10 Best Emerging AI Tools I'd Look Out for in 2027

At a quick glance, the best emerging AI tools I found on G2 are Miro, Meshy, Blotato AI, Coder, Algolia, Red Panda, Workday Extend, Apify, Leo, and Phygital Plus.

Ever opened a list of “game-changing” AI tools and felt more confused than when you started?

Same. New AI tools launch every week, and every one of them claims to fix your problem. I review software for a living at an AI-first company, and even I find it hard to tell what’s worth trying. Pick the wrong tool, and you’re explaining a burned token budget to your manager.

That’s why I didn’t just skim feature lists and approached this with a clear, data-backed mindset to create a list that would help people tell value from hype. Because “emerging” is a moving target, I stuck to new AI-first tools listed under G2's Emerging AI Software category page.

I evaluated 40+ emerging AI solutions (unironically, with the help of a great AI tool) and narrowed the list down to a diverse set of 10 that address different use cases across collaboration, 3D generation, social media automation, developer environments, search infrastructure, image generation, enterprise customization, web scraping, mechanical engineering, and multi-model content creation. 

Whether you’re an early adopter hunting for the best emerging AI tools to try, or a developer, marketer, designer, or engineer who needs something that actually works, there’s something here for you.

Note: Well-known tools like ChatGPT and Claude, which sit in mature categories such as AI chatbots and AI coding assistants, aren't on this list. If you're looking for those, see the best generative AI tools instead.

10 best emerging AI tools I recommend

We all know about the popularity of AI, but it is worth running through the eye-watering numbers again. While researching this piece, I found that enterprise AI is increasingly becoming a startup-led application market. According to Menlo Ventures' 2025 State of Generative AI in the Enterprise, startups captured 63% of AI application-layer revenue in 2025, while the application layer attracted $19 billion, more than half of the $37 billion spent on generative AI by enterprises that year.

What's more, S&P Global projects generative AI software revenue to grow at a compound annual growth rate of about 39% between 2024 and 2029, reaching $103 billion. Together, these figures suggest that enterprise budgets are shifting beyond foundation models toward specialized tools for software development, customer service, sales, legal work, and knowledge management.

The best emerging AI tools span a wide range of products, from visual collaboration platforms and 3D asset generators to developer infrastructure, search engines, and multi-model creative workspaces. What ties them together is that each tool applies AI in a way that addresses a specific workflow bottleneck. Unlike mature software categories with well-established market leaders, emerging AI is a space where new entrants gain traction quickly based on the strength of their AI capabilities and how well they solve a specific problem.

That makes user reviews especially valuable when comparing emerging AI solutions, because verified feedback reveals how these tools perform in real-world workflows rather than just in demo environments.

What makes the best emerging AI tools: My selection criteria

After analyzing G2 Data and hundreds of verified user reviews, I kept seeing common priorities surface across different roles and industries.

*This data was pulled from G2 in 2026. Some reviews may have been edited for clarity.

1. Miro: Best for real-time visual collaboration and brainstorming

G2 rating: 4.6/5

The first thing that stood out to me about Miro is just how consistently users talk about real-time collaboration. Across hundreds of G2 reviews, the ability to work simultaneously on a shared infinite canvas, whether it is brainstorming, user journey mapping, or sprint planning, comes up again and again. That makes it no surprise that it counts as one of the best emerging AI tools on this list.

Teams describe how watching live cursors, dropping sticky notes, and building workflows together in the same visual space replaces the kind of passive silence that comes with reviewing static documents.

Another area where Miro earns strong praise is its visual brainstorming and diagramming toolkit. Users frequently mention mind maps, flowcharts, wireframes, and sticky note clusters as core to how they think through problems. The infinite canvas gives teams the room to explore ideas freely without running out of space, while still keeping different threads connected in a structured way.

I also noticed how often the template library comes up in reviews. Rather than starting from a blank board every time, teams lean on pre-built templates for retrospectives, journey maps, sprint planning, and more. Reviewers describe these as practical and well-designed, not just filler. For teams looking to reduce setup time and get into productive work quickly, this seems to be a meaningful advantage.

What also came through clearly is how well Miro integrates with the broader tool stack. Users frequently highlight connections with project management platforms, design tools, and team communication apps that keep their workflows aligned. Instead of switching between disconnected systems, teams can keep their boards synced with execution tools, which reduces friction and context-switching.

Miro's low barrier to entry is another theme I noticed. Several reviewers mention that the platform runs smoothly in a browser with no installation required, which makes adoption easier across departments. Even team members who are not particularly technical describe getting comfortable with the interface quickly, which helps drive cross-functional adoption.

Something else that stood out is how users talk about Miro's AI features. While still relatively new, capabilities like auto-clustering sticky notes, generating diagrams from unstructured input, and summarizing workshop content appear to be saving teams meaningful time during synthesis and post-session cleanup. For organizations running frequent ideation workshops, this adds a layer of efficiency on top of the core collaboration experience.

While Miro is a feature-rich platform with deep customization options, some reviewers note that fully exploring everything it offers can take time, especially for new users navigating the wide range of modules. That said, most users describe this as a short ramp-up rather than a lasting barrier, and the depth is often what makes the platform valuable for teams with complex workflows.

Another pattern I noticed in G2 reviews is that boards with a large volume of objects, images, or embedded files can occasionally experience slower performance. For teams managing content-heavy planning boards with multiple layers, this can affect navigation speed. However, reviewers also acknowledge that this tends to surface only on particularly large or dense boards, and the overall performance during standard collaboration sessions remains fast and responsive.

