Description:INVENTOR DISCLOSURE APPLICATION
APPLICANT
NAME NATIONALITY ADDRESS

Transline Technologies Limited
Indian
23/A, Shivaji Marg, Motinagar, New Delhi -110015

INVENTOR

SL. NO NAME NATIONALITY ADDRESS

1.

Transline Technologies Limited
Indian
23/A, Shivaji Marg, Motinagar, New Delhi -110015

1. Title of Invention: CamStore
2. Project implementation:
3. Application Usage:
CamStore is an innovative solution designed to revolutionize the way live video feeds from IP CCTV cameras are stored and managed. Leveraging the Real-Time Streaming Protocol (RTSP), CamStore compresses video feeds by up to 80% without compromising on critical video quality. This groundbreaking capability significantly reduces storage requirements and minimizes network bandwidth usage during data transfer to the cloud.
The ability to compress video to such an extent translates into substantial cost savings for organizations. With CamStore, businesses can store more video data using less space, making it ideal for industries requiring long-term video storage. The reduced data size also ensures faster upload times, improved accessibility, and lower latency when accessing archived footage.
Beyond its operational benefits, CamStore contributes to a sustainable future. By lowering storage demands, it decreases the energy consumption associated with maintaining massive cloud data centres. This, in turn, reduces the carbon footprint, aligning with global carbon-neutral goals. Organizations using CamStore not only enhance their operational efficiency but also take a step toward environmental responsibility.
The software is designed for seamless integration with existing IP CCTV systems, ensuring ease of deployment. CamStore’s user-friendly interface and robust performance make it a go-to solution for businesses aiming to optimize their surveillance systems while prioritizing sustainability.
In a world increasingly driven by data, CamStore stands out as a smart, eco-friendly choice for video storage and management. It’s the perfect blend of innovation, efficiency, and environmental consciousness.

4. Advantages of the Inventions:
a. Significant Storage Savings:
CamStore compresses video feeds by up to 80%, drastically reducing the storage space required for surveillance footage. This allows organizations to store extended periods of video data without the need for frequent hardware upgrades.
b. Reduced Bandwidth Consumption:
The high compression ratio minimizes the data volume during video transfers to the cloud, lowering bandwidth usage. This is especially beneficial for locations with limited network capacity or high data transfer costs.
c. Cost Efficiency:
By reducing storage and bandwidth needs, CamStore cuts down the operational expenses associated with surveillance systems. Organizations can invest in fewer storage resources and utilize more affordable network plans.
d. Seamless Cloud Integration:
CamStore is compatible with cloud platforms, enabling secure and scalable storage of video data. This ensures easy access and management of archived footage from anywhere, enhancing operational flexibility.
e. Environmental Sustainability:
Lower storage demands result in reduced energy consumption by data centres, contributing to a smaller carbon footprint. Businesses using CamStore align with global sustainability goals, showcasing a commitment to environmental responsibility.
f. Enhanced System Performance:
By optimizing bandwidth and storage, CamStore ensures smoother system operation, reducing lag during live feeds or retrieval of stored footage.
g. Ease of Deployment and Use:
CamStore integrates seamlessly with existing IP CCTV setups and RTSP protocols. Its intuitive interface allows for hassle-free installation and operation, minimizing the need for technical expertise.
h. Improved Scalability:
Organizations can scale their surveillance systems more efficiently with CamStore, as it reduces infrastructure requirements, allowing for the addition of more cameras without proportional increases in storage or network costs.
i. Data Security and Reliability:
With cloud-based storage and compressed file management, CamStore enhances data security while ensuring reliable access to critical surveillance footage.
j. Adaptability Across Industries:
Suitable for a wide range of sectors—including retail, manufacturing, transportation, and healthcare—CamStore provides a versatile solution tailored to various surveillance needs.

