dedicated Copilot key was announced for Windows keyboards, superseding the menu key. On January 15, a subscription service, Microsoft Copilot Pro, was announced, providing priority access to newer features for US$20 per month. It is analogous to ChatGPT Plus. Bing Image Creator was also rebranded as Image Creator from Designer.

On May 20, 2024, Microsoft announced integration of GPT-4o into Copilot, as well as an upgraded user interface in Windows 11. Microsoft also revealed a Copilot feature called Recall, which takes a screenshot of a user’s desktop every few seconds and then uses on-device artificial intelligence models to allow a user to retrieve items and information that had previously been on their screen. This caused controversy, with experts warning that the feature could be a “disaster” for security and privacy, prompting Microsoft to postpone its rollout.

In September 2024, Microsoft announced several updates to Copilot for both enterprise and personal customers as a part of its Microsoft 365 Copilot: Wave 2 event. These features included further integration with Microsoft 365 applications and improving performance by moving to the GPT-4o model. On October 1, 2024, Microsoft announced a major overhaul of Copilot for personal accounts, which included UI changes, fully separating it from Bing, the addition of features such as Copilot Voice, Copilot Vision, and Think Deeper (a reasoning model), and the launch of Copilot Labs, an early access program exclusive to Microsoft Copilot Pro.

It has “warm tone and a distinct style” and provides “encouragement, feedback and advice”. It has 4 voice options. Copilot Daily reads in voice the morning news, weather, and schedule. Conversation history could be used for personalization. The Lab contained Copilot Vision and Think Deeper at the time of announcement. In February 2025, Microsoft announced that Copilot Voice and Copilot Think Deeper, which uses OpenAI’s o1 model, would be free for all Copilot users with unlimited access. Previously, free users had only limited access.

On February 27, 2025, Microsoft launched a native Copilot app for macOS. On April 4, 2025, Microsoft introduced optional Memory for personalization (user preferences, facts, routines), Actions for performing specific tasks (tickets, reservations, gifts) online with specific partnering websites (Expedia, OpenTable, etc.), Pages as a canvas feature, Shopping assistant, Deep Research mode, and Copilot Search in Bing that combines search with generative AI responses.

On March 16, 2023, Microsoft announced Microsoft 365 Copilot, designed for Microsoft 365 applications and services. Its primary marketing focus is as an added feature to Microsoft 365, with an emphasis on the enhancement of business productivity. With the use of Copilot, Microsoft emphasizes the promotion of the user’s creativity and productivity by having the chatbot perform more tedious work, like collecting information. Microsoft has also demonstrated Copilot’s accessibility on the mobile version of Outlook to generate or summarize emails with a mobile device.

At its Build 2023 conference, Microsoft announced its plans to integrate a variant of Copilot, initially called Windows Copilot, into Windows 11, allowing users to access it directly through the taskbar. Alongside the voice access feature for Windows 11, Microsoft presented Bing Chat, Microsoft 365 Copilot, and Windows Copilot as primary alternatives to Cortana when announcing the shutdown of its standalone app on June 2, 2023.

As of its announcement date, Microsoft 365 Copilot had been tested by 20 initial users. By May 2023, Microsoft had broadened its reach to 600 customers who were willing to pay for early access, and concurrently, new Copilot features were introduced to the Microsoft 365 apps and services. As of July 2023, the tool’s pricing was set at US$30 per user, per month for Microsoft 365 E3, E5, Business Standard, and Business Premium customers.

On September 21, 2023, Microsoft began rebranding all variants of its Copilot to Microsoft Copilot. A new Microsoft Copilot logo was also introduced, moving away from the use of color variations of the standard Microsoft 365 logo. Additionally, the company revealed that it would make Copilot generally available for Microsoft 365 Enterprise customers purchasing more than 300 licenses starting November 1, 2023. However, no timeline has been provided as for when Copilot for Microsoft 365 will become generally available to non-enterprise customers.

Windows Copilot, which had been available in the Windows Insider Program, would be renamed to Microsoft Copilot in October when it became broadly available for customers. The same month also saw Microsoft Edge’s Bing Chat function be renamed to Microsoft Copilot with Bing Chat. On November 15, 2023, Microsoft announced that Bing Chat itself was being rebranded as Microsoft Copilot.

On Patch Tuesday in December 2023, Copilot was added without payment to many Windows 11 installations, with more installations, and limited support for Windows 10, to be added later. Later that month, a standalone Microsoft Copilot app was quietly released for Android, and one was released for iOS soon after. On January 4, 2024, a dedicated Copilot key was announced for Windows keyboards, superseding the menu key.

