The acquisition of a technological preview build for the BeamNG.drive simulation software provides users with an early, often free, experience of the core physics and vehicle dynamics engine. This pre-release version allows potential purchasers to assess the game’s core mechanics before committing to a full purchase. Such a preliminary version commonly features a limited selection of vehicles and environments, showcasing the fundamental capabilities of the simulation.
The benefit of accessing this preliminary offering lies in its ability to demonstrate the unique soft-body physics engine that underpins BeamNG.drive. This engine is responsible for the realistic deformation and damage modeling, a key selling point of the software. Historically, providing such previews has served as a successful strategy for indie developers to generate interest and gather community feedback, ultimately influencing the development of the full game. It’s a demonstration of commitment to transparency and user engagement.
The following sections will delve into the specific considerations surrounding obtaining, installing, and utilizing these technology demonstration versions, including potential compatibility issues, resource requirements, and appropriate expectations for functionality and content. Furthermore, the ethical and legal implications of acquiring such software will be discussed.
1. Legitimate source verification
Acquiring a “beamng drive tech demo download” necessitates rigorous verification of the download source. This stems from the inherent risk of obtaining software from unverified origins. A compromised file, disguised as the technology demonstration, can introduce malware, adware, or other harmful software to a user’s system. The official BeamNG.drive website or authorized distribution partners constitute legitimate sources. Downloads from unofficial forums, file-sharing sites, or torrents are almost invariably associated with heightened security risks. An example of the consequence of neglecting source verification is the potential for ransomware infection, which could encrypt a user’s personal files, demanding payment for decryption. Therefore, ensuring the download originates from a trusted source is paramount.
The process of verification involves several steps. Users should scrutinize the website URL, ensuring it matches the official domain. Security certificates, indicated by a padlock icon in the browser address bar, provide an additional layer of assurance. Scanning the downloaded file with a reputable antivirus program before execution is also a prudent measure. Failure to adhere to these verification procedures can result in significant system compromise, potentially requiring a complete system reinstallation and data loss. A practical example of this risk is the propagation of keyloggers, software that records keystrokes, potentially capturing sensitive information such as passwords and financial details.
In summary, legitimate source verification is not merely a recommended practice but a fundamental requirement when obtaining a “beamng drive tech demo download.” The potential consequences of neglecting this step far outweigh the minor inconvenience of conducting thorough source validation. By adhering to established security protocols, users can significantly mitigate the risk of malware infection and safeguard their systems and personal data. The integrity and safety of the software, and the user’s system, hinges on diligent source verification.
2. System requirements match
Ensuring compatibility between system specifications and the required hardware and software for a “beamng drive tech demo download” is paramount for optimal performance and functionality. Failure to meet the minimum requirements often results in degraded performance, instability, or outright inability to run the software.
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CPU Processing Power
The central processing unit (CPU) executes instructions within the software. Insufficient processing power leads to frame rate drops and stuttering, rendering the simulation unresponsive. For example, a tech demo requiring a quad-core processor will likely experience severe performance issues on a dual-core system. This directly impacts the realism of the physics simulation, negating the value of the demonstration.
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Graphics Processing Unit (GPU) Capability
The graphics card renders the visual elements of the simulation, including vehicle models, environments, and effects. A substandard GPU results in low-resolution textures, simplified models, and reduced visual fidelity. The technology preview, designed to showcase the visual capabilities of the engine, is effectively nullified if the user’s GPU cannot render these features adequately. An integrated graphics solution, for example, is unlikely to provide a satisfactory experience.
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Random Access Memory (RAM) Capacity
RAM serves as temporary storage for data actively used by the simulation. Insufficient RAM results in frequent disk access, leading to loading delays and performance bottlenecks. The technology demonstration, intended to provide a smooth and immersive experience, suffers greatly from low RAM. For instance, a system with 4GB of RAM may struggle to load large environment assets, leading to significant stuttering and decreased responsiveness.