Overall, Miro delivers a compelling combination of real-time collaboration, visual brainstorming tools, a rich template library, strong integrations, and accessible AI features that make it especially well suited for cross-functional teams that rely on visual thinking. For organizations looking to centralize ideation, planning, and workshop activities in one shared space, it consistently earns praise as a platform that brings distributed teams closer together.

What I dislike about Miro:

• Some G2 users note that Miro's depth and wide range of modules can require a short learning period for new users, though most find the interface intuitive once they are familiar with the layout.
• G2 reviewers mention that particularly large or content-heavy boards can occasionally experience slower navigation, though standard collaboration sessions remain responsive.

What G2 users dislike about Miro:

"Boards tend to perform slowly when they are large (e.g., we have one large planning board that has multiple layers of plans and ideas — it takes several seconds to scroll through), and occasionally boards have failed to render certain aspects, and required me to restart them. As well, although free, the number of editable boards is limited to three (which means once you've reached your limit, previous boards are essentially read-only), and we have found archiving and replacing old boards to be a very painful process."

- Miro review, Jeff P.

2. Meshy: Best for AI-powered 3D model generation

G2 rating: 4.7/5

If you work in game development, product design, or 3D prototyping, Meshy is one of the more exciting tools I have come across in this category. The most consistent theme in G2 reviews is how quickly it turns a text prompt or reference image into a usable 3D model. Users describe going from concept to textured asset in minutes rather than hours, which fundamentally changes how fast teams can iterate on ideas.

What also impressed me is how accessible the platform feels to non-experts. Multiple reviewers mention that they do not have a traditional 3D modeling background but were able to create usable assets without building everything from scratch. For teams that need visual prototypes or game-ready models but lack dedicated 3D artists, this lowers a significant barrier.

The quality of Meshy's AI-generated output is another area that earns frequent praise. Users describe the textures, shapes, and overall fidelity of generated models as strong enough for use in presentations, game engines, and rapid prototyping workflows. While not every generation is production-perfect on the first attempt, the ability to regenerate and refine quickly keeps the workflow moving.

I noticed that game developers and users working with popular game engines highlight Meshy as a particularly strong fit. The platform supports common export formats, and reviewers describe a smooth pipeline from generation to engine import. For indie developers or small studios looking to accelerate asset creation without outsourcing, this integration with existing production workflows appears to be a real differentiator.

Another highlight is the flexibility of input methods. Users can generate models from text prompts, upload reference images, or combine both to guide the AI. This versatility means the tool adapts to different creative starting points, whether someone has a rough sketch, a photograph, or just a written description of what they need.

Something else that stood out is how often reviewers bring up prototyping and 3D printing. Several describe using Meshy to block out characters and secondary assets early in a project, comparing a couple of variants from one concept before committing to a direction. Others mention creating models for resin printing, with the option to edit, refine, and split a model before preparing it for the printer. For makers and designers who want to test an idea without weeks of manual modeling, that early-stage flexibility seems to be a real draw.

While Meshy delivers impressive speed and accessibility, some reviewers note that AI-generated mesh topology may require manual cleanup before assets are ready for production use. For workflows involving animation rigging, physics simulation, or low-poly optimization, the generated geometry does not always distribute polygons as efficiently as hand-modeled assets. That said, for rapid prototyping, concept visualization, and early-stage design exploration, the output quality is often more than sufficient.

Another consideration that comes up in reviews is the credit-based pricing model. Users who frequently regenerate or refine models to get the exact result they want mention that credits can be consumed quickly during intensive creative sessions. However, many also note that the time saved compared to manual 3D modeling offsets the credit cost, and the platform's pricing remains competitive relative to hiring dedicated 3D artists or outsourcing asset creation.

In practice, Meshy delivers the most value for game developers, product designers, and creative teams that need to move quickly from concept to 3D asset without relying on specialized modeling expertise. Its combination of speed, accessibility, and flexible input methods makes it a strong choice for teams that prioritize rapid iteration over pixel-perfect first-pass results.

What I dislike about Meshy:

• G2 reviewers mention that AI-generated mesh topology may need manual cleanup or retopology before assets are suitable for production workflows like animation or physics simulation.
• Some G2 users note that credits can be consumed quickly during intensive sessions involving multiple regenerations, though the time savings compared to manual modeling often outweigh the cost.

What G2 users dislike about Meshy:

"The inconsistency of the model generation. As I work with Low Poly models mostly, the remeshing of highly detailed models down from 1m polys to 10k does have its drawbacks, as the AI model does not utilize the available poly count as accurately as one would like. To some extent, one could argue that the efficiency of the AI generator can sometimes be lackluster."

- Meshy review, Yen J.

3. Blotato AI: Best for AI-automated social media scheduling and distribution

G2 rating: 4.6/5

What stands out most about Blotato AI is how users describe it as a genuine time-saver for multi-platform social media distribution. The most common theme I noticed is cross-platform posting, where teams can schedule and publish content across multiple social channels from a single interface, without manually logging into each platform.

Another area that came through clearly is Blotato's MCP and AI-agent integration. Users running agentic content workflows describe being able to connect their AI tools directly to Blotato's scheduling infrastructure, which means they can go from content creation to fully scheduled posts across multiple platforms in a single automated session. For teams already working with AI-powered content pipelines, this kind of integration eliminates a significant amount of manual distribution work.

