Keeping your skills up to date is a key part of being Digitally Fit. There is no definitive list of training that should be undertaken to become “Digital”, it depends upon your role requirements, however there are some topic areas that should be considered as a base set of skills to expand on.

These topic areas have come from my post on having the right Digital Mindset.

• Business
  • Change/Ambiguity
  • Agile Business Practices
  • Business Strategy and Investment
  • Customer Experience
• Technology
  • Modern Architectures
  • Coding/Development
  • Agile Development
  • Cyber
• Social
  • Social Media
•  Personal
  • 21st Century Human
  • Human Dynamics
  • Design Thinking

The main this is to keep up a pattern of continuous learning and invest time into your learning to bring your skills up to the latest developments. This can be typically around 40-50 hours a year.

Recording your learning to show your advancement is a good way of keeping track of the topics and things you have learn’t along with the number of hours you have spent learning.

I use a CPD Cycle to remind me to reflect on what I have learnt and how I will apply it. Also what I need to relearn or expand on in future training.

What do you think at the key Digital Subjects and how do you record your learning?

Further Reading:

Digital Mindset

The Nature and Cycle of CPD

Recording your CPD

How much CPD/Training should you be doing?

Digital Fit in 2018: Balancing the Noise

Digital Fit in 2018: Start Blogging

Digital Fit in 2018: Get Social

Digital Fit in 2018: Build up a Readership

A-Z of Digital – K is for Knowledge

A-Z of Digital – S is for Social

Following on from my blog post outlining an A-Z of Digital, here is “H is for Hearable”.

A Hearable is a device that enhances or adapts our hearing. The most common developments in this area is the hearing aids to help with hearing and the headphones.

Hearing aids have come a long way from being a large unit sometimes carried on straps around the body to small devices that fit around the back of the ear. There have also been developments which implants have been used to enhance these devices helping the user to hear sounds. Headphones have also used these developments with Bluetooth earpieces that allow the user to listen and talk as an extension to a mobile phone.

Bone Conducting devices allow a device to be placed next to the ear and allow sound to be heard by sending sound from transducers to the inner ear through the skull. This technology allows the user to hear a conversation or sounds through the transducers whilst still being able to hear the surrounding environment. Popular with runners as they can hear the traffic for crossing the road whilst listening to a podcast or music.

Devices are being developed to provide Layering to the sounds to allow the filtering out of some sounds and allowing others. You can purchase noise cancelling headphones today that filter out all of the background noise, however some of this we may still need to hear. Going the other way, Personal Sound Amplifier’s are also available on the market for boosting sounds. Working in a similar way to a hearing aid, a search and rescue team use them for listening for small faint sounds of someone trapped under rubble in a building collapse. shrinking these devices and placing one in every teams ears increases the chances of someone being found in this scenario.

Language translation is another growing area in hearables. The Babel Fish first introduced in the Hitchhikers Guide to the Galaxy by Douglas Adams has spurred a range of companies to design a 21st century digital version in the form of hearable that can translate languages.

“The Babel fish is small, yellow, leech-like, and probably the oddest thing in the Universe. It feeds on brainwave energy received not from its own carrier, but from those around it. It absorbs all unconscious mental frequencies from this brainwave energy to nourish itself with. It then excretes into the mind of its carrier a telepathic matrix formed by combining the conscious thought frequencies with nerve signals picked up from the speech centres of the brain which has supplied them. The practical upshot of all this is that if you stick a Babel fish in your ear you can instantly understand anything said to you in any form of language. The speech patterns you actually hear decode the brainwave matrix which has been fed into your mind by your Babel fish”

Source: http://hitchhikers.wikia.com/wiki/Babel_Fish

We are not walking round with small, yellow, leech-like fish in our ears, however we are using the next best thing – the Earbud. Language translators and headphones are being modeled around this concept, providing a compact device that can fit inside your ear with enough charge to keep it running for a few hours and  recharging when placed back into its carry case.

The next level of hearables will probably take the form of thin tattoo electronics that could be placed on the skin around the ear and provide bone conduction through small. Hand Phone anyone?  (Total Recall 2012) Just place it against a solid surface…”

Following on from my blog post outlining an A-Z of Digital, here is “G is for Geolocation”.

