
Above is an image of my poppy creation, using adobe illustrator (Ai)

The above is a screenshot of my Hockey stats, the link to the slideshow is here: https://docs.google.com/presentation/d/1PpyWgSUj0ZGkjRPKKcHEZ7X7iMLd3S_gkGS4zbtSZi0/edit?slide=id.p#slide=id.p
A copy of my HTML embed code: https://docs.google.com/presentation/d/e/2PACX-1vQtWVJhoAlTOfbKgLUynmybB_zTIl2PNH1MAKZiQG7B970IgfnolquDqNnbG339naulD0zeySZga4Q2/pubembed?start=true&loop=true&delayms=3000
Below are various links that bring you to different parts of my portfolio websites:
Home page: https://imran-cavas.wpga.tech/
Business page: https://imran-cavas.wpga.tech/business/
Golf page: https://imran-cavas.wpga.tech/inquire/
Below are 3 tech news articles that I gathered information about, and then converted to a piece of text using ChatGPT:

Article Summary: Neuralink’s First Brain Implant Faces Major Setbacks
Neuralink’s first human brain implant has run into significant technical issues, with reports revealing that approximately 85% of the device’s brain-connected wires have disconnected. The implant, placed in early 2024 in patient Noland Arbaugh, was a major milestone for Elon Musk’s brain-computer interface company. However, the vast majority of the 1,024 electrodes (around 870) are no longer functioning correctly.
The N1 implant, about the size of a coin, uses ultra-thin wires embedded into the brain’s motor cortex to convert thoughts into computer commands. Engineers attribute the malfunction to unexpected levels of brain movement within the skull, which caused many wires to retract. Despite concerns, doctors opted not to remove or replace the implant.
Neuralink responded with a remote software update, adjusting the recording algorithm to better detect neural signals. The company claims this update improved the device’s speed and accuracy, measured in bits per second (BPS), beyond its initial performance.
Looking forward, Neuralink plans to implant wires deeper in future procedures to avoid similar failures. Yet this raises new surgical and ethical concerns. The company’s Prime Study continues with a second implantation scheduled for June 2025 and plans for nine more by year’s end, although only a small fraction of over 1,000 applicants qualify for the trials.
Ultimately, this situation underscores the technical and biological complexities of brain-machine interfaces. While the technology holds promise, particularly for people with severe motor impairments, the path forward demands caution, transparency, and scientific discipline.
I believe that although this may be a setback, for the company, the only thing that this will cause is a delay in the final product, this is not a permanent issue, nor will it hinder the mission of the company.

Article Summary: How Hackers Can Steal Data Without Internet or Cables
Published: June 10, 2025 by Edward Back and the Futura Team
Israeli cybersecurity researcher Mordechai Guri from Ben Gurion University has unveiled two new techniques that allow hackers to extract data from air-gapped computers—those completely disconnected from any network. His research demonstrates that physical disconnection is no longer a guarantee of security.
1. Gairoscope: Ultrasound and Gyroscope Exploit
- This method requires initial malware infection on the isolated computer.
- The malware transmits data by emitting ultrasonic signals through the computer’s speakers.
- A nearby smartphone—as far as 8 meters away—receives the signal using its gyroscope, not its microphone.
- This is possible because gyroscope sensors don’t require special permissions and can even be accessed through web browsers using JavaScript.
- The system identifies resonance frequencies that affect certain smartphones (e.g., OnePlus 7, Samsung Galaxy S9/S10).
- Transmission speed: 8 bits per second, silently leaking passwords or files to a phone that may belong to a nearby employee.
2. EtherLED: Hijacking Network Card LEDs
- Another method involves using the LEDs on a computer’s network card to blink in specific patterns.
- Once infected, the computer can control LED activity to transmit data in encoded light signals, such as Morse code.
- These light patterns can be captured by a compromised camera, IP camera, or even a drone, as long as there is line-of-sight.
- Standard malware allows 1–2 bits per second; firmware-level hacks can reach 100 bits per second.
- A full 4,096-bit RSA encryption key could be transmitted in under an hour, depending on the method.
Conclusion: Air-Gap ≠ Absolute Security
Guri’s research adds to his past work showing data exfiltration via hard drive LEDs, screen brightness changes, and RAM emissions. He recommends that organizations using air-gapped systems apply extra precautions, including:
- Covering LEDs with black tape
- Using ultrasound noise generators
- Deploying Wi-Fi jammers
- Restricting unauthorized device proximity
These techniques demonstrate that physical disconnection alone is no longer a sufficient defense in high-security environments.
In my personal opinion, I believe this is a very important issue that must be addressed. The number one way we can address this issue is by raising awareness first and foremost. From then, we can formulate a plan, alongside with experts in this field, who can help combat cyber security threats.

Article Summary: Snap to Launch First Consumer Smart Glasses in 2026, Challenging Meta
Published: June 10, 2025 (Reuters)
Snap Inc. announced plans to release its first consumer-grade smart glasses—called Specs—in 2026, marking its entry into the mainstream augmented reality (AR) wearables market and intensifying competition with Meta.
Key Highlights:
- Specs will be lightweight and designed for general consumers, expanding beyond Snap’s earlier developer-only models.
- This move signals Snap’s deeper commitment to augmented reality, a technology it has steadily developed through features like Snapchat filters and lenses.
- Evan Spiegel, Snap’s co-founder and CEO, stated at the Augmented World Expo 2025 that the company has invested over $3 billion in AR glasses over the past 11 years.
- Notably, Snap began its work on smart glasses even before launching Snapchat’s messaging features.
Strategic Context:
- Snap aims to diversify its revenue streams amid a volatile digital ad market and shifting U.S. trade policies.
- The success of Meta’s Ray-Ban smart glasses, developed with EssilorLuxottica, has driven tech giants like Google to explore similar ventures.
- Meta continues to enhance its products with AI-powered features to maintain an edge in the wearable tech market.
Partnerships and Development Tools:
- Snap will collaborate with Niantic Spatial, a geospatial AR platform, to enhance Lens Studio, its tool for creators to design and publish AR content.
- The improved Lens Studio will support AR development for both the Snapchat camera and Specs.
This move positions Snap to compete more directly with established AR players and signals a broader shift toward consumer-focused wearable computing.
Snap’s smart glasses are interesting, I guess. It’s different from what Meta’s doing with AI, and more focused on AR and creativity. I’m curious to see how people end up using them, but not sure if it’ll really catch on.










