I also noticed that Blotato's built-in AI content generation capabilities earn praise from users who need to produce social media assets at scale. The platform helps generate infographics, captions, and visual content tailored for different platforms, which reduces the back-and-forth between content creation and distribution tools.

The speed of initial setup is another theme that shows up frequently. Users describe connecting their social accounts and getting their first posts scheduled within minutes rather than hours. For smaller teams or solo marketers who want to start distributing content immediately without a complex onboarding process, this matters.

Pricing is another point that comes up positively. Reviewers frequently compare Blotato's cost to other social media management platforms and describe it as more affordable, particularly given the number of connected accounts and scheduling capabilities included even at lower-tier plans.

Content repurposing is another theme that came up again and again. Reviewers describe starting with a single video, blog post, or YouTube link and turning it into platform-ready posts for several networks without rebuilding each one from scratch. For solo creators and small teams running social on the side, that create-once approach appears to give back real time and makes it easier to stay consistent.

While Blotato handles multi-platform scheduling well, some G2 reviewers mention that the analytics and reporting capabilities are still maturing. Certain platforms may not have full analytics coverage within the Blotato dashboard, which means teams that rely heavily on performance data may need to check native platform analytics separately. That said, users also note that the team behind Blotato is responsive and actively shipping improvements in this area.

Notable patterns in G2 reviews also point to occasional friction during platform-specific setup or content formatting. Since each social channel has its own posting requirements and content restrictions, users sometimes encounter limitations tied to the platform's API rather than Blotato itself. However, reviewers appreciate that the tool is transparent about these limitations and continues to expand its supported formats.

All in all, Blotato AI is a strong fit for content creators, marketers, and small teams that need to distribute content across multiple social channels efficiently without investing in a complex enterprise-grade social media suite. Its AI-agent integration and affordable pricing make it particularly compelling for teams already building AI-powered content workflows.

What I dislike about Blotato AI:

• G2 reviewers mention that analytics coverage does not yet extend to all connected platforms, which may require checking native platform dashboards for full performance data.
• Some G2 users note that certain platform-specific content formats or posting restrictions can create friction during setup, though these limitations often stem from the social platform's own API constraints.

What G2 users dislike about Blotato AI:

"Analytics don't cover LinkedIn, so I can't see how my LinkedIn posts are doing from inside Blotato. It can also only post to a Facebook Page, not a personal profile, although that limit comes from Facebook rather than Blotato."

- Blotato AI review, Rick L.

4. Coder: Best for secure, self-hosted cloud development environments

G2 rating: 4.3/5

For platform engineering and DevOps teams managing developer environments at scale, Coder is a tool that comes up consistently in G2 reviews. Coder is a platform that helps software developers create and manage cloud-based coding environments.

The strongest theme I noticed is how it delivers consistent, reproducible development environments that eliminate the classic "works on my machine" problem. Teams describe standardized workspaces that ensure every developer starts from the same configuration, regardless of their local setup.

The speed of provisioning new environments is another area that earns frequent praise. Reviewers mention that developers can spin up fully configured workspaces in minutes, which reduces the time spent on environment setup and troubleshooting. For organizations onboarding new engineers, this translates into faster time-to-first-commit and less reliance on senior team members for setup guidance.

What also stood out to me is how Coder leverages Terraform as its infrastructure layer. Because workspace templates are defined as code, teams can version-control their environments, share configurations across projects, and deploy across different infrastructure providers. This extensibility is a major advantage for organizations that operate across multiple clouds or need to support specialized hardware like GPUs.

I also noticed that onboarding acceleration is a recurring benefit. Multiple reviewers describe how new developers can start contributing within their first day rather than spending the first week wrestling with environment configuration. For teams that are growing quickly or have a high onboarding cadence, this consistency reduces friction and speeds up productivity ramp-up.

Self-hosted control is another theme that resonated strongly in reviews. Organizations that need to keep source code and development activity within their own infrastructure describe Coder as a solution that gives them the flexibility of cloud-based environments without sending data outside their security perimeter. For teams in regulated industries or with strict data residency requirements, this is a critical differentiator.

I also came across a lot of mentions of how Coder fits into AI-assisted development. Reviewers describe running coding agents inside isolated workspaces, which lets them give an agent broad filesystem and shell access to work autonomously without touching their local machine. Some also point to the AI integrations built into the platform as a productivity boost within their usual IDE flow. For teams starting to bring agents into their engineering process, that sandboxed approach looks like a meaningful advantage.

While Coder's Terraform-based approach is a strength for experienced platform teams, it does introduce a learning curve for organizations without deep infrastructure-as-code expertise. G2 reviewers note that initial template authoring and workspace configuration assume familiarity with Terraform and container orchestration, which may require additional ramp-up time for smaller teams. However, once templates are in place, the day-to-day experience for developers is described as smooth and productive.

Across many G2 reviews, I also noticed mentions of documentation gaps for more advanced configurations. While the core documentation covers standard setups well, users working on edge cases or complex workspace builds sometimes need to rely on community resources or direct support. That said, reviewers also note that the Coder team is responsive and actively improving documentation coverage.

At its core, Coder delivers the most value for platform engineering teams that want to standardize, secure, and accelerate developer environments across their organization. Its infrastructure-as-code approach and self-hosted deployment model make it especially compelling for teams that prioritize security, consistency, and developer productivity at scale.

What I dislike about Coder:

• G2 reviewers mention that initial setup and template authoring assume a strong Terraform and container orchestration background, which may be a barrier for smaller teams without dedicated platform engineering resources.
• Some G2 users note that documentation for advanced workspace configurations has gaps, though the Coder team is responsive and actively improving coverage.

