The C-Suite Challenge: Understanding Resistance to Digital Transformation

One of the fundamental challenges in driving digital transformation initiatives lies in a critical misalignment of perspectives and approaches. The traditional go-to-market strategy for digital transformation has been deeply flawed. IT professionals attempt to sell IT solutions to other IT professionals, all trying to solve operational technology (OT) problems they don’t fully understand. This creates a significant disconnect between the proposed solutions and the actual operational needs of the business.

This misalignment manifests in several key barriers to C-suite buy-in. First, there’s often a fundamental communication gap between those proposing digital transformation initiatives and those who need to approve and fund them. While technical teams focus on capabilities and features, C-suite executives must understand business outcomes, competitive advantages, and a clear return on investment.

The problem is compounded by the legacy of failed previous attempts at digital transformation. Many organisations have already experienced unsuccessful digital initiatives that consumed significant resources without delivering promised benefits. These past failures create organisational scepticism and make it increasingly difficult to gain support for new transformation efforts, regardless of their potential value.

Strategic misalignment presents another significant challenge. Too often, digital transformation initiatives lack a cohesive strategy that connects technical capabilities to business objectives. Without this clear strategic framework, C-suite leaders struggle to see how proposed investments will drive meaningful business results.

Perhaps most critically, many digital transformation initiatives start from the wrong place – focusing on technology solutions before fully understanding operational needs. True digital transformation must start on the plant floor, with a deep understanding of operational requirements and challenges. IT involvement is essential, but it should follow, not lead, the identification of operational needs and opportunities.

To overcome these challenges and gain C-suite support, the approach to digital transformation must fundamentally change.

First, proposals need to speak the language of business leadership – focusing on outcomes, competitive advantage, and measurable results rather than technical specifications and capabilities.

Second, initiatives should start small and demonstrate concrete results. By identifying and delivering quick wins that solve real operational problems, teams can build confidence and create momentum for larger transformation efforts. This approach helps overcome scepticism from past failures and demonstrates the practical value of digital transformation.

Finally, organisations need to build proper foundations for their digital transformation efforts. This means developing clear strategies that align technical capabilities with business objectives, conducting thorough assessments of current capabilities and needs, and creating realistic plans with measurable outcomes.

The path forward requires understanding that digital transformation represents a revolutionary change in how businesses operate, not just a technical upgrade. Success in gaining C-suite support depends on effectively communicating this vision in terms of business value and competitive advantage, demonstrating clear returns on investment, and building confidence through demonstrated results.

Organisations that can effectively bridge the gap between technical possibilities and business realities, creating clear value propositions that resonate with C-suite leadership, will find themselves better positioned to drive meaningful transformation and compete effectively in an increasingly digital business environment.

The Journey to Digital Supply Chain: A Manufacturer’s Transformation Story

In today’s manufacturing landscape, the transition from traditional linear supply chains to dynamic digital ecosystems represents one of the most significant transformations organisations face. While promising tremendous benefits, this journey, requires careful planning, significant commitment, and a clear understanding of both the destination and the path to reach it.

Consider a typical manufacturer today, operating with traditional supplier relationships, manual processes, and limited visibility into their supply chain. Their journey toward a digital supply chain begins not with technology implementation, but with a fundamental shift in thinking about how they operate. The goal isn’t simply to digitise existing processes, but to transform how they interact with suppliers, manage inventory, and respond to market demands.

The first phase of this journey focuses on building internal capabilities. Before a manufacturer can effectively plug into a digital supply chain ecosystem, they must establish their own digital foundation. This typically takes 3-4 months just for initial proof of concept (PoC), followed by months or even years of systematic capability building. During this phase, organisations focus on digitising internal processes, establishing robust data collection systems, and creating the infrastructure necessary for real-time visibility into their operations.

As internal capabilities mature, the focus shifts to developing integration capabilities. This involves creating the technical infrastructure and processes required to share data with external partners in real time. The manufacturer begins to experiment with digital connections to key suppliers, starting small but with an eye toward broader integration. This phase often reveals unexpected challenges – from technical integration issues to cultural resistance – that must be addressed to move forward.