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Operating System Compatibility
The operating system (OS) provides the foundation for the software to run. An incompatible OS may prevent the technology demonstration from launching altogether or introduce unforeseen stability issues. The technology preview, developed for specific operating systems, is often incompatible with older or unsupported versions. This can lead to crashes, errors, and other unpredictable behavior, frustrating the user experience.
Therefore, verifying that system specifications meet or exceed the recommended requirements for the “beamng drive tech demo download” is a crucial step in ensuring a positive and representative experience. Disregarding these requirements undermines the purpose of the demonstration, as it fails to accurately portray the capabilities and potential of the full BeamNG.drive simulation.
3. Content limitations expected
Technological previews, including those related to a “beamng drive tech demo download”, inherently possess restricted content compared to the full commercial release. These restrictions serve specific purposes related to development, marketing, and resource management.
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Vehicle Roster
The number of available vehicles is typically reduced in a technology demonstration. Only a small selection of cars, trucks, or other vehicle types is included to showcase the core physics engine capabilities. A full release might offer hundreds of vehicles, while a technology demonstration is more likely to feature just a handful. This deliberate limitation helps to control file size and concentrate user feedback on specific assets.
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Environment Selection
Similarly, the environment options are often limited in scope and quantity. A complete game may include numerous detailed maps and terrains, whereas the technology demonstration might only offer one or two representative environments. This restriction helps to manage development costs and allows developers to focus on optimizing specific environment assets for performance and visual fidelity. It also limits the total amount of hard drive space needed for the download.
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Gameplay Modes
Gameplay modes in a technology demonstration are often stripped down to the bare essentials. Career modes, multiplayer options, or extensive customization features are generally omitted. The emphasis is on demonstrating the fundamental vehicle physics and damage modeling, rather than providing a complete and feature-rich gameplay experience. A user should expect basic free-roam or time trial modes, but not fully fleshed-out game modes.
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Feature Set
The feature set available in the “beamng drive tech demo download” will invariably be curtailed. Advanced tuning options, detailed damage customization, or extensive modding support are unlikely to be included. The demonstration’s primary goal is to provide a proof-of-concept, not to provide the comprehensive feature-richness of the final product. Such limitations also prevent the demonstration from becoming a fully-featured alternative to the purchased software, protecting the commercial product.
These content limitations are a deliberate aspect of the “beamng drive tech demo download”. They allow developers to control resource allocation, focus user feedback, and protect the commercial value of the full BeamNG.drive release. Understanding these constraints is crucial for establishing realistic expectations when engaging with the technology preview. Expecting anything more than a glimpse into the core mechanics would misrepresent the nature and purpose of such a technological sample.
4. Driver compatibility essential
Driver compatibility is a fundamental prerequisite for the successful execution of a “beamng drive tech demo download.” The tech demo, showcasing advanced physics and rendering capabilities, relies heavily on the graphics processing unit (GPU) for its visual output. Incompatible or outdated graphics drivers can lead to a cascade of issues, ranging from minor graphical glitches to complete system instability and software crashes. The GPU driver acts as the intermediary between the operating system, the software, and the graphics hardware. If this communication channel is disrupted due to driver incompatibility, the software is unable to correctly utilize the GPU’s resources, resulting in abnormal behavior. For example, launching the tech demo with an outdated driver might result in a black screen, corrupted textures, or the complete failure of the application to initiate. The necessity of driver compatibility, therefore, is not merely a recommendation but a technical imperative.
The significance of current and compatible drivers extends beyond mere functionality; it directly impacts performance and stability. Game developers, including those responsible for BeamNG.drive, optimize their software for specific driver versions. Newer drivers often incorporate performance enhancements and bug fixes tailored to specific games and hardware configurations. Using a driver that is significantly older than the version for which the tech demo was optimized may negate these improvements, leading to suboptimal performance, even if the game appears to function correctly. In practical terms, this could manifest as lower frame rates, increased stuttering, and reduced visual fidelity, undermining the intended experience of the technology demonstration. Furthermore, newer drivers may include crucial security patches, mitigating vulnerabilities that could be exploited by malicious software.
