Category: Product and Services

  • Get a vault for your data!

    Get a vault for your data!

    It’s not often that we readily endorse a product or company. However, when the type of work they engage in is considered groundbreaking – and one with the potential to have a massively, positive impact on our livelihoods, it most certainly warrants a mention.

    The rationale for considering such tech-driven projects as highly significant is neither due to ‘gut feeling’ nor that it is cutting-edge/fascinating and therefore must be an excellent product – it actually has a value proposition for everyday people!

    We are indeed well into the information age and while we have written extensively about data, its importance to marketers and its fragility when used and abused by unscrupulous third-parties for their financial gain, the issue of data security is quite a serious issue – we must just pay attention to the news to become even more aware.

    In Europe, the where security is supposedly more advanced, we have seen the likes of renowned airline British Airways, being hacked – with several hundreds of thousands of customers’ personal data compromised. This was followed by hacks on other major airlines such as Cathay Pacific.  Aside from airlines, other business outfits have suffered a similar fate.

    The perpetrators are getting a lot more brazen and very recently, a cable car, used as public transport in Moscow was hacked, leaving vulnerable passengers terrified and stuck high up in the air – probably to the amusement of the pranksters (hackers).  We all know about driverless buses and cars coming to the market soon.

    Can you imagine the chaos and commotion that would be caused if their control systems were to be hacked?  The hacks get even more sophisticated: this time, affecting the very wealthy –  private yachts are being hacked and taken into the pirate waters, all via uniquely coded signals, reading data from their antennas!

    On the issue of data security (with almost full anonymity); we have also heard about extra protection (and not just anti-virus and anti-phishing software) but the more secure and heavily encrypted Blockchain technology that is making waves in the digital sphere. Mainly for the escalation of its once shining star by-product designed for discreet transacting – the Bitcoin.

    It has also triggered several other technologies based on its digital cryptology technology to ensure that information is kept safe from prying eyes while stored, used or transferred online.

    Zortrex400x400The company we chose to highlight uses a unique vault system and is called Zortrex. It has adopted one of such Blockchain technologies dubbed tokenization – and will be using it to initially ensure that highly sensitive data online is kept safe.

    “Our tokenised solution would have protected their customers’ personal identification information (PII) details, instead the hackers ran off with the date of birth, passport numbers, financial data etc,” says Susan Brown, Chairperson of Zortrex – relating to the British Airways incident.

    “Tokenization is the process of converting rights to real-world assets into a digital token on a blockchain.”

    The establishment of this start-up company was due to Brown’s background in data privacy systems as well as her devoted passion for the protection of PII and financial/healthcare data.  In her view, companies have disrespected their customer data for over 25 years, and if left unattended, there will be nothing left to protect.

    Thanks to new laws like the European GDPR law which is now imposing the data protection; data breaches and abuse of customer data is now met with hefty financial penalties. Companies now think twice about consent and how to use and share customer’s data digitally – but is it enough? The simple answer is a no.  The authorities just do not have the resources to investigate every complaint nor to actively enforce all data breaches – yet.

    “We have ingeniously invented systems that automatically align with financial messaging, payments and securing information, all of which require data. However, we should and need to go a step further to secure all the PII details with tokenisation so that in the event of a hack, the cookies and trackers will only be following a useless token as there is no real identification on it,” Brown explains.

    Zortrex would naturally like to tokenise all healthcare data so that vulnerable people living outside of major cities can also feel assured that their privacy is protected. In a previous blog, we wrote about the new Internet of things (IoT). For all those devices being built for it, their IP addresses and the serial numbers can be tokenised to avoid the terrifying thought of the whole Internet being compromised.

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    The application of the all-powerful Blockchain is not limited to use in the financial sector and will be applied via the supply chain to all industries that deal with customer data – especially the most sensitive ones.

    An angel investor or any investor for that matter looking to get onto the next best thing since Amazon would therefore be unwise to pass up the opportunity to back the Zortrex venture given its scope!

    Furthermore, regulations are currently being implemented primarily in the pharmaceutical sector and a tokenised supply chain such as what Zortrex offers would be ideal for this new law which is planned to be implemented by 2023.  A judiciary blockchain, for instance, would enable the police to “talk” to the prison service,  who in turn, will communicate with the legal sector and public health institutions such as the UK’s NHS.

