A touchless multilingual voice assistant and intelligent ai automation system with live video ai for emergency, interaction, and device control plus a unified ai-powered construction management and application framework

Abstract

The invention relates to a unified artificial intelligence system comprising a multilingual voice assistant (Asena™) and an intelligent automation platform (Sag- Al™). Asena™ enables fully touchless human interaction without the use of keyboards, mice, screens, or physical buttons. It supports over 195 languages and operates both offline and online, offering voice recognition, emotional context analysis, emergency command execution, and a real-time video module (AsenaLive™) for live audiovisual communication. Sag-AI™ provides a seamless Al-driven environment that automates workflows, enhances safety, enables collaboration, and reduces the need for human intervention across diverse sectors. The system generates intelligent suggestions, structured plans, and real-time monitoring while supporting multi-user access. Together, they deliver a powerful, unified solution for hands-free Al control, emotional interaction, and intelligent decision-making.

Description

[0001] APPLICATION - July 22, 2025

[0002] Patent Cooperation Treaty (PCT)

[0003] Inventor: John Berk Gursoy

[0004] Legal Entity: John Gursoy, operating as Sag- Al BuildTech

[0005] Address: 231, 10309 107 Street NW, Edmonton, Alberta, T5J 1K3, CANADA

[0006] Table of Contents

[0007] • Background 1 - Statement of Invention & Ownership

[0008] • Background 2 - Filing History, Patent Strategy, and Legal Ownership

[0009] • Background 3 - Unity of Invention and Application Consolidation

[0010] • Respectful Legal Note

[0011] • Description

[0012] o Detailed Description of the Invention 1

[0013] o Detailed Description of the Invention 2

[0014] o Detailed Description of the Invention 3

[0015] • Full Abstract Package - PCT Rule 13: Unity of Invention

[0016] • Claims

[0017] • Additional Claims - Unified System Embodiments

[0018] (Filed pursuant to PCT Rule 6.3, in support of previously filed national and international claims)

[0019] • Declaration of Inventor - Micro-Entity Status and Independent Ownership

[0020] . LEGAL & TECHNICAL JUSTIFICATION OF UNITY

[0021] • Drawing File Declaration

[0022] An abstract and full set of claims are included in this document. For clarity and official record-keeping, the abstract, claims, Declaration of Inventor and supporting drawings will also be uploaded separately as individual files.APPLICATION - July 22, 2025

[0023] Patent Cooperation Treaty (PCT)

[0024] Inventor: John Berk Gursoy

[0025] Legal Entity: John Gursoy, operating as Sag-AI BuildTech

[0026] Address: 231, 10309107 Street NW, Edmonton, Alberta, T5J 1K3, CANADA

[0027] Background 1 - Statement of Invention & Ownership

[0028] To the International Patent Authorities:

[0029] I, John Berk Gursoy, am the sole inventor, designer, and developer of the unified artificial intelligence system known as Sag-AI™ + Asena™, created entirely under my personal legal identity, operating as Sag-AI BuildTech in Canada. This invention is the product of my independent labor, knowledge, and vision — free of joint authorship, external partnerships, or third-party control. It is a fully original, self-developed technology. The invention consists of two inseparable components:

[0030] • Sag-AI™ is the core intelligence and operational brain of the system — an advanced Al engine that governs all data processing, automation logic, and real-world integrations. It powers functional domains such as legal automation, construction intelligence, coaching systems, creative assistance, consulting tools, healthcare advisory, organizational management, emotional guidance, and more.

[0031] • Asena™, named after the legendary She-Wolf of resilience and awakening, serves as the humanized voice and emotional interface of the platform. Asena is not a cold, generic Al — she is the spirit of interaction across the system. Through AsenaVoice, AsenaLive, and AsenaDate, she communicates and assists users in both offline and online environments, delivering personalized emotional intelligence, survival guidance, and intuitive voicebased control. Asena cannot function independently — she operates through the logic, structure, and data flow provided by Sag-AI.Originally conceived as an Al construction assistant, this system rapidly evolved beyond its initial scope, becoming a universal intelligence framework — a human-AI symbiosis designed for global utility across industries, cultures, and crisis scenarios. There is no known prior art, system, or patent that embodies the level of integration, voice control, multilingual adaptability, and emotional contextualization delivered by this invention.

[0032] All rights, authorship, and intellectual property related to Sag-AI™ + Asena™ are exclusively held by me, John Gursoy, as an individual operating entity under Sag-AI BuildTech. Both Canadian and U.S. provisional patents have been filed, and this PCT application formally seeks international protection and recognition of my creation.

[0033] This system is not just software. It is a living platform, capable of intelligent offline operations, autonomous survival assistance, live video communication, secure multilingual voice command, and a vision for the future of emotionally aware machines. It is designed to protect and empower people worldwide.

[0034] With this application, I respectfully assert my sole inventorship and submit this technology for international patent examination and protection under the Patent Cooperation Treaty.