What G2 users dislike about Coder:

"The initial setup and template authoring can feel complex, and it really assumes a strong Terraform and Kubernetes background, which may be a barrier for smaller teams. The documentation for more advanced workspace configurations still has some gaps, and when a workspace build fails, debugging it can be time-consuming and frustrating. A more guided onboarding experience would go a long way toward making the platform easier to adopt."

- Coder review, Arshad A.

5. Algolia: Best for lightning-fast search and product discovery

G2 rating: 4.5/5

Imagine you go to a huge toy shop with 10,000 toys. You want to find your favorite red car.  Instead of walking around the entire shop looking for it, you ask someone: "Where is the red car?" And they find it for you in just a second!

That's what Algolia does, but for websites and apps with an AI-powered search and retrieval platform. One thing I noticed immediately when reading through Algolia's G2 reviews is how consistently users talk about speed. The platform delivers search results so quickly that multiple reviewers describe it as near-instantaneous, with results appearing before users even finish typing their query. For teams building customer-facing search experiences, that kind of responsiveness directly impacts user satisfaction and conversion rates.

Another strength that comes through clearly is how developer-friendly the platform is. Users frequently highlight the quality of Algolia's documentation, pre-built UI components, and well-structured APIs. Developers describe getting a working search prototype up and running quickly without needing to build a search engine from scratch, which significantly reduces implementation time.

Reliability is another theme I noticed across reviews. Users in production environments describe Algolia as consistently dependable, with strong uptime and minimal disruptions. For teams where search is a core part of their product experience, that reliability matters as much as speed.

I also noticed that support quality earns positive mentions. Reviewers describe responsive, knowledgeable support teams that help with implementation questions and optimization. For organizations that are configuring search for the first time or fine-tuning relevance for complex use cases, having accessible support can make a meaningful difference in time-to-value.

Customizable ranking and relevance tuning is another area where Algolia stands out. Users describe being able to control how search results are prioritized, apply business rules, and fine-tune relevance without deep search infrastructure expertise. This flexibility allows teams to tailor the search experience to their specific product, audience, and content structure.

Algolia’s AI capabilities also get specific mention in reviews. Some users highlight features like dynamic re-ranking, recommendations, neural search, and personalization that improve the search experience without much extra effort. Others point to AI-driven options that blend manual merchandising control with natural language management and automated relevance. For teams that want to layer intelligence onto search without giving up control over results, that combination comes across as a clear strength.

While Algolia delivers strong performance and developer experience, some G2 reviewers mention that pricing can scale quickly as search volume and record counts grow. For teams managing large datasets or experiencing rapid traffic growth, it is worth evaluating usage tiers carefully during the planning phase. That said, many reviewers also note that the performance and reliability justify the investment, particularly when search is a revenue-critical function.

Notable patterns in G2 reviews also point to a learning curve when configuring more advanced features like synonyms, custom ranking formulas, and faceted search. While the basic setup is described as fast and intuitive, unlocking the full depth of Algolia's configuration options can take time for teams without prior search infrastructure experience. However, the documentation and pre-built components help bridge this gap effectively.

For teams that need fast, reliable, and customizable search integrated into their product, Algolia consistently earns praise as a platform that balances power with developer accessibility. It delivers the most value for product and engineering teams building search-driven experiences where speed, relevance, and scalability are non-negotiable.

What I dislike about Algolia:

• G2 reviewers mention that pricing can scale quickly as search volume and record counts increase, making it important to evaluate usage tiers carefully during planning.
• Some G2 users note that configuring advanced features like custom ranking and faceted search involves a learning curve, though the documentation helps bridge this gap.

What G2 users dislike about Algolia:

"What I dislike about Algolia is that it can get expensive as usage scales, especially for growing businesses dealing with large datasets or high search volumes. It also takes some technical setup and ongoing configuration to achieve the best search relevance, which can be difficult for non-technical users to manage."

- Algolia review, Rahul K.

6. Red Panda: Best for free AI image generation with text rendering

G2 rating: 4.2/5

What immediately stood out to me about Red Panda is that it is completely free and produces HD-quality images without watermarks. For a category where most image generation tools lock quality features behind paid tiers, this accessibility is a major differentiator. Users describe it as a tool that is quick to pick up, which makes it especially practical for fast creative tasks.

I also noticed that users highlight Red Panda's speed. Text-to-image generation happens quickly, and reviewers describe being able to produce multiple visual options in rapid succession. For teams or individuals who need fast visual assets for presentations, social media, or early-stage design exploration, that turnaround time matters.

Another theme that shows up in reviews is the versatility of use cases. Users describe generating everything from marketing graphics and presentation visuals to product mockups and educational illustrations. The platform handles a range of visual styles, which makes it practical for different creative contexts rather than being limited to one output type.

Red Panda's text rendering capabilities are another point that earns specific mention. Unlike many AI image generators that struggle with legible text within images, reviewers describe Red Panda as notably stronger in this area. Combined with SVG vector export support, this makes the tool particularly useful for creating graphics that include readable text, logos, or typographic elements.

Ease of use came through clearly as well. Reviewers describe typing what they have in mind and seeing what comes back, without a steep learning curve, and some call the interface clean and intuitive. That low barrier makes it practical for people outside design, such as analysts and project teams who need visuals for presentations, reports, and financial communications.

Output quality also earns specific praise. Some reviewers mention realistic, high-resolution results from a simple text prompt, with HD downloads that suit website designs and project visuals. One reviewer adds that the results usually need only minor edits, which keeps the path from prompt to usable asset short.