The ability to track items and devices is a common technology these days with the prime example being a mobile phone. From being able to pin point a device using triangulation of cell towers being developed into onboard GPS passing location details into applications.

Geolocation provides one of the backbone services of Digital and IoT (Internet of Things) being able to track item or triggering things to happen at certain locations (Automating leaving a geolocation area).

An example of an application using Geolocation is Google. Having Google maps installed on your mobile device and being sigend in allows your location to be tracked. This has the advantages of providing related services:

• Traffic Reports
• Weather Reports
• Location reviews
• Local Photos
• Events in the location

A new Location Sharing tool allows family members to share their locations with each other. There is also the ability to upload photos of locations based on the GPS tagged information that can be added to the photo when taken.

Location based events can also be triggered using beacons (such as Estimote Beacons) set in locations that can be triggered using applications such as Google or Physical Web. An example of this is beacons placed in a shopping mall by shops providing offers and discounts to those with the applications running, or using the beacons to track shoppers around the shop to identify browsing and buying patterns.

Leisure based activities and gaming are making use of geolocation with the ability to find things such as Geocaches, which has been around since 30 May 2000.  Geocaching has evolved to using additional beacons (such as Chirp) and GPS location tools to provide a popular game with over 2.5 million caches and 10 million registered users located around the world.

Games such as Pokemon Go use location and mapping to show Pokemon, Pokestops and Gyms in your area.

As with all services there are opt out options in the applications not to be tracked or give out location, however as we move to a more social and digital society does opting out mean your missing out on services and information.

Following on from my blog post outlining an A-Z of Digital, here is “F is for Fitness Trackers”.

Fitness Trackers are one of the most popular wearables available today. They can take many forms with the most recognisable being ones worn on the wrist, others using capablities on mobile phones or devices worn on the chest or embeded into clothing.

The number of devices being sold in 2017 is estimated by Gartner to be around 176 million, taking the categories that have fitness tracking capabilities.

From a basic pedometer function to recording additional statistics such as Heart Rate, Location, Altitude etc. these devices are collecting and generating a huge amount of data. Mainly used on a personal basis, industries are now tapping into this information bank such as Health Care looking at monitoring the health of patients and Insurance companies looking at how an adaptive health insurance policy can be influenced by our fitness.

The power of this data can be seen in the data collected through a popular application called Strava which connects people together to record and share their activities. in 2016 350 million Strava activies were collected and the data is availble to view via Strava Labs which has clustered the information together over a map of the world. At a high level there doesnt look to be a lot of data highlighted however zooming in shows a lot of data in different areas around the world.

Businesses are starting to utilise these devices to benefit the business and employees by collecting data to monitor and analyse areas such as:

• Employee Health – working in areas of concern
• Monitoring for lone workers

The devices are also adapting and evolving to meeting this growing demand.

The trackers are only one part of a solution for collecting the information as shown in the Strava example an integrated analaytical back end is needed to gain useful meaning to the data.

Following on from my blog post outlining an A-Z of Digital, here is “E is for Evolution”.

Evolution covers the advancements and new technologies that are shaping the Journey to Digital.

The most impacting area that is shaping the conceptions around Digital is that of the end user devices. End user devices such as Tablets, Mobiles, Watches, Smart Glasses, Augmented Reality, Virtual Reality, 3D Printing, 360 Degree Cameras, Voice Activated Home Interfaces and Fitness Trackers are probably the most reported on items shaping how we consume and use services and data.

A good way to look at evolution is to recall the number of mobile phones you have had and how they have changed over the years from being large and heavy with the ability to just make a call to being a smartphone capable of providing information and take pictures as well as make a call.

The Evolution of the Mobile Phone in Pictures provides a brief history of these devices and how they have evolved.

From this evolution, the mobile phone is becoming the central hub of the connected person allowing connectivity of the devices that we wear and use and send data to and from the various related services.

Other areas of technology sees competition between vendors driving new developments as they become the first to patent and develop new technologies. Games consoles providing Virtual Reality capability with some vendors now developing Mixed Reality for future releases.