[0035] Background 2 - Filing History, Patent Strategy, and Legal Ownership

[0036] As the sole inventor and legal owner of all Sag-AI™ and Asena™ technologies, I, John Berk Gursoy, operating under Sag-AI BuildTech, have taken deliberate steps to secure both Canadian and United States intellectual property rights prior to this PCT filing. I respectfully outline my official patent timeline and filing basis as follows:

[0037] 1. February 19, 2025

[0038] Title of Invention: Sag-AI BuildTech: Al-Powered Construction Management System

[0039] • CIPO Non-Provisional Patent Filed: February 19, 2025

[0040] • CIPO Certificate Granted: February 25, 2025

[0041] • Canadian Patent No.: 3,265,476

[0042] • USPTO Provisional Patent Filed: February 19, 2025

[0043] • USPTO Provisional Certificate Granted: Application No. 63 / 760,783

[0044] 2. April 14, 2025

[0045] Title of Invention: SAG-AI™: Multilingual Voice Assistant & Intelligent Al Automation System • CIPO Non-Provisional Patent Filed: April 14, 2025

[0046] • Amendment Submitted to CIPO: May 12, 2025 (to correct claims and abstract)

[0047] • CIPO Certificate Granted: May 13, 2025

[0048] • Canadian Patent No.: 3,270,731

[0049] • USPTO Provisional Patent Filed: April 14, 2025• Amendments Submitted to USPTO via Registered Mail: May 14, 2025

[0050] • Online Amendment Confirmed via Secured USPTO Account: June 4, 2025

[0051] • Current Status: USPTO application still pending

[0052] . USPTO Application No.: 63 / 788,394

[0053] 3. June 18, 2025

[0054] Title of Invention: Asena™: A Touchless Multilingual Voice and Live Video Al System for Emergency, Interaction, and Device Control Across All Platforms

[0055] • CIPO Non-Provisional Patent Filed: June 18, 2025

[0056] • CIPO Application No.: 3,277,593 (pending)

[0057] • USPTO Provisional Patent Filed: June 18, 2025

[0058] • USPTO Provisional Certificate Granted: July 8, 2025

[0059] . USPTO Certificate No.: 63 / 826,055

[0060] Strategic Note on Filing

[0061] As an independent inventor and micro-entity, I pursued patent protection in both Canada and the United States as an affordable and practical first step. My intent was to preserve priority dates and secure foundational rights in two major jurisdictions — while preparing for this broader international filing under the Patent Cooperation Treaty (PCT). This strategy ensured my inventions would be safeguarded early, while allowing time for funding, growth, and full national expansion.

[0062] Copyright and Trademark Registrations

[0063] In addition to patent protections, I have secured copyrights and trademarks to protect the creative, structural, and branding elements of my invention:

[0064] • Canadian Copyright Registration No.: 1233225

[0065] Title: SAG-AI AND ASENA BY JOHN GURSOY: Multilingual Al Voice Assistant, Dashboard Ul, Realms System, Branding, Content & Interaction

[0066] • U.S. Copyright Application: 1-14922448811 (in process)

[0067] • Trademark Registrations (Canada & USA):

[0068] Names: John Gursoy™, Sag-AI™, and Asena™

[0069] Registered under:

[0070] o Class 9: Software and downloadable applications

[0071] o Class 35: Business branding and consultingo Class 42: Al systems, SaaS, and technology services

[0072] o Class 45: Legal identity protection and personal intellectual property enforcement

[0073] This documented filing history and intellectual property portfolio reflect my ongoing, lawful, and diligent efforts to protect the unique innovation represented by the Sag-AI + Asena platform — both in my home country of Canada and abroad.

[0074] This PCT application now respectfully seeks international protection for my invention and rightful priority based on the filings outlined above.

[0075] Background 3 - Unity of Invention and Application Consolidation

[0076] As the sole inventor of the three filings listed in Backgrounds 1 and 2, I, John Berk Gursoy, respectfully confirm that I have combined them into this single PCT application based on their technical and functional interdependence.

[0077] Although filed as three separate national applications in Canada and the United States for procedural and financial reasons, these inventions are not isolated. They collectively form one unified, intelligent platform under the same architectural design and operating purpose.

[0078] Specifically:

[0079] • Sag-AI BuildTech provides the foundational logic, registered legal entity, domain infrastructure, and the legal framework necessary for the full operation of the platform. It is the structural and administrative base of the invention.

[0080] • SAG-AI™ Multilingual Voice Assistant builds upon this foundation to enable real-world autonomous control using natural language processing, Al-driven automation, and intelligent system orchestration.

[0081] • Asena™ functions as the multilingual, emotionally responsive, and human-like voice and interface of the system — designed to interact naturally with users through voice, text, video, emergency response, survival assistance, and emotional intelligence.

[0082] These components cannot function independently in their intended commercial or operational form. Each is intrinsically connected and forms part of the same integrated framework — built to serve humanity through a unified, multilingual, emotionally intelligent, and autonomous Al system.

[0083] Respectful Legal Note

[0084] I fully respect the authority and discretion of WIPO and PCT examiners. If, at any stage of this process, it is determined that the contents of this unified filing exceed the allowable limits of asingle international application, or that the invention lacks sufficient unity under PCT Rule 13, I respectfully request the opportunity to amend, divide, or file supplementary applications as necessary, without prejudice.