While Red Panda offers impressive accessibility and speed, some G2 users note that the output does not always match their intended vision on the first attempt. Generating the exact image a user has in mind may require multiple iterations with refined prompts, which is a common challenge across AI image generation tools. However, the fact that the platform is free means the cost of iteration is essentially zero, which offsets this friction.

I also noticed a few reviewers mention that editing and fine-tuning options are relatively limited compared to more full-featured image editing platforms. Users looking for granular control over specific elements within a generated image may need to export their output and refine it in a separate editing tool. That said, for users who need fast, high-quality visual assets without a complex editing workflow, the generated output is often sufficient as-is.

What stands out most about Red Panda is its combination of zero-cost access, fast generation, and practical output quality. For individuals, small teams, and content creators who need visual assets quickly without subscribing to a paid image generation service, it offers a remarkably low-friction entry point into AI-powered image creation.

What I dislike about Red Panda:

• G2 reviewers mention that generated images do not always match the intended vision on the first attempt, requiring multiple prompt iterations to achieve the desired result.
• Some G2 users note that editing and fine-tuning options within the platform are limited, so users seeking granular control over specific details may need to refine outputs in a separate tool.

What G2 users dislike about Red Panda:

"Sometimes the images don't come out exactly how I expected, so I have to try a few times to get the result I want, and performance is slow. It would also be nice to have more control over the small details. Other than that, it's pretty easy to use."

- Red Panda review, Dhashwin K.

7. Workday Extend: Best for building custom apps within the Workday ecosystem

G2 rating: 4.1/5

For organizations already running on the Workday platform, Workday Extend opens up a layer of customization that the native product does not always provide. The strongest theme I noticed in G2 reviews is how it enables teams to build custom applications, workflows, and interfaces that address specific business requirements without leaving the Workday ecosystem.

Another area where Workday Extend earns praise is its AI Developer feature. Users describe being able to use natural language prompts and AI-assisted development to build custom apps more quickly than traditional coding approaches. For HR and IT teams that need custom solutions but do not have deep developer resources, this capability lowers the barrier to building on the Workday platform.

I also noticed that users consistently highlight the advantage of native security and data integration. Because Extend applications operate within the Workday security model and connect directly to existing Workday data objects, teams do not need to manage separate authentication, data syncing, or compliance frameworks. For organizations in regulated industries, this native integration reduces risk and simplifies governance.

Customer reviews also return to the idea that Extend lets organizations fit the software to their process rather than the other way around. Reviewers describe building custom flows for needs Workday does not cover natively, such as legal hold tracking, a talent application, and payroll processes for a union team. Some say they feel limited more by their own ideas than by the product.

The end-user experience is another point that surfaced. Reviewers say custom pages can be built to look like the rest of Workday, with their own built-in logic, so employees are not pushed into a separate tool. For teams rolling out internal apps, that familiarity seems to make new applications easier for people to pick up.

Reviewers also describe getting started quickly. A few call the initial setup easy and simple, and others say custom applications can be created rapidly. One reviewer adds that community solutions help them get answers fast, which is useful for teams still finding their feet with Extend development.

While Workday Extend offers meaningful flexibility, some reviewers note that UI and UX options can feel limited compared to fully custom-built applications. Users describe being able to build functional solutions, but the visual design and interaction patterns may not always match the exact look and feel they envision. That said, the trade-off of native Workday integration and security often outweighs the design constraints for most use cases.

Across many G2 reviews, I also noticed that getting the most out of Extend requires some developer skill or familiarity with the platform's building blocks. While the AI Developer feature helps simplify the process, more complex applications may still demand configuration expertise. Organizations that invest in training or partner with experienced consultants tend to get stronger results.

Taken together, Workday Extend is a compelling option for enterprises that want to extend the Workday platform to meet unique business requirements without introducing external tools or security risks. It delivers the most value for organizations that need custom workflows, interfaces, or business processes tightly integrated with their existing Workday data and governance model.

What I dislike about Workday Extend:

• G2 reviewers mention that UI and UX customization options can feel limited compared to fully custom-built applications, though the native Workday integration often outweighs the design constraints.
• Some G2 users note that building more complex applications may require developer skill or platform expertise, though the AI Developer feature helps simplify common use cases.

What G2 users dislike about Workday Extend:

"Workday Extend can be inflexible at times with UI/UX options. Nothing prevents building a functional application, but it might not look exactly how we want it to."

- Workday Extend review, Sean K.

8. Apify: Best for web scraping and data extraction at scale

G2 rating: 4.7/5

The first thing that drew my attention to Apify is its Actor marketplace. Users describe a library of pre-built scrapers and automation tools covering everything from social media data extraction to e-commerce monitoring, job board scraping, and lead generation. Instead of building scrapers from scratch, teams can deploy a ready-made Actor and start collecting data within minutes.

Another theme I noticed is how users describe Apify's scraping infrastructure as reliable and well-maintained. Reviewers mention built-in proxy management, automatic retries, and structured data output that reduce the operational burden of running scrapers at scale. For teams that depend on consistent data pipelines, this infrastructure reliability is critical.

I've also come across strong praise for Apify's MCP and AI-agent integration. Users running agentic workflows describe giving their AI coding tools a single API key that allows the agent to discover, configure, and run Actors autonomously. This integration means teams building AI-powered data pipelines can use Apify as the data collection layer without manual intervention, which is a significant advantage for automation-focused workflows.

