1. Asked: February 17, 2025In:

    What is a Deepseek AI ?

    Vijay Chaudhary
    Vijay Chaudhary

    DeepSeek is a Chinese artificial intelligence company based in Hangzhou, Zhejiang, specializing in the development of large language models (LLMs). Founded in July 2023 by High-Flyer co-founder and CEO Liang Wenfeng, DeepSeek has rapidly advanced in the AI sector by creating models that rival leadinRead more

    DeepSeek is a Chinese artificial intelligence company based in Hangzhou, Zhejiang, specializing in the development of large language models (LLMs). Founded in July 2023 by High-Flyer co-founder and CEO Liang Wenfeng, DeepSeek has rapidly advanced in the AI sector by creating models that rival leading systems while utilizing less sophisticated hardware and reduced processing power.

    Key Developments:

    • DeepSeek-R1 Model: In January 2025, DeepSeek released the R1 model, which matches the performance of leading U.S. AI systems despite operating on less advanced chips and significantly lower power. The R1 model employs reinforcement learning with a “mixture of experts” approach, activating only a fraction of its 671 billion parameters at any time, thereby enhancing efficiency.

    • Open-Source Commitment: DeepSeek has embraced an open-source philosophy, making its models and methodologies publicly accessible. This transparency has facilitated global collaboration and innovation, allowing developers worldwide to build upon DeepSeek’s technology.

    • Industry Impact: The company’s advancements have prompted significant shifts in the AI landscape. Major Chinese tech firms, including Tencent and Baidu, are integrating DeepSeek’s AI into their platforms. Tencent’s Weixin app has initiated beta testing with DeepSeek’s AI for its search feature, and Baidu plans to incorporate DeepSeek into its search engine alongside its Ernie language model.

    • Global Reception: While DeepSeek’s technology has been lauded for its efficiency and performance, it has also faced scrutiny. In South Korea, downloads of DeepSeek’s chatbot apps were paused due to privacy concerns, highlighting the challenges AI companies face regarding data protection and regulatory compliance.

    DeepSeek’s rapid rise and innovative approaches have positioned it as a formidable player in the global AI industry, challenging established norms and prompting a reevaluation of AI development and deployment strategies worldwide.

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  2. Asked: February 17, 2025In:

    Will DeepSeek will be game changer in the AI field?

    Vijay Chaudhary
    Vijay Chaudhary

    DeepSeek, a new AI model, has the potential to be a game-changer in the AI field, but its impact will depend on several factors. If it offers significant improvements in efficiency, reasoning, or multimodal capabilities compared to existing models like GPT-4, Claude, or Gemini, it could push AI advaRead more

    DeepSeek, a new AI model, has the potential to be a game-changer in the AI field, but its impact will depend on several factors. If it offers significant improvements in efficiency, reasoning, or multimodal capabilities compared to existing models like GPT-4, Claude, or Gemini, it could push AI advancements forward.

    Key aspects to consider:

    1. Innovation & Differentiation – If DeepSeek introduces novel architectures, better long-context understanding, or more efficient training, it could stand out.
    2. Performance & Benchmarks – If it outperforms current models in reasoning, creativity, and real-world applications, it will gain traction.
    3. Adoption & Integration – A model’s success depends on how businesses, developers, and researchers adopt it for real-world use cases.
    4. Ethics & Accessibility – If it balances AI safety, transparency, and open access, it could influence the broader AI ecosystem positively.

    While it’s too early to say definitively, if DeepSeek delivers breakthroughs, it could reshape the AI landscape.

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  3. Asked: February 17, 2025In:

    How Deepseek is better than from ChatGPT?

    Vijay Chaudhary
    Vijay Chaudhary

    1. Domain Specialization Deepseek: Focuses on vertical search engines (e.g., academic, professional, or industry-specific data), offering deeper expertise in niche fields like scientific research, legal, or financial sectors. May integrate domain-specific knowledge bases for more accurate, context-aRead more

    1. Domain Specialization

    • Deepseek:
      • Focuses on vertical search engines (e.g., academic, professional, or industry-specific data), offering deeper expertise in niche fields like scientific research, legal, or financial sectors.
      • May integrate domain-specific knowledge bases for more accurate, context-aware responses in specialized areas.
    • ChatGPT:
      • A general-purpose conversational AI, optimized for broad dialogue, creative tasks, and everyday queries but less tailored for specialized domains without plugins or fine-tuning.

    2. Technical Architecture

    • Deepseek:
      • Combines AI with traditional search engine algorithms, potentially enhancing precision in information retrieval.
      • May use proprietary models optimized for factual accuracy and data synthesis in specific industries.
    • ChatGPT:
      • Built on the GPT architecture, prioritizing conversational fluency and versatility across topics.
      • May lack Deepseek’s hybrid approach to real-time data indexing and structured search.