[0085] This application is filed in good faith, and I respectfully believe the inventions described herein are legally and functionally unified under the same inventive concept.

[0086] Description

[0087] Detailed Description of the Invention 1:

[0088] Title of Invention: SAG-AI™: Multilingual Voice Assistant & Intelligent Al Automation System 1. Voice Interaction System

[0089] • Users activate the SAG-AI assistant through either a spoken wake phrase (e.g., "Hey Sag") ora physical / digital interface.

[0090] • Incoming speech is converted to text using an embedded or integrated speech-to-text (STT) engine within the system's architecture.

[0091] • Transcribed input is analyzed by the Al's natural language processing engine to determine user intent and generate intelligent responses.

[0092] 2. Al Engine & Language Adaptation

[0093] • SAG-AI is powered by a proprietary Al core capable of multilingual reasoning and contextual understanding.

[0094] • The system automatically detects a user's preferred language and region through device settings, IP geolocation, or browser configuration.

[0095] • Textual and vocal responses are delivered through integrated text-to-speech (TTS) modules with support for over 195 languages.

[0096] • Users may switch languages in real-time without reloading or reinitializing the assistant.

[0097] 3. Smart Assistant Capabilities

[0098] • The assistant is capable of executing advanced queries, performing data analysis, and retrieving structured or unstructured information through integrated research functions.

[0099] • Users may open, summarize, and interact with digital files using only voice commands.

[0100] • The system supports secure integration with user-authorized cloud services for file access and management.

[0101] • Additional features include task scheduling, calendar control, media playback, and contextual assistant behavior across domains.

[0102] 4. Platform IntegrationThe SAG-AI assistant is designed to operate flexibly across deployment environments, including:

[0103] • Web-based applications (progressive and responsive)

[0104] • Mobile devices (iOS / Android native apps)

[0105] • Desktop environments (cross-platform installers)

[0106] • Embedded systems for enterprise portals or industry-specific platforms (e.g., construction dashboards)

[0107] 5. Use Cases

[0108] SAG-AI is engineered to provide value across various industries and consumer markets:

[0109] • Construction: Blueprint interaction, on-site safety workflows, material estimations • Enterprise: Meeting automation, smart documentation, voice-based file control

[0110] • Education: Lecture assistance, live multilingual translation, student accessibility

[0111] • Consumer: Smart home integration, reminders, local service updates, wellness features • Global Access: Designed to remove language barriers for immigrants, refugees, and travelers

[0112] 6. Innovation

[0113] • Enables real-time translation and interaction in 195+ languages using embedded Al models

[0114] • Combines intelligent reasoning, voice synthesis, voice recognition, and NLP into one unified assistant

[0115] • Reduces or eliminates dependency on keyboards and screens, enhancing hands-free interaction

[0116] • Designed for universal adoption across sectors — including education, construction, legal, and emergency response

[0117] Claim Summary (Refined)

[0118] • Claim 1: A system enabling real-time, multilingual voice interaction across devices and platforms, interpreting user input and generating natural responses in the user's native language.

[0119] • Claim 2: A voice-controlled interface for secure file management and access across integrated platforms.

[0120] • Claim 3: An automatic language detection module that determines user language preferences using IP, system settings, or active input selection.

[0121] • Claim 4: A context-aware response system using an integrated Al engine capable of text, speech, and emotional interaction without third-party dependencies.Detailed Description of the Invention 2:

[0122] Title of Invention: Sag-AI BuildTech: Al-Powered Construction Management System

[0123] 1. Field of the Invention

[0124] The present invention relates to an intelligent, Al-powered construction management platform that fully automates project planning, cost estimation, scheduling, safety compliance, workforce coordination, and material procurement. It is designed to assist contractors, builders, developers, and property owners in streamlining construction operations through machine-driven intelligence.

[0125] 2. Background of the Invention

[0126] Traditional construction project management is time-consuming and error-prone, often requiring manual input, repeated cost estimation, and fragmented scheduling processes. These inefficiencies lead to budget overruns, safety issues, and project delays.

[0127] Sag-AI BuildTech introduces an autonomous Al system that replaces manual workflows with intelligent automation. It generates real-time project proposals, ensures safety compliance, and optimizes labor and material allocations without human intervention.

[0128] 3. Summary of the Invention

[0129] Sag-AI BuildTech is a modular, Al-driven cloud platform capable of:

[0130] • Generating detailed project proposals within minutes

[0131] • Automatically calculating cost estimates for labor and materials

[0132] • Scheduling tasks and managing construction phases intelligently

[0133] • Computing required material quantities using structured Al logic

[0134] • Supporting multi-user accounts with permission-controlled access

[0135] • Offering integrated Al support via chatbot systems

[0136] • Performing real-time safety compliance checks

[0137] • Tracking inventory and automating supply chain orders

[0138] • Promoting sustainable construction through eco-optimized suggestions

[0139] • Supporting secure digital payments via integrated transactional modules

[0140] 4. Detailed Description of the InventionThe invention consists of the following core components:

[0141] (A) Al-Powered Cost Estimation Engine

[0142] • Users input project specifications or dimensions.

