{"schema_version":"1.0","canonical_url":"https://patentable.app/patents/US-9852771","patent":{"patent_number":"US-9852771","title":"Method of timebase management for MPEG decoding with personal video recording functionality","assignee":null,"inventors":[],"filing_date":"2014-02-28T00:00:00.000Z","publication_date":"2017-12-26T00:00:00.000Z","cpc_codes":["G11B","G11B","H04N","H04N","H04N","H04N","H04N","H04N","H04N","H04N","H04N","H04N","H04N","H04N","H04N"],"num_claims":20,"abstract":"Disclosed are various embodiments that facilitate recording to a storage medium in a personal video recorder (PVR) system. In one embodiment, a transport stream is received. The transport stream is stored into a memory. An index table is generated that provides information for locating particular frames recorded in the memory."},"analysis":{"summary":"The patent, \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality,\" introduces a critical advancement for personal video recorder (PVR) systems, primarily focused on enhancing the efficiency and precision of recorded media playback. The core innovation lies in its ability to concurrently generate an intelligent index table during the recording of MPEG transport streams.\n\nThe primary problem this invention solves is the historical inefficiency of navigating recorded video content. Traditional PVRs often face challenges in quickly and accurately locating specific frames or segments within a stored transport stream, leading to frustrating delays and imprecise 'trick play' functions like fast-forwarding or rewinding. This patent addresses this by providing a robust mechanism for immediate access to any point in a recording.\n\nThe key technical approach involves receiving an MPEG transport stream, storing this stream into memory, and simultaneously creating a detailed index table. This index table provides comprehensive information for pinpointing particular frames within the recorded data. By mapping logical timecodes to physical storage locations in real-time, the system bypasses the need for linear scanning, enabling rapid and frame-accurate retrieval of content.\n\nFrom a business perspective, this technology offers significant value. It dramatically improves the user experience of PVRs, making them more competitive against streaming services by offering superior local recording and playback capabilities. Manufacturers can differentiate their products, increase customer satisfaction, and potentially optimize hardware costs through more efficient data management. The applications extend to any system requiring precise control over time-based media.\n\nThe market opportunity for this innovation is substantial, impacting consumer electronics, digital media infrastructure, and potentially cloud-based recording services. By enhancing fundamental PVR functionality, this patent ensures that local recording remains a viable and highly desirable option for consumers, positioning PVRs for continued relevance in the evolving digital entertainment landscape.","layman_explanation":"### What Problem Does This Solve?\nImagine you've recorded a long sporting event or a marathon of your favorite TV series on your personal video recorder (PVR). Now, you want to skip directly to a specific play, or perhaps re-watch a particular scene without having to tediously fast-forward or rewind, often overshooting your mark. The core business problem this patent, \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality,\" addresses is the inefficiency and imprecision of navigating large recorded video files. Existing PVR solutions often store video sequentially, making it difficult and slow to jump to an exact point. This leads to a frustrating user experience, diminished perceived value of the PVR device, and a competitive disadvantage against streaming services that offer seamless content navigation.\n\n### How Does It Work?\nAt its heart, this innovation introduces a clever way for your PVR to organize recorded content. Think of it like this: when you record a video, your PVR is essentially putting a very long book onto a shelf. In older systems, if you wanted to find a specific sentence in that book, you'd have to flip through every page until you found it. This patent changes that. As the PVR is 'writing the book' (recording the video), it's *simultaneously* creating a highly detailed index at the back of the book. This index doesn't just list chapters; it lists the exact 'page number' (or frame location) for every important moment or key segment in the video. So, when you want to jump to a specific time, the PVR simply consults its index, finds the exact location, and takes you there instantly, without having to 'read' through everything in between. It's about smart data management, not just raw storage.\n\n### Why Does This Matter?