    3. Real-Time Data Integration

    • Deepseek:
      • Likely emphasizes real-time or dynamic data updates (e.g., stock markets, academic publications), crucial for time-sensitive fields.
      • Integrates with live databases or APIs for fresh results.
    • ChatGPT:
      • Knowledge cutoff (e.g., up to 2023 for free versions); real-time data requires plugins or Bing integration (paid tiers).

    4. Search Accuracy & Efficiency

    • Deepseek:
      • Prioritizes high-precision results for complex queries, especially in technical or professional contexts.
      • May filter noise better in data-dense fields (e.g., research papers, legal documents).
    • ChatGPT:
      • Balances accuracy with creativity, sometimes producing plausible-sounding but incorrect answers (“hallucinations”).

    5. Regional & Language Support

    • Deepseek:
      • Strong focus on Chinese-language data and compliance with regional regulations (e.g., China’s data laws).
      • Potentially better for users needing localized or Asia-centric information.
    • ChatGPT:
      • Broader multilingual support (100+ languages) but limited availability in some regions (e.g., China).

    6. Privacy & Compliance

    • Deepseek:
      • May adhere to stricter regional data governance policies, appealing to enterprises in regulated industries.
    • ChatGPT:
      • Follows OpenAI’s privacy standards but faces restrictions in certain jurisdictions due to regulatory concerns.

    7. Use Cases

    • Deepseek:
      • Ideal for industry-specific research, academic analysis, or professional environments requiring precision.
    • ChatGPT:
      • Better for creative writing, brainstorming, coding help, and general-purpose interaction.

    Where ChatGPT Still Shines

    • Conversational Depth: More engaging for open-ended dialogue.
    • Third-Party Integrations: Plugins, API access, and developer ecosystem.
    • Global Accessibility: Wider availability outside restricted regions.

    Conclusion

    Deepseek excels in specialized, data-driven domains with real-time accuracy and regional compliance, making it a tool for professionals in fields like academia, law, or finance. ChatGPT remains a versatile choice for everyday use, creativity, and global applications. The choice depends on the user’s priorities: precision in niche tasks vs. broad conversational flexibility.

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  4. Asked: February 15, 2025In:

    How I Can track anyone phone when the GPS location is disabled?

    Rakesh Soni
    Rakesh Soni

    1. If GPS is Disabled but Location Services Are On Wi-Fi or Cellular Triangulation: Phones can approximate location using nearby Wi-Fi networks or cell towers. Apps like Google’s Find My Device or Apple’s Find My may still show a rough location. Google Maps Timeline: If location history is enabled,Read more

    1. If GPS is Disabled but Location Services Are On

    • Wi-Fi or Cellular Triangulation: Phones can approximate location using nearby Wi-Fi networks or cell towers. Apps like Google’s Find My Device or Apple’s Find My may still show a rough location.
    • Google Maps Timeline: If location history is enabled, it records movements even with GPS off (requires access to the person’s Google account).

    2. If Location Services Are Fully Disabled

    • Bluetooth Tracking: Apps like Tile or Apple AirTags can track devices via Bluetooth, but they require physical access to attach the tracker.
    • SIM Card Tracking: Mobile carriers can approximate a phone’s location using cell towers (requires account holder access and legal justification).
    • Spyware Apps: Apps like mSpy or FlexiSPY claim to track devices without GPS, but they require physical installation on the target phone and are illegal without consent.

    3. Limitations and Risks

    • Accuracy: Non-GPS tracking (e.g., Wi-Fi/cellular) is far less precise (often within hundreds of meters).
    • Legality: Tracking adults without consent is illegal in most jurisdictions. Exceptions apply only to minors (parental rights) or owned devices (e.g., company phones with employee consent).
    • Ethical Concerns: Unauthorized tracking violates trust and privacy, damaging relationships.

    4. Legitimate Alternatives

    • Parental Control Apps: Use apps like Google Family Link or Apple Screen Time to monitor minors (with their knowledge and consent).
    • Lost Device Features: Use built-in tools like Find My iPhone or Find My Android for devices you own.
    • Carrier Assistance: Report a lost/stolen phone to your carrier for help (proof of ownership required).

    5. Avoid Unethical/Illegal Methods

    • Spyware: Many apps marketed as “undetectable” are scams or malware. They often violate app store policies and laws.
    • Social Engineering: Tricking someone into enabling location sharing is unethical and illegal.
    • SIM Cloning: Illegal and technically complex.
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  5. Asked: February 15, 2025In:

    What is the full form of GPS?

    Rakesh Soni
    Rakesh Soni

    The full form of GPS is Global Positioning System. It is a satellite-based navigation system developed and maintained by the United States government. GPS provides real-time location, time, and velocity data to users worldwide, using signals from a network of satellites orbiting Earth.