[0143] • Al algorithms reference regional cost databases and industry data.

[0144] • The system automatically outputs total project costs.

[0145] (B) Al-Generated Project Proposals

[0146] • Clients can request fully detailed project proposals.

[0147] • Proposals include material breakdowns, labor estimates, and timelines.

[0148] • The system replaces the need for manual contractor estimates.

[0149] (C) Contractor Submission & Execution Planning

[0150] • Contractors upload blueprints, scope of work, and job requirements. • Al analyzes the input and generates an optimized project plan.

[0151] • Tasks are broken into phases and scheduled automatically.

[0152] (D) Scheduling & Workforce Management

[0153] • The system auto-assigns workforce roles, task priorities, and timelines.

[0154] • Al adjusts schedules dynamically based on progress or interruptions. • This minimizes downtime and improves jobsite efficiency.

[0155] (E) Multi-User Access & File Sharing

[0156] • Companies may onboard multiple team members under one account. • Permissions and file access are securely managed.

[0157] • All users collaborate within the centralized Al workspace.

[0158] (F) Al Support and Training System

[0159] • An integrated Al assistant guides users through each task step-by-step.

[0160] • Real-time answers are provided without human staff.

[0161] • The assistant can offer recommendations, troubleshooting, and updates.

[0162] (G) Safety Compliance Monitoring

[0163] • The platform detects safety violations using Al image and data analysis.

[0164] • It provides automated checklists, alerts, and compliance reports.

[0165] Supports adherence to safety codes and reduces on-site incidents.(H) Inventory and Supply Chain Automation

[0166] • Al monitors material usage and stock levels continuously.

[0167] • The system generates timely procurement orders to avoid delays.

[0168] • Minimizes waste and supports just-in-time delivery strategies.

[0169] (I) Sustainability Optimization

[0170] • Al recommends low-impact building materials and green practices.

[0171] • Tracks sustainability compliance metrics.

[0172] • Helps reduce the environmental footprint of construction projects.

[0173] 5. Advantages of the Invention

[0174] • Full automation of construction workflows, reducing manual labor and planning errors • Real-time estimates and project intelligence accessible via voice or dashboard

[0175] • Increased safety and regulatory compliance through automated hazard detection

[0176] • Scalability across small residential to large corporate construction projects

[0177] • Built-in sustainability, helping the industry transition to eco-conscious building practices

[0178] 6. Conclusion

[0179] Sag-AI BuildTech is a next-generation construction intelligence platform that automates every phase of the building lifecycle. From budgeting and planning to execution and compliance, the system operates without dependence on human judgment. By replacing fragmented workflows with centralized, autonomous Al, this invention transforms how construction is managed — unlocking speed, accuracy, safety, and sustainability at scale.

[0180] This invention forms the core structural intelligence that powers the greater Sag-AI™ + Asena™ ecosystem, and its priority has already been established through national filings.

[0181] Detailed Description of the Invention 3

[0182] Title of Invention: Asena™: A Touchless Multilingual Voice and Live Video Al System for Emergency, Interaction, and Device Control Across All Platforms

[0183] 1. Field of the Invention

[0184] The present invention relates to an Al-powered, voice-activated control system that enables users to interact with a wide range of digital devices without physical contact. It utilizes multilingualvoice recognition, emotional context processing, and real-time audiovisual feedback to deliver fully touchless user experiences — including emergency response functions — across consumer and enterprise platforms.

[0185] 2. Background of the Invention

[0186] Traditional digital interfaces rely on physical remotes, keyboards, or touchscreen inputs, limiting accessibility, efficiency, and safety— particularly during emergencies or for users with disabilities. Existing voice control systems often depend on constant internet access, lack multilingual flexibility, or fail to function across multiple hardware environments.

[0187] This invention addresses those limitations by offering a fully touchless, multilingual Al assistant capable of operating both online and offline, integrating voice, emotion, and live video intelligence within one deployable system: Asena™.

[0188] 3. Summary of the Invention

[0189] The invention comprises a voice-controlled Al platform named Asena™, which can be installed on, or embedded into, digital devices including televisions, mobile phones, tablets, computers, and HDMI-based hardware. The system allows users to issue voice commands for executing actions (e.g., power on / off, volume control, launching apps, or making emergency calls) without requiring physical contact.

[0190] Asena™ eliminates the need for traditional input devices such as keyboards, mice, remote controls, or on-screen buttons. Users can control any compatible device solely through voice. The assistant is activated by a wake phrase (e.g., “Hey Asena”) and can operate entirely hands-free — both online and offline.

[0191] The platform includes an offline-capable speech recognition engine, multilingual support for over 195 languages, emotional context interpretation, and deep integration with device-level functions and APIs. It also features emergency detection — including activation by specific keywords, tone of distress, or emotional vocal cues — and can initiate emergency actions such as calling for help, sharing GPS coordinates, and recording live audio / video.

[0192] The invention further includes AsenaLive™, a two-way audiovisual module that enables facial recognition, voice input / output, live transcription, emotional feedback, and multilingual interaction. This component functions on-device or through cloud-supported servers, with adaptive fallback modes for limited or offline environments.