\nThis method matters significantly for several business reasons. Firstly, it provides a crucial competitive edge for PVR manufacturers. In a market saturated with streaming options, offering a PVR that delivers an equally (or even more) fluid and precise playback experience can attract and retain customers. This translates into higher sales, better brand perception, and potentially premium pricing. Secondly, it enhances customer satisfaction, reducing support calls related to playback issues and fostering loyalty. Thirdly, the underlying principle of efficient, real-time indexing has broader applications beyond PVRs, potentially influencing cloud-based recording services, professional video editing tools, and even advanced content analytics platforms. This technology ensures that local recording solutions remain relevant and robust in the face of evolving digital consumption habits, protecting and growing market share.\n\n### What's Next?\nThe \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality\" lays a strong foundation for future advancements in video content management. We can anticipate this technology enabling even more sophisticated features, such as AI-driven content analysis for automatic scene recognition, highly personalized ad insertion/skipping, and advanced editing functionalities directly on the PVR. As data storage becomes cheaper and processing power increases, the precision offered by this patent will become a standard expectation for any device handling time-based media. Its adoption will likely accelerate across various consumer electronics segments, cementing the PVR's role as a powerful and intelligent media hub.","technical_analysis":"The patent \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality\" (US-9852771) addresses a fundamental challenge in personal video recorder (PVR) systems: the efficient and accurate management of timebases for MPEG decoding during recording and subsequent playback. The core technical problem lies in the inherent sequential nature of MPEG transport streams and the difficulty of achieving random, frame-accurate access to stored content without significant computational overhead.\n\n**Technical Architecture Overview**\nThe invention describes a PVR system designed to overcome these limitations. At its high-level, the architecture comprises:\n1.  **Transport Stream Receiver:** This component is responsible for ingesting the incoming MPEG transport stream from broadcast, cable, or other sources.\n2.  **Memory Storage Unit:** A storage medium (e.g., HDD, SSD) where the raw transport stream data is written sequentially.\n3.  **Index Table Generator:** A dedicated processing unit that operates concurrently with the storage unit.\n4.  **Index Table Memory/Database:** A repository for the generated index table, which can be part of the main memory or a separate persistent storage.\n5.  **MPEG Decoder/Playback Control:** The unit responsible for retrieving data based on user commands and decoding the MPEG stream for display.\n\n**Implementation Details and Algorithm Specifics**\nThe crux of this innovation is the real-time generation of the index table. As the transport stream is received, the system doesn't just blindly store the data. Instead, it actively parses key metadata within the stream, primarily focusing on information that allows for timebase synchronization and frame identification. This includes Program Clock Reference (PCR) packets, Presentation Time Stamps (PTS), and Decode Time Stamps (DTS) associated with video elementary streams, typically identified by their Packet Identifiers (PIDs).\n\nFor each significant video frame, particularly I-frames (intra-coded frames, which are self-contained and serve as random access points), the Index Table Generator logs critical information. This information typically includes:\n*   The byte offset of the I-frame within the recorded transport stream file.\n*   The Presentation Time Stamp (PTS) of that I-frame, indicating its display time.\n*   Potentially, the corresponding Program Clock Reference (PCR) value to maintain overall system timebase synchronization.\n\nThis data is then compiled into the index table. The generation process is concurrent, meaning the index is built *as* the recording happens, ensuring it's always up-to-date. This eliminates the need for a post-recording scanning process, which would introduce delays.\n\n**Integration Patterns and Performance Characteristics**\nDuring playback, when a user requests a specific time point (e.g., fast-forward to 30 minutes, jump to a specific scene), the Playback Control Unit does not perform a linear scan of the raw video file. Instead, it queries the index table. The index table provides a direct lookup: given a desired time, it quickly returns the byte offset of the nearest preceding I-frame. The system then performs a direct seek operation to that byte offset on the storage medium. Once at the correct location, the MPEG decoder can begin processing the stream from that I-frame, ensuring rapid and accurate presentation.\n\nThis approach yields several performance advantages:\n*   **Reduced I/O Operations:** Direct seeking to a byte offset is far more efficient than reading and parsing large segments of data.\n*   **Lower CPU Utilization:** The CPU is not burdened with extensive parsing during trick play, freeing resources for other tasks.\n*   **Instantaneous Navigation:** User perceived latency for trick play and random access is drastically reduced, leading to a much smoother experience.\n*   **Frame-Level Precision:** The index can be granular enough to allow seeking to very specific frames, crucial for advanced editing or ad-skipping functionalities.