Since we began working on Inclick in November 2025, one of the questions that has accompanied the project most closely has been how to build an academic preparation experience that truly adapts to the way people study. At first, the challenge seemed to be mainly about bringing courses, simulators, tools, content and support together inside one platform. As Inclick began operating, that vision evolved. We discovered that the real challenge is not only to offer better materials, but to make every part of the experience make sense together and help students make better decisions during their preparation.
The alpha began in February 2026, the beta arrived in April, the first web and Android releases took place in May, and the iOS application was added during July. More than 9,800 users participated across the beta and release stages over approximately forty days, allowing us to put Inclick in front of real preparation contexts and better understand which parts of the experience needed to evolve. Rather than treating that first generation as a finished version, we understood it as a necessary stage for checking what worked, what needed to be simplified and, above all, what had to change to build a much more useful platform.
The conclusion we reached was relatively clear: the next update could not consist only of changing the interface and adding new features. We needed to rethink Inclick’s complete logic. The relationship among courses, simulators, artificial intelligence, reinforcement, academic goals, progress and subscription had to become much deeper. Each of those pieces could already create value on its own, but we wanted them to begin working as parts of one system rather than as independent tools inside a menu.
That is the starting point for Inclick 2.0, the most important update we have built since the platform was born. The new generation will include a complete redesign of web and mobile, a new architecture for courses and content, a reconstruction of the simulators, an integrated reinforcement system, the arrival of Inclick Adaptive Learning, Leuks Ascend 0.4, a deep evolution of Inclick Pro toward a goal-oriented experience and a new line of educational experiences that will begin with Inclick Polaris.
All of it will be connected by one approach: Without Limits.
Without Limits as a product approach
Without Limits represents a preparation route that can evolve with the student.
Without Limits will be one of the central ideas in Inclick’s new communication, but for us it is not merely a campaign or a new way to present the platform visually. It is, above all, a product approach. It defines how we want to think about learning inside Inclick 2.0 and how we want its different tools to relate to the student.
During our first generation, as happens with many educational platforms, the experience was built around a relatively traditional structure. The student entered a subject, moved through modules, studied specific content and could later complete exercises or simulators. That structure still has value and will continue to exist, but we learned that it does not always reflect the way a person needs to prepare. Two students taking the same exam may be in completely different situations, and a platform that presents them with exactly the same route may end up being useful for one and inefficient for the other.
Without Limits begins with that difference. It means the experience must have enough flexibility to adapt to different rhythms, needs and goals. A student who has mastered a topic should not be forced to spend the same amount of time on it as someone who is just beginning. A person who has persistent difficulties in one subject should be able to receive a different route from someone who has already consolidated that area. In the same way, an error inside a simulator should not remain isolated on a results screen; it should have consequences for what the platform recommends next.
The approach also means connecting more effectively everything that already exists inside Inclick. We want a course to be able to respond to a result, a simulator to modify a preparation route, Leuks to understand what the student was doing when a difficulty appeared and Inclick Pro to use all that context to offer much more complete guidance. The platform therefore stops thinking only about what content to show and begins asking what could help most at that specific moment.
That is why Without Limits does not mean removing structure. It means building a structure intelligent enough to evolve with the student. Nor does it mean making technology take every decision; it means using technology to reduce uncertainty, make orientation easier and offer a more relevant experience. We want studying inside Inclick to feel less and less like following a fixed sequence and more and more like moving through a preparation that recognises context.
From a preparation platform to a connected system
Courses, practice, assessment and guidance become one connected preparation system.
The most important change in Inclick 2.0 will not necessarily be the number of new features that appear, but the relationship among all of them. The first generation allowed us to build the platform’s main pieces; the next one aims to make those pieces truly work together.
Until now, a student could enter a course, finish a lesson, move to a simulator, review a result and then consult other tools relatively independently. Each action had value, but the responsibility for connecting everything fell largely on the user. They had to decide what to study after a poor result, interpret which subject needed more attention and determine whether to keep practising or return to an explanation.
With Inclick 2.0 we want to reduce that fragmentation. A simulator will be able to influence the system’s recommendations. A recommendation may lead directly to relevant content. That content may be integrated into a reinforcement route and, once completed, a new activity may check whether improvement actually occurred. If the difficulty disappears, the platform can change its priorities; if it continues, it can adjust the route again.
