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7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - SoundTrap Studio Remote Recording Feature 1080p High Quality Release - Sept 2024
SoundTrap Studio's September 2024 update, introducing a remote recording feature with 1080p video quality, represents a significant leap forward for podcasters and audio producers. The ability to collaborate remotely in high definition is a game-changer, improving the visual aspect of podcast recording sessions. It's not just about the visual enhancements; SoundTrap continues to provide an extensive sound library and loop collection. This provides podcasters with the kind of production tools previously found in expensive, dedicated studios. The fact that the platform works seamlessly across a multitude of devices, including mobile ones, makes it accessible for creators who need flexibility in their workflows. Moreover, the core design of SoundTrap leans heavily towards collaborative creation, which has become increasingly important in podcasting's evolving landscape. This recent release speaks to the dynamism within the audio production tools sector, particularly as remote work and distributed teams become the norm. It remains to be seen if 1080p is enough for future requirements, as video quality in online video/audio production has consistently improved across all domains.
SoundTrap's new remote recording feature, released in September 2024, is intriguing. It promises a significant shift in collaborative podcasting, enabling creators to work together regardless of location. The reliance on a cloud-based system could be a game-changer, potentially reducing the need for costly and geographically limited studio setups. However, we need to see how it handles potential issues like latency, which can disrupt the flow of a remote session.
The 1080p high-quality video capture is a welcome addition, particularly as video podcasts continue to gain traction. It’s a step towards a more immersive podcasting experience. But whether this truly elevates audience engagement compared to simpler audio-only content remains to be seen.
SoundTrap’s built-in loop library could benefit some users, although 24,000 loops might feel excessive for a niche subset of users and possibly limiting in terms of uniqueness for many podcast production styles. I'm curious about the quality of these pre-made loops and presets. It’s potentially a quick way to inject a little life into recordings, but I wonder how it might impact creative freedom.
SoundTrap's software instrument support and access to a range of audio effects is a standard offering for most DAWs these days. It’s great if it gets aspiring creators into podcast production. However, if the platform primarily functions with a set of stock sounds, it may limit exploration. For instance, in a voice cloning or audiobook production workflow it could hinder artistic expression.
The accessibility across different operating systems and devices is convenient, broadening potential user bases. But I wonder if having too many different versions (particularly mobile) may lead to some performance or features discrepancies. The platform's instructional videos are helpful, particularly for novices in the audio editing landscape.
Features like vocal tuning and time restoration are typical of higher-end audio editing software, but their presence suggests SoundTrap is targeting both casual users and professionals. However, this does raise some concern about the pricing structure of their subscription plans. How impactful these additional features are is largely determined by the intended users and projects.
The overall impression is that SoundTrap is pushing for a user-friendly experience, fostering creative collaboration. But it's hard to ignore the limitations that come with working with a cloud-based DAW. There's a risk of becoming overly reliant on the internet and having to navigate the complexities associated with online collaboration. Moreover, the platform is betting on a streamlined approach to sound production and it's not yet clear whether it can match the flexibility and control offered by traditional audio editing software.
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - Universal Audio Sphere DLX Microphone System Direct to DAW Integration
The Universal Audio Sphere DLX offers a unique approach to microphone usage within podcast production and other audio creation workflows like voice cloning or audiobook production. Its core feature is the ability to simulate the sonic characteristics of a wide array of vintage microphones in real-time, bringing a classic sound to modern recording setups. While compatible with a range of Digital Audio Workstations (DAWs), its integration with Universal Audio's Apollo interfaces offers optimal performance, boasting nearly imperceptible latency. This is important for creating seamless recordings, a necessity when dealing with intricate sound design or delicate voice work.
The Sphere DLX goes beyond simply replicating the sound from the front of the microphone. It provides modeling of off-axis characteristics, polar patterns, and proximity effects, allowing for more fine-tuned control over sound capture. This level of control is valuable for creators aiming for a particular sonic signature in their podcasts or other voice-based projects, where precise sound is a must-have. The necessity of registering the hardware to unlock the software is a minor hurdle, but it's the price for access to a rich set of emulation options. It remains to be seen how extensively the modeling options will be used in diverse audio workflows, but it certainly opens a new world of creative potential.