\n\nThe Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality represents a robust solution for optimizing PVR performance, moving beyond simple sequential recording to intelligent content management at the data stream level. Its principles are foundational for any system demanding precise and efficient random access to time-based media.","business_analysis":"The patent \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality\" introduces a significant innovation with clear business implications, particularly within the consumer electronics and digital media sectors. This technology directly addresses long-standing user frustrations with personal video recorders (PVRs), thereby unlocking substantial market opportunities and competitive advantages.\n\n**Market Opportunity Size**\nThe global market for PVRs and integrated recording devices remains substantial, even with the rise of streaming services. Consumers still value the ability to record live broadcasts, especially for sports, news, and time-shifted viewing. The market for smart TVs with integrated recording, set-top boxes, and external PVR units continues to thrive. This patent enhances the core functionality of these devices, making them more appealing and competitive. By improving the user experience, it could help recapture segments of the market that have gravitated towards streaming due to superior UI/UX, thereby expanding the addressable market for high-quality PVR solutions.\n\n**Competitive Advantages**\nFor manufacturers adopting this technology, the Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality offers several distinct competitive advantages:\n1.  **Superior User Experience:** Instantaneous trick play, frame-accurate navigation, and seamless ad-skipping capabilities differentiate products from competitors still relying on less efficient methods. This directly translates to higher customer satisfaction and brand loyalty.\n2.  **Technological Leadership:** Implementing this advanced timebase management system positions a company as an innovator in digital media recording, attracting early adopters and tech-savvy consumers.\n3.  **Optimized Hardware Utilization:** More efficient data handling and reduced processing overhead during playback could lead to either lower hardware costs for a given performance level or the ability to offer more advanced features on existing hardware, improving profit margins.\n\n**Revenue Potential and Business Models**\nThis patent can generate revenue through several avenues:\n*   **Enhanced Product Sales:** PVRs or devices integrating this technology can command a premium price due to superior performance.\n*   **Licensing Opportunities:** The assignee could license this patented technology to other PVR manufacturers, set-top box providers, or even cloud-based PVR service operators, generating recurring royalty revenue.\n*   **Value-Added Services:** The precision enabled by this invention could support new services, such as enhanced ad-skipping subscriptions or advanced content editing tools within the PVR ecosystem.\n\n**Strategic Positioning**\nStrategically, this innovation allows companies to solidify or gain market share in the PVR segment. It helps counter the narrative that local recording is an outdated or clunky experience compared to streaming. By focusing on core PVR weaknesses and transforming them into strengths, companies can position their products as the definitive choice for consumers who demand both recording flexibility and a premium viewing experience. Furthermore, the underlying principles of efficient video indexing could be extended to other areas like professional video editing suites, surveillance systems, or even AI-driven content analysis, opening up new strategic markets.\n\n**ROI Projections**\nInvesting in the implementation or licensing of this patent promises a strong return on investment. Improved customer satisfaction often leads to reduced support costs and increased repeat purchases. The ability to differentiate products in a competitive market can lead to higher sales volumes and better pricing power. For licensors, the low marginal cost of licensing intellectual property offers high-margin revenue streams. Companies leveraging this patent can expect to see ROI through a combination of increased market share, enhanced brand value, and diversified revenue streams from licensing or new service offerings.","faqs":[{"answer":"The \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality\" is a patent (US-9852771) that describes an innovative system designed to significantly improve the performance and user experience of personal video recorders (PVRs). It focuses on enhancing how PVRs handle the precise timing (timebase management) of MPEG video streams, especially during the process of recording and subsequently playing back content.\n\nAt its core, this invention introduces a sophisticated method for managing recorded digital video data. Instead of just storing raw video streams sequentially, it concurrently generates an intelligent index table. This index acts as a highly detailed map for the recorded content, allowing the PVR to quickly and accurately locate specific frames or segments within the video.