Robert is a distinguished entrepreneur, highly accomplished IT manager, and proficient developer with a distinguished focus on blockchain technology. He has demonstrated exceptional leadership skills by spearheading numerous large-scale projects, expertly overseeing teams comprising over 40 members and expertly managing a budget of $30 million to successfully deliver nationwide systems. The convergence of blockchain profoundly inspired Robert, fundamentally revolutionizing his perspective on IT systems. Renowned for his groundbreaking ideas and unwavering commitment, Robert possesses an exceptional aptitude for translating concepts into thriving realizations. Furthermore, he derives immense pleasure from engaging in the creation of IoT solutions utilizing Raspberry Pi and Arduino as a pastime pursuit.
Center for Information Technology Projects (Ministry of Administration and Digitization)
Program Manager
2013 - 2015 (2 years)
Warsaw, Poland
Ensured solutions on the Emergency Notification System and Command Support System for medical services were consistent with agreed architectural standards.
Led dozens of software development projects with a budget of $30 million - liaising between external suppliers and internal teams.
Influenced the selection of technological solutions for projects and established technical definitions, rules, principles, and best practices.
TOPASS tokens provide a unique safeguard against counterfeit products by allowing consumers to verify a product's authenticity immediately upon purchase, proving more effective than conventional hologram security features.
The TOPASS smart contract operates on the public L2 Polygon platform, offering excellent performance and low transaction fees. It can also be deployed on any Ethereum-compatible platform if needed.
In my role, I have introduced and customized NFT tokens as per client needs, developed a middleware server using Node.js and Express.js, and implemented a REST API for easy integration of client systems with the tokens.
S3DOC is a next-gen durable medium that uses algorithms and cryptographic methods up to global standards. It incorporates a digital signature known as softWORM.
My role involved developing the S3DOC medium using Ethereum and IPFS, building detailed smart contracts, and managing user and document data.
In the system's second iteration, I migrated all software pieces to a new blockchain platform developed on Node.js, improving performance and security over the original Ethereum and IPFS.
Spearheaded the creation of BCHAINNODE, a proprietary blockchain platform designed for enterprise corporations with top-tier security measures and superior performance capabilities.
BCHAINNODE excels at storing large amounts of data, executing smart contracts, maintaining robust performance, and using zero-knowledge-proof procedures to protect information. It's written in JavaScript and optimized for the Node.js environment.
Conceptualized the architecture of BCHAINNODE and engineered its core modules, addressing the specific performance and security requirements of major financial institutions, as opposed to the limitations of the Ethereum platform.
S3DOC Mobile is an application designed for S3DOC users to access and view documents stored on long-lasting media and review event history.
The app leverages push notifications for alerting users about new documents and supports biometric login. It operates smoothly on both Android and iOS platforms, employing renderers for optimal performance and compatibility.
The application has robust security measures and seamlessly integrates with a secure REST API.