[0193] 4. Detailed Description of the Invention

[0194] (A) Touchless Voice Interaction Core• Users activate the system using a wake phrase (e.g., “Hey Asena”) or via continuous passive listening mode.

[0195] • A built-in or external microphone captures speech and routes it to a proprietary offline- capable voice recognition engine.

[0196] • The system processes commands locally or through adaptive hybrid models to determine intent.

[0197] • No keyboard, no mouse, no touchscreen, no physical remote control is required. The system is designed for complete hands-free interaction across all supported devices.

[0198] (B) Command Execution System

[0199] • Recognized commands are mapped to system-level APIs or operating system functions.

[0200] • The assistant can execute core functions including:

[0201] o Power toggling

[0202] o Volume control

[0203] o App launching

[0204] o Media playback

[0205] o Channel switching

[0206] o Voice-activated browsing or typing

[0207] • Execution occurs without touch or visual interfaces, enhancing accessibility.

[0208] (C) Multilingual & Emotional Processing

[0209] • Supports over 195 languages with seamless voice-language switching.

[0210] • Emotion detection adjusts responses (e.g., gentle volume change if user is calm).

[0211] • Contextual understanding improves interaction quality across cultures and dialects.

[0212] (D) Emergency Response Module

[0213] • Users may trigger emergency protocols by speaking specific distress phrases or via tone / emotion recognition.

[0214] • The assistant can:

[0215] o Call emergency services or pre-selected contacts

[0216] o Send GPS coordinates using system-level data

[0217] o Start live audio or video recording automatically

[0218] • These features work offline, ensuring functionality during disasters or outages.

[0219] (E) Hardware Deployment Options

[0220] • Asena™ may be installed on:

[0221] o Smart TVs, tablets, PCs, mobile phones (iOS / Android / Windows / Linux)o HDMI plug-in devices with preloaded firmware

[0222] o Embedded systems or custom-built offline terminals

[0223] (F) AsenaLive: Real-Time Video Assistant

[0224] • Enables live two-way audiovisual interaction between user and the assistant.

[0225] • Features include:

[0226] o Real-time face recognition

[0227] o Multilingual conversation with voice + text feedback

[0228] o Al-driven emotional response adaptation

[0229] o Live captioning and translation during interaction

[0230] • AsenaLive functions in online and offline modes depending on device capabilities.

[0231] (G) Adaptive Mode Switching

[0232] • Asena automatically switches between:

[0233] o Voice-only mode

[0234] o Full audio-visual mode

[0235] Based on:

[0236] o Available bandwidth

[0237] o Device limitations

[0238] o User preference or accessibility settings

[0239] 5. Advantages of the Invention

[0240] • Provides fully touchless control of digital environments across all platforms

[0241] • Operates offline, enabling functionality in low / no internet zones

[0242] • Supports real-time emergency response, GPS sharing, and recording

[0243] • Delivers multilingual accessibility, breaking language barriers globally

[0244] • Includes audiovisual engagement for human-like interaction and visual aid

[0245] • Compatible with embedded systems, HDMI sticks, consumer apps, and enterprise platforms

[0246] • Offers inclusive design, accessible to elders, disabled users, and during crises

[0247] 6. Conclusion

[0248] Asena™ is a revolutionary Al system that delivers multilingual, emotionally intelligent, and fully touchless control over digital environments. Whether deployed on a television, embedded HDMI stick, smartphone, or computer, it empowers users with seamless voice-driven functionality and built-in emergency responsiveness.By eliminating the need for keyboards, remotes, or visual interfaces — and by integrating realtime survival features, live video modules, and emotional awareness — Asena™ redefines human-machine interaction for the modern world.

[0249] With no need for traditional hardware interfaces — no keyboards, no buttons, no screens — Asena™ becomes the voice of the user and the brain of the device, enabling intuitive control and life-saving features through the pure power of speech.

[0250] Full Abstract Package - PCT Rule 13: Unity of Invention

[0251] This combined abstract submission is provided pursuant to PCT Rule 13, demonstrating that all three inventions form a unified system under a single inventive concept. The Sag-AI™ platform serves as the intelligent core, Asena™ functions as its multilingual human interface and emergency control layer, and Sag-AI BuildTech™ represents an industry-specific deployment built upon the same foundational architecture. Together, these inventions represent a holistic and interconnected Al system designed for global multilingual interaction, autonomous control, and real-world problem-solving.

[0252] Combined Abstract for PCT Application (Structured)

[0253] 1. Title of Invention: SAG-AI™: Multilingual Voice Assistant & Intelligent Al Automation System Abstract:

[0254] The invention relates to a multilingual, real-time Al voice assistant system designed for automation across web, mobile, and desktop environments. The system, known as Sag-AI™, features a personalized voice assistant referred to as Asena, capable of interacting through lifelike speech in over 195 languages. The invention includes a secure dashboard, intelligent language translation, document handling, and a dynamic video collaboration module branded AsenaLive, enabling users to engage in live visual interaction while receiving Al-generated support and automation. The invention is scalable for use in domains such as coaching, consulting, creative production, organizational workflows, companion assistance, and educational systems, offering both speech and video-based control in a fully self-hosted platform.