The vision of a truly digital supply chain becomes clearer as these capabilities develop. Instead of simply calling known suppliers for quotes, the manufacturer can broadcast material requests into a digital ecosystem where qualified suppliers can respond with real-time pricing and availability. This represents a fundamental shift from linear, relationship-based supply chains to dynamic, data-driven networks.

However, this transformation doesn’t happen overnight. Organisations must understand that it could be two years or more before they’re ready to begin real integration with a digital supply chain, even in a limited capacity. The full journey to comprehensive digital supply chain integration often spans five years or more. This timeline reflects not just the technical challenges involved, but the organisational changes required to operate in this new environment.

The benefits of this transformation become apparent as capabilities mature. The manufacturer gains unprecedented visibility into their supply chain, enabling better inventory management and more strategic sourcing decisions. Predictive capabilities allow them to anticipate and respond to supply chain disruptions before they impact operations. Automated processes reduce manual effort and improve accuracy, while dynamic sourcing capabilities help optimise costs and improve reliability.

Looking ahead, the digital supply chain promises to address many of the challenges that have plagued traditional just-in-time supply chains. By enabling broader visibility and more dynamic relationships with suppliers, organisations can better balance efficiency with resilience. The ability to quickly identify and onboard new suppliers, combined with real-time visibility into supply chain performance creates a more adaptive and robust supply network.

Success in this journey requires more than just technology implementation. Organisations must cultivate new skills, develop new processes, and often transform their culture to operate effectively in a digital supply chain environment. This includes building analytical capabilities, developing new approaches to supplier relationships, and creating more agile decision-making processes.

The future belongs to organisations that can successfully navigate this transformation. Those who invest in building proper foundations, maintain commitment through the journey and systematically develop their capabilities will find themselves well-positioned to compete in an increasingly digital world. While the path may be long and challenging, the benefits of true digital supply chain integration, from improved efficiency and resilience to better decision-making and cost optimisation, make the journey worthwhile.

This transformation represents not just a change in how organisations manage their supply chains, but a fundamental shift in how they operate and compete in the market. Success requires patience, commitment, and a clear vision of the future state they aim to achieve. Organisations that understand this and plan accordingly will be better positioned to realise the full potential of digital supply chain transformation.

The Digital Maturity Compass: Your North Star in the Manufacturing Evolution

Just as ancient mariners relied on their compass to navigate treacherous waters, today’s manufacturers need a reliable guide through the complex seas of digital transformation. The Digital Maturity Compass (also known as DTMA) serves as this essential navigation tool, helping organisations chart their course through the turbulent waters of technological change.

Imagine setting sail on a long journey without first checking your vessel’s seaworthiness, studying the weather patterns, or plotting your course. The outcome would likely be disastrous. Yet, many manufacturers embark on their digital transformation journey without proper assessment, driven by the winds of market pressure or competitive fear. They invest in sophisticated technology – their sleek new sails – only to find their vessel’s hull isn’t ready for the journey ahead.

The Digital Maturity Compass is like a master shipwright’s inspection, combined with a navigator’s wisdom and a captain’s strategic planning. It examines not just the visible aspects of your manufacturing vessel but delves deep into its core structure, crew readiness, and navigational capabilities.

Think of your manufacturing organisation as a magnificent ship. The hull represents your core operations – your production lines, equipment, and basic processes. The sails are your technology investments – they can propel you forward, but only if properly sized and aligned with your vessel’s capabilities. The crew represents your workforce – their skills, adaptability, and readiness for the journey ahead. The navigation systems are your data and decision-making processes, guiding you toward your destination.

The Digital Maturity Compass examines each of these elements through its comprehensive assessment. Like a master navigator’s sextant, it helps you determine your exact position in the vast ocean of digital possibilities. It reveals hidden reefs (operational inefficiencies), identifies favorable winds (opportunities for improvement), and helps you understand the currents (market trends) that will affect your journey.

Consider the story of the great explorers. Those who succeeded weren’t necessarily the ones with the biggest ships or the most advanced equipment. They were the ones who understood their vessels’ capabilities, prepared their crews thoroughly, and planned their routes meticulously. Similarly, successful digital transformation isn’t about acquiring the most sophisticated technology – it’s about understanding your organisation’s readiness and charting the right course for your unique journey.