The marketplace model itself is another strength. Beyond Apify's own Actors, a community of developers maintains and publishes scrapers for specific platforms and use cases. This ecosystem means that even niche data sources often have an existing solution, and users can evaluate community Actors before committing to building something custom.

Apify's pay-per-use pricing model also earns positive mentions. Instead of committing to a flat subscription regardless of usage, teams pay based on actual compute consumption. For workflows with variable or seasonal data needs, this flexibility helps control costs more precisely than fixed-tier pricing.

Lastly, scheduling is another standout in reviews. Reviewers describe setting a job up once and letting it run on a schedule, so recurring data collection, like weekly research or price tracking, no longer depends on someone remembering to do it. A few also mention that failures are flagged with clear details, which helps teams catch problems before they quietly corrupt downstream data.

While Apify's pay-per-use model offers flexibility, some G2 reviewers mention that predicting the exact cost of complex or large-scale runs can be challenging. Since billing is based on compute units, memory allocation, and proxy usage, teams running intensive scraping jobs may find it difficult to estimate costs ahead of time. However, many users also note that the platform provides usage monitoring tools that help set spend caps and track consumption.

Notable patterns in G2 reviews also point to a learning curve when building custom Actors. While pre-built scrapers are described as easy to deploy, creating custom solutions with specific JSON configurations, proxy settings, and dataset storage requires more technical depth. For non-technical users, this ramp-up can feel steep. That said, the documentation and community resources help bridge the gap for teams willing to invest in learning the platform.

Overall, Apify delivers the most value for engineering teams, data analysts, and AI-focused organizations that need reliable, scalable web scraping and data extraction without building infrastructure from scratch. Its Actor marketplace, AI-agent integration, and flexible pricing make it a strong choice for teams that treat web data as a core input to their products and workflows.

What I dislike about Apify:

• G2 reviewers mention that predicting the exact cost of complex or large-scale scraping runs can be challenging due to the compute-unit-based billing model, though usage monitoring tools help set spend caps.
• Some G2 users note that building custom Actors involves a steep learning curve for non-technical users, though the pre-built marketplace covers many common data sources.

What G2 users dislike about Apify:

"Pricing differs quite a lot between actors (pay-per-event, per result, compute units), so estimating the monthly cost takes some effort at first. Some pay-per-event actors also have a minimum charge limit, and if you set your run budget below it the API rejects the run with a 400 error. This wasn't obvious until we checked each actor's pricing details. The free plan is quite limited for some popular actors, so serious use really needs a paid plan. None of these are deal-breakers, though."

- Apify review, Esat B.

9. Leo: Best for AI-powered mechanical engineering workflows

G2 rating: 4.9/5

Leo addresses a problem I had not seen another tool in this category tackle: making decades of accumulated engineering knowledge instantly searchable and actionable. The strongest theme across G2 reviews is how the platform connects directly toCAD files and PLM systems, allowing mechanical engineers to search their organization's internal library using natural language rather than exact part numbers or file names.

Another strength that came through consistently is the quality and traceability of Leo's answers. Unlike general-purpose AI tools, Leo is trained on engineering-specific sources, including standards, textbooks, and datasheets. Users describe getting answers that are backed by citations they can verify, which builds the kind of trust that engineering teams need before relying on AI output for design decisions.

I also noticed that fast onboarding and time savings are recurring themes. Multiple reviewers describe cutting their part search time from hours to minutes, and new engineers becoming productive within days rather than weeks. For organizations where senior engineers spend a significant amount of time answering repetitive knowledge-retrieval questions, this efficiency gain compounds quickly.

Some users mention SOC 2 certification and enterprise-grade security around the PLM data Leo works with. For engineering teams handling proprietary design information, that level of data protection is an important part of the evaluation.

Some users also mention how Leo handles engineering calculations. They describe it working through mechanical problems like stress, thermal, and fluid analysis, and often sharing the Python-based logic behind a result so it is easier to verify. Others say it takes repetitive calculation and search work off their plate, leaving more time for design decisions.

Some users also point to fewer errors and stronger design quality. Reviewers describe catching potential mistakes earlier, with one noting that engineers reduced design mistakes in critical assemblies by drawing on proven calculations and design rules from past projects. Others mention more consistent decision-making across the team, which matters when a single missed detail can be costly.

While Leo connects smoothly with PLM systems once configured, some G2 reviewers note that the initial integration setup requires coordination with IT teams. Connecting internal document repositories, CAD libraries, and PLM environments involves a setup phase that depends on the complexity of the organization's existing infrastructure. That said, reviewers consistently mention that the Leo team provides hands-on support during this process and that the setup goes smoothly once the coordination is in place.

I also noticed a few reviews mentioning that the most powerful features, including direct PLM and PDM integration and private company-wide knowledge bases, are geared toward enterprise-tier pricing. Smaller organizations or individual engineers may find the full feature set out of reach. However, many users also note that for organizations with large volumes of engineering data, the ROI from reduced search time and improved knowledge reuse justifies the investment.

For teams that work with complex assemblies, legacy design data, and engineering standards daily, Leo delivers a specialized experience that general-purpose AI tools simply cannot match. It is especially well suited for mid-market and enterprise mechanical engineering organizations that want to make their institutional knowledge searchable, traceable, and actionable.

What I dislike about Leo:

• G2 reviewers mention that integrating Leo with internal document repositories and PLM systems requires coordination with IT, though the Leo team provides hands-on support throughout the setup process.
• Some G2 users note that the most advanced features, including direct PLM integration and private knowledge bases, are geared toward enterprise pricing tiers, which may be out of reach for smaller organizations.

