How To Use Smart Contracts In Your Business

  • Consider limitations
    There’s a reverse side of automation. It’s almost impossible to update a sensible contract. The web offers some solutions but they're far away from being reliable. Smart contracts are immutable by default. Also, concentrate that the technology runs on the “if-then” logic. For individuals who want complex variations, this can be a restriction.
  • Plan
    Create an inventory of terms and conditions associated with your case. Make an in depth plan of how all of your transactions are going to be handled. Under what conditions do that or that action take place? Write down rules on what happens if these actions aren't performed.
  • Find a trustworthy partner
    Opt for a sensible contract development company that understands your business needs. You furthermore may want to form sure that the potential tech partner features a deep understanding of decentralized technologies, networks, consensus mechanisms, and other tools.
  • Test the smart contract system
    Where there’s code, there’s room for bugs. Confirm there’s a correct smart contract security audit in situ before it goes live. Aside from that, check how the contract executes itself. Have a couple of people use it and, maybe, attempt to break the agreement, to make sure everything works needless to say.


Smart contracts currently have a number of practical restrictions that preclude widespread adoption.

  • Lack of Ability to vary
    First, amending or terminating a contract is significantly harder, or in some cases impossible, than doing an equivalent with text-based contracts. When a law is changed or an unforeseen occurrence happens, parties to a text-based contract can immediately prepare an update. However, as long as blockchains, where smart contracts reside, can't be changed, modifying a sensible contract is way more complicated. This drawback potentially yields higher transaction costs as against using traditional contracts.
  • Few Remedies for Breach
    Smart contracts also have problems with self-help solutions that parties might choose when a contract is broken.
  • Limitations on Negotiations
    Smart contracts' intrinsic impartiality and automated can thwart how parties really sign terms. As an example, a celebration may decide it's beneficial to go away a provision more ambiguous so to later argue that the supply should be interpreted in their favor if or when a problem arises. Smart contracts don't leave an equivalent level of ambiguity. Smart contracts demand exact parameters. Consequently, parties may elect for text-based contracts for complex agreements thanks to high transaction costs related to negotiating those contracts.
  • Security
    As previously discussed, smart contracts also present the added risk that the contract are often hacked and financially exploited. Parties may find added insurance in knowing a text-based contract cannot lead them to bankruptcy.
  • Outside Data
    Another technical problem occurs when provisions are inserted into a sensible contract requiring the smart contract to receive information from off-chain resources, data from resources not on the blockchain itself. For instance, a crop insurance smart contract is programmed to transfer money to an insured party if the temperature falls below 32 degrees. During this case, a big problem arises because smart contracts cannot pull data from off-chain resources. Instead, the data has to be included to the smart contract.

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Oracles, which are trusted third-party information sources, can cure this problem by inputting this information at predetermined times; however, adding a 3rd party to the smart contract process presents the lingering issue with smart contracts' decentralized experience being diluted.


When it comes to creating and implementing smart contracts, it's essential to work with the best smart contract development company that offers top-notch smart contract development services. A reputable company will have a team of experienced developers who can understand your unique needs and create a custom solution that meets them. The company should also have a track record of successful projects and a deep understanding of blockchain technology. By utilizing the services of a trusted smart contract development company or custom Blockchain solutions, you can ensure that your contracts are secure, reliable, and fully compliant with industry standards

Smart contracts present a digital alternative to paper-based contracts, yielding significant benefits in reducing transaction costs, enhancing process efficiency, and ensuring the safety of data. In certain businesses, using smart contracts may be more beneficial compared to others.

Nevertheless, widespread adoption of smart contracts are going to be a slow, incremental process. Therefore, your land agent won't be asking you to execute one any time soon. If you are doing plan to proceed with pursuing smart contract automation for your business, make certain to sufficient research on exactly the way to do so. Consult the required legal and technical experts to make sure the ultimate code produced reflects your required expectations and is safe from devastating external attacks.

What's Tokenization?

Tokenization is that the process of exchanging sensitive data for non-sensitive data called “tokens” which will be utilized in a database or internal system without bringing it into scope.

Although the tokens are unrelated values, they keep certain elements of the first data commonly length or format in order that they are often used for uninterrupted business operations. The first sensitive data is then safely stored outside of the organization’s internal systems.

Tokenized data, as opposed to encrypted data, is impenetrable and irrevocable. This distinction is especially important: Because there's no mathematical relationship between the token and its original number, tokens can't be returned to their original form without the presence of additional, separately stored data. As a result, a breach of a tokenized environment won't compromise the first sensitive data.

