Have you taken a flight lately? The Internet and calls from the plane were long an expensive and rare service. Not anymore. Major carriers in Scandinavia are moving their fleet to the broadband Internet even on short and medium distance hauls. Finnair, a flag carrier of Finland, will install a high-speed wireless internet network on its entire Airbus A320 series short-haul fleet flying in Europe. The installation of the Wi-Fi equipment will begin in May 2017 and will be completed by June 2018.
The factory goes small scale. New digitally managed 3D printers, desktop lasers, CNC milling machines and waterjet cutters open unforeseen possibilities for do-it-for-yourself enthusiasts and small businesses. New cottage industries are born. Welcome to the age of personal manufacturing.
For many decades international trade has grown on average nearly twice faster than world production. Nations have become more prosperous, but many people all across the globe feel that they have not given their fair share of this growth. The first extended period of globalization is over. Welcome to the world of globalization 2.0.
A new gene editing tool spreads in scientific community like a wildfire. CRISPR-Cas9 may change our life faster and deeper than all the information technology since 1945. CRISPR has in three years brought a revolution in medical science, agriculture, and in biotechnology.
The new precision technology of CRISPR-Cas9 makes it possible to alter the genome of any living organism. The technology applies as well to humans as on bacteria. It works precisely and has a low cost. CRISPR-Cas9 tools are already available from a webshop, and the prices start at 30 euros. The new DNA-RNA pairing technology has even created a new subculture of biohackers.
Do you remember Napster? Napster was a wildly popular song sharing peer-to-peer network before iTunes and Spotify.
Napster's peer-to-peer or P2P software allowed millions of Internet users to share music files in a globally distributed file sharing system. Every Napster user could find the latest music from other PCs, which had installed Napster's software.
Blockchain has within a couple of years became a revolutionary new solution to P2P computing. Some people may recognize blockchain as a technology from Bitcoin, which is the first major virtual currency. Bitcoin may be a challenge for the banking industry, but blockchain will probably change the world within next ten years more than the cloud, robotics or many other rapidly evolving technologies.
Blockchain-based computing brings us a new computing world without a middleman. Companies can build with blockchain technology vast distributed computing systems open to anyone. Trust is built-in on blockchain network. It records each transaction anonymously on distributed ledger or database. The blockchain records change in each payment, music file, medical record or other file and keeps them in chronological order forever. Neither can users alter them in secret because each transaction block must refer to preceding block to be valid.
This approach may shake the whole big data and cloud computing industry shortly. The age of massive data centers may be over faster than we can imagine. Companies, as well as individual consumers, can soon keep their data in distributed cloud network based on highly secure blockchain technology. The cloud computing has brought us already lower computing costs, but P2P-networks consisting of hundreds of thousands of PCs and servers across the globe bring open cloud computing with very affordable pricing to everyone.
First blockchain clouds for data storage
Distributed cloud storage is coming near you sooner than you expect. An American Storj Labs from Atlanta, Georgia has launched its service as an open beta this month in Berlin.
Software developers can push and pull data free during the beta testing.
Storj data blocks are encrypted and distributed globally using blockchain algorithm. It is a platform and a suite of decentralized applications. According to the company Storj makes it possible to build cheaper and more reliable cloud storage system than what "traditional" cloud services offer.
Storj offers not just distributed data storage to everybody but allows users to create decentralized applications. Companies have used Storj API and made demos of an image viewer, a .txt and .pdf viewer, a music player and a video service to handle documents in this new blockchain cloud. Storj uses its cryptocurrency "Storjcoin X (SJCX)" to manage cloud storage space and bandwidth across the Storj network.
This distributed cloud industry is still in its early phases, but Storj has already competition. Nebulous Inc. from Boston operates Sia cloud service and allows anyone earn money by renting out his or her hard drive - like Storj. The company sees the market as "a multi-billion endeavor" and its goal to be the backbone storage layer of the Internet.
Blockchain-based storage may not work well in all documentation processes because the blockchain is immutable. If you save the document in the cloud, it will delete the old one and create a new one. The logic is different than in Google Drive or Microsoft Azure where you can quickly return to old versions and continue editing the document from a previous time point.
Blockchain is a new paradigm in computing. Bitcoins and distributed data storage are just first concrete examples of this exciting technology which I aim to follow keenly in this blog.
Have internet of things, robotics, artificial intelligence and other global changes reached a new quantitative or qualitative cumulative level?