In conclusion, driver compatibility is inextricably linked to the successful operation of a “beamng drive tech demo download.” Failure to maintain current and compatible drivers can lead to a range of technical issues, from minor graphical anomalies to catastrophic system failures. Verifying driver compatibility, and updating drivers when necessary, is therefore a critical step in ensuring a stable, performant, and secure experience. The integrity and demonstrative capabilities of the tech demo rely heavily on the correct utilization of GPU resources, which, in turn, depends on compatible and up-to-date drivers. Prioritizing driver management is thus essential for anyone seeking to explore the technological features showcased in the demonstration.
5. Physics engine preview
The “beamng drive tech demo download” serves primarily as a “physics engine preview,” offering users a tangible demonstration of the software’s core simulation capabilities. The downloads function hinges on showcasing the realistic vehicle dynamics and deformable physics that define BeamNG.drive. Users can directly observe the engine’s behavior through simulated collisions, vehicle handling, and environmental interactions within a limited scope. The tech demo therefore provides concrete examples of the physics engine in action. For instance, a collision with an obstacle will showcase deformable body physics, a core engine feature.
The physics engine demonstration is critical for prospective buyers. It allows them to assess whether the engine meets their requirements for realism and accuracy. For content creators, this direct preview allows them to evaluate the engine’s capabilities for their own projects, such as creating realistic vehicle simulations or crash tests. A proper understanding of the engine’s potential impacts development decisions related to content creation and utilization. Without the ability to trial, the software’s utility to end users is greatly hampered.
In summary, the “physics engine preview” is an indispensable element of the “beamng drive tech demo download.” It offers a practical, hands-on evaluation of the software’s core capabilities, allowing prospective users to determine its suitability for their needs. The inherent value of demonstrating the physical characteristics of the game, through the “beamng drive tech demo download” means user uptake of the full game is more likely. The relationship underlines the critical role of accessible preview releases in the adoption and utilization of advanced simulation software.
6. Limited support anticipated
The expectation of limited support is a crucial aspect to consider when engaging with a “beamng drive tech demo download.” Technological previews, by their nature, are works in progress and lack the comprehensive support infrastructure associated with fully released software. This limitation impacts user experience and dictates the appropriate expectations for issue resolution and assistance.
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Reduced Documentation
Technology demonstrations frequently lack the extensive documentation provided with full software releases. Users may encounter a scarcity of tutorials, comprehensive guides, or detailed explanations of features and settings. The limited documentation stems from the development phase of the software, where resources are prioritized towards core functionality rather than extensive support materials. Users are often expected to rely on community forums or experimentation to resolve issues, contributing to a self-help ecosystem.
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Minimal Direct Assistance
Direct support channels, such as dedicated customer service teams or one-on-one technical assistance, are typically unavailable for technology demonstrations. Developers may not have the resources to handle individual inquiries, especially given the exploratory nature of the software. Instead, support is often limited to community-based forums or bug reporting systems, where users can share their experiences and potentially receive assistance from developers or other users.
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Delayed Issue Resolution
Bugs and technical issues are expected within a technology demonstration. However, the resolution of these issues may be significantly delayed compared to a full release. Developers may prioritize addressing critical bugs impacting the core functionality or features slated for the final product. Less significant issues may be left unresolved, reflecting the limited resources allocated to the demonstration version.
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Community-Driven Support Focus
Given the limitations of official support channels, the community plays a vital role in providing assistance and troubleshooting advice for “beamng drive tech demo download.” Forums, online communities, and collaborative problem-solving become central to the user experience. This reliance on community support necessitates a proactive approach from users, including participation in discussions, sharing of solutions, and contributing to collective knowledge.
