Google Play Link: https://play.google.com/store/apps/details?id=app.biohacking.forum&hl=en_US&gl=US

Forums have served an essential role in the early stages of the internet, allowing people from around the world to converse with one another around discussions that can last years. Forums once served as the primary method of online discussion within communities.

Over the years, the prevalence of forums and the quality of discussions have taken a sharp decline with the rise of microblogging platforms, such as Reddit and Discord, which adjust the format of communication to prioritize more real-time communications. This style of communication has a variety of benefits, which is why the International Biohacking Community takes use of these platforms but has been slowly made forums used due to the lack of convenience of utilizing forums compared to mainstream solutions.

This is why we have built the International Biohacking Community Forums app, to provide people within the biohacking, DIY-biology, and grinding community be able to hold rich, long-term discussions to progress the dissemination of information and discussion around research without sacrificing the convenience of discussion. The release of our open-beta Android program is one of the first steps of building an open and interoperable ecosystem of tools to further innovation and research within biohacking.

NFC technology is widely used for contactless payment systems, access control, and data exchange between two devices. With its increasing popularity, many web developers are exploring how they can use NFC technology to enhance their websites and applications.

In this tutorial, we will guide you through the process of writing a website to an NFC card and introduce you to the types of applications and tools you can use to get started.

What You’ll Need:

• An NFC-enabled smartphone or tablet

• An NFC card

• An NFC reading/writing device

• An NFC writing app (e.g. NFC Tools, NXP TagWriter, etc.)

Step 1: Obtain an NFC Card

There are different types of NFC cards available on the market, including passive (powered by the reader) and active (powered by a battery). For the purposes of this tutorial, we recommend using a passive NFC card, as they are widely available and easy to use.

You can purchase NFC cards from various online retailers, such as Amazon or eBay. Be sure to choose a card that is compatible with your NFC reading/writing device.

NTAG215 White NFC Card

NFC 215 Card: The package includes 12 pieces blank white NTAG215 NFC card. This NFC tag has a built-in square coil, uses NTAG215 chip, with 504-byte usable memory. The quantity is just the right amount for fun and needs. No self-adhesive sticker.

https://www.amazon.com/Ntag215-Printable-Compatible-Enabled-Phone-12/dp/B07PCLNP7Q/ref=sr_1_6?crid=291NIRUBYCIE&keywords=nfc+card&qid=1675954376&sprefix=nfc+card%2Caps%2C100&sr=8-6&ref=blog.biohackinginternational.com

Step 2: Install an NFC Writing App

To write a website to an NFC card, you will need to install an NFC writing app on your smartphone or tablet. There are many different NFC writing apps available, some of which are free and others that require a purchase.

One popular NFC writing app is NFC Tools, which is available for both Android and iOS devices. This app allows you to write various types of data to an NFC card, including URLs, text, and contacts.

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Step 3: Write Your Website to the NFC Card

Once you have installed an NFC writing app, you can write your website to the NFC card. Here’s how:

1. Open the NFC writing app on your smartphone or tablet.

2. Place the NFC card on the back of your device.

3. Select “URL” or “Website” from the app’s menu.

4. Enter the URL of your website and any other relevant information (e.g. a description or title).

5. Tap “Write” to write the data to the NFC card.

Step 4: Read the Website from the NFC Card

Once you have written your website to the NFC card, you can read it using any NFC enabled device. Simply place the NFC card near the device and the website will open in the device’s web browser.

Note: Some devices may require the user to open the device’s web browser and tap on the NFC card in order to read the website.

Conclusion

NFC technology offers many exciting possibilities for web developers and designers. Whether you are looking to create a new contactless payment system, enhance your website with interactive features, or simply provide an easy way for users to access your website, NFC can help you achieve your goals.

By following the steps outlined in this tutorial, you should now have a basic understanding of how to write a website to an NFC card and the types of apps you can use to get started. We hope this tutorial has been helpful, and we wish you the best of luck with your NFC projects

This subdermal electronic system cryptobionically stores TOTP(Time-Based One-Time Passwords), which are what is traditionally used when using apps like Google Authenticator or Authy. Instead of the keys being stored on a phone(which can be lost or remotely exploited), they are stored on the electronics system(which can only be accessed within centimeters of the device and cannot be remotely accessed via wifi, Bluetooth, cellular, or other protocols) making subdermal electronics systems highly secure systems to store two-factor codes, among other things.

Extensive research and consultation with multiple licensed professionals was performed before the implant installation.

It’s worth to mention that these kind of NFC and RFID subdermal implants are not yet approved by FDA and there isn’t enough data about the safety and long-term effects of having this device under the skin. It’s important for individuals to weigh the benefits and risks before making a decision about getting this type of implant, and consulting with a professional is highly recommended.

An Introduction

Biohacking, a term gaining traction in scientific circles and beyond, delves into the realm of optimizing human biology to achieve enhanced performance and longevity. This article explores the multifaceted world of biohacking, ranging from conventional approaches to the avant-garde.

Understanding Biohacking

At its core, biohacking seeks to improve various facets of human life, encompassing physical, mental, and even longevity aspects. Biohackers strive to achieve these goals through diverse methods, from lifestyle changes to cutting-edge technologies.

Types of Biohacking

1. “Biohacking” — Everyday Optimizations

• In this category, biohackers explore supplements, cold exposure (ice baths), nootropics, and practices aimed at immediate improvements in well-being and cognitive function.