On January 15, a subscription service, Microsoft Copilot Pro, was announced, providing priority access to newer features for US$20 per month. It is analogous to ChatGPT Plus. Bing Image Creator was also rebranded as Image Creator from Designer. On May 20, 2024, Microsoft announced integration of GPT-4o into Copilot, as well as an upgraded user interface in Windows 11.

Microsoft also revealed a Copilot feature called Recall, which takes a screenshot of a user’s desktop every few seconds and then uses on-device artificial intelligence models to allow a user to retrieve items and information that had previously been on their screen. This caused controversy, with experts warning that the feature could be a “disaster” for security and privacy, prompting Microsoft to postpone its rollout.

In September 2024, Microsoft announced several updates to Copilot for both enterprise and personal customers as a part of its Microsoft 365 Copilot: Wave 2 event. These features included further integration with Microsoft 365 applications and improving performance by moving to the GPT-4o model. On October 1, 2024, Microsoft announced a major overhaul of Copilot for personal accounts, which included UI changes, fully separating it from Bing, the addition of features such as Copilot Voice, Copilot Vision, and Think Deeper (a reasoning model), and the launch of Copilot Labs, an early access program exclusive to Microsoft Copilot Pro.

It has “warm tone and a distinct style” and provides “encouragement, feedback and advice”. It has 4 voice options. Copilot Daily reads in voice the morning news, weather, and schedule. Conversation history could be used for personalization. The Lab contained Copilot Vision and Think Deeper at the time of announcement. In February 2025, Microsoft announced that Copilot Voice and Copilot Think Deeper, which uses OpenAI’s o1 model, would be free for all Copilot users with unlimited access. Previously, free users had only limited access.

On February 27, 2025, Microsoft launched a native Copilot app for macOS. On April 4, 2025, Microsoft introduced optional Memory for personalization (user preferences, facts, routines), Actions for performing specific tasks (tickets, reservations, gifts) online with specific partnering websites (Expedia, OpenTable, etc.), Pages as a canvas feature, Shopping assistant, Deep Research mode, and Copilot Search in Bing that combines search with generative AI responses.

In January 2024, a premium service, Microsoft Copilot Pro, was launched, costing US$20 monthly. According to Microsoft, this version of Copilot would provide priority access to newer models, including GPT-4 Turbo, during peak usage periods. It would also give access to the Copilot GPT Builder, which lets users create custom Copilot chatbots, access to features inside Copilot Labs, an early-access program for in-development features, and allow for higher resolution in images generated by Microsoft Designer’s Image Creator.

Several default chatbots are available in Microsoft Copilot, including the standard Copilot chatbot as well as Microsoft Designer, which is oriented towards the use of its Image Creator to generate images based on text prompts. Others include “Travel Planner”, “Cooking Assistant”, and “Fitness Trainer”. Copilot supports plugins for Instacart, Kayak, Klarna, OpenTable, Shop from Shopify, and Suno AI. Copilot Voice allows users to engage with Copilot in real-time voice conversations.

The feature utilizes OpenAI’s GPT-4o model, which has the capability to understand and generate audio. In October 2024, an early-access program for features in-development, Copilot Labs, was revealed, exclusive to Microsoft Copilot Pro subscribers. Features available through this program include “Think Deeper”, which uses the OpenAI o1 models to let Copilot “reason” through more complex queries, and Copilot Vision, which lets Copilot view and converse about websites while browsing them. According to Microsoft, content used during Copilot Vision will not be stored or used to train models during the preview.

Copilot is able to communicate in numerous languages and dialects. PCMag journalists conducted a test to determine translation capabilities of Copilot, ChatGPT, and Gemini, comparing them to Google Translate. They “asked bilingual speakers of seven languages to do a blind test”. Languages tested were Polish, French, Korean, Spanish, Arabic, Tagalog, and Amharic. They concluded that Copilot performed better than Google Translate, but not as well as ChatGPT.

Japanese researchers compared Japanese-to-English translation abilities of Copilot, ChatGPT with GPT-4, and Gemini with those of DeepL, and found similar results, noting that “AI chatbots’ translations were much better than those of DeepL—presumably because of their ability to capture the context”. The markup language copilot uses for mathematical output is LaTeX.

HMRC boots up Microsoft Copilot AI rollout  02:14 Thu, 30 Oct 

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Microsoft ,Copilot ,AITools ,ArtificialIntelligence ,Productivity ,Innovation ,TechTrends ,DigitalTransformation ,SmartTech ,MachineLearning ,Automation ,CloudComputing ,TechSavvy ,FutureOfWork ,AIInnovation ,BusinessSolutions ,TechUpdates ,EnterpriseAI ,CoPiloting

RocketToons AI Turns Your Every Story Into A Cartoon Show

CDN media

Cartoon channels are some of the most-watched content on YouTube, from preschool songs to Bible stories to animated shorts. Until recently, making one meant an animator, a voice cast and weeks per episode. AI video tools have cut the cost, but most of them generate a few seconds at a time, and keeping a character looking the same from one clip to the next is still the hard part.