The anticipation of limited support is an essential aspect of engaging with a “beamng drive tech demo download.” This understanding guides user expectations, influences troubleshooting strategies, and highlights the importance of community-driven support. By recognizing these limitations, users can approach the technology demonstration with appropriate preparedness and contribute to a shared knowledge base, enhancing the overall experience for all involved. The emphasis is on autonomous problem-solving and peer-to-peer support.
7. File integrity crucial
File integrity represents a critical factor in ensuring the proper functionality and security of a “beamng drive tech demo download.” Compromised or corrupted files can lead to software malfunctions, system instability, and potential security breaches. The following details explore the facets of this essential consideration.
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Execution Stability
The integrity of executable files directly affects the software’s ability to launch and operate as intended. Corruption within these files can manifest as application crashes, errors during startup, or unpredictable behavior during gameplay. An incomplete or altered executable, even by a single bit, can render the entire “beamng drive tech demo download” unusable, necessitating a fresh download from a verified source.
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Data Consistency
Data files, encompassing textures, models, and configuration settings, are integral to the visual and functional aspects of the technology demonstration. File corruption in these areas can lead to graphical anomalies, incorrect game mechanics, or the failure to load specific content. For example, a damaged texture file might result in distorted or missing visual elements within the game environment, detracting from the intended user experience.
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Archive Validity
The distribution of a “beamng drive tech demo download” frequently involves compressed archives, such as ZIP or RAR files. Ensuring the archive’s integrity is vital to guarantee that all constituent files are extracted correctly. Archive corruption can lead to missing or incomplete files, resulting in the aforementioned issues of execution instability and data inconsistency. Utilizing archive verification tools to confirm file checksums is a recommended practice.
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Security Implications
Compromised files, masquerading as legitimate components of the “beamng drive tech demo download,” can serve as vectors for malware infection. Malicious actors may intentionally alter files within the download to inject viruses, trojans, or other harmful software. Maintaining file integrity through checksum verification and reputable download sources mitigates this security risk, protecting the user’s system from potential harm.
The facets detailed above underscore the vital role of file integrity in ensuring a secure and functional “beamng drive tech demo download.” Verifying file checksums, downloading from trusted sources, and utilizing reputable antivirus software are essential steps in safeguarding against file corruption and potential security threats. Neglecting these precautions can lead to degraded performance, system instability, and, more seriously, malware infection, highlighting the necessity of prioritizing file integrity throughout the download and installation process.
8. Potential security risks
The acquisition of a “beamng drive tech demo download” introduces discernible security risks, originating primarily from the non-commercial nature and distribution methods often associated with such pre-release software. These risks demand careful consideration and proactive mitigation strategies.
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Malware Infestation
Unofficial distribution channels, such as torrent sites and file-sharing platforms, frequently host modified or infected versions of software. A “beamng drive tech demo download” sourced from these locations may contain malware, including viruses, trojans, and spyware. Execution of such a compromised file can result in system compromise, data theft, or unauthorized access to sensitive information. Reputable antivirus software and verifiable sources are imperative to mitigate this risk.
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Code Vulnerabilities
Technology demonstrations, due to their development stage, may contain unpatched code vulnerabilities. Malicious actors can exploit these vulnerabilities to gain unauthorized access to the user’s system or to execute arbitrary code. While developers actively seek and address vulnerabilities, the pre-release nature of a “beamng drive tech demo download” inherently carries a higher risk of exploitable flaws. Regular system updates and caution regarding untrusted file execution are recommended.
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Data Harvesting
Certain modified versions of a “beamng drive tech demo download” may include hidden code designed to harvest user data, such as system specifications, browsing history, or even personal information. This data can then be transmitted to third parties without the user’s knowledge or consent. Monitoring network activity and reviewing software permissions can help detect and prevent such illicit data collection. Scrutinizing the downloaded file before installing it can prevent data harvesting.