The Universal Audio Sphere DLX microphone system uses digital modeling to mimic a wide range of classic microphones, giving users the ability to switch between different microphone characteristics in real-time during recording. This eliminates the need for constantly swapping out physical microphones in the studio, which is a significant benefit, especially for podcast production workflows.
The Sphere DLX system integrates directly into your chosen digital audio workstation (DAW) through its dedicated software. This direct integration means you can manage and adjust mic settings within the DAW without extra hardware, simplifying the recording process for applications such as podcasting or audiobooks. It's designed to be a streamlined recording experience, avoiding extra steps.
This microphone system captures sound in a 32-bit float format, allowing it to handle a very wide range of volume levels, which can be extremely helpful when dealing with speech, where sudden changes in vocal intensity are typical. This feature ensures your audio doesn't get clipped when recording vocal inflections that are common in conversation-based podcasts.
Beyond simple frequency response emulation, the Sphere DLX software enables users to modify a microphone's polar pattern, including cardioid, omnidirectional, and figure-8. This gives podcasters and audiobook creators the freedom to experiment with the recording environment and adjust it to better suit their voice and chosen recording technique. It's a flexibility traditional microphone setups don't readily offer.
One notable feature of the Sphere DLX is a built-in low-cut filter, which helps reduce unwanted low-frequency noise, like rumbling from nearby equipment, without any extra post-processing steps. This is useful for eliminating common background noise problems in podcasting and enhancing the clarity of the spoken word.
It's also interesting that Sphere DLX has a smartphone app that lets you make adjustments and monitor the microphone settings remotely. This level of control, especially when you're recording solo or managing multiple audio sources in a complex podcast setup, is a definite benefit for those who want more hands-on control while recording.
Users are given a significant amount of control with the ability to virtually adjust the mic's placement relative to the sound source, emulating different distances and angles. This virtual tweakability helps you experiment with various acoustic settings without needing to physically move gear around, a significant advantage when you're focused on fine-tuning audio.
The Sphere software includes emulated room acoustics that can simulate different environments, from small, close recording spaces to larger concert halls. These options influence the tone of your recordings, providing podcasters and audiobook creators a wider range of creative possibilities and sound texture to work with.
The Sphere DLX solves a common issue of phase issues encountered when using multiple microphones by using advanced algorithms to align audio correctly. This feature is especially beneficial when creating layered voice recordings or dealing with the intricate setups often seen in modern podcasting.
A nice aspect for podcasters who are often working on the go is that the Sphere DLX is USB-powered, making it more convenient and portable than many traditional studio microphone setups. This adaptability reflects a growing trend towards mobile podcasting and remote interviews in the current production landscape.
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - RØDECaster Pro II Cross Platform Neural DSP Processing Update
The RØDECaster Pro II has received a noteworthy update with the inclusion of cross-platform neural DSP processing. This upgrade significantly boosts its audio capabilities, offering a broader range of effects and enhancements during recording. For podcasters and content creators, this translates into higher-quality audio and more creative control over their productions. The updated DSP system allows for greater customization through an expanded selection of presets, which is particularly helpful for anyone focused on intricate sound designs or detailed vocal manipulation. This updated device maintains its user-friendly nature, making it accessible to audio novices while offering a suite of advanced tools for seasoned professionals. The continued emphasis on both user experience and powerful audio features highlights the changing needs of content creators in today's increasingly competitive landscape. Tools that streamline production while enhancing the final audio output will continue to hold a key position for anyone working in the realm of podcasting, voiceover work, and audio-driven content creation. It remains to be seen how widespread adoption of this feature will be and whether it fully fulfills the complex demands of some specific niche markets.
The RØDECaster Pro II has integrated Neural DSP processing, which essentially uses smart algorithms to refine audio quality. This helps optimize the range and responsiveness of recorded voices, leading to a more natural and clear sound that's critical for creating compelling podcasts and audiobooks.
This device allows users to make real-time adjustments to vocal characteristics using features like vocal compression and EQ. This kind of dynamic control can potentially eliminate a lot of tedious post-production adjustments, improving overall efficiency.