RocketToons is built around that problem. You type one line (or paste a script), and it writes a titled screenplay with scenes, dialogue and narration, storyboards it as still pictures you approve, then animates each shot with the same saved characters. It casts voices from a library of 40, lip-syncs the dialogue, adds an AI music score and captions, and exports an HD MP4 without a watermark in widescreen, vertical or square.

Formats include kids’ stories, faith stories, explainers and shorts, in eight styles from 3D and classic 2D to storybook, anime, comic book and claymation.

  • Type one line, or paste a script. Pick a format (kids, faith, explainer, short) and a style. The app writes a titled screenplay with scenes, dialogue and narration. Writing the story costs no credits.
  • Set up your cast. Characters are saved once and tagged with @-mentions in every shot, which is what keeps them consistent. You can also turn a photo of a person, pet or product into a cartoon character.
  • Approve the storyboard. Each shot is drawn as a still picture first, at 5 credits each. This is the cheap place to catch a wrong costume or a bad angle.
  • Animate. Approved shots become video, at 20 credits per second. You can direct camera, action, sound and length per shot.
  • Voices, lip-sync and music. Voices are cast automatically from 40 (in 25 languages) and synced to the characters’ mouths. An AI score costs 50 credits; voices and captions are free.
  • Fix only what’s wrong. Change one line of dialogue or redo one shot without regenerating the film. The last six takes of each shot are kept so you can switch back.
  • Export and post. Download an HD MP4 with no watermark in 16:9, 9:16 or 1:1, or post with one click to YouTube, Facebook, Instagram and LinkedIn. Films are stored for 60 days on the front end (180 with Elite).

The “Watch the demo” button on the vendor’s Bundle page plays a 1:52 retelling of Moses and the Red Sea, described as “a complete film, made start to finish in Commercial”, the front-end plan. I went through it shot by shot alongside a shorter jungle-temple adventure from the sales page. These are frames from those films, not from my own account.

The opening establishes place and scale. A wide, warm shot of a desert city gate with travellers leaving, palm trees and pyramids behind. Lighting and depth are better than most AI video I’ve reviewed this year. Characters carry emotion in close-up. This is where many AI cartoons fall apart. Here the mother’s face reads clearly as relief, and the Pharaoh’s expression as anger, with no warping.

Action and effects scenes hold together. The chariot chase, the pillar of fire and the sea parting are the hardest shots in the film, and they’re clean. The wall-of-water shot is the one I’d show a client. So the front end’s “up to 50 films of 3 minutes” is a cap on how many projects you can save, not something the credits can pay for: 50 three-minute films would need about 180,000 credits.

If you plan to publish weekly, you need the Bundle’s credits, or shorter films. Sixty-second Shorts are the sweet spot on the front end. The honest trade-off: the established tools are proven and their pricing is clear. RocketToons does more of the job automatically and costs less over two years, but it’s new, and its credits, not its subscription, are what limit you.

Source: RocketToons AI 

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RocketToons,CartoonVideoCreator ,Animation ,DigitalArt ,CartoonAnimation ,VideoEditing ,CreativeContent ,AnimationStudio ,VideoMaker ,CartoonArt ,Illustration ,ArtistCommunity ,3DAnimation ,KidsAnimation ,ShortVideo ,FunnyCartoons ,AnimatedVideo ,Storytelling ,CharacterDesign ,CreativeProcess

What The Black Death Proves About Rewilding

Photo: no one cares/Unsplash

The 1300s saw one of history’s most devastating pandemics: the Black Death. Caused by an infectious bacterium, it swept quickly across Europe, travelling on flea-infested rats and killing up to a third of the population. In some cities, church bells rang perpetually for the dead, while others ordered them silenced altogether. Away from the cities, the countryside fell silent too. Villages were emptied, farms deserted and fields left unplowed. The cultivated lands that had once borne grains, legumes and livestock were abandoned, letting natural succession take over, untouched by human hands……….Continue reading…

By: Timo Mendez

Source: Rewilding Mag

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Critics:

Rewilding was developed as a method to preserve functional ecosystems and reduce biodiversity loss, incorporating research in island biogeography and the ecological role of large carnivores. In 1967, The Theory of Island Biogeography by Robert H. MacArthur and Edward O. Wilson established the importance of considering the size and fragmentation of wildlife conservation areas, stating that protected species and areas remained vulnerable to extinctions if populations were small and isolated. In 1987, William D. Newmark’s study of extinctions in national parks in North America added weight to the theory.