[0255] 2. Title of Invention: Asena™: A Touchless Multilingual Voice and Live Video Al System for Emergency, Interaction, and Device Control Across All Platforms

[0256] Abstract:

[0257] The invention relates to a touchless voice control system named Asena, capable of enabling human interaction with digital devices— including televisions, mobile phones, PCs, andembedded HDMI sticks— without the need for physical contact, traditional remotes, or manual input. The system operates both online and offline, utilizes proprietary multilingual voice recognition, emotional context analysis, and direct execution of device commands via integrated software architecture and microphone-based control. Asena is deployable across platforms via software or embedded hardware and is designed for seamless consumer-grade interaction with minimal setup.

[0258] In addition to command execution, Asena can trigger emergency actions such as calling preset contacts or emergency services, sharing geolocation data, or initiating live audio recording — all without physical touch, via offline or online voice interaction.

[0259] The Asena voice system also includes AsenaLive, a real-time audiovisual assistant that enables users to interact via two-way live video and voice across devices. It provides synchronized Al response, facial recognition, and multilingual conversation with live transcription and emotional feedback — all accessible through offline or online systems.

[0260] 3. Title of Invention: Sag-AI BuildTech: Al-Powered Construction Management System Abstract:

[0261] Sag-AI BuildTech is an Al-powered construction management system that automates project planning, cost estimation, safety compliance monitoring, scheduling, and workforce management. The system leverages artificial intelligence to analyze project scope, calculate material and labor costs, and generate structured project execution plans. It enables contractors and businesses to optimize efficiency through Al-driven automation while ensuring regulatory compliance and sustainability. The platform provides instant Al-generated project proposals, smart inventory tracking, and multi-user corporate access, eliminating the need for human intervention in construction planning.

[0262] This consolidated abstract filing respectfully supports the inventor's request for PCT unity of invention under Rule 13. Should the International Search Authority or Receiving Office find that any division is required, the applicant reserves the right to amend or divide without prejudice in accordance with WIPO procedure.

[0263] Claims :

[0264] Title of Invention: SAG-AI™: Multilingual Voice Assistant & Intelligent Al Automation System Claim 1: A system for real-time multilingual voice interaction across platforms, using Al to understand user intent and return native-language responses.

[0265] Claim 2: Integration of cloud platforms and file control via voice.Claim 3: Auto-detection of user language using IP, browser settings, or user selection.

[0266] Claim 4: Al-enhanced voice responses using OpenAI (Changed to Asena) or equivalent language models

[0267] Amended on May 12,2025 from the above

[0268] Claim 1 A multilingual, real-time voice-based artificial intelligence system comprising:

[0269] (a) a voice input module configured to capture and transcribe speech in multiple languages;

[0270] (b) a natural language understanding engine for interpreting user intent from transcribed input;

[0271] (c) a translation system enabling output generation in the user's preferred language;

[0272] (d) an Al response generation module integrated with cloud-based or local models for automation and intelligent task execution;

[0273] (e) a secure interface allowing users to upload documents, initiate automation commands, and interact with the assistant;

[0274] (f) a personalized voice identity system enabling the assistant to respond using a consistent, lifelike voice referred to as Asena;

[0275] (g) an integrated video collaboration interface branded AsenaLive, allowing real-time face- to-face communication combined with Al-driven automation support; wherein the system enables continuous multilingual voice and video interaction across domains such as coaching, creative industries, consulting, education, companion care, and organizational operations, without requiring third-party APIs.

[0276] Title of inventions: Asena™: A Touchless Multilingual Voice and Live Video Al System for Emergency, Interaction, and Device Control Across All Platforms

[0277] Main Claim:

[0278] Claim 1 - A computer-implemented method for touchless control of digital devices via a multilingual voice interface, comprising:

[0279] (a) receiving a user command through a built-in or external microphone;

[0280] (b) processing speech using a proprietary offline voice recognition engine;

[0281] (c) executing the corresponding function (e.g., power on / off, volume change, app launch,channel switching) on the device without physical input;

[0282] (d) wherein said engine is configured to operate on embedded systems, mobile, desktop, or HDMI- based hardware, and supports at least 195 human languages.

[0283] Supporting Claims:

[0284] Claim 2 - The method of claim 1, wherein the system includes wake-word detection ("Hey Asena") for activation.

[0285] Claim 3 -The method of claim 1, wherein the commands are mapped to device-level APIs or OS-level system calls.

[0286] Claim 4 - The system of claim 1, wherein the same engine supports emotion-based adjustments (e.g., raise volume gently if voice detected as calm).

[0287] Claim 5 - A deployable HDMI stick containing the preinstalled system executable for plug-and-play TV integration.

[0288] Claim 6 - A universal architecture enabling the same voice system to be adapted to smart TVs, laptops, Android, iOS, and Windows environments.

[0289] Claim 7 - Offline operation using precompiled whisper-style or LLM audio models on-device, without third-party API calls.

