Enterprise Blockchain Solutions: Explore Patented Blockchain Technology
U.S. Pat. Nos. 9,608,829 and 9,836,908 are two of the first blockchain patents ever issued by the United States.
U.S. Pat. Nos. 9,608,829 and 9,836,908 are two of the first blockchain patents ever issued by the United States.

Our patented breakthroughs merge security of immutable blockchains with user autonomy to adapt to evolving conditions and preferences in business, commerce, research, academia, and government.
The rest of the crypto industry has followed our lead; other Blockchain creators (and sometimes their patent application examiners) have cited our
Our patented breakthroughs merge security of immutable blockchains with user autonomy to adapt to evolving conditions and preferences in business, commerce, research, academia, and government.
The rest of the crypto industry has followed our lead; other Blockchain creators (and sometimes their patent application examiners) have cited our blockchain patents over 560 times since 2016.
LICENSE REQUIRED FOR USE. Inquire at management@slidechain.net.

Review our U.S. patent 9,608,829 (customizable blockchain fork / multibranch blockchain) at https://patents.google.com/patent/US9608829B2/en and patent 9,836,908 (blockchain voting & enterprise blockchain) at https://patents.google.com/patent/US9836908B2/en. Blocktech LLC engages exclusively in the maintenance, enforcement, and licensing
Review our U.S. patent 9,608,829 (customizable blockchain fork / multibranch blockchain) at https://patents.google.com/patent/US9608829B2/en and patent 9,836,908 (blockchain voting & enterprise blockchain) at https://patents.google.com/patent/US9836908B2/en. Blocktech LLC engages exclusively in the maintenance, enforcement, and licensing of these patents.
LICENSE REQUIRED FOR USE. Inquire at management@slidechain.net.

Our blockchain patents were conceptualized and written by veteran lawyer Eric Dixon (the OG CryptoDixon), a noted speaker and writer on blockchain technology since 2013 and graduate of Yale Law School. He was featured by the Yale Politic for his insights on customizable blockchain and blockchain voting. https://thepolitic.org/eric-dixon-y
Our blockchain patents were conceptualized and written by veteran lawyer Eric Dixon (the OG CryptoDixon), a noted speaker and writer on blockchain technology since 2013 and graduate of Yale Law School. He was featured by the Yale Politic for his insights on customizable blockchain and blockchain voting. https://thepolitic.org/eric-dixon-yls-94-legal-advisor-at-blockchain-technologies-corporation-blocktech-and-zap-utility-token/. Contact: https://www.linkedin.com/in/blockchaindixon/
Slidechain allows defined-access chains to secure your data, leveraging advanced customizable blockchain technology. Change chain protocols as desired, ensuring your system evolves with you. Ideal for governments, corporations, universities, and hospitals, it provides the perfect solution whenever you need siloed data, including for blockchain voting applications. Just as you wouldn't wear the same clothes now that you wore as a child, don’t settle for prefabricated, rigid systems that won't (and can't) grow with your needs, especially when considering the future of blockchain patents.
Other managed blockchains might allow a customer to 'fork' an existing offered Blockchain to create its own chain within the seller's system. However, what our patented Slidechain technology provides is the ability for customers to perform future forks—specifically, multi-generational Blockchain forks or multi-level Blockchain forks—independently, without needing the permission or intervention of the Blockchain master. Our blockchain patents, first established in 2014, detail a multi-generational, self-propagating, autonomous forking Blockchain that is not currently available in the market, yet is essential for fully leveraging the advantages of blockchain technology. Slidechain is a customizable blockchain, a flexible blockchain, and a usable blockchain, capable of supporting innovative applications such as blockchain voting.
Here's a quick three-minute video, voiced by our patent author and lawyer Eric Dixon, explaining "slidechain," a concept relevant to blockchain patents and customizable blockchain solutions. You can watch it here: https://www.youtube.com/watch?v=tepwPaYE0Ro.
Sample code written by Eric Dixon is based on our blockchain patents and helps explain the slidechain difference in customizable blockchain solutions. Code is always a work in progress. Link: https://github.com/PikeSlip/SlidechainCore. This sample code does not represent the full extent of our patented inventions, is not intended for use, and is displayed solely for informational and educational purposes. It is possible to violate our rights to our patents, including those related to blockchain voting, without using this sample code. Any use of the invented, patented systems, whether or not based upon our sample code or any reproduction, derivation, or facsimile thereof, without express written permission from us is absolutely prohibited.
Our blockchain voting patent 9,829,908, applied in 2014, recognized before anyone else that the untrustworthy election problem cannot be solved simply by fixing election-day conduct. Instead, it requires a holistic solution that acknowledges elections will only be viewed as legitimate when people are confident that voting is limited to valid, eligible participants. This necessitates the collection and management of voter registration data to ensure participation is restricted to those who meet eligibility and registration procedures. Individual slidechains within the system can guard against 'cross-contamination' performance issues. Furthermore, this patented blockchain solution is easily adaptable to various event management use cases that require both credentialing (eligibility) and contest (game) functions. Our blockchain patents can effectively address data management challenges across diverse areas such as: data records (government, universities, law enforcement, research) and public participatory contests (lotteries, school admissions, gaming, casinos). This customizable blockchain technology offers innovative ways to enhance trust and efficiency in multiple applications.
Slidechain introduces two evolutionary improvements over conventional blockchain, enabling modifications to protocols such as the rules that govern how data is stored or interpreted, how block validity is verified, how consensus is achieved, and the criteria for generating a new block. Additionally, it accommodates multiple valid forks of a blockchain, treating these forks as valuable opportunities!
It's important to note that Slidechain does not conflict with major blockchain protocols like Bitcoin or Ethereum; instead, it enhances them. This customizable blockchain approach can also pave the way for innovations like blockchain voting and the development of blockchain patents, ensuring versatility in application.
The key is the payload, which refers to the data stored in each block of the blockchain. This data may relate to transactions, ownership, access protocols (such as restrictions or conditions), document versioning, or any other relevant information. A payload can either be a fixed size or flexible, and it serves as the input for the hash that generates the payload hash. In the context of blockchain patents, Slidechain distinguishes between planned valid forks and invalid forks. A valid fork has a hash representing the root block, which serves as the genesis block for the new chain (the fork) and is also stored within the fork block. This establishes a two-way link where both the fork block and the root block contain hash references to each other, similar to the principles found in customizable blockchain applications, including those used for blockchain voting.
We see a block being able to self-trigger a fork, leaving a code opening for the block owner (and only the owner) to activate this power. This new 'trigger' portion of the code can serve as a special 'marker' in the new chain, while subsequent blockchain blocks would have their hashes contain summaries of all their predecessors. A fork block may store more than one authorized hash to create multiple authorized forks from a single fork block. These hashes are stored in a flexible structure that allows for the storage of one or more short hashes corresponding to one or more root blocks. The protocols for each valid fork may be stored in the fork block payload or in the root (genesis) blocks for each authorized blockchain. Protocols are able to specify that a genesis or root chain remains valid, with no limit on how many forks can branch from it. Our system reflects the vision for a customizable blockchain protocol that enables future users to fully own their blocks, customize rules for that block, and preserve the rules or rights of earlier chains, earlier blocks, or earlier (and separate) forks. This approach aligns with the emerging trends in blockchain patents and blockchain voting, enhancing the overall functionality and flexibility of the blockchain ecosystem.
Check out this explanatory video, narrated by one of our inventors, Eric Dixon, as he introduces you to the slidechain concept, which is at the forefront of blockchain patents and customizable blockchain solutions, including innovative applications like blockchain voting.
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