The Digital Maturity Compass works like nature’s own navigation systems. Just as migrating birds instinctively know their route through internal compasses, this assessment helps organisations develop an innate understanding of their digital direction. It creates an internal guidance system that helps you navigate through the fog of technological choices and market pressures.

Think of digital transformation as climbing Mount Everest. You wouldn’t start the ascent without first assessing your team’s capabilities, checking your equipment, and planning your route. The Digital Maturity Compass is your base camp assessment – the crucial preparation phase that determines your success or failure. It helps you understand which path to take, what equipment you need, and how to pace your ascent.

Like a master gardener who tests the soil before planting, the Digital Maturity Compass helps you understand your organisation’s fertile areas for digital growth. It identifies where the seeds of transformation will take root most effectively, where the soil needs enrichment, and which areas require special attention.

The assessment’s five core sessions are like the five elements of nature – earth (Operations), water (IT), fire (Engineering), air (Quality), and ether (Leadership). Each brings its unique perspective, and together they create a harmonious understanding of your organisation’s digital potential.

The journey of digital transformation is not unlike the metamorphosis of a caterpillar into a butterfly. The Digital Maturity Compass helps you understand where you are in this transformation process – whether you’re still in the caterpillar stage, forming your chrysalis, or ready to spread your digital wings. It ensures that your transformation is natural, complete, and sustainable.

To those standing at the threshold of digital transformation, consider this: Would you build a skyscraper without first understanding the ground beneath? Would you compose a symphony without first knowing your orchestra’s capabilities? Would you set sail across an ocean without first checking your compass?

The Digital Maturity Compass is your trusted guide in the digital age. It transforms the overwhelming complexity of digital transformation into a clear, navigable path. It turns uncertainty into understanding, confusion into clarity, and apprehension into confidence.

Remember, in the digital transformation journey, the wisest captains know that their first step isn’t to hoist the sails but to check their compass. The Digital Maturity Compass ensures that when you do set sail, you’ll have the right map, the proper equipment, and a well-prepared crew – all aligned toward your true north of manufacturing excellence.

The time for digital transformation is now, but the path to success begins with understanding where you stand. Let the Digital Maturity Compass be your guide, illuminating the way forward like a lighthouse in the digital storm. Your journey toward manufacturing excellence awaits, and it begins with this crucial first step – the step that separates the digital leaders from the followers, the successful transformations from the failed attempts, and the thriving manufacturers of tomorrow from those left behind in the wake of change.

The choice is yours. Will you navigate by chance, or will you let the Digital Maturity Compass guide your way to manufacturing excellence?

Making Sense of Your Manufacturing Data: A Practical Guide to Business Intelligence

Every day, your manufacturing operation generates massive amounts of data. From machine sensors to quality checks, from inventory movements to shipping records – data flows constantly. But here’s the real question: Are you using this data to make better business decisions? This guide explores how Business Intelligence (BI) can transform your manufacturing data into valuable insights that drive real business improvements.

Understanding What Really Matters

Let’s be clear: Business Intelligence isn’t about fancy dashboards or complex algorithms. At its core, it’s about answering crucial business questions: Should we adjust our pricing? Where should we locate our next facility? How can we improve our margins? Unlike day-to-day operational decisions (like who runs which machine), BI focuses on the bigger picture, using historical data to guide strategic choices.

Building Your Data Foundation

You can’t build a house without a solid foundation, and you can’t do effective BI without good data. This doesn’t mean you need perfect data – but you do need reliable, consistent information from your key operations. Think of it as creating a single source of truth for your business decisions.

Getting Value from Your Data

Having data is one thing; making sense of it is another. Modern BI tools help transform raw numbers into useful insights through:

  • Clear visualisations that tell the story behind the numbers
  • Reports that highlight what matters most
  • Analysis tools that help you dig deeper when needed
  • Dashboards that keep everyone on the same page

Moving Beyond Basic Reports

Today’s manufacturing BI can do more than just show you what happened last month. Advanced analytics can help predict equipment failures, optimise resource allocation, and identify patterns you might never spot otherwise. But remember – start with the basics and build up as your needs grow.