This changes the nature of the experience. Instead of having functions that live separately, we are beginning to build learning cycles. The user studies, practises, is assessed, identifies areas for improvement, reinforces and checks again. Each part of that process has a clear role and can feed the next one.
The intention is for Inclick to gradually stop behaving like a collection of educational tools and begin functioning as a real preparation system. A system in which the student’s academic goal acts as a reference and every activity can contribute something to the next stage.
Inclick Adaptive Learning
Adaptive Learning changes priorities as the student’s preparation evolves.
One of the technological foundations of this new architecture will be Inclick Adaptive Learning, our adaptive learning system. Its objective is relatively simple to explain, although much more complex to build: we want Inclick to progressively modify the experience according to how each student advances.
When a person learns, their situation changes constantly. A topic that was difficult at the beginning may become a strength weeks later. A subject that seemed mastered may create difficulties again when it appears in a more complex simulator. One skill may improve quickly while another requires more time. For that reason, a route created only once at the beginning of preparation can become outdated too quickly.
Inclick Adaptive Learning seeks to solve precisely that. Instead of thinking in terms of a fixed route, we want to build an experience that can adjust priorities as preparation progresses. If a person consistently demonstrates mastery of a particular piece of content, that topic can receive less weight. If a recurring difficulty appears, the platform can give greater attention to that area. If a new simulator reveals a problem that had not appeared before, the route can be changed again.
Adaptation will not be limited to the order of courses either. We want it to influence different parts of the platform: content recommendations, exercises, reinforcement, simulators, priorities and guidance. The goal is for students not to begin every session by asking from scratch what they should do, but for Inclick to offer a starting point based on their current context.
At the same time, we want to avoid turning personalisation into a closed experience. Students must retain the freedom to explore subjects, take simulators or study content they consider important, even when it is not the system’s main recommendation. Adaptive Learning will function as a layer of guidance, not as a barrier. The platform can suggest a path, but the final decision will continue to belong to the learner.
That combination is fundamental for us. We believe that a good educational platform should not try to replace the student’s autonomy, but give them better tools to exercise it.
Learning from the objective
The student’s goal gives direction to a preparation route that can remain personal.
Another of the most important transformations in Inclick 2.0 will be the way we understand the academic objective. In the first generation, the institution or type of exam mainly served as a way to organise content. In the next one we want that objective to play a much more active role in the experience.
Preparing for UNAM is not exactly the same as preparing for IPN or UAM, and a student involved in an ECOEMS process may need a different kind of support from someone seeking admission to an undergraduate programme. There are differences in structure, content, timing, priorities and study methods. For that reason, the target institution must have real consequences for the way preparation is organised.
But even within the same institution there are important differences. Two people who want to enter the same university may have completely opposite strengths. One may need to work especially on mathematics, while another needs to focus on reading comprehension, chemistry or history. If both receive exactly the same sequence, the platform is ignoring essential information about their needs.
Inclick 2.0 will seek to combine both contexts: the external objective and the individual situation. The institution, admission process and educational level provide a reference; the student’s progress determines how that preparation should adapt.
This logic is especially important for Inclick Pro, because it will make it possible to build an experience much more oriented toward concrete goals. The user will not simply be studying “mathematics” or “Spanish”; they will be working on those areas within a larger strategy that has a defined destination.
What we learned from UNAM, the control exam, ECOEMS, IPN and UAM
The 2026 admission processes were important in reaching this conclusion because they allowed us to observe very different needs up close. In the case of UNAM, for example, it became clear that preparation could not be understood simply as completing a syllabus. Students must organise their time, balance subjects, recognise weak areas, take assessments and understand how their level evolves as the exam approaches.
Figure 1. The UNAM Central Library, reimagined in Inclick’s visual language, represents the concrete institutional context toward which a student directs their preparation.
The 2026 control exam also helped us understand the difference between feeling that progress is being made and being able to demonstrate that progress in a structured assessment. Completing content can create a positive feeling of progress, but a platform needs to help check whether that learning can be used when a concrete question appears. That difference reinforced our decision to change the way Inclick interprets progress.