    Forensic evidence would in such instances be tokenised and kept secure (away from tampering) during legal hearings.  In another practical scenario, Smart Contracts (which are touted to replace lawyers) can spark off legal aid assistance, so that court cases can be heard quicker, more efficient than currently pertains.  Protection registers can also be protected with tokenisation rendering it more secure.

    Blockchain technology offers quality assurance with every process being undertaken making sure that no shortcuts happen; as the smart contracts trigger any possible malfeasance. This will enable the monitoring/tracking of any data sharing to third parties once it is tokenised. The third party apps would only gain access to the data once the trigger has been activated.

    The company will be providing numerous business blockchain platforms; Asset Chain, Supply Chain, Accountancy Chain, Debt Chain, Life Cycle Management Chain, Outsourced Worker Chain; the list is endless, and all will be adequately secured.

    Like other pioneers and visionaries, Brown’s futuristic hope that every child being born will have their name, date of birth, blood type data being tokenised, might seem farfetched – but may we remind you of the need for data protection taking into consideration the growth rate of massive data breaches.

    Zortrex is aiming high and wants to use their technology to put the hackers out of business!  Tokenisation cannot be mathematically reversed and thus it will least it will stop the hackers for a while.

    Brown explains further that as they move with their education; other information can be added on to the token, as with all their healthcare; any allergies tokenised; what injections they have had right through their life cycle until the day no more data can be tokenised.

    For such high ambitions, the creators of Zortrex’s software have adequately ensured that the technology used is fully scalable. One stumbling block many Blockchain projects now face is what is referred to as scalability – which in tech terms, is the ability of a network or software to grow and manage increased demand.

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    Cryptocurrencies like Bitcoin and Ethereum specifically – which is used to build a lot of Distributed Applications, has massive scalability issues. The growth in demand for DApps is crippling those systems and they are having to investigate the incorporation of alternative technologies, upgrade or split their platforms and accompanying cryptocurrencies to cope with such high demand.

    Someone must take the first step in securing this data forever. Citizens should be able to purchase what they want without being harassed by trackers and cookies. The need for tokenisation is endless and further, down the line, celebrities and government official’s PII can also be secured to protect them from damaging schemes, ‘bad press’ and scandals.

    In another previous blog, we “prophesized” that data is the new commodity – like gold or oil. However, the actual value with that data will lie in its privacy, the ability to store it securely and unlock it only with legal permission by its rightful owner.

  • Digital Dribs & DApps!

    Digital Dribs & DApps!

    We have barely scratched the surface with the Internet (from the early eighties) and it is already seemingly being threatened with the competition. A possible replacement by a new phenomenon.

    Well, for lack of a better word, “replaced” has connotations of a dying Internet. This is far from accurate. This new phenomenon – fostered by blockchain technology, will change the way we use and consume the Internet as a service.

    So, what is this new Internet-like system creating waves online? And why is it making online marketers quiver at the prospect of them losing out on the exponential revenues they have previously enjoyed?


    Well, without hyping it up any further, it is called Distributed Applications or ‘DApps’ for short.

    A brief history of Apps

    Before we delve further into its meaning and use in the cyber world, perhaps some background context is required.


    The way we use online or mobile applications software or “Apps” has changed how we consume products and services online. Companies jumped onto the bandwagon when they discovered that we mostly use Smartphones for the Internet.

    App developers were then subsequently sought after to create mobile Apps for practically anything.  What started as something mainly for gamers moved quickly onto applications for practically any commercial activity.


    We now use Apps for our shopping; fitness; traveling; online bookings and banking. Developers now create customized software to help us with practically, anything.


    In addition, we now have App stores for every significant tech provider – Microsoft, Google, and Apple to mention a few. This has naturally fattened the pockets of software companies and created an additional stream of income for them.

    The ‘catch’ for using mobile apps is that even though it costs you nothing to download, using them still requires you to register with your personal details. You can also do this by linkingyour existing social media accounts.

    The benefit to App providers

    These Apps, which are integrated with social media services, create a data goldmine for marketers to study and track browsing habits. Through them, marketers can gain valuable insights into your interests and then customize their products/services to sell to you.

    The impetus behind a distributed application system is that it serves to distribute plow some of the wealth garnered from your data via application providers back to you.