By including noise gating, the RØDECaster Pro II can intelligently reduce background noise without affecting the core audio. This is especially helpful in many podcast scenarios where recording spaces aren't acoustically perfect.
It's interesting that the RØDECaster Pro II can handle different input sources at once, including smartphones and computers. This is ideal for blending remote interviews with local recordings, making it suitable for current hybrid podcasting approaches.
One distinctive feature is the "Smart Pads," which let users trigger sound effects or pre-recorded audio clips on the fly. This is a creative tool that helps keep things spontaneous and possibly boosts listener engagement with timely sound cues.
The Neural DSP processing's ability to emulate various soundscapes might be extremely useful in audiobook productions. Producers could create diverse character voices with unique audio profiles. This could enhance the storytelling experience by adding another layer of immersion.
The device utilizes 32-bit float recording, ensuring detailed audio capture. It minimizes the chance of clipping, which can be a problem with vocal dynamics that fluctuate in podcasts and other conversational formats.
For those working with multiple microphones or audio layers, the RØDECaster Pro II helps address phase issues through advanced processing. This prevents recordings from sounding muddy and keeps the overall audio clear.
The intuitive touchscreen interface makes navigating complex audio settings much easier. This is a great feature for less tech-savvy users, who might find it simpler to quickly tweak settings during a session.
The RØDECaster Pro II allows direct recording to a microSD card, bypassing the need for a computer during recordings. This makes it ideal for those who are regularly doing on-location interviews or working in various remote settings. This trend of increasing mobility in podcasting is likely to continue and having this capability could be a competitive edge for the device.
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - Sennheiser HD660S2 Pro Zero Latency Monitoring Headphones
The Sennheiser HD660S2 headphones represent a refined version of the earlier HD660 model, aiming to build upon the strengths of the established HD600 and HD650 lines. Their open-back design contributes to a wider soundstage, enhancing the overall listening experience, a crucial aspect for applications like podcast production and audio book narration. These headphones have a sound profile known for its precision and musicality, appealing to audiophiles and those demanding a more nuanced and emotional connection with the audio they're creating or consuming.
One noteworthy change is the increased impedance at 300 ohms, compared to the 150 ohms of the earlier model. While this upgrade enhances sonic fidelity and bass response, it also necessitates ensuring your audio equipment is compatible. This can be a consideration for podcasters who require consistent sound performance across various recording setups. The accompanying cable is long, giving users flexibility in their workspace. Moreover, the updated packaging emphasizes sustainability, utilizing recyclable cardboard instead of the heavier materials used in previous iterations.
Overall, the HD660S2 headphones position themselves well within the premium audio landscape, serving as a compelling option for professionals in fields such as voice cloning, audiobook production, and podcasting. Their balanced sound and technical capabilities demonstrate a clear effort to refine a beloved design for the needs of contemporary audio creation. It remains to be seen whether the improved bass and refined sound profile is enough to truly stand out from competitors like the Beyerdynamic Amiron, considering their similar price point and market position.
The Sennheiser HD660S2 headphones, a refinement of the 2018 HD660 model, aim to carry forward the legacy established by the HD600 and HD650 series. They sport an open-back design, which contributes to a spacious and immersive listening experience, a feature that can be particularly beneficial in fields like podcasting and audiobook production where precise soundstage representation is crucial. Their sonic signature is characterized by a natural and detailed sound, making them attractive for audiophiles and engineers who appreciate a transparent and uncolored sound reproduction. While they sit within the premium wired headphone category, with prices ranging from $499 to $599, their sonic characteristics suggest that they are indeed targeted toward a more demanding user base.
One notable change in the HD660S2 is the increased impedance of 300 ohms, compared to the 150 ohms of its predecessor. This higher impedance might influence compatibility with certain audio gear, so it's crucial to check if your current setup is suited for these headphones. They come equipped with an 18-meter cable terminating in a 6.35mm plug, and a 3.5mm adapter is provided, offering flexibility in how they connect to different sources. The packaging has been simplified, shifting to a more environmentally friendly recyclable cardboard design, compared to the more robust storage boxes of previous models.