Based on that experience, one of our principles for 2.0 is that completing content should be part of progress, but not its only measure. We want students to be able to observe how their results evolve, which areas have improved, which difficulties remain and how consistent their performance is over time.
ECOEMS helped us think more deeply about guidance. Students preparing for upper-secondary education are not only facing specific academic content; many are also learning to build more demanding study routines, distribute their time and understand what it means to prepare systematically for an important assessment. For these users, an excessively open platform can become overwhelming even when it has a large amount of available resources.
IPN and UAM also reinforced the importance of building routes that take into account the specific process each student faces. Not every exam is prepared for in the same way, and not all subjects have exactly the same weight within each objective. The next generation of Inclick must recognise those differences without making the experience complicated.
Figure 2. A visual representation of admission routes connected by diagnosis, practice and decision-making: preparation adapts to the student’s objective.
Together, these processes helped us understand that the value of a platform is not found only in the amount of resources it offers. It also lies in its ability to organise those resources in a way that makes sense to the person using them.
A complete redesign of courses and content
Courses and content become flexible components that can be reorganized around context.
Courses will be one of the parts that change most visibly in Inclick 2.0. We are rethinking both the content architecture and the experience of navigation, reading, practice and progress.
The first generation of Inclick needed to build a broad academic foundation. That work will remain important, but now we want to take it into a more flexible structure. New courses will be organised modularly so that the same piece of content can have different functions depending on context.
A student who needs to learn a topic from the beginning will be able to follow a complete explanation, with concepts, examples and progressive practice. Someone who already understands much of that content but has a specific difficulty will be able to go directly to the unit they need to reinforce. This avoids forcing everyone to follow exactly the same path.
We also want to improve continuity between theory and practice. In many digital learning experiences, reading and solving exercises feel like separate activities. Our intention is to integrate them more naturally. An explanation can lead directly to an example, then to a question, and that answer can determine what appears next.
If understanding is present, the student can move forward. If a difficulty appears, the system can offer another explanation, a different example or additional practice. The experience begins to adapt without making the user constantly leave the context in which they are learning.
The redesign of courses will also allow us to work better with Adaptive Learning. Content will stop being only chapters inside a sequential route and can become pieces that Inclick uses to build personalised journeys, reinforcement or specific recommendations.
Simulators rebuilt around learning
A simulator becomes the beginning of the next learning cycle, not its endpoint.
Simulators will be another central area of Inclick 2.0. One of the questions we asked ourselves in recent months was what should really happen when a student finishes an assessment. The traditional answer is simple: show a score, indicate correct and incorrect answers and allow a review.
We believe that is no longer enough.
A simulator can say much more than a grade. It can show areas that need attention, reveal difficulties that did not appear during everyday study and provide a reference for how preparation is evolving. The problem comes when all that information remains on one screen and does not change what happens next.
That is why Inclick 2.0 will rebuild the system around a more complete idea: simulate, detect, reinforce and check.
The simulator will be the starting point of a cycle. After an assessment, the platform can identify which areas need more attention and connect them to specific content. If there is a particular difficulty, the student can receive a reinforcement route; if that route works, a new activity can check the improvement.
In this way, the result stops being the end of an experience and becomes the beginning of the next one.
We want students to understand not only how much they scored, but what that result means within their preparation. They should be able to recognise which areas are improving, which remain stagnant and what kind of work may be most useful before the next simulator.
This turns assessment into a learning tool and not merely a measurement tool.
An integrated reinforcement system
Reinforcement turns a difficulty into a precise action and a new opportunity to improve.
The new reinforcement system will be one of the pieces connecting courses, simulators and Adaptive Learning. Its role will be to transform a difficulty into a concrete action inside the platform.
Until now, when someone receives a poor result in a subject, the most obvious recommendation is often to study it again. However, that response is too general. A subject may contain dozens of topics and the problem may be found in only one of them. In other cases, the student may know the theory but struggle to apply it.
Inclick 2.0 will seek to make reinforcement more precise. Depending on the situation, the response may be a short explanation, a specific unit, a series of exercises or additional practice before assessing again.