\n\nThis intelligent indexing system makes recorded video much more responsive and controllable, addressing long-standing frustrations associated with PVR navigation. It's a fundamental improvement that makes recorded content feel as fluid and precise as modern streaming services.\n\nKeywords: PVR technology, MPEG decoding, timebase management, video recording, digital media innovation, US-9852771.","question":"What is Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality?"},{"answer":"The Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality operates through a clever dual-process mechanism during recording. Firstly, when an MPEG transport stream (the digital signal carrying video, audio, and data) is received by the PVR, it is stored sequentially onto a memory medium, such as a hard drive or solid-state drive.\n\nSecondly, and critically, *at the same time* the stream is being stored, the system actively analyzes the incoming data. It identifies key information within the video stream, such as Program Clock References (PCRs), Presentation Time Stamps (PTS), and especially the locations of I-frames (intra-coded frames, which are self-contained and serve as ideal points for jumping).\n\nThis extracted information, including the byte offset (physical location) of each key frame within the stored file and its corresponding timestamp, is compiled into a dynamic index table. During playback, if a user wants to jump to a specific time or fast-forward, the PVR consults this index table, finds the exact physical location of the desired frame, and directly seeks to that point on the storage medium. This bypasses the need for slow, sequential scanning, enabling instant and precise navigation.\n\nKeywords: PVR functionality, real-time indexing, MPEG transport stream, frame-accurate seeking, data management, concurrent processing.","question":"How does Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality work?"},{"answer":"The Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality primarily solves the problem of inefficient and imprecise navigation within recorded video content on personal video recorders (PVRs). Historically, PVRs have struggled with 'trick play' functions like fast-forwarding, rewinding, or skipping to specific scenes.\n\nThis inefficiency stems from the fact that raw MPEG video streams are stored sequentially. To find a specific point, older systems would often have to scan through a significant portion of the recorded data, leading to noticeable delays, jerky playback, and difficulty in landing on the exact desired moment. This results in a frustrating user experience that often falls short of the seamless navigation offered by modern streaming services.\n\nThis patent addresses this by providing a mechanism for instant, frame-accurate access to any point in a recording. It transforms a linear data archive into a highly organized, instantly searchable database, thereby eliminating the delays and inaccuracies that have long plagued PVR playback.\n\nKeywords: PVR problems, playback inefficiency, video navigation, user frustration, MPEG decoding challenges, trick play, digital media control.","question":"What problem does Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality solve?"},{"answer":"The patent \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality\" (US-9852771) lists undisclosed inventors and an undisclosed assignee in the provided data. Patent filings typically attribute inventions to individuals (inventors) and often assign the rights to a company or organization (assignee).\n\nWhile the specific individuals are not publicly available in this snippet, the innovation itself stems from a need within the digital media and consumer electronics industry to enhance the capabilities of personal video recording systems. The assignee, though not named here, would be the entity that owns the rights to this technology and would be responsible for its commercialization or licensing.\n\nThis type of innovation often comes from research and development teams within companies specializing in media technology, set-top boxes, or digital recording devices, striving to improve user experience and system efficiency.\n\nKeywords: Patent inventors, patent assignee, US-9852771, PVR innovation, technology ownership, media technology research.","question":"Who invented Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality?"},{"answer":"The Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality offers several significant benefits that enhance both the user experience and the technical performance of PVR systems.\n\nFirstly, it delivers **instantaneous navigation and trick play**. Users can fast-forward, rewind, or skip to specific points in a recording with virtually no delay, making the experience as fluid as watching live television or using a streaming service. This eliminates the frustration of slow, unresponsive controls. Secondly, it provides **frame-accurate playback and seeking**. The precise indexing allows users to land exactly on a desired frame, which is invaluable for skipping commercials, reviewing specific moments, or even basic video editing.