Reviewers have described the HD660S2's sound quality as richer and more engaging, especially in the lower frequencies. This enhancement in the bass response contributes to a more immersive experience, potentially boosting the depth and clarity of voice recordings in podcasts or audiobooks. These headphones do have competitors in the same price range, such as the Beyerdynamic Amiron and HiFiMan Ananda Stealth, all vying for a position within the high-end headphone market. The HD660S2's technical capabilities and balanced sound signature, though, seem to make them a compelling option.
Specifically for tasks like voice cloning and audiobook production, where accurate reproduction of subtle details in a voice is paramount, the HD660S2's high level of detail and transparency could be a valuable asset. Being able to perceive the nuanced intricacies of a vocal performance is crucial in creating compelling audio productions. Further, the ability to work with them over extended periods without undue fatigue is also important for such detailed, time-consuming tasks.
The headphones' open design can, however, be a drawback in environments where ambient noise needs to be minimized. This is a consideration for users who aren't working in dedicated, quiet studios. The headphone's wider frequency range and low distortion characteristics are beneficial in a wide range of scenarios—not just in the realm of audio engineering, but also for individuals seeking high-quality audio for both critical listening and personal enjoyment. In short, these headphones seem to be an interesting development in the headphone market, offering an appealing sonic profile and a more sustainable design. However, it's worth considering whether the price and open-back design are the right fit for your specific audio needs.
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - Zoom PodTrak P8 Second Generation Wireless Module Support
The Zoom PodTrak P8, in its second generation, introduces a notable improvement with the addition of wireless module support. This enhancement is particularly valuable for podcasters who frequently collaborate with remote guests, a practice increasingly common in podcast production. The P8's design caters to these scenarios, featuring eight inputs for microphones and six headphone outputs, making it adaptable for multi-person recording sessions.
However, while the P8 can record to individual tracks for later editing, it's important to note that any audio effects applied during the live recording aren't saved to these separate tracks. This is a design decision that could be frustrating for some users who prefer to preserve all audio processing choices for fine-tuning later. Despite this limitation, the P8 has established itself as a competitor to devices like the RodeCaster Pro. What sets the P8 apart is its clear focus on user-friendliness and its overall flexibility, characteristics that make it attractive to both individuals new to podcasting and more experienced creators. The P8 exemplifies a growing trend within podcast production hardware: a preference for intuitive tools that streamline the recording process. This emphasis on simplicity aligns with the demands of modern content creators and the evolving podcasting landscape.
The Zoom PodTrak P8, in its second generation, introduces wireless module support, allowing for the simultaneous use of up to four wireless microphones. This significantly boosts the adaptability of the device, especially for podcasters dealing with remote guests or multi-person recordings. The days of struggling with tangled cables during interviews could be over, thanks to this upgrade.
The P8's integrated audio interface enables direct connection to digital audio workstations (DAWs) via USB. This streamlined workflow removes the need for external interfaces, making the transition from recording to editing smoother and more efficient. Podcasters can now seamlessly edit their recordings without having to shuffle hardware around.
The inclusion of real-time audio processing is another notable improvement. Using algorithms, the P8 allows for immediate manipulation of sound with features like compression, equalization, and limiting. This ability to refine audio during the recording process can reduce the need for extensive post-production work, possibly leading to quicker release timelines.
Perhaps the most interesting addition is stereo recording support, which opens up possibilities for capturing richer audio landscapes and incorporating dual-microphone setups. This could prove quite useful for narratives and audiobook productions where spatial audio can add layers to the storytelling.
It's also worth mentioning the 32-bit float recording system. This feature allows the P8 to manage wide ranges of volume without clipping, a common problem when recording unpredictable discussions. It helps preserve audio quality even during boisterous or emotionally charged moments in podcasts.
The P8 provides zero-latency monitoring with a dedicated headphone output and controls. This means podcasters can hear exactly what they're recording without any delay. This real-time feedback is crucial for making immediate adjustments to vocal levels, intonation, and overall audio balance.
Users can personalize the recording process further by creating custom sound pads. These pads can be used to trigger sound effects or musical cues on the fly, adding a dynamic layer to podcasts. While not a necessity, this feature offers potential for increasing audience engagement.
The ability to incorporate phone calls via Bluetooth might seem commonplace now, but the P8 maintains high sound quality during these calls, which can be difficult to achieve using simple phone connections. It's particularly useful for remote interviews.