The publications intensified debates on conservation approaches. With the creation of the Society for Conservation Biology in 1985, conservationists began to focus on reducing habitat loss and fragmentation. Supporters of rewilding initiatives range from individuals, small land owners, local non-governmental organizations and authorities, to national governments and international non-governmental organizations such as the International Union for Conservation of Nature.

While rewilding efforts can be well regarded, the increased popularity of rewilding has generated controversy, especially in relation to large-scale projects. These have sometimes attracted criticism from academics and practicing conservationists, as well as government officials and business people. Nonetheless, a 2021 report for the launch of the UN Decade on Ecosystem Restoration, the United Nations listed rewilding as one of several restoration methods which they state should be used for ecosystem restoration of over 1 billion hectares.

Since its origin, the term rewilding has been used as a signifier of particular forms of ecological restoration projects that have ranged widely in scope and geographic application. In 2021 the journal Conservation Biology published a paper by 33 coauthors from around the world. Titled ‘Guiding Principles for Rewilding’, researchers and project leaders from North America (Canada, Mexico and the United States) joined with counterparts in Europe (Denmark, France, Hungary, The Netherlands, Switzerland, and the UK), China, and South America (Chile and Colombia) to produce a unifying description, along with a set of ten guiding principles.

The group wrote, ‘Commonalities in the concept of rewilding lie in its aims, whereas differences lie in the methods used, which include land protection, connectivity conservation, removing human infrastructure, and species reintroduction or taxon replacement.’ Referring to the span of project types they stated, ‘Rewilding now incorporates a variety of concepts, including Pleistocene megafauna replacement, taxon replacement, species reintroductions, retrobreeding, release of captive-bred animals, land abandonment, and spontaneous rewilding.’ 

Empowered by a directive from the International Union for the Conservation of Nature to produce a document on rewilding that reflected a global scale inventory of underlying goals as well as practices, the group sought a ‘unifying definition’, producing the following:

Ten principles were developed by the group:

  1. Rewilding utilizes wildlife to restore trophic interactions.
  2. Rewilding employs landscape-scale planning that considers core areas, connectivity, and co-existence.
  3. Rewilding focuses on the recovery of ecological processes, interactions, and conditions based on reference ecosystems.
  4. Rewilding recognizes that ecosystems are dynamic and constantly changing.
  5. Rewilding should anticipate the effects of climate change and where possible act as a tool to mitigate impacts.
  6. Rewilding requires local engagement and support.
  7. Rewilding is informed by science, traditional ecological knowledge, and other local knowledge.
  8. Rewilding is adaptive and dependent on monitoring and feedback.
  9. Rewilding recognizes the intrinsic value of all species and ecosystems.
  10. Rewilding requires a paradigm shift in the coexistence of humans and nature.

A paper was published in 2024 that offered a “broad study of rewilding guidelines and interventions.” Rewilding can respond to both the causes and effects of climate change and has been posited as a ‘natural climate solution’. Rewilding’s creation of new ecosystems and restoration of existing ones can contribute to climate change mitigation and adaptation through.

Inter alia, carbon capture and storage, altering the Earth’s albedo, natural flood management, reduction of wildfire risk, new habitat creation, and enabling or facilitating the movement of species to new, climate safe habitats, thus protecting biodiversity and maintaining functioning, climate resilient ecosystems. The functional roles animals perform in ecosystems, such as grazing, nutrient cycling and seed distribution, can influence the amount of carbon that soils and (marine and terrestrial) plants capture.

The carbon cycle is altered through herbivores consuming vegetation, assimilating carbon within their own biomass, and releasing carbon by respiration and defecation after digestion. The most beneficial effects on biogeochemical cycling and ecosystem structure are reported through rewilding large herbivore species.

A study in a tropical forest in Guyana found that an increase in mammal species from 5 to 35 increased tree and soil carbon storage by four to five times, compared to an increase of 3.5 to four times with an increase of tree species from 10 to 70. A separate study suggested that the loss of megafauna that eat fruits may be responsible for an up to 10% reduction in carbon storage in tropical forests.

Furthermore, acceleration of nutrient cycling through browsing and grazing may increase local plant productivity and thereby maintain ecosystem productivity in grassy biomes. It is also posited that grazing and browsing reduces the risk of wildfires (which are significant contributors of GHG emissions and whose smoke can alter the planet’s albedo – the Earth’s ability to reflect heat from sunlight).

For example, the loss of wildebeest from the Serengeti led to an increase in un-grazed grass, leading to more frequent and intense fires, causing the grassland to turn from a carbon sink to a carbon source. When disease management practices restored the wildebeest population, the Serengeti returned to a carbon sink state.

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