Secure Software
Build Forever. Build Unbreakable
Our patented technology (European Patent EP3933637) allows you to create secure software that lives inside the blockchain—the world’s most unhackable network. For the first time, developers can build permanent, unbreakable applications using the languages they already know, like PHP, C#, and Visual Basic.
The "Problem and Solution"
The Barrier:
Until now, blockchain development was locked behind complex, risky languages like Solidity. This made smart contracts difficult to build and easy to exploit.
The Patented Solution:
Blockchain4all removes this barrier. Our system allows you to design, compile, and deploy software directly into the blockchain network using traditional programming.
Total Security: Your application is hosted on the most secure network on Earth.
Permanent Logic: Once deployed, your software works forever, exactly as intended.
Zero Learning Curve: Use your existing skills in PHP, C#, or Visual Basic to build the future of secure tech.
The "Technical Logic"
Patented Infrastructure: From Traditional Code to Immutable Reality
This platform implements a secure bridge between standard software development and blockchain architecture. By leveraging our patented process, your PHP or C# logic is transformed into an unbreakable smart contract. The result is an application that is:
Immune to traditional hacking (hosted on a decentralized network).
Autonomous (runs without the need for private server maintenance).
Eternal (guaranteed to function as long as the network exists).
Introduction to the Innovation
Blockchain 4 All Limited, led by inventor: Samir Moriss Gerges Fares, has developed a patented system designed to streamline and secure the deployment of smart contracts across blockchain networks. Based in Cork, Ireland, the invention carries broad protection across Europe, aiming to set new industry standards for automated agreements. By enhancing the efficiency and trust of digital transactions, this patent serves as a vital building block for the digital transformation of global finance and business.
Formal Recognition of Innovation
Blockchain 4 All Limited has reached a definitive milestone with the official grant of European Patent 3933637. Formally effective as of August 2023, this patent provides the Cork-based company with robust legal protection across major European territories. Beyond just a legal safeguard, this achievement validates their technological advancements, paving the way for secure commercial expansion and establishing them as a key player in the European blockchain landscape.
Bridging the Dev-Ga
The core of Blockchain 4 All's innovation is a platform-agnostic deployment system that removes the "language tax" from blockchain development. By allowing developers to use C#, PHP, and Visual Basic, the patent democratizes access to decentralized tech. It functions as a sophisticated translator, converting traditional logic into execution-ready bytecode for major networks like Ethereum and Hyperledger, significantly reducing development time and costs for businesses worldwide
The Patented Deployment Pipeline
See how Blockchain4all transforms your standard programming logic into an immutable smart contract in five automated steps.
1. Agnostic Input
Write your logic in traditional languages like PHP, C#, Visual Basic.....
2. Module Init
Our patented ABI initializes special blockchain variables (address, balance, ....) native to the network.
3. Bytecode Transpile
Functions and logic are converted into bytecode / operation code perfectly compatible with the target blockchain.
4. Smart Contract Gen
The system automatically formats the translated bytecode into a deployable smart contract structure.
5. Live Deployment
Deployed securely to Ethereum, Hyperledger, Quorum.... Your code is now immutable and unhackable.
Official Patent Documentation
Verified legal protections across the European Union.
EP 3933637 — Method and system for deploying a smart contract in a blockchain network
National Validations & Live Records
European Patent EP3933637 is validated and in force across major European economies. Perform your own due diligence by verifying our active legal status directly with the official national patent offices below.
European Union
European Patent Office (EPO)
Ireland
Intellectual Property Office (IPOI)
United Kingdom
Intellectual Property Office (UKIPO)
Germany
Patent and Trade Mark Office (DPMA)
France
National Institute of IP (INPI)
Swiss & Liechtenstein
Federal Institute of IP (IPI)
Netherlands
Netherlands Patent Office (OCNL)
Denmark
Patent and Trademark Office (DKPTO)
Portugal
Institute of Industrial Property (INPI)
Luxembourg
Intellectual Property Office (OPI)
Belgium
Intellectual Property Office (IPObel)
Legal Claims
Protections of Legal Claims
Legal Claims Architecture
Our patented technology allows traditional programming languages including (PHP, C#, Visual Basic, etc.) to deploy smart contracts by introducing a specialized blockchain-aware software module.
A computing device implemented method for deploying a smart contract in a programmable blockchain network (204), the method comprising the steps of:
a) inputting (101) a plurality of instructions written in a programming language agnostic to the blockchain network (204), wherein the programming language is a traditional programming language which is not specifically designed for or tied to a blockchain network (204);
b) initializing (102) a software module (202a) comprising a predefined set of a plurality of special variable types which are not recognized by the programming language and which enables the deployment of the plurality of instructions in the blockchain network;
c) defining (103) a plurality of variables and declaring a plurality of variable types included in the plurality of instructions;
d) defining (104) a plurality of function names included in the plurality of instructions;
e) defining (105) a plurality of variables and declaring a plurality of variable types outputted by the plurality of instructions;
f) converting (106) the plurality of instructions comprising all defined variables and declared variable types to bytecode or operation code compatible with the blockchain network (204);
g) generating (107) the smart contract based on the bytecode or operation code; and
h) deploying (108) the generated smart contract in the blockchain network (204), wherein the predefined set of a plurality of special variable types can be used to declare the variable types.
A system for deploying a smart contract in a programmable blockchain network (204), the system comprising:
a computing device (202); and
a memory means (203) operatively coupled to the computing device (202), the memory means adapted to store a plurality of instructions written in a programming language agnostic to the blockchain network (204), wherein the programming language is a traditional programming language which is not specifically designed for or tied to a blockchain network (204);
wherein the computing device (202) comprises an application binary interface (202a) configured to receive the plurality of instructions inputted by a user, initialize a software module comprising a predefined set of a plurality of special variable types which are not recognized by the programming language and which enables the deployment of the plurality of instructions in the blockchain network (204),
define a plurality of variable names and declare a plurality of variable types included in the plurality of instructions, define a plurality of function names included in the plurality of instructions, define a plurality of variables and declare a plurality of variable types outputted by the plurality of instructions, convert the plurality of instructions comprising all defined variables and declared variable types to byte-code or operation code compatible with the blockchain network (204),
generate the smart contract based on the bytecode or operation code, and deploy the generated smart contract to the blockchain network (204),
wherein the predefined set of a plurality of special variable types can be used to declare the variable types.