    Data mining has become more lucrative and accessible because of Artificial Intelligence (AI) and Machine Learning. Do you ever notice how after browsing online or having a conversation or a chat application like WhatsApp or Facebook Messenger? You go online later, and you see Ads displaying the items you discussed? Creepy isn’t it? Well, that is the future of Web 4.0 for you!

    Staying ‘woke’

    Luckily for us, there is a school of knowledgeable and security-conscious programmers who are not ‘giving in’. They help us understand how the Internet has become a cesspool for marketers to harvest our data. Social media platforms, search engine providers, and mobile application providers facilitate them immensely with this.

    Image Courtesy of blockgeeks

    Imagine getting paid to surf the web for hours. The way you get paid for taking on a survey, partaking in a social experiment, donating an organ or sperm?


    This is the way distributed apps are touted to work. They reward you for the use of specific applications (in a peer-to-peer review setting) with cashable tokens. Seems only fair right?


    Now you can imagine how companies like Cambridge Analytica would react to having to pay you for their use of your data. They would surely be reluctant and that’s why they preferred to work clandestinely. But if they could pay companies like Facebook for the use of data, why not pay us directly?

    Early adoption

    Joining the ‘DApps revolution’ is a no-brainer. Those at the forefront of building and supporting DApps will end up with a more substantial chunk of the market.

    DApps primarily provide you with the use of payment systems. These are specifically known as Smart Contracts and Proof of Work systems.


    There are currently also web-browsers (built as DApps on blockchain platforms such as Ethereum or EOS) that will reward you for merely using their DApps.


    For instance, you are rewarded in cashable tokens to surf the net over applications like Google Chrome, or Mozilla Firefox.


    It is only a matter of time that this form of Internet-browsing and use of applications becomes the norm.


    The Internet revolutionized the way we communicate, socialize, learn, shop, and do business online. DApps however, will determine the way you get compensated for doing the things you love to do online.

  • A digital address for everything

    A digital address for everything

    The ‘Internet of Things’ (IoT) as the name suggests is basically connecting as many devices online for them to communicate with each other.

    If you think that is a far-fetched concept it is nothing new. We have been using it since the advent of GSM, Infrared, GPS, GPRS, Bluetooth, Wi-Fi, and other wireless connections.

    To put the concept into further context, your Smartphone/watch, Bluetooth headset, wireless printer, or smart fridge are all components of the ‘Internet of Things’. They all require a sensor or chip to connect or collaborate with each other.

    Origins

    The term was supposedly coined about a decade ago. This when a company executive discussed an idea which sounded bizarrely unnecessary and over-futuristic at the time.

    He advocated for the need for a chip for every electronic device. The initially requirement was for supply chain and automation in the retail industry.

    Fast forward to today, and this has indeed come to fruition. We now have smart cars, smart homes and even tracking chips inserted into pets!

    So, each component or part of the object is equipped with an individual chip (small processor) with a unique IP address.

    The very same IP address used to identify your home modem or Office server.

    IoT application

    Why would you want that you might ask? Wouldn’t it be useful for devices and machines to work things out by themselves – to solve complex problems before you even become aware of them?

    This is in fact how the devices communicate with the central server to relate pertinent information.  An example is the use of fuzzy logic: to regulate the temperature in the fridge (to avoid food getting moldy).

    It can be used, in addition, to check the amount of water used in a washing cycle in your washing machine. 

    Another practical use would be to check car tyres pressure and temperature (to avoid overheating and bursting).

    Can you then imagine the number of chips that are required for the typical household?  For the car, security alarm, fridge, microwave, tumble dryer, TVs, Radios, computers/tablets, lighting, and heating/cooling system? Each would require a unique IP address

    IP address shortage

    Talks about IoT highlighted the need for more IP addresses and a need to track or generate them. This as it is evident we are running out of ‘normal’ IP addresses known as IP4: 4 denotes the number of billion IP addresses available.

    At the birth of the Internet age in the 1980s, no one ever envisioned a time when the world would need more than four million IP addresses. But with the need as mentioned above for the internet of things – that has come to pass.

    Without getting too technical, the issue is being resolved with the development of a newer IP system known as the IP6.

    The main difference between the two but it is merely that one is on 32-bit system while the newer on 128-bit and that influences merely the length of the addresses.

    Again, the technicalities would only matter to the now growing IoT industry and would not affect us as individuals.