The intention is for students not to have to start from zero every time they encounter a difficulty.
This also means reinforcement will have an end. If the platform confirms that the difficulty has been corrected, it can lower that priority and direct attention toward another area. We do not want to turn personalisation into an endless repetition of the same exercises, but into a tool for using available time better.
Reinforcement will therefore be one of the clearest ways in which Without Limits becomes a real experience. The user is not trapped in a fixed route; the system can temporarily divert, resolve a difficulty and then continue.
Leuks Ascend 0.4
Artificial intelligence will also evolve significantly with Leuks Ascend 0.4. This new generation is part of a vision we have maintained since the first versions: Leuks should not simply be a chat window embedded inside an educational platform.
Its real value appears when it can understand the context in which the student is working.
Figure 3. Leuks, with its original icon integrated into Inclick’s visual universe, represents contextual learning assistance rather than a replacement for the student’s work.
Leuks Ascend 0.4 will be more connected to Inclick’s different experiences. We want it to understand which subject the person is studying, which activity they are doing, what their goal is and what kind of difficulty has just appeared. That context makes it possible to offer help that is much more relevant than a generic answer.
If a student gets a question wrong, Leuks can explain the related concept. But if that difficulty appears repeatedly, the intervention may be different. It may be necessary to return to a conceptual foundation, propose another way to understand the problem or connect it to specific content inside the reinforcement system.
The next generation will also seek to make AI less visible as “a separate feature” and more useful as part of Inclick’s general operation. We do not need to place an AI button on every screen for Leuks to matter. A recommendation can be better constructed thanks to Leuks, an explanation can adapt to context and a result can be presented in a more understandable way.
The goal is simple: we do not want to fill Inclick with artificial intelligence; we want Inclick to become progressively more intelligent.
Inclick Pro becomes more than a subscription
Inclick Pro is designed to help students decide what to do next.
One of the most important changes in the update will be the evolution of Inclick Pro. We are rethinking the monetisation model so that it has a much more direct relationship with the value we want to offer students.
Instead of understanding Pro mainly as a version that unlocks more features, we want it to progressively become an integrated goal-oriented preparation guide.
This significantly changes its role inside the platform. Pro will be able to draw on Adaptive Learning, simulators, courses, reinforcement and Leuks to offer a much deeper layer of guidance. The goal will be to help the student understand what to prioritise, how they are progressing and which actions may be most useful within the available time.
The central question of Pro will increasingly be less “what can I unlock?” and more “what should I do now?”.
A student may spend a great deal of time on an area they already master because it feels comfortable, while avoiding another area that needs more attention. They may also take too many simulators without stopping to reinforce the problems that keep appearing. A useful guide should help recognise those situations and organise preparation more effectively.
We want the free experience to remain genuinely useful and allow people to study, practise and get to know Inclick in a real way. Pro will represent an additional level of support, personalisation and guidance. The difference should not feel like a collection of locks, but like the difference between using tools independently and having a system that helps coordinate them around an objective.
This new model also connects directly with Without Limits. The value of Pro will not lie in restricting what a free student can do, but in expanding how far personalisation and support can go.
A new web and mobile experience
Web and mobile become two expressions of the same continuous preparation.
Inclick 2.0 will also bring a complete redesign of the web and mobile application. The next generation seeks to make both experiences feel like parts of the same product, while using each device’s capabilities differently.
A student’s preparation should not be fragmented according to the screen they use. Someone may study from a computer in the afternoon, complete a quick activity on their phone hours later and return to the web the following day. It is all part of the same preparation and the platform should reflect that.
That is why we want context to be continuous. If a user completes a simulator on the web, that activity should have consequences for what they later find on mobile. If they complete reinforcement in the app, the rest of the experience should recognise that progress.
At the same time, we do not want to build two identical interfaces. The web can make better use of long sessions, extended simulators, detailed study and progress visualisation. The mobile application can work especially well for reviews, quick exercises, recommendations, tracking and experiences that use the device’s own capabilities.
Coherence will live in the system, not in copying exactly the same screen.
The new visual universe
Sky, light, depth and stars create a visual language for openness and progress.
