• I'm launching Govibe Sound Spectrum, a free browser based audio tool to generate exact Hz tones, healing frequencies and custom waveforms, view live spectrum movement, shape sound with EQ and effects, record frequencies locally in WAV, OGG or MP3, and export SF2. No upload, no install.
    Try it : https://govibe.org/soundspectrum.php

    This software includes the Schumann resonance frequency, commonly known as the Earth’s natural resonance, with its main frequency around 7.83 Hz.

    Try a sound therapy :
    40 Hz for a deep focus pulse
    174 Hz for soft grounding
    285 Hz for warm ambient resonance
    432 Hz for relaxed musical tuning
    528 Hz for bright harmonics
    741 Hz for clean clarity
    963 Hz for meditation
    Sine pure wave form.
    Start low and listen 5 to 15 minutes.
    I'm launching Govibe Sound Spectrum, a free browser based audio tool to generate exact Hz tones, healing frequencies and custom waveforms, view live spectrum movement, shape sound with EQ and effects, record frequencies locally in WAV, OGG or MP3, and export SF2. No upload, no install. Try it : https://govibe.org/soundspectrum.php This software includes the Schumann resonance frequency, commonly known as the Earth’s natural resonance, with its main frequency around 7.83 Hz. Try a sound therapy : 40 Hz for a deep focus pulse 174 Hz for soft grounding 285 Hz for warm ambient resonance 432 Hz for relaxed musical tuning 528 Hz for bright harmonics 741 Hz for clean clarity 963 Hz for meditation Sine pure wave form. Start low and listen 5 to 15 minutes.
    Like
    1
    0 Comments 0 Shares 144 Views 0 Reviews
  • Today I’m launching Govibe Photo Effect, a free local browser based photo editor for creators and photographers. Use powerful filters, color tools, retouching, before and after edits, and export in PNG, JPG, WEBP, or BMP with full privacy no upload needed.
    https://govibe.org/photoeffect.php
    Today I’m launching Govibe Photo Effect, a free local browser based photo editor for creators and photographers. Use powerful filters, color tools, retouching, before and after edits, and export in PNG, JPG, WEBP, or BMP with full privacy no upload needed. https://govibe.org/photoeffect.php
    Like
    Wow
    2
    0 Comments 0 Shares 271 Views 0 Reviews
  • I am introducing two new free news tools.
    Govibe Text Difference Checker is a free tool to compare two texts side by side and instantly highlight every change. Spot edits, additions, and removals with clear visuals. Built for quick reviews, debugging, and precise comparison right in your browser.
    https://govibe.org/textdiffchecker.php

    Govibe My ip, is a free IP tracker and map lookup tools instantly identify public IP addresses, geographical locations (city, country, ISP), and map coordinates.
    https://govibe.org/iptracer.php
    I am introducing two new free news tools. Govibe Text Difference Checker is a free tool to compare two texts side by side and instantly highlight every change. Spot edits, additions, and removals with clear visuals. Built for quick reviews, debugging, and precise comparison right in your browser. https://govibe.org/textdiffchecker.php Govibe My ip, is a free IP tracker and map lookup tools instantly identify public IP addresses, geographical locations (city, country, ISP), and map coordinates. https://govibe.org/iptracer.php
    Like
    -Cheers
    2
    0 Comments 0 Shares 365 Views 0 Reviews
  • Dune 2000 published by Westwood Studios in 1998
    a graphic engine similar to the Command & Conquer Red Alert series with full-motion video and cutscenes starring live actors. #Gaming
    Dune 2000 published by Westwood Studios in 1998 a graphic engine similar to the Command & Conquer Red Alert series with full-motion video and cutscenes starring live actors. #Gaming
    Like
    Wow
    2
    1 Comments 0 Shares 372 Views 12 0 Reviews
  • DMX - No Sunshine Original Video #rap
    https://www.youtube.com/watch?v=G7q_N240luA
    DMX - No Sunshine Original Video #rap https://www.youtube.com/watch?v=G7q_N240luA
    Wow
    1
    0 Comments 0 Shares 389 Views 0 Reviews
  • Snoop Dogg - Boss' Life Official Music Video feat. Nate Dogg #Rap
    https://www.youtube.com/watch?v=gKS08HkGMA4
    Snoop Dogg - Boss' Life Official Music Video feat. Nate Dogg #Rap https://www.youtube.com/watch?v=gKS08HkGMA4
    Like
    -Cheers
    2
    0 Comments 0 Shares 386 Views 0 Reviews
  • Ol Dirty Bastard - Brooklyn Zoo Official Video Explicit #Gansta #Rap
    https://www.youtube.com/watch?v=GRblYfKwa88
    Ol Dirty Bastard - Brooklyn Zoo Official Video Explicit #Gansta #Rap https://www.youtube.com/watch?v=GRblYfKwa88
    Wow
    1
    0 Comments 0 Shares 339 Views 0 Reviews
  • The Very First Electric Lamp Was NOT Made by Edison