    Practical uses of IOT

    Large companies that need to manufacture a lot of parts for their devices would need to insert an IP address on each piece. From items as trivial as the car side-mirror; to more serious parts like the helmet of a sportsperson engaging in the heavy contact sport.

    From an education perspective, the IoT can make learning a lot more fun for kids and young adults. Toy-maker Sphero, for example, has been long making wireless operated toys like its SPRK+(pictured).

    The idea is to fuse physical (programmable) robotic toys with digital apps.

    This would simultaneously provide entertainment experiences while inspiring tomorrow’s leaders in maths, engineering, and science.

    There are discussions to extend this connectedness to human beings. Much like was prophesied in many sci-fi books and George Orwell’s 1984. If there was a ‘rise of the machines’, and Artificial Intelligence was to take over the control of all our devices, we would not stand a chance!

    There are also a few new decentralized systems that are even advocating for a fragmented Internet for that very reason (security and privacy). This would enable you to control your little space within the “interconnected” web.

    You can thus run a (private) local area network (LAN) within the Internet domain – if that makes any sense.

    Blockchain advocates and companies like IOTA and Chinese-based Crypto-firm Tron are pushing the IoT narrative hard. They also want the decentralization of the whole Internet.

    It is only a matter of time before this becomes the norm. Companies are now queuing to get the IP6s and have incorporated adding them to the manufacturing processes.

    Once the security and privacy issues have been adequately planned and implemented. The pros of the full adoption of IoT will outweigh the cons.

  • 3D Copy and Paste!

    3D Copy and Paste!

    The bizarre-sounding digital printing phenomena called 3D-Printing has been mulling around from the past.  Recently,  has been in the limelight; specifically in the press for the wrong reasons.

    Read about the new craze and get ideas for Xmas via 3D Copy and Paste!

  • 3D Copy and Paste!

    3D Copy and Paste!

    The bizarre-sounding digital printing phenomena called 3D-Printing has been mulling around from the past.  Recently,  has been in the limelight; specifically in the press for the wrong reasons. In 2013, a University of Texas law student, Cody Wilson created a blueprint for a single-shot 3D-printed handgun, named “The Liberator”.

    Of recent, guns have posed a serious threat to peaceful living when in the wrong hands. But what if anyone could hastily manufacture them unsupervised,  from the comfort of their homes?

    Defense Distributed, Wilson’s company had been distributing downloadable weapons plans for free. This would be great if it was planned for building something useful for engineering and something practical rather than destructive. Point is, with this new device, you can literally make a 3D copy of any imaginable object –  even food!

    3D printing builds parts (mostly out of plastic or other synthetics) based on the central concept: a digital model e.g. a CAD drawing (Computer Assisted Drawing) This is turned into a physical three-dimensional object by adding material a layer at a time. This is where the formal name for 3D printing, Additive Manufacturing comes from.  The actual printing device is no bigger than a normal Deskjet or heavy duty paper printer and is quite a marvel to watch in action.

    3D printing is a fundamentally different way of producing parts compared to traditional subtractive (CNC machining) or formative (Injection moulding) manufacturing technologies.

    Some of the top 3D printing brands include MakerBot, XYZprinting, Formlabs and LulzBot and are priced from as little as $200 to $4000 (for high-end small business-level) depending on the product size, material, complexity and level of detail required. The most expensive if you are into heavy-duty manufacturing would, therefore, set you back a cool $2,500,000  for the Imprimere’s Model 2156.

     

    N26_banner-320x50-ENSince its uptake in as far back as 2010, you will now discover that a lot of the products already in use are manufactured via 3D printing.  It is prevalent in the medical and dental industry and used for custom prosthetics, implants, and dental aids.

    They are also used in the manufacture of high-level sporting gear that can be tailored to fit athletes perfectly. There is then, of course, the ability to ‘print’ fashion accessories which generally, would be designed to fit your specific style, colour and fabric/material.

    Some of the advantages of using these machines include:

    • Speed: The ability to upload complex designs from a CAD model and print in a matter of hours.
    • It facilitates more design freedom; it also allows complete customization of designs.
    • It is more eco-friendly: Additive manufacturing methods use only the material needed to build a part. The raw materials that can be recycled and re-used.
    • Costs: compared to traditional manufacturing, where highly skilled machinists and operators are typically required, the labour costs for a 3D printer are almost zero

     

    visual§DPrinting
    Image source: 3DHubs

    For a more comprehensive comparison of 3DPrinters available depending on what you want to do with one (hopefully not to build weapons), look at the 3D Printing index on our resources page under technology.