The intuitive touch screen interface greatly improves the user experience. With the growing complexity of podcasting setups, a simple and responsive interface is important to reduce the learning curve for those new to podcasting and helps maintain a smooth workflow for established producers.
Finally, the P8 has built-in libraries of sounds and music. This is a nice touch for new podcast creators who might lack the resources to obtain higher quality sound effects. However, the reliance on pre-made resources could potentially stifle the originality and creativity of more experienced producers, possibly limiting the unique flair they might want to inject into their productions. It will be interesting to see how these sound libraries are utilized and if they truly add to the creative process or serve as an impediment to independent expression.
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - Shure SM7dB Digital Hybrid XLR USB C Interface Launch
Shure's SM7dB, launched in September 2023, marks a notable step forward in microphone technology, particularly for podcasting and related fields like audiobook production and voice cloning. This updated version of the renowned SM7 microphone features a built-in active preamp, addressing a key limitation of the older SM7B model. The SM7B often needed external amplification to achieve optimal recording levels, especially when paired with audio interfaces with lower gain. The SM7dB's preamp solves this, offering a substantial 60dB of gain directly within the microphone.
While retaining the standard XLR connection, allowing for compatibility with various audio setups, the SM7dB also offers an integrated solution with the MVX2U Digital Audio Interface. This interface transforms the XLR signal to a USB-C connection, making it a convenient choice for direct connection to computers or other devices. This addition reflects the growing popularity of USB-based audio setups in podcasting and related fields. The SM7dB maintains the high audio quality expected from Shure microphones, while offering a much simplified recording workflow. This shift towards user-friendly setups has become increasingly important since Prime Day 2023, as audio recording has become more accessible to a wider range of creators. It's still unclear if the SM7dB's advancements will have a profound impact on the evolving landscape of voice-related audio work, but it's a significant development in improving clarity and accessibility for those interested in high-quality vocal recordings.
The Shure SM7dB represents a notable evolution of the renowned SM7 microphone line, now incorporating a digital hybrid design with both XLR and USB-C connectivity. This dual-interface approach makes it adaptable to a wide range of audio setups, from professional recording studios to more portable field recording scenarios. It's intriguing that Shure has opted for this hybrid design, catering to a broader user base than the classic SM7B, which primarily relied on the standard XLR output. This suggests an awareness of the shifting trends within audio production, where a greater emphasis is being placed on hybrid and portable recording workflows.
The SM7dB incorporates a built-in active preamp with a claimed 60dB of gain, a feature likely licensed from Cloud Microphones. This addresses a key limitation of the SM7B, which often required external amplification to achieve optimal recording levels, especially when paired with audio interfaces having lower gain outputs. The preamp is ingeniously integrated within the SM7dB's yoke, streamlining its overall design. It's fascinating that Shure opted to include this feature within the microphone itself, instead of relying on external hardware. This design choice might streamline the overall production process, at least on paper. We have to see if that holds up in actual usage, though.
Its wide frequency response, spanning 50 Hz to 20 kHz, is well-suited to capturing the full range of the human voice, making it a compelling choice for voice cloning and narration applications. The low self-noise of the SM7dB ensures that captured audio remains crisp and clean, even in environments with background noise. This is a key aspect for audiobook productions and voiceover work, where clarity is essential. I wonder if the noise floor is sufficiently low to eliminate all unwanted room noise without the necessity for additional noise reduction algorithms during post-processing.
The SM7dB, like many modern audio devices, prioritizes ease of use with features such as plug-and-play compatibility across various operating systems. This makes it appealing to a wider range of creators, including those who may not have extensive audio engineering knowledge. The cardioid polar pattern effectively isolates the desired sound source while minimizing the capture of background noise. This feature is particularly important in less-than-ideal recording environments.
The SM7dB's inclusion of zero-latency monitoring is a welcome feature, providing users with immediate auditory feedback during recording. This facilitates real-time adjustments, such as vocal intonation and tone, while optimizing overall audio levels. The fact that it has built-in EQ settings for shaping frequency response offers another level of customization to suit the particular needs of the user. This customization is an important facet, especially for applications that require precise audio control, like voice cloning or intricate audio editing within a podcast.