    The full form of GPS is Global Positioning System.

    It is a satellite-based navigation system developed and maintained by the United States government. GPS provides real-time location, time, and velocity data to users worldwide, using signals from a network of satellites orbiting Earth.

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  6. Asked: February 15, 2025In:

    What are Fleet Telematics Solutions, and How Do They Benefit Australian Businesses?

    netcorp
    netcorp

    Fleet telematics solutions combine GPS technology, onboard diagnostics, and real-time analytics to monitor and manage vehicle performance and driver behavior. These systems are crucial for businesses in Australia looking to streamline operations and boost productivity. The benefits of fleet telematiRead more

    Fleet telematics solutions combine GPS technology, onboard diagnostics, and real-time analytics to monitor and manage vehicle performance and driver behavior. These systems are crucial for businesses in Australia looking to streamline operations and boost productivity.

    The benefits of fleet telematics solutions for Australian companies include:

    • Enhanced Efficiency: Optimize routes to save time and fuel, ensuring faster deliveries and better resource management.
    • Improved Safety: Monitor driver behavior, such as speeding or harsh braking, to reduce accidents and promote safe driving practices.
    • Cost Savings: Lower operational costs by minimizing fuel consumption, reducing downtime through predictive maintenance, and optimizing vehicle utilization.
    • Regulatory Compliance: Simplify adherence to Australian transport regulations by automating record-keeping of driver hours, vehicle usage, and maintenance schedules.

    By adopting telematics, businesses can gain a competitive edge, enhance customer satisfaction, and achieve long-term sustainability.

    For more information, please visit: https://www.netcorp.com.au/

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  7. Asked: February 15, 2025In:

    How GPS systems is work?

    Rakesh Soni
    Rakesh Soni

    The Global Positioning System (GPS) is a satellite-based navigation system that provides location and time information anywhere on Earth. Here’s a simplified breakdown of how it works: 1. The Three Main Components GPS relies on three segments: Space Segment: A constellation of 24–32 satellites orbitRead more

    The Global Positioning System (GPS) is a satellite-based navigation system that provides location and time information anywhere on Earth. Here’s a simplified breakdown of how it works:

    1. The Three Main Components

    GPS relies on three segments:

    • Space Segment: A constellation of 24–32 satellites orbiting Earth at ~12,550 miles (20,200 km). These satellites continuously transmit radio signals.
    • Control Segment: Ground stations that monitor and manage satellite orbits, clocks, and data.
    • User Segment: GPS receivers (e.g., in phones, cars, or wearables) that pick up satellite signals to calculate position.

    2. How Signals Determine Location

    A GPS receiver calculates its position using trilateration:

    1. Satellite Signals: Each satellite broadcasts a unique signal containing:
      • Its location in orbit.
      • The exact time the signal was sent (using ultra-precise atomic clocks).
    2. Time Delay Measurement:
      The receiver measures the time delay between when a signal was sent and when it was received. Since radio waves travel at the speed of light (~186,000 miles/second), the receiver calculates its distance from each satellite:

      Distance=Speed of Light×Time DelayDistance=Speed of Light×Time Delay

    3. Trilateration:
      • With signals from 3 satellites, the receiver can determine a 2D position (latitude and longitude).
      • With 4+ satellites, it calculates a 3D position (latitude, longitude, and altitude).

    3. Key Factors for Accuracy

    • Satellite Geometry: Signals from widely spaced satellites improve accuracy.
    • Signal Obstruction: Buildings, trees, or mountains can block signals.
    • Atmospheric Delay: The ionosphere and troposphere slow radio waves slightly, but modern GPS corrects for this.
    • Receiver Quality: Better receivers use advanced algorithms and multiple satellite systems (e.g., GPS + GLONASS + Galileo).

    4. How GPS Satellites Stay Precise

    • Atomic Clocks: Satellites use atomic clocks for nanosecond-level timekeeping.
    • Ground Control: Stations constantly update satellite orbits and clock data to ensure accuracy.

    5. Common Uses of GPS

    • Navigation: Cars, planes, ships, and smartphones.
    • Tracking: Fleet management, wildlife collars, or stolen vehicles.
    • Timing: Synchronizing power grids, financial networks, and cell towers.
    • Mapping: Surveying and geotagging photos.

    6. Beyond Basic GPS

    • Assisted GPS (A-GPS): Uses cell towers or Wi-Fi to speed up location fixes (common in phones).
    • Differential GPS (DGPS): Ground-based corrections for centimeter-level accuracy (used in surveying).
    • Multi-Constellation Systems: Modern devices combine GPS with other systems (e.g., EU’s Galileo, Russia’s GLONASS) for better coverage.
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