1. DIY-Biology

• Venturing into the realms of DIY-biology involves hands-on exploration, including revolutionary tools like CRISPR. Organizations like The ODIN empower individuals to engage in genetic experimentation.

1. Grinding and Advanced Body Modification

• Grinding represents the avant-garde of biohacking, where individuals employ advanced implants and electronic devices to augment human capabilities. This section delves into the fusion of technology and biology, pushing the boundaries of what it means to be human.

Standard Biohacking

The realm of normal or mainstream biohacking encompasses accessible interventions that individuals can easily incorporate into their daily lives. These practices aim to enhance overall well-being, cognitive function, and physical performance. Here are several common forms of biohacking in this category:

1. Supplements

Supplements play a pivotal role in biohacking by providing essential nutrients and compounds that may be lacking in a person’s diet. Some popular biohacking supplements include:

• Omega-3 Fatty Acids: Known for their cognitive benefits, omega-3s are commonly sourced from fish oil and are believed to support brain health.

• Vitamin D: Often taken to address deficiencies, vitamin D is crucial for bone health and immune function.

• Nootropic Supplements: These include substances like racetams, modafinil, and other cognitive enhancers believed to boost memory, focus, and overall brain function.

2. Nootropics

Nootropics, also known as “smart drugs,” are substances that claim to enhance cognitive function. While research is ongoing, some widely used nootropics include:

• Caffeine: A common stimulant found in coffee and tea, caffeine is known for its ability to improve alertness and concentration.

• L-Theanine: Often combined with caffeine, L-theanine is believed to promote relaxation and reduce the jittery effects of stimulants.

• Racetams: These are a class of synthetic nootropics thought to improve memory and cognitive function.

3. Lifestyle Changes

Simple adjustments to one’s lifestyle can have a profound impact on overall well-being. Biohackers often explore:

• Intermittent Fasting: A dietary approach involving cycles of eating and fasting, believed to have metabolic and cognitive benefits.

• Quality Sleep: Prioritizing and optimizing sleep is crucial for cognitive function, mood regulation, and overall health.

• Physical Exercise: Regular physical activity is considered a fundamental biohack, promoting not only physical fitness but also mental well-being.

• **Cold Exposure: **Utilizing the benefits of cold exposure to the human body through ice baths, cold showers, the “Wim Hof Method, and more.

DIY-Biology

DIY-biology represents a hands-on approach to biohacking, allowing enthusiasts to delve into genetic experimentation and exploration. This section explores the tools, technologies, and organizations that define the realm of DIY-biology.

1. Genetic Experimentation with CRISPR

CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) has revolutionized the field of genetic engineering. DIY-biologists leverage CRISPR technology to explore and manipulate their genetic code. This powerful tool allows for precise modifications, sparking innovation and experimentation.

2. The ODIN and DIY-Biology Resources

The ODIN stands out as an organization at the forefront of democratizing genetic experimentation. It provides kits, tools, and educational resources for aspiring biohackers. Enthusiasts can access CRISPR kits, allowing them to experiment with genetic modifications in a controlled and informed manner.

3. Hands-On Exploration

DIY-biology encourages a hands-on approach to learning and experimentation. Biohackers may engage in activities such as:

• Amateur Genetic Engineering: Using CRISPR kits to modify genes, creating a platform for learning and discovery.

• Bacterial Transformation: Experimenting with genetic material by introducing new genes into bacteria, a common and educational practice.

Grinding and Body Modification

At the forefront of biohacking, grinding represents a pioneering exploration into the integration of advanced technologies with the human body. This section delves into the diverse world of grinding, which involves pushing the boundaries of conventional biohacking, often involving transhumanistic principles.

1. Microchips and Subdermal Implants

In the realm of grinding, individuals opt for more advanced interventions, including the implantation of microchips and subdermal devices. These devices can include:

• RFID (Radio-Frequency Identification): Subdermal RFID implants enable individuals to interact with various systems, from unlocking doors to accessing personal information with a wave of their hand.

• NFC (Near Field Communication): Similar to RFID, NFC implants facilitate short-range communication and are utilized for tasks like contactless payments.

2. Biomagnets

Biomagnets are small magnets implanted under the skin, often in the fingertips. This form of grinding allows individuals to sense magnetic fields, expanding their sensory capabilities beyond natural human abilities.

3. Advanced Biohacking Devices

Beyond basic implants, advanced biohackers explore devices that go beyond traditional boundaries, such as:

• Augmented Reality (AR) Implants: These implants enhance visual perception by overlaying digital information onto the user’s natural field of view, blending technology with the human sensory experience.

• Enhanced Hearing Implants: Some biohackers opt for implants that augment their auditory capabilities, allowing them to hear frequencies beyond the normal human range.

4. Transhumanism and Redefining Human Potential

Grinding is intimately connected to the principles of transhumanism, a movement that advocates for the enhancement of human capabilities through the integration of technology. In the pursuit of transcending biological limitations, biohackers engaging in grinding aim to redefine what it means to be human.

Conclusion

Biohacking, in its various forms, represents a dynamic and evolving field. From everyday optimizations to the frontier of advanced technologies, biohackers are reshaping the boundaries of human potential. As we navigate this brave new world, it is essential to understand the ethical implications and potential societal impacts of these transformative practices.

Note: This article is intended to provide an overview of biohacking and does not endorse or encourage any specific practices. Consult with healthcare professionals is highly encouraged