The visual redesign will probably be one of the changes people notice most quickly. Inclick 2.0 will introduce a completely renewed graphic language built around sky, light, depth and stars.
The new identity is directly related to Without Limits. The sky represents openness and possibility, while stars work as symbols of orientation, exploration and progress. We want that idea to accompany the experience without becoming excessive decoration.
The interface will continue to prioritise clarity and functionality. The goal is not to fill every section with space elements, but to build a recognisable visual system that can appear at specific moments: progress, navigation, onboarding, states, campaigns and special experiences.
The new language also allows us to build a brand with more personality. Inclick should feel different from a traditional educational platform and have an identity capable of evolving with its new features.
The sky and the stars represent precisely that: a platform with a concrete objective, but a vision of learning that can extend far beyond one screen or one exam.
Inclick Polaris
Polaris connects learning with location, orientation and the world around the student.
One of the first expressions of that expansion will be Inclick Polaris, a new experience related to astronomy. Polaris will begin exploring a different category of educational tools, using the phone’s capabilities to connect learning with the environment around the student.
The idea is to use elements such as location, orientation and time to help identify stars, constellations, planets and other celestial bodies from the user’s position. The purpose is not only to show astronomical information, but to experiment with a more interactive form of learning.
Polaris represents an important question for Inclick’s future: what happens when learning no longer means only reading content inside an interface?
A person can study astronomy through a traditional explanation, but they can also lift their phone, point it toward the sky and discover what they are observing. That interaction turns an academic concept into a much more tangible experience.
Polaris will not replace the core of admission preparation. Its role is to expand the idea of what Inclick can offer and begin exploring a line of educational experiences that make better use of current devices.
The name also has a direct relationship with our new philosophy. Polaris, the North Star, has historically served as a reference for finding one’s way. It does not physically take a person to their destination, but it helps them find direction. That idea summarises much of what we want Inclick to represent.
The platform cannot study for the user or take the exam in their place. But it can help them find their direction more effectively.
A smarter experience without replacing the student
Technology can illuminate possibilities while the student remains the decision-maker.
As Inclick incorporates Adaptive Learning, Leuks Ascend and a more advanced Pro experience, there is one principle we want to keep clearly defined: technology does not replace the effort required to learn.
Preparing for an admission exam requires time, consistency, practice and discipline. No system can completely eliminate that difficulty, and we do not believe it should try.
Inclick’s role is to help that effort have better direction.
If a person has a limited amount of time, we can help identify which areas may require more attention. If a difficulty appears repeatedly, we can prevent it from going unnoticed. If there is improvement, we can make it visible. If a strategy is not working, we can help reconsider it.
That is the kind of intelligence we are interested in building.
Not a platform that tries to decide everything.
A platform that helps people decide better.
Important notice. Inclick is designed to help students prepare for their academic goals in a clearer, more organised and more adaptive way. However, Inclick does not guarantee admission to any institution or a specific result. The outcome depends on multiple factors, including the student’s commitment, available time, consistency and personal work, as well as the conditions and criteria of each admission process.
Without Limits in practice
Study, practice, reinforcement and review become one continuous experience.
When we talk about Without Limits, we mean all these changes acting together. A route that can change when the student changes. A course that can adapt to context instead of existing only as a sequence. A simulator that does not end with a score. A reinforcement system that turns errors into new learning opportunities. Artificial intelligence that better understands the moment in which a difficulty appears. A Pro experience that organises preparation around an objective rather than simply around premium features.
We also mean continuity. Web and mobile stop feeling like separate environments and begin functioning as two expressions of the same preparation. Polaris extends learning beyond traditional formats, and the new visual language of sky and stars connects all these ideas within one shared identity.
Without Limits does not mean studying without structure. It means structure can change when necessary. It does not mean eliminating effort. It means using it more intelligently. Nor does it mean Inclick should decide everything for the student. It means offering greater clarity so the student can decide better.
That is the approach we are using to build the platform’s next generation.
What changes with Inclick 2.0
Inclick 2.0 connects previously separate elements into a more continuous experience.
