Will Blockchain See Wide-scale Commercial & Government Adoption?


It seems clear that both commercial and government entities are hard at work trying to figure out how to make use of the technology in a manner that best suits their purposes.

In the end, the speed with which that adoption manifests is directly linked to the one important factor that they both have in common: the end user.

Commercial forces are interested in developing efficient and attractive monetization platforms. Governments are interested in maintaining economic control and taxation models that work.

Both interested parties are in a race to build their respective infrastructures BEFORE mass adoption by the people at large. At that time, you'll see the shift you're looking for.

So when will mass adoption occur? It will happen when blockchain solutions are capable of providing users with the same functionalities, conveniences, turnaround, and benefits as that of centralized solutions. After all, the average person on the street doesn't care about controlling their funds to the same degree as crypto-enthusiasts.

Are you kidding me? To most, the idea of being responsible for the security of their own funds is inconvenient at best and a nightmare at worst. The average person is MORE than happy to give up a few bucks to shell that responsibility on to someone else.

The same goes for any application of blockchain technology. Seeds, private keys, transaction fees, block confirmations, and all the rest. It's not user-friendly, and it's not fun to figure out.

Essentially, it's a UX/UI puzzle. 

As a design professional myself, I can tell you that once innovative UX solutions start to knock down the blockchain barriers of confusion and complexity, the momentum towards widespread adoption will increase exponentially.

Commercial and government players will have no choice but to show their cards and deal themselves in.

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Yes it will.... but subject to the following conditions:-

  • If the implementation of blockchain technology will be easy for the enterprises/industries, then mass adoption can become a reality. As of now it is still a high tech kind of thing when it comes to implementation.
  • The application need more flexibility, e.g an enterprise might be interested with a particular blockchain but may not be interested with its underlying consensus protocol, so the technology must come to a point where it can offer flexibility to the various components of a blockchain and an enterprise can choose freely those components, assemble it and create a blockchain of its own which fits to the requirement of the enterprise.
  • Blockchain technology has to make the entry level easy and it must adaptable to everyone be it s a developer or a non-developer, just like a smart phone can be used by anyone whether literate or illiterate.
  • Smart contract should support any programming languages. It should not be limited to a particular or difficult programming language and it should support from Java(which is the entry level language) to any programming language.
  • It should offer low latency like the centralized server.
  • It should be highly scalable.
  • It should offer interoperability, so that cross-chain interaction can happen in a decentralized way.
  • It should be adaptable to variety of applications.

Thank you and Have a great day.


I think, Blockchain has already started seeing wide adoption in commercial and government sectors. I just posted a hunt yesterday about IBM launching its  Blockchain World Wire, which will make International remittance a lot easy , unlike the conventional system now which takes days to settle such payments. 

Ripple already has set the fire by working with many financial industries to run International payments on its network. 

You can also see this [post](https://steemit.com/blockchain/@sanmi/f3caa6wgx) which I published sometimes back. It has lots of use cases listed on how blockchain can be used for various applications. 

So as time progresses, blockchain as a technology is going to be recognized to have brilliant prospects to solve many real life problems in Commercial as well as Government sector. 


 The blockchain exists to enable trustless transactions between peers. One of its applications is cryptocurrency. Another important one is smart contracts. In general, the idea is to eliminate the need for a trusted third party. Wherever lack of trust and the possibility of fraud is a problem, distributed ledgers can be of help. 

One such area is supply chain management. In China, for example, counterfeit food products are a serious problem. A blockchain-based supply chain management system can involve meticulous time stamping and geolocating of products with cryptocurrency as the reward for all parties who take part in maintaining the integrity of the system. Using distributed ledger makes falsifying records later practically impossible.

The only way to implement electronic voting in a provably honest manner is to use the blockchain. With cryptography it is possible to even maintain privacy as a bonus while keeping the system provably fair.

In general, using the blockchain finding community consensus can be automated made verifiably correct. That may have uses in referenda. 

But I believe it will take a long time before using the blockchain to radically alter the government is run. That's because vested interests will want to drag their heels to keep provably honest consensus mechanisms from being implemented as long as possible to keep the gravy train running.


The blockchain is at its most useful where trust cannot be expected. There is no doubt in my mind that there are many uses for the blockchain both in commerce and government. I'll list a few use cases:

1. Electronic voting

Centralized electronic voting solutions totally suck by lacking security, privacy and by requiring trust.  I wouldn't touch them with a ten foot pole. The blockchain and electronic voting is a match made in heaven. Using cryptography techniques like zero knowledge proofs it would be possible to vote in a provably honest manner without compromising anybody's privacy. This should be done yesterday.

2. Prevention of odometer fraud and vehicle history tracking

There already is a company called Car Vertical that has created a blockchain-based system where every vehicle has a digital counterpart whose information is stored on the blockchain. Every time a vehicle is maintained or undergoes a government mandated vehicle inspection like in some countries all of it's data are posted to the blockchain. Every part, every vehicle and everything happens to them is tracked and recored on the immutable blockchain. That is a huge boon to both buyers. Cars that have their maintenance history on the blockchain can be sold at a premium. All system participants are rewarded with CT tokens. This is a really useful project. See: https://www.carvertical.com/

3. Local decentralized markets for without a need to trust centralized third parties

Can anyone come up with more?


Blockchain technology is not yet fully ripe for mass adoption but is a few steps away from becoming a widely used network. In short, we will describe a few challenges that are currently latent:

Massive recognition that blockchain can be a source of immutable certainty

The legal operation of this characteristic is still missing, therefore it cannot be used as a legal argument. New legal schemes are required for the recognition of blockchain as a source of immutable veracity since it is tamper-proof and for this it will be necessary to reach a consensus for regulation in collaboration with the users.

The dilemma of the right to oblivion

The immutability of the blockchain conflicts with the right to forget, which refers to the protection of personal data that ensures that any citizen has the right to have information stored in records or databases completely deleted.

Although it could be automatically encrypted with a smart contract or create blockchain of permissions to access information more flexibly.

The technology (bitcoin) is not yet ready for mass use.

A clear example of this is that it is distributed in a non-uniform way, and even if it were the speed of the system would not support all users. In short, there are a number of technical and security issues that need to be resolved in order for it to work on a large scale. Fortunately, there are many Altcoins that have already solved this problem.

The energy consumed is not sustainable

Many blockchain work with PoW and that consumes a lot of energy, which does not allow it to be sustainable on a large scale as it is today (The same problem of BigData). But they are already working on solutions of much lower consumption such as virtual mines PoS or consensus test, voting etc, etc..

The struggle against parts of the government

There is no clear and fair regulatory framework, no well-defined debate, no legal scalability strategy, etc. But we are sure that the government does not like this technology because it is a point in which there is no control, as we have seen with Venezuela and China.


Yes i believe so.

The government especially have the general motto that they serve the people. And from experience, i hqve come to see that what people want always gets done. And when it goes viral and widely accepted, the government have no other choice than to employ the blockchain. Once tge people are adopting it and othrr nation are necessitating it as a means ot commerc, the government will have no choice thqn to adopt this.

Blockchqin has introduced 2FA which makes transaction secured and private, this is one thin the commercial sector and e looking for. Ease of access, secured, protected. They will definitely adopt the blockchain. The blockchqin also reduce the transportation of large sums of muloney from bank to bank and from individuals to banks and vice versa.

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