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Phishing and Social Engineering
The availability of a “beamng drive tech demo download” can be leveraged in phishing scams. Attackers may create fake websites or emails offering the download, enticing users to provide personal information or download malicious files. Verifying the legitimacy of download sources and exercising caution when responding to unsolicited communications are crucial in preventing phishing attacks. The legitimate sources guarantees the game’s authenticity.
These potential security risks underscore the importance of exercising caution and adopting proactive security measures when acquiring a “beamng drive tech demo download.” Verifying the legitimacy of the source, employing reputable antivirus software, and maintaining vigilance against phishing attempts are essential strategies for mitigating these threats. The use of checksum to verify the validity of files prior installation greatly reduces the risk of system compromise.
9. Community feedback purpose
The distribution of a “beamng drive tech demo download” is inextricably linked to the purpose of gathering community feedback. This feedback loop is integral to the iterative development process, influencing design decisions, bug fixes, and performance optimizations.
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Bug Identification and Reporting
Community members, acting as early adopters, frequently encounter software bugs that may evade internal testing procedures. The “beamng drive tech demo download” serves as a platform for identifying and reporting these issues. Structured bug reports, detailing replication steps and system configurations, provide valuable insights for developers, enabling targeted fixes and improved software stability. An example of user feedback could be identifying a collision error when two cars are involved in accident, this bug can be reported with steps on how user achieved this error.
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Performance Optimization
Community feedback regarding performance benchmarks across a diverse range of hardware configurations provides critical data for optimization efforts. Users can report frame rates, loading times, and other performance metrics, enabling developers to identify areas where the software may be inefficient or resource-intensive. This crowdsourced data facilitates targeted optimization strategies, ensuring broader compatibility and improved user experience. For example, users reporting low frame rates on specific hardware configurations can prompt developers to investigate driver compatibility issues or optimize rendering techniques.
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Usability Assessment
The “beamng drive tech demo download” offers an opportunity to assess the usability and intuitiveness of the software’s interface and core mechanics. Community feedback regarding ease of use, clarity of instructions, and overall user experience informs design decisions and ensures that the final product is accessible and engaging for a wide audience. For example, user feedback regarding confusing menu layouts or unintuitive controls can prompt developers to revise the user interface for improved clarity and efficiency.
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Feature Prioritization
Community feedback can significantly influence the prioritization of features and content for the full release. By soliciting user preferences and suggestions, developers can gain insights into the most desired additions and improvements. This iterative process ensures that development efforts are aligned with community expectations, maximizing user satisfaction and driving adoption. Positive response on some physics behaviour for example, ensures that developers stick with it and evolve further. This is crucial aspect on how community feedback affects development.
The collection and analysis of community feedback derived from the “beamng drive tech demo download” is therefore a crucial step in the development lifecycle. This feedback loop directly impacts the quality, performance, and usability of the final product, ensuring that the software meets the needs and expectations of its target audience. The symbiotic relationship underscores the importance of accessible preview releases in the iterative development of simulation software.
Frequently Asked Questions Regarding the Technological Preview
The following addresses common queries and concerns pertaining to obtaining and utilizing the BeamNG.drive technology demonstration.
Question 1: What constitutes a legitimate source for the BeamNG.drive tech demo download?
A legitimate source is defined as the official BeamNG.drive website or authorized distribution partners. Downloads from unofficial forums, file-sharing sites, or torrents present a significant security risk and are strongly discouraged.
Question 2: Are the system requirements for the tech demo identical to those of the full game?
While the core requirements are similar, the tech demo may have slightly lower minimum specifications due to its limited content and features. However, meeting or exceeding the recommended specifications is advisable for optimal performance.
Question 3: What specific content limitations can be expected in the technology demonstration?
Content limitations typically include a reduced selection of vehicles and environments, simplified gameplay modes, and a restricted feature set compared to the full BeamNG.drive release. The emphasis is on showcasing the core physics engine, not providing a complete gameplay experience.
Question 4: How critical is driver compatibility for a stable experience with the tech demo?