5. Detailed of the Invention:
a. Edge Computing for Video Compression and Upload
• Technology and Language Stack
? Programming Language: C++
• C++ is a low-level, high-performance language, ideal for applications requiring direct memory management and high efficiency.
• It ensures optimal system resource utilization, crucial for real-time video processing on edge devices.
• It is well-suited for embedded systems often used in edge computing setups.
• Compression Library: FFmpeg
? Role in the System:
• FFmpeg is a powerful, open-source multimedia framework. It handles video and audio processing tasks, including encoding, decoding, transcoding, and compressing.
• CamStore utilizes FFmpeg to encode the live video feed in H.265+ (HEVC) format, a state-of-the-art video compression standard known for its high compression ratio and quality preservation.
? FFmpeg Configuration:
• Codec Selection: H.265+ (HEVC) ensures up to 50% smaller file sizes compared to H.264, with minimal quality loss.
• Bitrate Optimization: Configured to dynamically adjust the bitrate for an optimal balance between file size and video clarity.
• Frame Rate Preservation: Retains the original frame rate of the video to maintain smooth playback.
• Audio Integrity: Audio streams are kept in their original format without compression, ensuring no degradation in sound quality.
• Process Workflow
? RTSP Integration: Once the RTSP link is provided, the system begins fetching video frames.
? On-the-Fly Compression: During frame capture, the video is compressed to achieve the best balance between quality and reduced storage size.
? Chunked Storage: Video data is divided into manageable chunks of 15 minutes each.
? Compressed video chunks are uploaded to the cloud server.
? Metadata Update: The system updates a central database with metadata, including file URL, upload timestamp, and the originating device details.
• Configurable Recording
? Default recording operates 24/7.
? Recording intervals can be customized based on user requirements.

b. Viewing Application
• Technology Stack
? Language: Developed in Dart for cross-platform compatibility.
? Framework: Built using Flutter, ensuring a responsive and user-friendly interface.
• Functionality Workflow
? User Authentication:
• Login with CheckCam credentials.
• Verify subscription status.
? Recorded File Management:
• Metadata Retrieval: The application retrieves metadata such as file URL, name, upload time, and device information via API calls.
• File Streaming: When a video is selected, the app establishes a secure connection to the FTP server and streams the video seamlessly.
? Additional Features:
• Video Download: Users can download videos in .mkv format for offline viewing.
• Snapshot Capture: Allows users to take screenshots of specific moments during playback.
• File Size Check: View file sizes for better management.
• Software Updates: Integrated functionality to update the application.
• VPN Compatibility: Enhanced security for video access over private networks.

6. Figure to be attached:
7. What problems of prior art does it claim to solve:
a. Compresses video by up to 80% using H.265+ (HEVC) encoding, reducing the storage space required for long-term video storage.
b. Applies real-time compression to video feeds, significantly reducing the data volume, and improving network efficiency during upload to the cloud.
c. Uses H.265+ (HEVC) for high compression with minimal degradation in video and audio quality, maintaining surveillance quality while saving space.
d. Allows for seamless scalability, enabling the addition of more cameras without a proportional increase in storage or network costs.
e. Cloud-based storage and a user-friendly application allow for easy access, retrieval, and management of video footage from multiple cameras.
f. Implements encrypted communication for streaming and downloading video, ensuring secure access. Also verifies file integrity post-upload with hash-based checks.
g. Reduces storage requirements and bandwidth usage, leading to lower energy consumption and a reduced carbon footprint in data storage systems.
h. Records video in 15-minute chunks, making it easier to organize, access, and retrieve specific footage.
8. Solution does the invention provide:
a. The invention uses advanced H.265+ (HEVC) compression technology to reduce video file sizes by up to 80% without compromising on quality. This enables organizations to store more video data using less space, drastically reducing storage costs and the need for frequent hardware upgrades. The video compression ensures that surveillance footage is efficiently stored while preserving both video and audio quality.
b. Traditional systems often face high bandwidth consumption when transmitting large video files. CamStore addresses this by compressing video in real-time as it is recorded, significantly reducing the data transfer size. This results in lower network bandwidth consumption during uploads to cloud storage, reducing strain on network resources and improving the speed and reliability of data transfers.
c. By compressing video and optimizing data storage, CamStore makes surveillance systems more scalable. Organizations can add more cameras without experiencing a proportional increase in storage or network demand. The solution allows for customizable recording intervals, providing flexibility in how video is captured, stored, and accessed, making it adaptable to a variety of use cases.
d. CamStore integrates with cloud platforms for secure storage of surveillance footage. The system ensures file integrity with hash-based verification after each upload, preventing data corruption and ensuring that the videos are reliable. Secure communication protocols protect video streams during transmission, adding an additional layer of security to prevent unauthorized access.
e. By significantly reducing storage space and minimizing bandwidth usage, CamStore also contributes to a reduction in energy consumption. This makes the system an eco-friendly solution by lowering the carbon footprint of data centres and supporting sustainable operations.
9. Related prior art/ document/patents:
10. Technical Advance Over Prior art:
a. Efficient Storage: H.265+ compression significantly reduces file sizes, minimizing costs.
b. Real-Time Processing: Edge computing ensures on-the-fly compression without delays.
c. Security: All connections, including FTP and VPN compatibility, are secure.
d. Scalability: Customizable recording intervals and seamless cloud integration make it adaptable for various use cases.