    Long before Thomas Edison became famous for commercializing the incandescent bulb, the true earliest electric lamps were created by Sir Humphry Davy in the early 19th century—decades before Edison was even born. Davy’s experiments in 1802 and 1809 mark the real origin of electric lighting, and the difference between the two designs shows how rapidly electrical science was evolving.

    Davy’s 1802 Lamp — The First Spark of Electric Light

    In 1802, just two years after Volta introduced the first battery (the voltaic pile), Humphry Davy began experimenting at the Royal Institution.

    Battery Power

    Davy used a small voltaic pile—only a few hundred plates.

    The power was limited, but enough to explore how electricity interacted with different materials.

    Lamp Design

    Two charcoal rods (carbon electrodes) were connected directly to the battery.

    When the rods touched and were pulled slightly apart, a small, brief spark or weak glow appeared.

    Performance

    The light was faint and short-lived.

    In the same year, Davy also heated a platinum strip to incandescence using electricity—an early ancestor of the incandescent filament.

    This was the first time in human history that electricity produced light in a controllable way.
    But it was only the beginning.

    Davy’s 1809 Lamp — The First True Electric Lamp

    Davy’s 1809 demonstration changed everything. This was no longer a scientific curiosity—this was the first powerful, sustained electric light ever shown to the public.

    Battery Power

    The breakthrough came from an enormous 2,000-cell battery, one of the most powerful electrical sources on Earth at the time.

    This massive battery produced far higher voltage and current than his earlier experiments.

    The same battery also allowed Davy to isolate new elements like sodium and potassium.

    Lamp Design

    Two horizontal carbon rods were connected to the battery.

    When separated slightly, a bright electric arc formed between the tips.

    Performance

    This was the world’s first electric arc lamp.

    The arc could stretch up to 4 inches (100 mm).

    Witnesses said the light was as bright as the sun, flooding the room with intense white-blue illumination.

    Davy called it an “arch lamp” because the arc bent upward due to rising hot air.

    The major limitation:
    The carbon rods burned away quickly, making it impractical for daily use—yet it proved for the first time that electricity could produce powerful artificial light.

    Conclusion

    The core principle in both 1802 and 1809 was the same—using electricity to heat or excite carbon until it glowed.
    But the scale of power changed everything.

    1802: The first spark of electric light.

    1809: The first true electric lamp—decades before Edison.

    Edison did not invent electric light.
    He perfected the long-lasting, commercially viable incandescent bulb, but the first electric lamps belonged to Humphry Davy, the true pioneer of electric illumination.


    This engraving shows:
    1 : Humphry Davy demonstrating electric light
    2 : The gigantic voltaic battery that powered the first arc lamp
    The Very First Electric Lamp Was NOT Made by Edison Long before Thomas Edison became famous for commercializing the incandescent bulb, the true earliest electric lamps were created by Sir Humphry Davy in the early 19th century—decades before Edison was even born. Davy’s experiments in 1802 and 1809 mark the real origin of electric lighting, and the difference between the two designs shows how rapidly electrical science was evolving. Davy’s 1802 Lamp — The First Spark of Electric Light In 1802, just two years after Volta introduced the first battery (the voltaic pile), Humphry Davy began experimenting at the Royal Institution. Battery Power Davy used a small voltaic pile—only a few hundred plates. The power was limited, but enough to explore how electricity interacted with different materials. Lamp Design Two charcoal rods (carbon electrodes) were connected directly to the battery. When the rods touched and were pulled slightly apart, a small, brief spark or weak glow appeared. Performance The light was faint and short-lived. In the same year, Davy also heated a platinum strip to incandescence using electricity—an early ancestor of the incandescent filament. This was the first time in human history that electricity produced light in a controllable way. But it was only the beginning. Davy’s 1809 Lamp — The First True Electric Lamp Davy’s 1809 demonstration changed everything. This was no longer a scientific curiosity—this was the first powerful, sustained electric light ever shown to the public. Battery Power The breakthrough came from an enormous 2,000-cell battery, one of the most powerful electrical sources on Earth at the time. This massive battery produced far higher voltage and current than his earlier experiments. The same battery also allowed Davy to isolate new elements like sodium and potassium. Lamp Design Two horizontal carbon rods were connected to the battery. When separated slightly, a bright electric arc formed between the tips. Performance This was the world’s first electric arc lamp. The arc could stretch up to 4 inches (100 mm). Witnesses said the light was as bright as the sun, flooding the room with intense white-blue illumination. Davy called it an “arch lamp” because the arc bent upward due to rising hot air. The major limitation: The carbon rods burned away quickly, making it impractical for daily use—yet it proved for the first time that electricity could produce powerful artificial light. Conclusion The core principle in both 1802 and 1809 was the same—using electricity to heat or excite carbon until it glowed. But the scale of power changed everything. 1802: The first spark of electric light. 1809: The first true electric lamp—decades before Edison. Edison did not invent electric light. He perfected the long-lasting, commercially viable incandescent bulb, but the first electric lamps belonged to Humphry Davy, the true pioneer of electric illumination. This engraving shows: 1 : Humphry Davy demonstrating electric light 2 : The gigantic voltaic battery that powered the first arc lamp
    Like
    1
    0 Comments 0 Shares 594 Views 0 Reviews
  • I’m looking for a few people to help me test and register on GoVibe.
    If you’re creative an artist, musician, designer, coder, or entrepreneur I’d love to help you set up your first product or service online.