There are also lots of new ideas and products coming out of sites such as crowdfunding and crowd-sourcing sites, some work however some do fail or not enough funding is reached. These sites are worth tracking to see what developments are coming around the corner. (Sites such as https://www.kickstarter.com and https://www.indiegogo.com can provide a glimpse into what is being developed).

However there is as much innovation and development happening in the back end such as  Virtualisation, Cloud Computing, Containers, Micro-Services, API’s and Automation. These form an important part of the Digital Evolution as they help deliver the applications and delivery to the end user devices.

Examples of technologies proving containers and enabling micro-services would be a service running on Amazon Cloud, using Docker and Ansible to script automated deployments of servers and solutions with the ability to grow or shrink as need by a business or service.

It is important to understand what is available and feasible by taking advantage of today’s technologies as a step on the Journey to Digital, whilst also keeping a view on the future to help shape a roadmap for your business.

Following on from my blog post outlining an A-Z of Digital, here is “A is for Automation”.

Cobots are collaborative robots that work and interact with humans.

Wikipedia defines Cobots as:

A cobot or co-robot (from collaborative robot) is a robot intended to physically interact with humans in a shared workspace. This is in contrast with other robots, designed to operate autonomously or with limited guidance, which is what most industrial robots were up until the decade of the 2010s.

https://en.wikipedia.org/wiki/Cobot

Robots have been around for sometime within industries and work places mainly in manufacturing verticals. These are now moving towards being cobots with many research and development programs now underway within companies and academia to produce the next generation of cobots. From ones that help carry loads and work along side military personnel, assisting a production line assembling items alongside a skilled worker to cobots helping a medical technician with clinical research.

Robots have often been seen as a replacement for humans in many roles. Cobots, however are not, they instead work and interact with humans in various tasks and levels. Cobots have been around for the past few years, mainly in industrial workplaces such as manufacturing, automotive and supply chains. Their evolution is now bringing cobots into many other workplaces and use cases.

Source: Say ‘hello’ to your new colleague, the Cobot

Cobots will not replace jobs, but allow a different way of working to be experienced, helping to remove repetitive and tedious tasks allowing the more complex tasks and ones that need more time to be undertaken by the worker. As cobots are introduced into the workplace the adoption of new working practices will help to reduce stresses and improve the workplace.

There have been many different attempts to create a J.A.R.V.I.S type of AI system to act as a personal assistant, able to interact with you and automate things.  (If your not sure what J.A.R.V.I.S is then you need to look up on Marvels Iron Man and his AI Assistant).

These have been from high profile people like Mark Zuckerberg (Facebook) creating a version on J.A.R.V.I.S in his home, voiced by Morgan Freeman. This system has linked simple things like lights, music and toasters which all have IoT devices that you can link together, to more elaborate items such as a t-shirt dispenser, motors to open the curtains and face recognition door system. The brains behind is based on a chat bot and mobile app that the user can integrate with. Details in Mark’s blog post: Building Jarvis

Video: Mark Zuckerberg’s AI – Personal Assistant – Jarvis – Home Automation

Other J.A.R.V.I.S examples and developments  range from simple lights and desktop interactions, to Amazon Alexa being used to control interactions with apps called J.A.R.V.I.S.

If you are looking to build an open source version there is JASPER using a Raspberry PI and other components.  You could always build a version of Alexa on a Raspberry PI

The explosion of IoT and Voice controls is driving innovation and making it easier to start building your own version of J.A.R.V.I.S. There have been several recent announcements from Amazon that help with this:

Amazon have announced the Amazon Echo Look which is a device that can take a photo of you through an Amazon Alexa providing voice commands for the look and then displaying on your app. Another addition is Style Check which can compare your photos and using machine learning check against the latest fashion advise.

Another announcement from Amazon is LEX, which is the program behind aLEXa (Alexa) which has been opened up for developers to start creating conversational chat bots using voice and text.

For those thinking about an actual Iron Man Suit – Richard Browning is certainly a step closer to that vision – Richard Browning and his Real-Life Iron Man Jet Pack Suit

“Adding J.A.R.V.I.S Project to To-Do List.”