Driver compatibility is essential for stable performance. Outdated or incompatible graphics drivers can lead to graphical glitches, system instability, or complete software crashes. Maintaining up-to-date drivers from the GPU manufacturer is highly recommended.
Question 5: What level of technical support is provided for the technology demonstration version?
Technical support for the technology demonstration is typically limited. Users are primarily directed to community forums or bug reporting systems for assistance. Direct support from the developers may be minimal or unavailable.
Question 6: What security precautions should be taken before and after downloading the tech demo?
Prior to downloading, ensure the source is legitimate and scan the downloaded file with a reputable antivirus program. After installation, monitor system performance for any signs of unusual activity and maintain up-to-date security software.
In summary, obtaining the BeamNG.drive technology demonstration requires adherence to established security protocols, awareness of inherent limitations, and an understanding of the intended purpose: providing community feedback to inform the ongoing development process.
The subsequent section will address advanced troubleshooting steps and potential compatibility solutions for the technology demonstration.
Optimizing the BeamNG.drive Technological Preview Experience
The following constitutes a series of recommendations designed to maximize the utility and minimize potential issues associated with the BeamNG.drive technology demonstration. Adherence to these guidelines contributes to a more stable and representative experience.
Tip 1: Verify Download Source Integrity: Before initiating the “beamng drive tech demo download,” rigorously confirm the source’s legitimacy. Utilize the official BeamNG.drive website or recognized distribution partners exclusively. Third-party websites present heightened security risks and are strongly discouraged. File corruption often happens with third-party app.
Tip 2: Pre-Installation System Assessment: Before commencing the “beamng drive tech demo download” ensure system specifications align with the minimum and recommended requirements. Insufficient processing power, inadequate graphics capabilities, or insufficient memory will result in a degraded and unrepresentative experience. Verify operating system compatibility.
Tip 3: Prioritize Driver Updates: Before executing the “beamng drive tech demo download” acquire and install the latest graphics drivers from the GPU vendor’s official website. Outdated drivers are a common source of instability and performance issues. Performance and security benefit from a driver update.
Tip 4: Moderate Graphics Settings: Upon initial execution of the “beamng drive tech demo download,” implement a measured approach to graphics settings. Begin with lower configurations and incrementally increase settings to identify the optimal balance between visual fidelity and performance. Avoid exceeding system capabilities.
Tip 5: Implement Regular System Scans: Following installation of the “beamng drive tech demo download” execute routine system scans utilizing reputable antivirus software. This proactive measure aids in the detection and removal of any potential malware that may have inadvertently been introduced. It is more important than the other tips here.
Tip 6: Engage Community Forums: Actively participate in the BeamNG.drive community forums to seek assistance, share experiences, and contribute to the collective knowledge base. These forums often contain solutions to common issues and valuable troubleshooting advice.
Consistent application of these recommendations fosters a more stable, secure, and representative experience with the BeamNG.drive technological preview, facilitating a more informed assessment of the software’s capabilities. Therefore these tips are effective for users of “beamng drive tech demo download”
The succeeding section provides a conclusion summarizing the critical considerations and benefits associated with engaging with the BeamNG.drive technology demonstration.
Conclusion
The exploration of obtaining and utilizing a “beamng drive tech demo download” reveals a multifaceted process requiring careful consideration. Key aspects include verifying source legitimacy, assessing system compatibility, understanding content limitations, ensuring driver compatibility, and recognizing the role of community feedback. Adherence to recommended security practices remains paramount to mitigate potential risks associated with pre-release software. The user needs to carefully handle every step of acquiring the game prior to installing it.
Engaging with the technology demonstration offers prospective users a valuable opportunity to assess the core physics engine and overall capabilities of BeamNG.drive. By actively participating in the feedback loop, users contribute to the ongoing development process, shaping the future direction of the software. Responsible acquisition and informed utilization are essential for a productive and secure experience. Taking a part on the feedback, means user also influences the development cycle of the game.