[0290] Claim 8 - The system of claim 1, wherein the voice assistant can recognize distress or emergency voice commands and initiate a call or message to emergency services or designated contacts. Claim 9 - The system of claim 8, wherein the assistant sends real-time GPS coordinates using a connected module or system API, accessible offline or via fallback data networks.

[0291] Claim 10 - The system of claim 1, wherein the emergency function can be triggered by specific keywords or tone recognition indicating distress, processed without requiring an internet connection.

[0292] Claim 11 - The system of claim 1, wherein the assistant supports a two-way live interaction module named "AsenaLive" featuring real-time video, facial recognition, voice input / output, and live Al-generated transcription.

[0293] Claim 12 - The system of claim 11, wherein the live interaction is processed on-device or via cloud servers and includes multilingual, emotionally contextual response generation.

[0294] Claim 13 - The system of claim 1, wherein the assistant switches between voice-only and full audiovisual modes depending on user input, device capabilities, and network conditions.

[0295] Additional Claims - Unified System Embodiments(Filed as additional embodiments pursuant to PCT Rule 6.3, in support of previously filed national and international claims)

[0296] These additional claims are provided to further clarify and protect embodiments of the Sag-AI™ + Asena™ platform and are intended to supplement, not replace, claims previously submitted through national filings in Canada and the United States. The applicant respectfully requests that the International Search Authority consider the unity of the invention and include the following supplemental claims in the examination of this PCT application.

[0297] These claims reflect new embodiments of the originally described invention. They demonstrate scalable applications of the Sag-AI™ and Asena™ system across construction, emergency, automation, and secure offline operations.

[0298] Claim 14 - The system of Claim 1, wherein the Al is deployed as a modular industry-specific intelligence layer for construction management, including blueprint ingestion, Al-powered cost estimation, real-time safety compliance monitoring, and automated project scheduling

[0299] Claim 15 - The system of Claim 1, wherein all voice, video, emergency, and file automation functions are operable via embedded HDMI stick devices with plug-and-play integration.

[0300] Claim 16 - The system of Claim 1, wherein the assistant functions offline with precompiled language and emergency response models, offering complete functionality without third-party servers.

[0301] Claim 17 - The system of Claim 1, wherein user data is stored locally or encrypted within a decentralized architecture, ensuring offline privacy compliance and jurisdictional flexibility. Claim 18 - The system of Claim 1, wherein each module (voice, video, emergency, document automation, and construction Al) is deployable independently or as a unified, scalable system across enterprise and consumer sectors.

[0302] Declaration of Inventor - Micro-Entity Status and Independent Ownership

[0303] I, John Berk Gursoy, declare under penalty of perjury that I am the sole inventor and developer of the inventions titled Sag-AI™ and Asena™. I do not work for, nor am I employed by, any corporation or organization. I confirm that I qualify as a micro-entity, with income below the applicable threshold, and have received only limited personal support (financial) from friends during the development of these systems. I have not assigned or licensed these inventions to any third party. Every component of the design, development, and structure was conceived, written, and built by me independently.

[0304] LEGAL & TECHNICAL JUSTIFICATION OF UNITYThe Sag-AI™ + Asena™ platform functions as a single unified software application, not as a collection of separate systems. This is confirmed by the technical design and behavior of the system, including:

[0305] 1. Unified Browser Interface:

[0306] The entire application runs within a single browser window using an internal routing system (e.g., Next.js or React Router). All modules, including coaching, consulting, live video, file automation, and the multilingual voice assistant (Asena), are accessed dynamically without launching separate tabs, windows, or sessions. This demonstrates architectural cohesion.

[0307] 2. Shared Logic and Authenticated Session:

[0308] All system components operate under a shared backend infrastructure, using centralized state management, authentication, and database access. The same session governs all functionality, proving full-stack integration and unified user context.

[0309] 3. Internal Navigation & Return Home Routing:

[0310] Navigation between sections is handled internally through code-based routing (e.g., router.push(' / ')), rather than hyperlinks to external tools or services. This proves that the user experience and functional flow remain within a singular app environment, not distributed applications.

[0311] 4. Same Domain, Same Ownership:

[0312] Every feature and function is hosted under the same domain (https: / / sag- aibuildtech.com) and operates using the same data storage, voice engine, Ul shell, and voice identity system (Asena). This further affirms that all claims and functionalities belong to one technical and legal invention.

[0313] Therefore, the Sag-AI™ and Asena™ systems together form a unified invention under PCT Rule 13. The application's structure, execution, and deployment demonstrate unity of invention both functionally and architecturally, making it fully compliant with international patent submission standards.Drawing File Declaration

[0314] Supporting technical drawings (labeled as PCT_Drawings_Sag-AI_Asena.pdf) have been prepared to visually demonstrate the architectural unity of the invention. These include screenshots and system flow representations of the unified browser-based interface, showing all modules accessible within a single session, without launching external tabs or services.