11. Novelty factor or core concepts of Invention:
a. CamStore leverages H.265+ (HEVC) compression technology to achieve up to 80% video compression while maintaining high video and audio quality. This is a core concept as it significantly reduces storage and bandwidth requirements. The novelty of this approach lies in its real-time compression directly at the edge device, which eliminates the need for transmitting raw video data to central servers for processing. This ensures video is compressed before upload, optimizing both network usage and storage space while maintaining video clarity.
b. The system employs edge computing to process video locally at the device level, where footage is compressed and prepared for cloud upload. The core idea is to handle video data at the source, minimizing the need for centralized processing, which reduces network load and storage costs. The novelty comes from the fact that, rather than relying on a central server for heavy lifting, the compression and processing occur on-site, allowing for real-time video optimization and reducing delays in data transmission.
c. CamStore offers a customizable recording schedule, enabling users to adjust video capture intervals based on specific needs, with the default set to 24/7 recording. This flexibility allows businesses and individuals to scale their surveillance operations without unnecessary data capture. The novelty here is the ability to tailor recording intervals to reduce storage usage and network traffic, a feature not commonly found in traditional surveillance systems that generally default to continuous recording without such customization.
d. By reducing video file sizes through H.265+ compression, CamStore minimizes data storage and bandwidth requirements, leading to lower energy consumption in data centres. This reduces the carbon footprint of video surveillance systems, aligning with the global push toward more eco-friendly technologies. The novelty here is the environmental sustainability factor: the compression technology not only optimizes storage and bandwidth but also helps organizations meet their sustainability goals by reducing their resource consumption.
e. The CamStore viewing application allows secure streaming of video from the cloud, utilizing encrypted communication protocols. Additionally, it offers VPN compatibility for enhanced security during video access. The core concept here is to ensure data privacy and secure video access, which is crucial for sensitive surveillance data. The novelty lies in the integration of both secure streaming and VPN compatibility, offering comprehensive protection for video data during both storage and retrieval, an enhancement often not available in conventional surveillance systems.

12. What Aspects can be considered as novel/ What other aspects can be covered in building claims which provide Maximum benefit also Make Invention Commercially attractive:
To maximize the benefit and commercial appeal of the CamStore invention, several novel aspects can be highlighted and included in the claims. These elements not only differentiate the product from existing solutions but also add value from a market perspective, ensuring that it meets the growing demand for efficient, secure, scalable, and environmentally-friendly video surveillance systems.

a. This innovation provides immediate cost savings for businesses by drastically reducing both storage and bandwidth costs, making it highly attractive to cost-conscious customers. Furthermore, the ability to deliver high-quality video with smaller data sizes opens up the potential for wider market adoption, especially in regions with limited network infrastructure.
b. Offering flexibility in recording schedules can attract a wide range of customers, from small businesses to large organizations, who require customized solutions for specific use cases. This adaptability positions CamStore as a versatile solution for a diverse market.
c. This added security and reliability feature is crucial for customers in industries where data integrity and video evidence are paramount, such as law enforcement, retail security, and healthcare. It ensures that the surveillance footage remains trustworthy and legally admissible, increasing the value proposition for commercial applications.
d. With the increasing focus on data privacy and cybersecurity, this feature is particularly appealing to industries like finance, government, and healthcare, where data protection regulations are stringent. This feature can serve as a key selling point, particularly in high-security environments.
e. As sustainability becomes increasingly important for businesses and consumers, positioning CamStore as an eco-friendly solution could make it highly attractive to corporations and government entities that prioritize green technologies. This can also lead to marketing advantages, especially in regions with a strong focus on environmental impact.

13. Suggested Embodiment:
a. Hardware Configuration
1. Edge Computing Units:
? Edge devices (e.g., dedicated computing servers or low-power edge devices) are responsible for video compression and processing. These devices do the heavy lifting of video encoding and preparation before uploading to the cloud.
• Each edge device is connected to one or more IP CCTV cameras via RTSP to receive the video stream.
• The edge devices perform real-time H.265+ (HEVC) video compression using optimized software libraries like FFmpeg, ensuring minimal storage and bandwidth usage while maintaining high video quality.
• Local buffering storage may be provided to temporarily store video if needed during network interruptions.
• Computing resources are used to segment the video into 15-minute chunks for easier management, retrieval, and storage.

2. Cloud Storage System:
? After processing the video at the edge, it is sent to cloud storage.
• The cloud consists of storage servers (eg. on-premise cloud solutions).
• Metadata database that logs details of the uploaded video files, including the device from which it was recorded, upload time, and file name.