The launch of the Shure SM7dB in September 2023 marks a significant advancement in podcasting hardware. This release seems like an attempt to capture a new generation of audio enthusiasts with its digital-hybrid and feature-rich capabilities. However, the true value of the microphone will likely be determined by its long-term performance, and whether it can meet the challenges presented by increasingly intricate audio projects within voice cloning, audiobooks, and podcast production. The design appears thoughtful, attempting to bridge the gap between traditional and newer, more digital audio production approaches. The coming years will determine whether this microphone has successfully managed to achieve that objective.
7 Most Impactful Changes in Podcast Production Hardware Since Prime Day 2023 A Technical Analysis - Audio Technica ATH M70x Podcast Production Reference Monitors
The Audio-Technica ATH-M70x headphones represent a step up in the M-Series line, designed for critical listening in professional audio applications. Podcast production, voiceover work, and even audiobook creation benefit from their closed-back design, which effectively minimizes outside noise and allows for accurate monitoring during the recording process. The inclusion of 90-degree swiveling earcups offers flexibility for single-ear monitoring when needed, and the bundled cables (coiled and straight, in varying lengths) provide connection options for different studio setups. These headphones are built for accurate, linear audio reproduction, making them ideal for tasks where meticulous sound is paramount, like mixing and mastering. However, the ATH-M70x are priced higher than many alternatives, which may make them a less appealing option for casual users. The emphasis on comfort and precise audio reproduction highlights Audio-Technica's focus on creating high-quality tools for the modern audio producer, although long-term comfort is always subjective. This model, in many ways, embodies the company's nearly 60 years of audio engineering experience. Whether their refined sound truly justifies their price point depends entirely on the individual user and their specific needs.
The Audio-Technica ATH-M70x headphones, a prominent model within their M series, offer a compelling blend of features that make them a strong choice for podcast production and broader audio work. Built upon the success of earlier models like the M50x and M40x, the M70x boasts a refined design and performance profile targeted towards professional monitoring applications.
One notable aspect is the headphone's wide frequency response, spanning 5 Hz to 40 kHz. This broad range allows for a comprehensive capture of both low-frequency sounds and high-frequency nuances, crucial for representing the richness of voice during podcast recordings. Their 40-ohm impedance rating contributes to versatility, enabling seamless integration with diverse audio equipment, including portable recording devices and studio interfaces. This is advantageous for podcast creators working in different environments and setups.
Furthermore, the M70x is engineered with a flat frequency response, aiming for minimal audio coloration. This focus on accuracy makes them well-suited for meticulous tasks such as mixing and mastering podcasts, where faithful audio reproduction is paramount. Their design also prioritizes user comfort through the use of soft earpads and a lightweight build. This aspect is particularly beneficial during lengthy recording sessions or extended audio editing periods.
The headphones' detachable cables are a welcome addition, enhancing their portability and adaptability. The inclusion of both coiled and straight cables provides flexible connectivity options, making them suitable for both studio and field recordings. The closed-back design, a common feature in monitoring headphones, contributes to sound isolation. This feature helps shield users from ambient noise, minimizing distractions and maintaining a clear monitoring experience.
The M70x is also capable of handling high sound pressure levels, extending up to 150dB. This high dynamic range ensures that audio peaks can be reproduced without distortion, an important characteristic when working with the dynamic vocal performances common in podcast conversations. Their robust build and construction suggest they can withstand the rigors of regular use, making them an appealing choice for podcasters and audio producers requiring reliable and durable equipment.
Moreover, the M70x exhibits low self-noise, which ensures a cleaner audio experience, particularly important for scrutinizing subtle details in recordings. This feature is particularly valuable in tasks such as voice cloning or other high-fidelity applications in podcast production, where minute variations in sound can make a significant difference.
In essence, the Audio-Technica ATH-M70x headphones are well-positioned for the modern podcasting and audio production landscape. Their combination of technical features and practical design elements offers a solution that caters to both novice and experienced creators, potentially contributing to a higher-quality output in projects involving audio books, podcasts, and voice cloning techniques. Whether these headphones truly stand out from competitors will likely depend on future user feedback and how they perform in a range of complex audio applications.
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