What G2 users dislike about Leo:

"Getting the integration set up with our internal document repositories took a bit of coordination with IT. It was handled smoothly by the Leo team, but it is worth knowing that it requires that initial step."

- Leo review, Yuval F.

10. Phygital Plus: Best for multi-model AI content creation in one workspace

G2 rating: 4.6/5

What I found most compelling about Phygital Plus is how it brings multiple AI generation models into a single, unified workspace. Users describe having access to image generators, video creation tools, voice synthesis, and text models all in one place, which eliminates the need to jump between separate subscriptions and interfaces for different creative tasks.

The node-based workflow interface is another theme that earns consistent praise. Users describe a visual canvas, similar to Figma, where they can chain different AI tools together in a pipeline. For example, a user might refine a prompt with a text model, generate an image with one AI, then turn that image into a video with another, all connected visually within the same project. This approach makes complex multi-step creative workflows feel organized and reproducible.

I also noticed that the platform's Figma-like interface helps lower the barrier to entry for designers and creatives who are already familiar with visual workspace tools. Reviewers describe the learning curve as manageable, and several mention that the interface felt intuitive from the start. For users transitioning from traditional design workflows to AI-assisted content creation, this familiarity reduces friction.

Affordability compared to subscribing to multiple individual AI tools is another positive that comes up frequently. Users describe the platform's pricing as competitive, particularly since it consolidates access to many AI models under a single subscription rather than requiring separate payments for each tool.

The platform also supports multi-channel output, with users creating content for social media, marketing campaigns, product visualization, and video production from the same workspace. The ability to go from concept to final deliverable without switching tools is a workflow advantage that multiple reviewers highlight.

Time savings are another theme I noticed. Some reviewers describe tasks that once took hours, like retouching photos or producing product videos, now taking a fraction of the time, while others point to fast generation and less back-and-forth between separate tools. For creative teams working against tight timelines, that speed adds up quickly.

While Phygital Plus offers access to a wide range of AI models, some G2 users note that credit costs can add up quickly for resource-intensive tasks, particularly video generation. Users working on video-heavy projects may need to plan their credit usage carefully or budget for additional credits beyond the base subscription. That said, for image-focused workflows, the included credits are often described as generous and sufficient.

I also noticed a few reviewers mention that the node-based interface, while powerful, can feel cluttered or unfamiliar during the first few days of use. Users coming from simpler, prompt-and-generate tools may need a short adjustment period to get comfortable with connecting nodes and managing multi-step pipelines. However, most reviewers describe this as a brief ramp-up that pays off quickly once the workflow becomes familiar.

At the end of the day, Phygital Plus is a strong fit for designers, content creators, and marketing teams that want to consolidate multiple AI generation tools into one visual workspace. Its node-based pipeline approach and multi-model access make it particularly compelling for teams producing diverse creative assets across image, video, and text at scale.

What I dislike about Phygital Plus:

• G2 reviewers mention that credit costs for resource-intensive tasks, particularly video generation, can add up quickly beyond the base subscription.
• Some G2 users note that the node-based interface can feel cluttered during the first few days, though most find the workflow intuitive after a short adjustment period.

What G2 users dislike about Phygital Plus:

"I think it could be improved by adding more features for translating images into 3D, especially with materials, because right now 3D objects are just blanks. I would like them to have material. Also, working with sound could be better: I would like more variations in voice generation and the ability to add different musical compositions, generate music based on some reference."

- Phygital Plus review, Tatiana M.

Best emerging AI software: Frequently Asked Questions (FAQs)

Still have questions about the best emerging AI software? G2 has the answers.

Q1. Which emerging AI software platforms are most trusted by engineering leaders based on user reviews?

Among the tools on this list, Coder and Leo stand out for earning strong trust from engineering-focused teams. Coder is widely adopted by platform engineering and DevOps leaders who value its self-hosted, infrastructure-as-code approach to managing secure development environments at scale. Leo has built credibility with mechanical engineering leaders specifically, thanks to its CAD and PLM-aware search that delivers cited, traceable answers rather than generic AI output. Algolia also earns consistent praise from engineering teams for its speed, reliability, and developer-friendly documentation, making it a trusted layer in production search infrastructure.

Q2. What is the highest-rated emerging AI software for teams building AI-first product features?

Among the tools on this list built for AI-first product work, Apify is the highest rated at 4.7/5 on G2, followed by Algolia at 4.5/5 and Coder at 4.3/5. Algolia brings AI-powered search, recommendations, and dynamic re-ranking into customer-facing product experiences with minimal latency. Apify supports AI-first development by providing structured web data pipelines that feed into AI agents, LLM workflows, and enrichment layers through its API and MCP integration. Coder enables teams to build and test AI-powered features inside secure, reproducible cloud development environments. The right choice depends on whether the priority is customer-facing intelligence, data infrastructure for AI models, or secure development environments.

Q3. Which emerging AI software tools provide transparent cost breakdowns and rate-limiting controls?

Cost transparency is a recurring theme in G2 reviews across several tools on this list. Apify operates on a pay-per-result model with per-call spend caps that let teams set hard limits before a run executes. Blotato AI offers flat monthly pricing with clear account-level limits on scheduled posts and connected accounts, making costs predictable for social media automation. Algolia provides usage-based pricing tied to search requests and records, though reviewers note that costs can scale quickly at higher volumes. For tools where pricing is quote-based, such as Leo and Workday Extend, teams may want to request detailed breakdowns during the evaluation process.