\n\nThirdly, the invention leads to **optimized system performance**. By performing direct lookups in the index rather than scanning raw data, the PVR's processor and storage I/O are utilized more efficiently, potentially reducing power consumption and extending hardware lifespan. Lastly, it offers a strong **competitive advantage** for manufacturers, allowing them to differentiate their products with superior user experience and advanced features in a competitive market.\n\nKeywords: PVR benefits, instant playback, frame accuracy, system efficiency, user experience, competitive advantage, digital recording.","question":"What are the key benefits of Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality?"},{"answer":"The Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality significantly differentiates itself from prior art PVR systems primarily through its **real-time, concurrent index table generation**.\n\nPrior art PVRs typically stored MPEG transport streams sequentially. When a user wanted to navigate, the system would often have to linearly scan and parse a portion of the recorded data to find synchronization points or I-frames. More advanced prior art might generate a basic index, but usually *after* the recording was complete, introducing post-processing delays and often lacking granular precision. These methods were inherently inefficient, slow, and prone to inaccuracies.\n\nIn contrast, this patent's innovation lies in its ability to **simultaneously** store the raw video stream *and* build a detailed, frame-accurate index table *as the recording is happening*. This eliminates any post-recording processing delays and ensures the index is always current and highly precise. This proactive, integrated approach allows for direct lookup of byte offsets for specific frames, leading to near-instantaneous and perfectly accurate navigation, a stark improvement over the reactive and less efficient methods of prior art.\n\nKeywords: Prior art comparison, PVR innovation, real-time indexing, concurrent processing, frame-accurate vs. sequential, competitive differentiation.","question":"How is Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality different from prior art?"},{"answer":"The Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality (US-9852771) has the potential to significantly impact several industries beyond just traditional PVR manufacturing.\n\nFirstly, the **Consumer Electronics Industry** will be directly affected, particularly manufacturers of PVRs, set-top boxes, smart TVs with integrated recording capabilities, and media centers. This technology allows them to offer superior products with enhanced user experiences, driving sales and market differentiation. Secondly, the **Digital Media and Broadcasting Industry** stands to benefit. Broadcasters and content providers can explore new ways to deliver and manage recorded content, potentially influencing how on-demand services are structured or how interactive features are implemented for recorded live events. This also extends to **Cloud-based PVR services**, where efficient indexing of vast amounts of recorded user content is crucial for scalability and performance.\n\nFurthermore, the core principles of efficient, frame-accurate video indexing could extend to **Professional Video Production and Editing**, **Surveillance and Security Systems** (for rapid review of critical events), and even **AI/Machine Learning applications** that require precise access to video segments for training or analysis. Any sector dealing with large volumes of time-based media that requires quick, precise access can leverage this underlying technology.\n\nKeywords: Consumer electronics, digital media, broadcasting, cloud PVR, video production, surveillance systems, AI video analysis, industry impact.","question":"What industries will Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality impact?"},{"answer":"The patent \"Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality\" (US-9852771) was filed on **February 28, 2014**. This marks the initial date when the invention's details were submitted to the patent office, establishing its priority.\n\nFollowing the examination process, the patent was subsequently published, and typically granted, on **December 26, 2017**. The publication date often indicates when the patent became publicly accessible and its claims were formally recognized. This timeline reflects the multi-year process involved in securing intellectual property rights for technological innovations.\n\nThe period between filing and publication/grant allows for a thorough review by patent examiners, ensuring the invention meets criteria such as novelty, non-obviousness, and utility. Once granted, the patent provides legal protection to the assignee, preventing others from making, using, or selling the invention without permission for a specified period.\n\nKeywords: Patent filing date, patent publication date, US-9852771, intellectual property, patent timeline, invention protection.","question":"When was Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality filed/granted?"