Inclick 2.0 will be a deep update because it changes the interface, the learning architecture and the way the different components relate to one another at the same time. Adaptive Learning will allow more dynamic routes. New courses can be used more flexibly. Simulators will be connected to a reinforcement system. Leuks Ascend 0.4 will have more context. Inclick Pro will evolve into an integrated guide and Polaris will open a first line of interactive experiences.
The update will also change the way we think about progress. We want to move from a logic centred mainly on completing activities to one in which it is possible to understand better whether real improvement is taking place. One person may finish a great deal of content and still need to reinforce particular skills; another may master a subject before completing every available unit. The system must be flexible enough to recognise those differences.
We also want every action to have greater continuity. If the user studies today, that experience should relate to what they find tomorrow. If they make a mistake, the platform should be able to help them work on it. If they improve, their route should reflect it.
The goal is for Inclick to feel progressively less static.
For it to evolve alongside the person who uses it.
The next generation of Inclick
The new architecture is prepared to integrate new experiences without losing coherence.
Inclick 2.0 represents a new stage because it starts from everything we learned while building the platform, but it is not designed only as a response to what could be improved in the first generation. It is also the foundation we need to continue building forward.
Adaptive Learning will make it possible to create progressively more personalised experiences. Leuks will have deeper academic context. Simulators will be able to offer more useful analysis and reinforcement. Pro can evolve toward much more complete support. Polaris can open new forms of educational interaction, and the new design system will allow all those experiences to become part of one identity.
The intention is to build an architecture prepared to grow. If we incorporate new processes, institutions, formats or tools in the future, we want them to integrate into a common logic rather than simply becoming new sections added to the product.
Every new feature should answer a simple question: how does this help a person learn or prepare better?
If the answer is not clear, we probably do not need that feature.
Learning Without Limits
Learning Without Limits is a broader vision of direction, adaptation and possibility.
Inclick began with a relatively concrete idea: to build a better platform to support admission-exam preparation. Today that idea remains a fundamental part of our work, but our understanding of the problem is much broader.
We know that having courses is not enough. They need to connect with what the student needs.
We know that having simulators is not enough. Their results need to become actions.
We know that adding artificial intelligence is not enough. It needs context.
We know that offering a premium subscription is not enough. There must be a clear reason for that experience to provide greater value.
And we know that a person does not learn in exactly the same way throughout their preparation.
That is why Inclick 2.0 is built around adaptation, continuity and guidance.
We want students to enter the platform and feel that there is a logic behind what they are seeing. That a simulator has consequences. That reinforcement has a purpose. That a recommendation has context. That courses respond to different needs and that Pro can help build a much clearer strategy.
We want the new visual universe to accompany that feeling of progress. The sky, stars and Polaris do not represent a break with our origin, but a way to express where we want to take the platform. Inclick continues to help people pursuing concrete academic goals, but now we want to do so with a much broader vision of what learning can mean.
Without Limits is that approach. A way to build Inclick without assuming there is one route, one way to study or one answer for every student.
The 2.0 update will be our greatest evolution so far, not because it brings together a long list of new features, but because it changes how they all work together. Web and mobile, courses, simulators, reinforcement, Adaptive Learning, Leuks Ascend 0.4, Inclick Pro and Polaris will begin to form one experience.
An experience designed to support better, adapt better and guide better.
A new generation of Inclick.
Learning Without Limits.
References
Dunlosky, J. et al. (2013). Improving Students’ Learning With Effective Learning Techniques. Psychological Science in the Public Interest.
Karpicke, J. D. & Blunt, J. R. (2011). Retrieval practice produces more learning than elaborative studying with concept mapping. Science.
Cepeda, N. J. et al. (2006). Distributed practice in verbal recall tasks: A review and quantitative synthesis. Psychological Bulletin.
UNESCO (2023, updated 2026). Guidance for generative AI in education and research.
CAST (2024). Universal Design for Learning Guidelines, version 3.0.
UNAM DGAE. Admisión a Licenciatura — Concurso 2026.
Instituto Politécnico Nacional. Portal de admisión 2026–2027.
Universidad Autónoma Metropolitana. Admissions portal.
Editorial note: usage figures and product names correspond to internal information provided by the Inclick team; the external references support the principles of learning, accessibility and responsible AI use, but do not guarantee individual outcomes.