Making Better Business Decisions

The whole point of BI is to make better decisions. This might mean:

  • Understanding which products are really making you money
  • Figuring out where to focus improvement efforts
  • Knowing when to expand capacity
  • Identifying emerging market opportunities
  • Optimising your resource allocation

Real-World Implementation

Let’s be honest – implementing BI isn’t always easy. You’ll face challenges with data quality, system integration, and getting people to actually use the tools. Success requires:

  • Starting small and proving value quickly
  • Making tools easy to use
  • Training people properly
  • Showing clear benefits
  • Building on early wins

The Technology Side

While technology isn’t everything, choosing the right tools matters. Modern BI systems offer cloud storage, powerful analysis capabilities, and user-friendly interfaces. The key is selecting tools that fit your needs and capabilities – not just buying the fanciest option available.

Creating a Data-Driven Culture

Perhaps the biggest challenge isn’t technical – it’s cultural. Moving from gut-feel decisions to data-driven choices takes time and leadership. Start by using data in your own decision-making and showcase the benefits to others.

Measuring Success

How do you know if your BI efforts are working? Look for:

  • More informed decision-making
  • Faster response to problems
  • Better understanding of costs and profits
  • Improved planning accuracy
  • Greater confidence in strategic choices

Looking Ahead

Manufacturing BI continues to evolve. Real-time analytics, artificial intelligence, and predictive capabilities are becoming more accessible. But don’t get caught up in the hype – focus on what delivers real value for your operation.

Practical Next Steps

1. Start by identifying your biggest business questions

2. Assess what data you already have

3. Begin with a simple analysis that delivers clear value

4. Build capabilities gradually

5. Keep focusing on business benefits

Business Intelligence in manufacturing isn’t about having the fanciest tools or the most data. It’s about making better business decisions using the information you already have. Start small, focus on value, and build your capabilities over time. Remember – the goal isn’t perfect analysis; it’s better decisions that improve your business outcomes.

The journey to data-driven decision-making is ongoing. Each step forward improves your ability to understand and optimise your manufacturing operation. The key is to start where you are, use what you have, and keep building toward better business insights.

The key features a good IIoT platform should offer

1.     Decoupled Software for Agility:

  • Decouples software applications from the underlying operating system, enabling faster development cycles, easier updates, and greater flexibility in hardware and software choices.

2. Unified Namespace (UNS) Integration:

  • Integrates seamlessly with the UNS architecture, utilizing its standardized naming conventions based on ISA-95 Part 2. This ensures consistent data identification and retrieval across all connected devices, systems, and applications within the industrial environment. This simplifies data access, streamlines data analysis, and fosters better collaboration across teams.

3.   Connectivity and Device Management:

  • Supports a wide range of industry-standard protocols (e.g., Modbus, OPC UA, MQTT) for seamless communication with diverse devices and sensors from different manufacturers.
  • Offers functionalities for remote device provisioning, configuration management, firmware updates, and health monitoring.

4.   Data Acquisition and Processing:

  • Ingests data from various sources like real-time sensor streams, batch data uploads, and historical data archives.
  • Pre-processes and transforms raw data into a format suitable for analysis and storage.

5.   Robust Security and Communication Protocols:

·       Implements robust security measures like encryption, access controls, and user authentication to safeguard sensitive industrial data.

  • Ensures compliance with relevant data privacy regulations.
  • Supports a variety of communication protocols to enable smooth data exchange between devices, gateways, and the platform, avoiding vendor lock-in.

6.   Edge Computing and Scalability:

  • Supports edge computing capabilities, allowing data processing and analytics to occur closer to data generation points, minimizing latency and optimizing bandwidth usage.
  • Offers horizontal and vertical scalability to handle growing data volumes, increasing complexity, and future needs without needing a complete platform overhaul.

7.   Cloud and Hybrid Deployment:

  • Provides deployment flexibility with cloud-based options for centralized management and scalability, or hybrid models that combine on-premises infrastructure with cloud resources for organizations with specific security or data residency requirements.

8.   Comprehensive Integration and Interoperability:

  • The platform should be designed for seamless integration with a wide range of industrial automation systems and software, including industry-standard protocols like OPC UA, Modbus, MQTT, and MT Connect.
  • This enables data exchange and communication between the IIoT platform, Programmable Logic Controllers (PLCs), Supervisory Control and Data Acquisition (SCADA) systems, Manufacturing Execution Systems (MES), and Enterprise Resource Planning (ERP) systems.
  • By fostering a connected ecosystem, the platform facilitates a holistic view of operations, improved data-driven decision-making, and streamlined workflows across the entire automation stack.