In the context of the metaverse development, tokenization plays a crucial role in representing digital assets and enabling their exchange within virtual worlds. Virtual assets, such as digital collectibles, in-game items, and virtual real estate, can be tokenized as non-fungible tokens (NFTs) on a blockchain. This allows for the creation of unique, digital ownership records that can be easily bought, sold, and traded within virtual worlds. Additionally, tokenization can also be used to represent virtual currencies and other forms of in-game money, which are fungible tokens. By tokenizing these assets, it allows for the creation of a decentralized marketplace for virtual goods, where transactions can be recorded on a public ledger and ownership can be easily verified and transferred. This could potentially change the way virtual assets are used and change the metaverse economy. Blockchain technology experts are utilizing tokenization to harness the power of blockchain development and create new opportunities for businesses and individuals.

What is a Token?

As described previously, a token may be a piece of knowledge that stands certain another, more valuable piece of data. Tokens have virtually no value on their own they're only useful because they represent something valuable, like a MasterCard primary account number (PAN) or Social Security number (SSN).

A good analogy may be a chip. Rather than filling a table with cash (which are often easily lost or stolen), players use chips as placeholders. However, the chips can’t be used as money, albeit they’re stolen. They need to first be exchanged for his or her representative value.

Tokenization works by removing the precious data from your environment and replacing it with these tokens. Most businesses hold a minimum of some sensitive data within their systems, whether it's mastercard data, medical information, Social Security numbers, or anything that needs security and protection. Using tokenization, organizations can still use this data for business purposes without incurring the danger or compliance scope of storing sensitive data internally.


Digital tokenization was first created by TrustCommerce in 2001 to assist a client protect customer MasterCard information. Merchants were storing cardholder data on their own servers, which meant that anyone who had access to their servers could potentially view or cash in of these customer MasterCard numbers.

A system created by TrustCommerce uses tokens instead of primary account numbers (PANs) to replace PANs. This made it possible for businesses to keep and use tokens as references while taking payments. TrustCommerce converted the tokens back to PANs and processed the payments using the first PANs. This isolated the danger to TrustCommerce, since merchants not had any actual PANs stored in their systems.

Such first-generation tokenization demonstrated the technology's utility when security worries and regulatory constraints increased, and other firms provided comparable solutions. However, as will be covered below, issues with this strategy quickly became apparent.



Since tokenization is slowly gaining popularity across various industries, it's important to reflect on the distinct sorts of tokenization. On the opposite hand, it's also crucial to seek out the variants of tokenization in context of payment processing and NLP use cases. Once you are using tokenization for payment processing, then you've got the choices of vault tokenization and vaultless tokenization.

Similarly, within the case of NLP, you'll find different variants of tokenization tailored to distinct requirements like word tokenization, byte pair encoding (BPE), or sentence tokenization. At an equivalent time, you'll also find distinct variants of tokenization within the domain of blockchain applications. A number of them include utility tokens, NFTs, and others.

Here is an in-depth outline of the various tokenization types you'll come across.

  • Vault Tokenization
    In traditional payment processing applications, vault tokenization involves the upkeep of a secure database. The secure database is mentioned because the tokenization vault database, which stores sensitive data. At an equivalent time, the tokenization vault database also stores the corresponding non-sensitive data for the sensitive information. Users could easily decrypt the newly tokenized data with the assistance of sensitive and non-sensitive data tables. The foremost prominent setback in vault tokenization is that the extended time interval for detokenization thanks to expansion in size of the database.
  • Vaultless Tokenization
    Another prominent answer to ‘what are the kinds of tokenization’ in traditional payment processing use cases refers to vaultless tokenization. It’s a highly efficient and safer alternative than vault tokenization. Instead of maintaining a database, vaultless tokenization focuses on using secure cryptographic devices. The secure cryptographic devices leverage algorithms supported certain standards for conversion of sensitive data to non-sensitive data. The tokens created in vaultless tokenization might be decrypted for obtaining original data without a tokenization vault database.

Tokenization Types in NLP

Tokenization is one among the essential tasks within the domain of tongue processing or NLP. It involves the separation of a bit of text into smaller units mentioned as tokens for enabling machines to know natural text. You’ll divide a bit of text into words, characters, or simply subwords, consistent with your requirements. Therefore, the kinds of tokenization in NLP are broadly classified into three categories. Allow us to learn more about the tokenization variants within the case of NLP.