    On GoVibe you can:
    Sell digital albums or singles
    Sell art, graphics, designs, photography
    Build and promote your business presence
    Sell plugins, templates, scripts, websites, or security tools
    Offer professional services (web development, editing, design, consulting, etc.)
    Sell physical products or handmade items
    Create alternative income streams for your work, brand, or skills

    Whether you’re a creator or a business owner, GoVibe is built to support entrepreneurship and help people generate real online revenue.

    If you want help creating your product listing, setting up your business page, or organizing your services, I’ll personally guide you step by step.
    Message me and I’ll get you started.

    Let’s build something big together.
    I’m looking for a few people to help me test and register on GoVibe. If you’re creative an artist, musician, designer, coder, or entrepreneur I’d love to help you set up your first product or service online. On GoVibe you can: 🎵 Sell digital albums or singles 🎨 Sell art, graphics, designs, photography 💼 Build and promote your business presence 💻 Sell plugins, templates, scripts, websites, or security tools 🧰 Offer professional services (web development, editing, design, consulting, etc.) 📦 Sell physical products or handmade items 🚀 Create alternative income streams for your work, brand, or skills Whether you’re a creator or a business owner, GoVibe is built to support entrepreneurship and help people generate real online revenue. If you want help creating your product listing, setting up your business page, or organizing your services, I’ll personally guide you step by step. Message me and I’ll get you started. Let’s build something big together.
    Like
    -Cheers
    2
    0 Comments 0 Shares 605 Views 0 Reviews
  • BIND/Linux DNSSEC Implementation & Management Service New
    $400.00
    In stock
    Dnssec Domain Configuration
    1 Reviews 5.0
    BIND/Linux DNSSEC Architecture & Continuity Service
    The Critical Problem

    Your digital infrastructure depends on DNS — the internet’s root address system.
    If DNS is compromised, your organization stops existing to the world.

    Attacks such as:

    DNS Cache Poisoning

    Domain Hijacking

    Traffic Redirection

    …can destroy trust, dismantle credibility, and trigger catastrophic downtime.

    Automated DNSSEC “one-click” systems are failure-prone and fragile.
    This is where specialized, manual trust-chain expertise is required.

    Our Solution: Precision DNSSEC Architecture (BIND + Linux)

    We provide hands-on, specialist-level implementation of DNSSEC using BIND on hardened Linux systems.

    This is not “wizard-based automation.”
    This is root-level trust-chain continuity designed by a Systems Architect.

    Key Capabilities & Value
    1. Full Chain of Trust

    Manual KSK and ZSK lifecycle design + registry-level DS submission and validation.

    Client Benefit:
    Users always reach the authentic domain. Zero spoofing. Zero hijack. Zero silent compromise.

    2. BIND-Level Hardening

    We implement:

    Tailored access control (ACL)

    View-based response isolation

    DNSSEC Policy (KASP) enforcement

    Client Benefit:
    A hardened DNS authority layer resilient against targeted abuse.

    3. Zero-Downtime Key Rollover

    We perform manual rollover scheduling or advanced policy automation without breaking the chain.

    Client Benefit:
    Security enhancements without outages — no accidental domain death.

