If you add 1% more time to your productivity every day, you’d have 87.6 more hours to focus on product. That’s over two work weeks. If you minus 1% of productivity each day, you’re losing over two weeks of productive hours. If you minus 2% each day, you’ve lost a month of productivity.

Labeled for reuse. Courtsey of YouTube.com

How much time are you spending daily or weekly on things that don’t move your product forward? If your competition is spending more time on their product, they’ll probably win the race.

If you’ve decided to spend the next few years of your life on a startup, you’ll need every advantage you can get to beat your competition. Whoever is most focused on the goal has a better chance of winning.

Training Yourself To Have An Advantage Over The Competition

Use this productivity training template to start developing habits around more productivity. Let’s say startup period is 3 years. That’s 156 weeks. Printout of your weekly life calendar onto a piece of paper and look at each day as you move through the week.

In each cell that you feel like you succeeded in focusing on your startup leave it blank. If you feel like you were distracted at all, mark an X in the cell. From here you can calculate how much time you’re losing on productivity.

If you focus 1% more every day, you get weeks of increased productivity per year. If you spend another 1% per day on a relationship, you lose that amount in productivity or competitive advantage.

This is the logic behind focusing on your startup.

It’s about having the right mindset. The most successful startups develop the right amount of habits for a season, while they are growing their startup. If you are spending time thinking about dating and relationships you’re distracted. The human brain can think about only 1 thing at a time. You want your startup hyper focused and nothing else.
Your startup is competing with 100 other people doing the same thing. If they’re focused more 1% every day, they win.

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Data storage is at the center of this never ending story between activists, the top 1% and the general public. Where do you store your files so that those evil corporations cannot access them? Napster showed us the possibility, for music files primarily, and was immediately shut down.

Then BitTorrent protocol entered the story in the early 2000’s. Bram Cohen changed the sharing and storage industry forever.

Now, technology based on that idea, combined with Blockchain is creating a way that everyone in the world can have distributed storage inexpensively and secure, without relying on a private network from Google, Microsoft or Amazon.

How This Will Make The Cloud Obsolete

John McAfee was quoted in a Business Insider piece that the new technology his company is using will “make the cloud completely obsolete“. Not much is known to the public about how, but it is going to kill the cloud with blockchain and BitTorrent protocols. Even though McAfee is considered to be on the fringe, everyone knows he’s talking about blockchain.

Early attempts like Wuala or All My Data, P2P storage systems weren’t easy enough to use and not suitable for power users. But they’ve proven two interesting benefits of such storage:

1. New distributed file systems can scale to any size without limitations of traditional cloud storage

2. They offer unprecedented level of security, not only from outsiders, but also from the administrators of the system itself

A few companies (Symform and BitSync) have tried with little luck to make this a reality, but mostly got stuck at security and uptime. But the innovation needed to make this type of shared storage a success is here now. Petabytes of information are being stored currently across 175 million files in a global peer-to-peer network, and that’s just one system.

The Centralized Massive Security Risk

Just like the data it stores, centralized cloud networks also centralize its security. Inside that centralization lies the inherent problem with traditional cloud storage, security. With over $1 Billion dollars being invested in BitCoin, the security blockchain brings with it is unmatched.

App Coins are a great example of the level of security the blockchain brings. By crowdfunding on a blockchain, projects can create and raise money with currency specific to the project. It’s an unmatched security measure because the currency is specific to the project, contributors get paid in exact granular details and it can be converted to local currency easily (because of the blockchain).

The key part is that there is no central operator of the network. People can buy and sell app coins based on the value they think the project may have in the future, similar to a stock, and cash out whenever they want. This is becoming a revolutionary way to raise money, but the security this brings means distributed storage is here to stay.

All of these companies are using this decentralized business model on a blockchain.

Steem

Social media platform built on blockchain where users can earn money.

Augur

People get paid to help predict outcomes for trading.

Ethereum

Crowdsourced computing transaction processor using blockchain and paying in app coins.

The list goes on.

Since the advent of BitTorrent, shared storage has always been explored, but today the problematic file writing load, security and uptime issues are finally solved.

Here’s How The Cloud Will Come Back To Earth

With BitTorrent technology, buying racks and racks of space to store more data on just doesn’t make since. The existing network of devices, from Raspberry Pi to blades in storage rooms, is being used as the new cloud storage. Blockchain is the nail in the coffin of centralized cloud storage because of its level of security.

The only missing piece has been consistent performance and uptime, which is being solved. New systems are being created that keep uptime, tracking (for billing or earning purposes) and security at an unmatched level.

Here’s how network performance is maintained:

1. Use a database that’s fast at opening and closing instances (like LevelDB)

2. Write a meta layer to manage the distribution of data cross large number of instances.

3. Create a new file management system like KSF that scales horizontally.

4. Tests for performance.

Here’s an example of the increased uptime and performance with a level DB used file system over hundreds of instances.

From A Level DB Performance Test

By creating a new file system, startups have fixed the most painful problems of distributed file storage: downtime and compaction.

Remember That Nail In The Coffin, Blockchain?

Because data on a P2P storage network is stored in different locations, broken down into parts, and then further shredded into fragments, it’s almost impossible for anyone besides the owner to get access.

Blockchain used in this capacity makes the entire network secure, with no one holding the keys except for you.

Here’s why the security works:

• Data is more reliable because no single hard drive saves the entire file. No Evil Corp or particular system administrator is responsible for it.

• Even if the tracker (that “coat check guy” in your closet) stops reporting or working, you can still retrieve your data, because there is a record on blockchain for any data piece being moved.

• The swarm of uploads and downloads at the same time increase the speed of the transactions.

• The data is copied in multiple locations around the world, but divided into even smaller pieces so that it’s incredibly difficult to hack.

• Users from all over the world get better performance the more the data is accessed from different locations.

Once you have complete record of all data pieces being moved, it is easy to track micro-billing for each transaction (in space rental models) and how to encourage new users with economic motivation to grow the network.

With no more technical instances stopping, high security and a complete new economy of scale, no wonder John McAfee, as cooky as he seems, predicts the cloud will become obsolete.

For now this is exciting tech innovation for developers and startup founders. Once this becomes mainstream practice, larger brands will expand its usage across multiple industries and open doors for consumer use. Either way, you won’t have to rely on Google or Amazon for your storage needs. If the Mr. Robot plot ever becomes a real world scenario, your data will be safely behind your key.

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