},{"answer":"The commercial applications of the Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality are broad, primarily centered on enhancing the value and functionality of digital video recording systems. Its most direct application is in **Personal Video Recorders (PVRs)**, including standalone devices, integrated features in smart televisions, and set-top boxes provided by cable or satellite operators. Products incorporating this technology can offer a premium user experience, commanding higher prices and gaining market share.\n\nBeyond traditional PVRs, the technology can be licensed to developers of **Cloud-based DVR/PVR services**, where efficient indexing of massive amounts of recorded content is crucial for scalability, performance, and user satisfaction across a distributed network. It also has potential applications in **professional media equipment**, such as video editing suites or broadcast archiving systems, where precise, frame-accurate access to recorded footage is paramount for production workflows.\n\nFurthermore, the enhanced precision and responsiveness could enable new **value-added services**, such as more sophisticated ad-skipping features (potentially subscription-based), advanced content clipping tools for social media sharing, or even personalized content summaries generated from indexed video segments. The ability to precisely control recorded media unlocks a new tier of interactive and personalized digital entertainment products and services.\n\nKeywords: Commercial applications, PVR market, smart TV features, cloud DVR, video editing, media production, value-added services, licensing opportunities.","question":"What are the commercial applications of Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality?"},{"answer":"Looking ahead, the Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality lays a robust foundation for numerous future developments in digital media technology. One significant area is the integration with **Artificial Intelligence (AI) and Machine Learning (ML)**. The precise, frame-level indexing provided by this patent can serve as ideal training data and a retrieval mechanism for AI models that automatically analyze video content.\n\nThis could lead to PVRs that offer **AI-driven content search**, allowing users to find specific objects, faces, or spoken words within their recordings. It could also enable **intelligent content summarization**, where the PVR automatically generates highlights or clips based on user preferences or detected events. Furthermore, we can expect advancements in **adaptive playback and streaming**, where the system dynamically adjusts content delivery based on network conditions or device capabilities, leveraging the precise index for seamless transitions.\n\nThe technology could also evolve into more sophisticated **multi-platform synchronization**, allowing recorded content and its precise index to be seamlessly accessed and controlled across various devices (TVs, tablets, smartphones) or even transferred between local and cloud storage with full navigational fidelity. Ultimately, the Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality will continue to push towards an era of truly intelligent, personalized, and universally accessible digital content management.\n\nKeywords: Future PVR, AI integration, machine learning, content summarization, adaptive streaming, multi-platform sync, intelligent content, digital media evolution.","question":"What are the future developments expected for Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality?"}],"topics":["PVR timebase management","MPEG decoding","personal video recording","video indexing","frame-accurate playback","efficient","management","based"],"tech_cluster":null},"seo":{"title":"PVR Timebase Management - MPEG Decoding Patent US-9852771","description":"Discover the 'Method of Timebase Management for Mpeg Decoding with Personal Video Recording Functionality' patent. Enhances PVRs with real-time indexing for instant, frame-accurate video playback and efficient recording.","keywords":["PVR timebase management","MPEG decoding","personal video recording","video indexing","frame-accurate playback","digital media patent","US-9852771","PVR efficiency","transport stream management","video recording innovation","patent analysis"]},"attribution":{"source":"Patentable","source_url":"https://patentable.app","canonical_url":"https://patentable.app/patents/US-9852771","license":"CC-BY-4.0-like","license_terms":"AI-generated analysis on this page (summary, layman_explanation, technical_analysis, business_analysis, faqs) may be reused with attribution and a visible link back to the canonical URL above. Patent abstracts, claims, and bibliographic data are USPTO public domain.","required_link":"https://patentable.app/patents/US-9852771","citation_suggestion":"Patentable. \"Method of timebase management for MPEG decoding with personal video recording functionality\" (US-9852771). https://patentable.app/patents/US-9852771","copyright_holder":"Nomic Interactive Technology LLC"},"links":{"html":"https://patentable.app/patents/US-9852771","json":"https://patentable.app/api/llm-context/US-9852771","site":"https://patentable.app","llms_txt":"https://patentable.app/llms.txt"},"generated_at":"2026-06-06T08:19:51.154Z"}