3. Viewing Application (Client-Side Device):
? The CamStore viewing application is a cross-platform solution, built using Flutter, and accessible via smartphones, tablets, and desktop computers.
• Users authenticate through a secure login system using username/password.
• The viewing app allows users to access live video streams and playback recorded video.
• Secure video streaming from the cloud is performed using SFTP with optional VPN support to ensure security during transmission.
• Additional functionality includes video download (in formats like .mkv), screenshot capture, and metadata retrieval.

b. Operational Flow
1. Video Capture and Compression
• The IP CCTV cameras stream video over RTSP to the edge computing devices.
• Edge devices then perform real-time H.265+ (HEVC) video compression to reduce the video size by up to 80%, ensuring that the video is optimized for storage and bandwidth usage while maintaining high quality.
• The video is split into 15-minute chunks, making it easier to organize and retrieve.
2. Data Upload
• Once the video is processed and segmented, it is uploaded to the cloud storage over secure FTP protocols.
• The metadata (e.g., file name, upload time, device ID, etc.) is also stored in the metadata database for easy access and reference.

3. Video Retrieval and Viewing
• Users log into the CamStore viewing application on their device using secure credentials.
• The app fetches the metadata for uploaded files from the cloud.
• Clicking on a file initiates a secure video stream from the cloud to the user’s device, using encrypted transmission.
• Users can download the video for offline viewing, take screenshots from the video, or view its metadata.

4. Continuous Recording
• The system supports continuous 24/7 recording by default but can also be configured.

c. Cloud Management and Security
Security Measures:
• Video streams from the cloud to the client-side application are transmitted via SSL/TLS encryption for secure data transmission.
• Optional integration with VPNs ensures that the connection remains private and secure, particularly for users accessing the system remotely.

d. Environmental Impact (Sustainability)
• The use of H.265+ (HEVC) compression at the edge devices and video segmentation significantly reduces the amount of data that needs to be stored and transferred, minimizing the power consumption of both data centers and network infrastructure.
• As a result, CamStore contributes to reducing the carbon footprint of surveillance systems, making it a sustainable solution for businesses aiming to lower their environmental impact.
e. Scalable Deployment
The system can scale easily from single-site setups to enterprise-level deployments.
• As more edge devices are added to the network, each device can be assigned to multiple CCTV cameras.
• Cloud storage can be expanded as needed without significant changes to the hardware infrastructure, ensuring that the system can grow with the needs of the organization.

14. What Does the Inventor want to protect:
The inventor seeks to protect the core innovations behind the CamStore system, which integrates edge-based video compression, cloud storage, and secure video access for IP CCTV surveillance. Key features include the use of dedicated edge devices for real-time video compression using H.265+ (HEVC), which reduces file sizes by up to 80% while maintaining video quality. This compression is coupled with video segmentation into smaller chunks for easier storage and management. Additionally, the secure streaming of video from the cloud to user devices is protected via encrypted protocols, ensuring data security. The cloud storage system manages video metadata, making it easy to retrieve and organize files. Users can also customize recording intervals for efficient storage and bandwidth usage. Lastly, the system’s focus on energy efficiency and reduced carbon footprint through optimized compression and minimal bandwidth consumption further enhances its environmental sustainability. The inventor aims to protect these unique functionalities and the overall system design from unauthorized use.

, Claims:a. The invention uses advanced H.265+ (HEVC) compression technology to reduce video file sizes by up to 80% without compromising on quality. This enables organizations to store more video data using less space, drastically reducing storage costs and the need for frequent hardware upgrades. The video compression ensures that surveillance footage is efficiently stored while preserving both video and audio quality.
b. Traditional systems often face high bandwidth consumption when transmitting large video files. CamStore addresses this by compressing video in real-time as it is recorded, significantly reducing the data transfer size. This results in lower network bandwidth consumption during uploads to cloud storage, reducing strain on network resources and improving the speed and reliability of data transfers.
c. By compressing video and optimizing data storage, CamStore makes surveillance systems more scalable. Organizations can add more cameras without experiencing a proportional increase in storage or network demand. The solution allows for customizable recording intervals, providing flexibility in how video is captured, stored, and accessed, making it adaptable to a variety of use cases.
d. CamStore integrates with cloud platforms for secure storage of surveillance footage. The system ensures file integrity with hash-based verification after each upload, preventing data corruption and ensuring that the videos are reliable. Secure communication protocols protect video streams during transmission, adding an additional layer of security to prevent unauthorized access.
e. By significantly reducing storage space and minimizing bandwidth usage, CamStore also contributes to a reduction in energy consumption. This makes the system an eco-friendly solution by lowering the carbon footprint of data centres and supporting sustainable operations.