9.   Real-time Analytics and Visualization:

  • Provides advanced analytics tools for real-time data processing, enabling immediate insights and faster decision-making.
  • Offers data visualization tools like dashboards and reports to present complex data in a clear and actionable way.

10.   Intelligent Insights:

  • Utilizes features like predictive analytics and machine learning to extract valuable insights from data, such as identifying patterns, predicting potential equipment failures, and recommending preventive maintenance actions.

11.   User Experience and Customization:

  • Delivers a user-friendly interface that is intuitive for users with varying skill levels.
  • Offers customization options for dashboards, workflows, and integrations to tailor the platform to specific industry or organizational needs.

12.   Data Orchestration:

  • Bridges previously siloed data sources, allowing users across the organization to easily access and analyze all relevant data for improved decision-making.

13.   Automation Capabilities:

  • Provides tools for creating, managing, and executing automated workflows based on data-driven insights to streamline processes, reduce manual interventions, and improve operational efficiency.

14.   Modular Features and Scalable Licensing:

  • Offers a modular design where users can choose only the functionalities they need for a specific deployment, avoiding unnecessary costs.
  • Provides a scalable licensing model that allows for adding features or increasing user capacity as an organization’s IIoT needs evolve.

15.   Intuitive UX with Developer Tools:

  • Maintains an easy-to-use interface for both basic and advanced users, with clear navigation and informative visualizations.
  • Includes a Software Development Kit (SDK) to empower developers to create custom applications and extend the platform’s capabilities to address specific needs.

16.   Comprehensive Developer Documentation:

  • Offers well-structured and easy-to-understand documentation that provides clear instructions, code samples, and tutorials for developers to effectively leverage the platform’s features and functionalities when building custom applications.

COVID19 #Masks4All – Australia

We are a bit late, you will understand if you read #Masks4All original post, but better later than never…

Now masks are mandatory in Melbourne and Mitchell Shire and to be honest I feel more secure when I go out.

Why?

Because you are better protected and you do not depend on others to care or do the right thing all the time…

As it was promoted months ago in Asia and some parts of Europe – masks slow down the spread of the virus.

Wear the face mask with pride. It could save your life.

Visualization shows exactly how face masks stop COVID-19 transmission

We all want our lives back.

And remember – the masks are working…

Update 31/08/2020

COVID19 #Masks4All

Czech Republic broke the mask stigma in Europe…

https://youtu.be/HhNo_IOPOtU

https://news.expats.cz/…/czech-made-video-gets-cnn-air-tim…/

And for EU situation, made a huge difference…they have a chance to plateau at 5.5K, when other countries go to 55K, 155K…

Aussies should do more of this…if they really want to stop this bug…

If social distancing works, masks work too….it is just another form of the same thing.

And their choice #Masks4All still works 8/4

How it would be without?

SEO Tips – Part X – Build up your Reputation

Let’s talk about website’s “Reputation”.

Google way of ranking websites has changed dramatically over the last few years. Rank-Brain got smarter.
The focus moved away from backlinks and now is all about “Reputation”, which obviously is harder to build and sometimes easier to lose.

“Reputation” still includes backlinks, though, but Google is looking now more at the quality of the backlinks.

Google developed a complex way of weighting the links before they are passing the juice to your website.

They are looking at:
On top of the old way of analysing links – Page Domain authority, number of linking domains, number of links from bad neighbourhoods, anchor text, link title.

Here are some newer ways of assessing the links quality.

  1. Links in the ads vs links in the content – content links are more powerful.
  2. Links Location in the content – near the top of the content more powerful they get.
  3. Word count of the linking content and quality of the linking content – links from short snippets or spun content don’t have too much value.
  4. The diversity of links – having a large number of links coming from a single source can be seen as spammy.
  5. Forum links – almost ignored due to a spammy past.
  6. Sitewide links – they count as 1 link only.
  7. Links from real websites carry more weight than links from blogs…trust issue, again.
  8. Experts talk- it’s valued – the easy way for Google to identify the experts talk to experts is to check if their page title (of the linking page) shares the same keywords with your linked page.
  9. Country TLD of the referring page – gives you a boost in that country.
  10. Nofollow/Follow Links ration – gives Google an idea if your linking campaign is ‘natural’ or ‘unnatural’.