[0315]

[0316] Sincerely

[0317] John Berk Gursoy

Claims

Date: July 22,2025Patent Cooperation Treaty (PCT)Inventor: John Berk GursoyLegal Entity: John Gursoy, operating as Sag-AI BuildTechAddress: 231, 10309107 Street NW, Edmonton, Alberta, T5J 1K3, CANADAClaims :Title of Invention: SAG-AI™: Multilingual Voice Assistant & Intelligent Al Automation System Claim 1: A system for real-time multilingual voice interaction across platforms, using Al to understand user intent and return native-language responses.Claim 2: Integration of cloud platforms and file control via voice.Claim 3: Auto-detection of user language using IP, browser settings, or user selection.Claim 4: Al-enhanced voice responses using OpenAI (Changed to Asena) or equivalent language modelsAmended on May 12,2025 from the aboveClaim 1 A multilingual, real-time voice-based artificial intelligence system comprising:(a) a voice input module configured to capture and transcribe speech in multiple languages;(b) a natural language understanding engine for interpreting user intent from transcribed input;(c) a translation system enabling output generation in the user's preferred language;(d) an Al response generation module integrated with cloud-based or local models for automation and intelligent task execution;(e) a secure interface allowing users to upload documents, initiate automation commands, and interact with the assistant;(f) a personalized voice identity system enabling the assistant to respond using a consistent, lifelike voice referred to as Asena;(g) an integrated video collaboration interface branded AsenaLive, allowing real-time face- to-face communication combined with Al-driven automation support; wherein the system enables continuous multilingual voice and video interaction across domains such as coaching, creative industries, consulting, education, companion care, and organizational operations, without requiring third-party APIs.Title of inventions: Asena™: A Touchless Multilingual Voice and Live Video Al System for Emergency, Interaction, and Device Control Across All PlatformsMain Claim:Claim 1 - A computer-implemented method for touchless control of digital devices via a multilingual voice interface, comprising:(a) receiving a user command through a built-in or external microphone;(b) processing speech using a proprietary offline voice recognition engine;(c) executing the corresponding function (e.g., power on / off, volume change, app launch, channel switching) on the device without physical input;(d) wherein said engine is configured to operate on embedded systems, mobile, desktop, or HDMI- based hardware, and supports at least 195 human languages.Supporting Claims:Claim 2 - The method of claim 1, wherein the system includes wake-word detection ("Hey Asena") for activation.Claim 3 -The method of claim 1, wherein the commands are mapped to device-level APIs or OS-level system calls.Claim 4 - The system of claim 1, wherein the same engine supports emotion-based adjustments (e.g., raise volume gently if voice detected as calm).Claim 5 - A deployable HDMI stick containing the preinstalled system executable for plug-and-play TV integration.Claim 6 - A universal architecture enabling the same voice system to be adapted to smart TVs, laptops, Android, iOS, and Windows environments.Claim 7 - Offline operation using precompiled whisper-style or LLM audio models on-device, without third-party API calls.Claim 8 - The system of claim 1, wherein the voice assistant can recognize distress or emergency voice commands and initiate a call or message to emergency services or designated contacts. Claim 9 - The system of claim 8, wherein the assistant sends real-time GPS coordinates using a connected module or system API, accessible offline or via fallback data networks.Claim 10 - The system of claim 1, wherein the emergency function can be triggered by specific keywords or tone recognition indicating distress, processed without requiring an internet connection.Claim 11 - The system of claim 1, wherein the assistant supports a two-way live interaction module named "AsenaLive" featuring real-time video, facial recognition, voice input / output, and live Al-generated transcription.Claim 12 - The system of claim 11, wherein the live interaction is processed on-device or via cloud servers and includes multilingual, emotionally contextual response generation.Claim 13 - The system of claim 1, wherein the assistant switches between voice-only and full audiovisual modes depending on user input, device capabilities, and network conditions.Additional Claims - Unified System Embodiments(Filed as additional embodiments pursuant to PCT Rule 6.3, in support of previously filed national and international claims)These additional claims are provided to further clarify and protect embodiments of the Sag-AI™ + Asena™ platform and are intended to supplement, not replace, claims previously submitted through national filings in Canada and the United States. The applicant respectfully requests that the International Search Authority consider the unity of the invention and include the following supplemental claims in the examination of this PCT application.These claims reflect new embodiments of the originally described invention. They demonstrate scalable applications of the Sag-AI™ and Asena™ system across construction, emergency, automation, and secure offline operations.Claim 14 - The system of Claim 1, wherein the Al is deployed as a modular industry-specific intelligence layer for construction management, including blueprint ingestion, Al-powered cost estimation, real-time safety compliance monitoring, and automated project scheduling Claim 15 - The system of Claim 1, wherein all voice, video, emergency, and file automation functions are operable via embedded HDMI stick devices with plug-and-play integration.Claim 16 - The system of Claim 1, wherein the assistant functions offline with precompiled language and emergency response models, offering complete functionality without third-party servers.Claim 17 - The system of Claim 1, wherein user data is stored locally or encrypted within a decentralized architecture, ensuring offline privacy compliance and jurisdictional flexibility. Claim 18 - The system of Claim 1, wherein each module (voice, video, emergency, document automation, and construction Al) is deployable independently or as a unified, scalable system across enterprise and consumer sectors.SincerelyJohn Berk Gursoy

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