    Here is a list of cool things to create with a 3D printer if you are looking for great ideas for Xmas or birthdays – this might just be it!

     

     

  • 3D Copy and Print

    3D Copy and Print

    The bizarre-sounding copying phenomena called 3D-printing have been mulling around from the past.  Recently, it has been in the limelight; specifically in the press for the wrong reasons.

    In 2013, a University of Texas law student, Cody Wilson created a blueprint for a single-shot 3D-printed handgun, named ‘The Liberator’.


    However, guns have posed a serious threat to peaceful living when in the wrong hands. But what if you could hastily manufacture them unsupervised,  from the comfort of your home?


    His company Defense Distributed, had been distributing downloadable weapons plans for free. This would be great if it was planned to enable you to build something more useful to society.


    The point is, with this new device, you can literally make a 3D copy of any imaginable object – even your food!


    3D printing builds parts (mostly out of plastic) based on the central concept: using a digital model like your CAD drawing (Computer Assisted Drawing).


    This is then turned into a physical three-dimensional object by adding material a layer at a time. This is where the formal name for 3D printing, Additive Manufacturing arises. They are no bigger than a normal Deskjet or heavy-duty paper printer and are quite a marvel to watch in action.

    3D printing is a fundamentally different way of producing parts compared to traditional subtractive (CNC machining) or formative manufacturing technologies.

    The brands

    Some top 3D printing brands include MakerBot, XYZprinting, Formlabs, and LulzBot. You can pick them up from as little as $200 to $4000.

    These prices naturally depend on your end product size, material, complexity, and level of detail you need.

    The most expensive one, if you are into heavy-duty manufacturing would set you back a cool $2,500,000. That is the price tag for Imprimere’s Model 2156.

    Some of the advantages of using 3D printers include:

    • Speed: You can upload complex designs from a CAD model and print in a matter of hours.
    • You have more design freedom. It gives you complete customization of designs.
    • It is more eco-friendly: Additive manufacturing methods use only the material you need to build a component. You can recycle and re-use the raw materials.
    • Costs: Compared to traditional manufacturing, the labour costs for a 3D printer are almost zero.
    visual§DPrinting
    Image source: 3DHubs

    Application in the world

    Since its uptake in as far back as 2010, a lot of the products we use are manufactured using 3D printing.  You will find its application mostly in the medical and dental industry and used for custom prosthetics, implants, and dental aids.


    They are used to manufacture high-level sporting gear that is tailored to fit you perfectly. Naturally, you can also ‘print’ your own customized fashion accessories. This would give you more flexibility when it comes to your specific style, colour, and material.

    For a more comprehensive comparison of 3D Printers available to you, look at the 3D Printing index on the resources page.

    Here is a list of cool things you can create with a 3D printer. If you are looking for great ideas for Xmas or birthdays – this might just be it!

  • Digital Fundraising

    Digital Fundraising

    The latest abbreviation in the finance and crypto-world is ‘ICO’. This word, however, gives global financial authorities like the U.S. Securities and Exchange Commission (SEC) nightmares for several reasons.

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    Not to be confused with Initial Public Offering (IPO) which is used by firms to raise cash through the issuing of shares to the public. An ICO (Initial Coin Offering) works like crowdfunding, but for digital currency and tokens.


    We recently covered a feature on raising funds and capital for a business but missed out on one relatively new method. Many companies are using ICOs to raise capital for their businesses.

    Why ICOs?


    The concept of an ICO works similarly to how a company raises capital through shares in that it is all based on contrived value.


    Funding raising in effect boils down to sales! If your actual product or service has nothing substantial or intrinsic to offer a client base, then it is nothing more than a scam.


    Launching an ICO is quite easy, and to an extent, many tech companies are now catching onto it.

    An ICO is the cryptocurrency space’s rough equivalent to an IPO in the investment world. ICOs act as fundraisers of sorts; a company looking to create a new coin, app, or service launches an ICO.

    Investopedia

    If you still do not believe it is possible, just listen to this testament from someone who did it after unsuccessfully knocking on the doors of conventional funders.