Word Tokenization

Word tokenization is one among the foremost commonly used tokenization types in tongue processing. It involves splitting a selected piece of text into individual words consistent with a specific delimiter. The delimiter helps in determining the formation of varied word-level tokens.

The samples of pre-trained word embedding come under the scope of word tokenization. However, word tokenization could encounter a formidable setback within the sort of out of vocabulary or OOV words. The OOV words basically means the new words you'll find at the time of testing. Another prominent setback in word tokenization refers to the dimensions of the vocabulary.

Character Tokenization

The problem of an outsized vocabulary and possible chances of seeing new words create the inspiration for character tokenization. Character tokenization is one among the notable sorts of tokenization applied within the case of NLP. It involves splitting particular text data into the gathering of characters. Surprisingly, character tokenization may be able to deal with a number of significant problems with word tokenization.

By preserving information about the word in question, character tokenization may aid in the efficient administration of OOV terms. It aids in characterizing the word that is not part of common use before representing the word in terms of letters. Furthermore, character tokenization also works effectively in restricting the dimensions of your vocabulary.

Even if character tokenization may be a trustworthy mention among tokenization types for NLP, it's some drawbacks. One among the prominent issues in character tokenization refers to the rapid climb long of input and output sentences. Therefore, it might be pretty challenging to get the connection between the characters for rounding up meaningful words.

Sub word Tokenization

The setbacks in character tokenization provide the inspiration for an additional notable entry among sorts of tokenization in tongue processing. Sub word tokenization, because the name implies, helps in dividing a given text into different sub words. So, what are sub words? The words like lower are often divided as low-er, and simplest might be divided into simple-st. The transformation-based NLP models depend upon sub word tokenization for preparing their vocabulary. One among the foremost common methods used for sub word tokenization refers to Byte Pair Encoding or BPE.

Byte Pair Encoding or BPE may be a popular tokenization method applicable within the case of transformer-based NLP models. BPE helps in resolving the prominent concerns related to word and character tokenization. When using BPE, sub - word tokenization successfully addresses the issues with terms that are not often used.

BPE can help in segmentation of OOV words as sub words followed by representing the word with reference to the sub words. The input and output sentence lengths after BPE are shorter as compared to those in character tokenization. BPE is essentially a word segmentation algorithm that helps in merging the characters or character sequences frequently occurring during a repetitive fashion.

Tokenization Types in Blockchain

When you are watching the various sorts of tokenization in blockchain, you'll encounter digital assets that are suitable for trading within the ecosystem of a blockchain project. The various variants of tokenization with reference to their applications in blockchain include platform tokens, governance tokens, utility tokens, and non-fungible tokens or NFTs.

  • Platform Tokenization
    Platform tokenization is essentially the process of providing tokens to blockchain infrastructures for the creation of decentralized apps. One among the commonly noted samples of platform tokenization refers to DAI, which may help in facilitating smart contract transactions. Platform tokenization draws benefits from the blockchain network used because the foundation for improved security and support for transactional activity.
  • Utility Tokenization
    Utility tokenization is that the process of making utility tokens during a specific protocol for accessing the services within the concerned protocol. It’s important to notice that utility tokenization doesn't involve creating tokens for direct investment. While the platform provides protection for the tokens, utility tokens provide essential platform activity for boosting the platform's economy.
  • Governance Tokenization
    The growth of decentralized protocols has involved another notable alternative among tokenization types for blockchain. Governance tokenization focuses on blockchain-based voting systems as they might refine the decision-making process around decentralized protocols. The advantage of governance tokenization is clear within the value of on-chain governance for enabling all stakeholders with abilities for collaboration, debating, and voting on the management of a system.

Non-fungible Tokens

The final and one among the foremost popular entries among the kinds of tokenization in blockchain ask NFTs. Non-fungible tokens provide a digital representation of unique assets, and this sort of tokenization has prolific use cases. For instance, digital artists could recover opportunities for managing ownership and trading of their work. The planet has recently witnessed a huge surge in demand for NFTs and NFT-based application development. Therefore, it's reasonable to specialise in the creation of NFTs as a prominent variant of tokenization.

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How Does Tokenization Work?


NFTs, or non-fungible tokens, became a popular topic in 2021's digital world, comprising digital music, trading cards, digital art, and photographs of animals. Know More

Blockchain is a network of decentralized nodes that holds data. It is an excellent approach for protecting sensitive data within the system. Know More


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