Q4. What should I look for when evaluating emerging AI software for detailed documentation and community examples?

Strong documentation can significantly reduce onboarding time and ongoing troubleshooting effort. Among the tools on this list, Algolia is frequently praised for its clear, well-structured documentation and pre-built frontend components that help developers get a working prototype running quickly. Coder offers thorough reference-style documentation alongside example templates, though some reviewers note that edge cases could benefit from more practical examples. Apify provides solid documentation for its API and Actor marketplace. For platforms like Meshy and Red Panda, which serve more creative workflows, the documentation tends to focus on prompt guidance and export options rather than deep technical references.

Q5. Which emerging AI software platforms aggregate multiple AI models like ChatGPT, Claude, image, and voice generation APIs?

Phygital Plus is the clearest example on this list of a multi-model AI aggregator. It brings together image generation, video generation, voice synthesis, and text models into a single node-based workspace, allowing users to chain different AI tools within one project without switching platforms. Blotato AI also integrates with AI models for content generation and connects to external AI workflows through its API and MCP server, though its focus is specifically on social media content rather than general-purpose AI aggregation.

Q6. Which emerging AI software tools include image and video generation for content creation?

Several tools on this list support visual content generation, each with a different focus. Meshy specializes in AI-powered 3D model generation, turning text prompts and reference images into textured, export-ready 3D assets for game development and prototyping. Red Panda focuses on text-to-image generation with standout capabilities in text rendering within images and SVG vector export. Phygital Plus combines image and video generation across multiple AI models in a single workspace, supporting workflows that chain prompt refinement, image creation, and video output together. Blotato AI also supports AI-generated images as part of its social media scheduling workflow, though its primary strength is in content distribution.

Q7. How do I assess API stability in emerging AI software when model providers push breaking changes?

API stability matters most for teams building automated workflows that depend on consistent outputs. Among the tools on this list, Apify handles this well by abstracting away the complexity of upstream changes through its Actor marketplace, where maintainers update scrapers when target websites change. Algolia maintains a stable, well-documented REST API with versioned endpoints and strong backward compatibility. Coder uses Terraform as its infrastructure layer, which provides version-controlled templates that teams can update and roll back as needed. For AI generation tools like Meshy and Red Panda, reviewers recommend building in iteration buffers and testing outputs regularly.

Q8. Which emerging AI software platforms support custom model fine-tuning for domain-specific tasks?

Purpose-built domain specialization is where Leo stands out on this list. It uses a Large Mechanical Model trained on over a million engineering-specific sources, making it deeply specialized for mechanical engineering rather than relying on generic LLM output. Workday Extend takes a different approach by enabling organizations to build custom applications within the Workday platform that leverage existing Workday data and security models. For teams that need fine-tuning in the traditional machine learning sense, it is worth confirming directly with vendors whether their platform supports that level of customization.

Q9. How can I avoid vendor lock-in when choosing emerging AI software that supports multiple model providers?

Vendor lock-in risk depends on how tightly a platform ties your workflows to a single provider's infrastructure. Phygital Plus reduces this risk by aggregating multiple AI models from different providers into one workspace, so teams can switch between models without rebuilding their pipeline. Coder addresses lock-in at the infrastructure level by being cloud-agnostic and self-hosted. Apify mitigates lock-in through its open Actor marketplace and standard API. For platforms like Algolia and Blotato AI, evaluating data export options and API portability during the trial phase helps ensure a transition path exists if needs change.

Q10. Which emerging AI software platforms offer affordable free API tiers for proof-of-concept prototyping?

Several platforms on this list offer accessible entry points for testing before committing to a paid plan. Red Panda stands out as a free image generation tool with no watermarks and HD-quality downloads, making it one of the most accessible options for quick prototyping, though you will need to create an account to generate your own images. Apify provides a monthly free usage credit that lets teams test different Actors and API workflows without upfront cost. Coder is open source and can be self-hosted at no licensing cost for its community edition. Algolia offers a free tier covering a limited number of search requests per month, which is sufficient for proof-of-concept testing on smaller datasets.

Don't chase the hype, chase the data

At the end of all this, it is clear that there is no single winner among the best emerging AI tools. The right choice depends entirely on the workflow you are trying to improve. A game developer evaluating 3D asset generation has fundamentally different needs from a platform engineer standardizing development environments or a mechanical engineer trying to make decades of CAD data searchable.

What I noticed across all 10 emerging AI solutions is that the strongest ones share a common pattern: they apply AI to solve a specific, well-defined problem rather than trying to be everything to everyone. The tools that earn the most consistent praise in G2 reviews are the ones that deliver clear time savings, reduce manual effort, and integrate into the workflows teams already rely on.

I have also noticed that AI-agent integration is becoming a meaningful differentiator. Tools that support MCP connections, API-first architectures, and autonomous discovery by AI coding agents are positioning themselves well for the next wave of automated workflows. This is a trend worth watching as teams increasingly build AI pipelines that connect multiple specialized tools together.

For teams evaluating emerging AI software, I would recommend starting with the specific workflow bottleneck you want to solve, then evaluating how well each tool addresses that problem based on verified user feedback. The G2 reviews surfaced in this article offer a practical starting point for understanding how these tools perform in real-world conditions rather than just in demo environments.

Looking for a broader view of the generative AI landscape? We've compiled a list of the best generative AI tools on G2 for easy comparison based on your needs.