    The alarming spurt rate of ICOs often brings with it a scourge of potential scammers. The SEC and other institutions have to step in to monitor and regulate them.

    Social media platforms like Facebook and Google – which house a bounty of users (potential investors) have banned ICOs ads due to possible prey on unsuspecting investors; exposing them to con artists.

    Basically, the scammers use fancy websites, laden with impressive figures and terminology to con users into buying into their coins or tokens.

    Though the tokens barely even cost a cent, it adds up if they have millions of people buying in.  Once they have reached a certain amount in funding – they close shop and disappear!

    To create a new digital coin:

    Create a product concept or Business Plan for the coin or what is called a Whitepaper. This describes in great detail what the coin or token aims to do; the core technologies behind it; the team and their qualifications; the product’s lifecycle/growth path etc.

    Once completed and water-tight, the whitepaper would be submitted along with an application to one of the best Cryptocurrency Exchanges for review.

    Naturally, you would need some initial working capital for liquidity. Some of this is raised through your savings and others through institutions (via loans etc).

    You must then assure your investors of a solid return on investment (ROI) and deliver – which goes back to sales. Unless your offering is a scam, you actually need to do some work!

    This assurance comes via regular updates (marketing campaigns can have a tremendous or adverse impact on the uptake and price) on milestones reached.

    The updates are also necessary to keep your investors abreast with progress and might convince them to increase funding.

    Growing interest and the addition of more funds create demand for the coin/ token which, in turn, drives up the price and market capitalization.


    Most successful ICOs of all time

    NEO:

    Known as “China’s Ethereum”, and backed by Microsoft, Alibaba and the Chinese government, NEO uses smart contract applications. It does so, however, with the addition of decentralized commerce, digitized assets and identification.
    It enjoyed a considerable hike in token value from $0.03 to $88.20, NEO has big things coming with a 294,000% ROI.

    Ethereum:

    Unlike Bitcoin, the second-most valuable cryptocurrency in the world has more functionality than just being a coin. Its ledger technology is used to build and deploy decentralized applications a.k.a. “smart contract” technology.
    Ethereum’s ROI has been nothing short of jaw-dropping at 230,000%. Having sold its tokens at $0.31, an Ether token now sits at a whopping $713, second in value only to Bitcoin.

    Spectrecoin:

    The “premier privacy-focused cryptocurrency” enables users to send and receive currency worldwide with total anonymity. It is currencies like SpectreCoin that have most government tax offices quaking in their boots.
    If you had repurchased a token in November 2016, that puny $0.001 would be worth $0.64 today, or an ROI of 64,000%.

    Ark:

    With Ark, collaboration is the name of the game. The platform’s SmartBridge is a lightning-fast ecosystem designed to integrate other cryptocurrencies into its blockchain.
    Investors were eager as any to buy in, and they have made a 35,400% gain given today’s token price of $3.54.

    DigixDAO:

    DGD, which stands for Digix Decentralized Autonomous Organization, is a self-governing community. It gives out grants to different projects which will promote the growth of the DGX network.
    At a current value of $346.88 per token, this gives them a return of 10,722%.

    Quantum (QTUM):

    QTUM is an open-source value transfer platform which focuses on mobile decentralized apps or Dapps. QTUM is the world’s first proof-of-stake smart contracts platform.
    They hosted a highly successful ICO in March 2017, and since that time has seen an ROI of 6,400%.

    Source: investinblockchain.com

    In conclusion

    The prospect can be daunting for a cryptocurrency investor looking to make money off new investment opportunities while remaining cushioned from fraudulent ICOs and dodgy coins and tokens.


    As there is no guarantee that any cryptocurrency or blockchain-related start-up will be genuine or successful.

    You simply need to be vigilant and take steps such as getting to know the core team, poring over the whitepaper with a big magnifying glass. Naturally, you should be monitoring the progress of the token sales.


    Most importantly, you must just use common sense to gauge just how feasible the project is to ensure that you’re not falling for a scam.

    Remember, if it’s too good to be true, then it isn’t true!

  • Get more organised digitally!

    Get more organised digitally!

    One often hears the phrase “technology is your friend” To what extent the friendliness/support is, in being a most effective “companion” to assist you to cope with your daily activities or business plans depends on how you embrace it.

    Read more via Get more organised digitally!

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