    4. Linux + BIND Performance Optimization

    Kernel-level optimization and signing efficiency tuning.

    Client Benefit:
    High-integrity DNS that remains fast under load — not sluggish or overloaded.

    5. Authenticated Denial (NSEC / NSEC3)

    Stops zone enumeration and prevents public exposure of internal structure.

    Client Benefit:
    Privacy preserved. Infrastructure intelligence concealed.

    The Value Frame: $400/hr is Not a Cost — It’s Risk Prevention

    A failed DNSSEC setup can trigger total operational outage.

    Typical enterprise downtime: $300,000 to $1M+ per hour

    Emergency incident recovery: $5,000+ per minute

    My work prevents the single point of catastrophic digital failure.

    $400/hr is not time — it is continuity insurance.
    It is the pre-payment that ensures the outage never occurs.

    Why This Expertise Commands Premium Pricing

    You are not paying for generic IT labor.

    You are investing in:

    Risk Elimination

    Operational Continuity

    Manual Trust-Chain Safeguarding

    Independent Infrastructure Resilience

    Vendor-Free DNS Authority

    This level of DNSSEC mastery is rare.
    General IT teams cannot replicate this outcome.

    Project Cost

    Pricing depends on:

    Infrastructure complexity

    State and stability of current BIND environment

    Before engagement, I conduct a rapid diagnostic assessment and provide:

    Fixed project cost, or

    Clear max-hour estimate

    No surprises. No open-ended billing.

    I build and maintain manual DNSSEC trust-chains for organizations that require absolute operational resilience.
    BIND/Linux DNSSEC Architecture & Continuity Service The Critical Problem Your digital infrastructure depends on DNS — the internet’s root address system. If DNS is compromised, your organization stops existing to the world. Attacks such as: DNS Cache Poisoning Domain Hijacking Traffic Redirection …can destroy trust, dismantle credibility, and trigger catastrophic downtime. Automated DNSSEC “one-click” systems are failure-prone and fragile. This is where specialized, manual trust-chain expertise is required. Our Solution: Precision DNSSEC Architecture (BIND + Linux) We provide hands-on, specialist-level implementation of DNSSEC using BIND on hardened Linux systems. This is not “wizard-based automation.” This is root-level trust-chain continuity designed by a Systems Architect. Key Capabilities & Value 1. Full Chain of Trust Manual KSK and ZSK lifecycle design + registry-level DS submission and validation. Client Benefit: Users always reach the authentic domain. Zero spoofing. Zero hijack. Zero silent compromise. 2. BIND-Level Hardening We implement: Tailored access control (ACL) View-based response isolation DNSSEC Policy (KASP) enforcement Client Benefit: A hardened DNS authority layer resilient against targeted abuse. 3. Zero-Downtime Key Rollover We perform manual rollover scheduling or advanced policy automation without breaking the chain. Client Benefit: Security enhancements without outages — no accidental domain death. 4. Linux + BIND Performance Optimization Kernel-level optimization and signing efficiency tuning. Client Benefit: High-integrity DNS that remains fast under load — not sluggish or overloaded. 5. Authenticated Denial (NSEC / NSEC3) Stops zone enumeration and prevents public exposure of internal structure. Client Benefit: Privacy preserved. Infrastructure intelligence concealed. The Value Frame: $400/hr is Not a Cost — It’s Risk Prevention A failed DNSSEC setup can trigger total operational outage. Typical enterprise downtime: $300,000 to $1M+ per hour Emergency incident recovery: $5,000+ per minute My work prevents the single point of catastrophic digital failure. $400/hr is not time — it is continuity insurance. It is the pre-payment that ensures the outage never occurs. Why This Expertise Commands Premium Pricing You are not paying for generic IT labor. You are investing in: Risk Elimination Operational Continuity Manual Trust-Chain Safeguarding Independent Infrastructure Resilience Vendor-Free DNS Authority This level of DNSSEC mastery is rare. General IT teams cannot replicate this outcome. Project Cost Pricing depends on: Infrastructure complexity State and stability of current BIND environment Before engagement, I conduct a rapid diagnostic assessment and provide: Fixed project cost, or Clear max-hour estimate No surprises. No open-ended billing. I build and maintain manual DNSSEC trust-chains for organizations that require absolute operational resilience.
    Like
    -Cheers
    Questionable
    Wow
    4
    3 Comments 0 Shares 1K Views 1 Reviews
More Results
GoVibe.org — GoVibe social media & marketplace platform for sharing videos, blogs, and content. https://govibe.org