Secure
Data in the blockchain can not be manipulated and is encrypted.
Experts in the development of blockchain
What is blockchain technology?
Blockchains are a form of Distributed Ledger Technology (DLT) that was originally developed as an accounting method for the cryptocurrency Bitcoin. It is a way of storing data without a centralized administrator, location or data storage. Nowadays blockchain technology is used for many other commercial applications other than verifying digital transactions.
It is possible to digitize, code and insert basically any document into the blockchain. This creates a record that can not be deleted or changed and the authenticity can be verified by anyone with access to the blockchain.
Reliable
Data is always handled exactly as a pre defined set of rules dictates.
Transparent
Every change can be traced back to the source.
Where can blockchain technology be applied?
Finance
The origins of blockchain technology are in the financial world. Having a digital encrypted currency required a system where the responsibility was distributed over different people and places. This decentralized system is still one of the main advantages of the blockchain; the ability to cut out the middle man. Allowing anyone with access to the blockchain to check the authenticity of a transaction also makes a central authority unnecessary. Other than cryptocurrency, the blockchain is also used for smart contracts, reducing fraud, reducing transaction costs, investments (ICO) and loyalty programs.
Energy
With innovations like smart grids and consumers generating their own electricity, the energy market is becoming a lot more complex. Although in theory these new sources of energy can fill the gaps in power supplies across the world, it also requires new ways of registering all this data. The blockchain allows smart meters to register their power consumption and generation. Because of the pre defined rules, the blockchain can be impartial in enforcing contracts in real time.
Healthcare
Using digital signatures on blockchain-based data that allows access only when authorized by multiple people could regulate the availability and maintain the privacy of health records. In addition, a community of people, including hospitals, doctors, patients, and insurance companies could be part of the overall blockchain, reducing fraud in healthcare payments.
Government
Government departments that work in isolation cause the exchange of information to be delayed, negatively impacting citizen services. Linking the data between the departments with blockchain ensures that data is released in real time, when both the departments and the citizen consent to sharing data. Blockchain technology could improve transparency and check corruption in governments worldwide.
Law
Blockchains can contain a huge amount of data, including entire contracts. The impact of smart contracts (protocols that facilitate or enforce contract performance using blockchain) will have a profound impact for industries. Smart contracts eliminate the middle man, such as a legal firm, as payment will happen based on certain milestones being met. By its very nature, the smart contract is easily enforceable electronically, creating a powerful escrow by taking it out of the control of a single party.
Defense
Unauthorized access or modification of critical defense infrastructure, such as operating systems and network firmware, could seriously compromise national security. For most countries, defense infrastructure and computer systems are distributed across different locations. Blockchain technology distributed across multiple data centers can ensure security against attacks on important network and hardware equipment by ensuring consensus-based access for modification.
Our services
diip Blockchain has expertise in various aspects of blockchain, automated trading and other related software aspects. Our preferred way of working is on a project basis. When you have an idea what you want we’ll define the requirements together, free of charge. Then we can estimate the amount of work and put that in an offer. When you accept the offer we can plan the work and get started!
The intellectual property and source code of the software we develop will become your property when we finish the project. So you are free to use it anywhere else or have people work on it internally.
Tools
Smart Contracts
We can write the protocols for Smart Contracts that can be entered in a blockchain.
Distribution
We can write the software that automatically distributes blockchain based data.
Automated Trading
We can develop automated trading software for exchanges.
Blockchain Analysis
We can develop software that analyzes the blockchain or transaction history.
About us
$20,206,378
of dollars currently
managed by our software
8
Team members
with experience
343
hours of blockchain
development experience
Our customers
Triaconta/Combicoin
We have designed and developed all the software for this cryptocurrency. Our software connects to BitFinex, Bittrex, Binance, Poloniex and HitBTC exchanges and works with the Ethereum Blockchain.
Energy Trading
We develop automated trading software for an energy trading company. Our software connects to EPEX and Nord Pool exchanges.
MijnVastgoed
We have created the tokens for this ICO and we have developed software to automatically distribute the tokens. After the ICO we will also build a platofrm to buy and sell tokens in real estate.
The team
Guust Hilte
Co owner
Guust has been programming ever since he had a computer. In 2010 he started computer vision software company Studio diip together with Thomas de Wolf. In 2017 Guust started Triaconta and gathered valuable experience with blockchain technology and cryptocurrency.
Thomas de Wolf
Co owner
Thomas has a masters degree from the Eindhoven University of Technology and an interest in computer vision and learning systems. After graduating he started software company Studio diip with Guust Hilte. Thomas has experience in neural networks and developing new projects.
Jop
Senior Programmer
Jop received a masters degree in Biology from Utrecht University and specialized in Theoretical Biology and Bioinformatics for his PhD-research. Jop has a lot of experience writing software used for automated energy trading on exchanges.
Matthijs
Junior Programmer
Matthijs has a background as a System Administrator and is currently studying Software Engineering. He has a lot of work experience setting up back-end protocols, web-communication and API’s.
Erwin
Junior Programmer
Erwin has a Bachelor in Computer and Information Sciences and a minor in Game Design. He has experience in various programming languages.
Diogo
Junior Programmer
Diogo first studied Aerospace Engineering at the Technical University of Lissabon before moving on to get his masters degree at the Technical University of Delft.
Diederik
Junior Programmer
Diederik has a Bachelors diploma at the University of Delft and almost has a Masters diploma from Leiden University in Life Science & Technology. He quickly became more interested in the technology part and is now working as a developer.
Gerard Hilte
Advisor
With his experience at Oracle, Gerard started his own company Transfer Solutions in 1995. Since then Transfer Solutions has grown to a company with more than 140 employees focussing on database development, management and consultancy.