OK. What else is building up your “Reputation”?
Obviously, quality content is a huge factor.
If people like it, click it, talk about it, sometimes link it, then it is improving your reputation. Pages with lots of comments are seen as interaction and quality which will boost your ranking.
Doesn’t happen overnight, but you will see it happening, in time.

A natural way to get quality content is to write about something that you have real experience on it, you can relate to it and you can naturally write at length about it. Google likes pages to cover the topic in-depth instead of just briefly touching the main points. Google also likes you to be original – no copied content, just write your own…
If content doesn’t look legit, people will know it and Google does it too.
Google can identify gibberish content aka auto-generated or spun content and they score your content (like Grammarly does) and check for spelling and grammar mistakes…
Everything matters these days, is all for better User Experience.

Another thing that improves your reputation is About page. Don’t forget to create one and talk about your experience and not only about your degrees and certificates, but real-life experience matters too.

More things to do, write books, ebooks, participate and speak to conferences, create resources and share them.
Not all these are easily done, but if you have a product, create a presentation for that product and share it – Slideshare is a good place to start.
That’s all that we’ve had to say about building up your “Reputation”, for now, but probably we’ll re-edit the article pretty soon…

Cheers, Nick

Monthly Australian Internet Traffic – Top 20 Ranking Websites

Based on SEMRush statistics, first 10K ranking websites get 600 millions clicks in a month.

First 10 ranking sites get a big chunk of this traffic 446 millions clicks (74%).

First 20 get 558 millions clicks (93%).

Here is the top 20 ranking websites in Australia:

Rank Domain Organic Keywords Organic Traffic Organic Cost Adwords Keywords Adwords Traffic Adwords Cost
1 wikipedia.org 9,723,544 172,395,140 100555610 30 11799 1908
2 youtube.com 7,719,747 75,350,018 28771448 4385 1122704 796050
3 facebook.com 6,084,378 48,220,955 19611001 10832 1646620 663830
4 google.com 3,144,453 31,938,275 27642547 115796 6267195 7475486
5 imdb.com 2,480,341 26,348,007 12129604 460 6481 369
6 twitter.com 3,554,075 21,995,418 14821539 156 58903 7711
7 gumtree.com.au 3,013,844 19,154,645 14808917 12943 244612 208449
8 pornhub.com 1,096,148 18,020,875 7441114 0 0 0
9 bom.gov.au 146,287 17,133,139 13516991 7 11 21
10 tripadvisor.com.au 2,104,561 15,510,717 16441841 71946 931869 784491
11 google.com.au 26,567,080 14,557,757 9519602 1719 610994 162977
12 apple.com 2,280,952 13,526,078 9825815 10735 1716029 1097205
13 ebay.com.au 2,840,618 12,359,274 6138138 369339 3650610 2068918
14 abc.net.au 2,239,083 12,189,474 6273180 1191 358771 28205
15 nsw.gov.au 1,366,362 10,961,641 12968216 1663 85735 100534
16 news.com.au 1,666,569 10,470,870 5117669 1324 627633 48924
17 live.com 22,076 10,287,422 3824370 0 0 0
18 amazon.com 6,993,577 9,474,489 3581002 9297 230944 208875
19 commbank.com.au 142,368 9,295,678 16801475 11586 249020 1388142
20 pinterest.com.au 4,954,401 9,106,462 2341049 115 940 2950

Bunnings is ranked 21st with a decent 8.6mil traffic/month.

And based on Google

Aussie searched in 2018 for:

Overall
1) World Cup
2) Commonwealth Games
3) Meghan Markle
4) Avicii
5) Coinspot
6) Anthony Bourdain
7) US Open Tennis
8) Mac Miller
9) Bitcoin price
10) Black Panther

How to…?
1) How to opt out of my health record
2) How to watch World Cup in Australia
3) How to win Powerball
4) How to delete Instagram
5) Google Arts and Culture face match how to
6) How to buy bitcoin
7) How to lose weight fast
8) How to screenshot on iPhone X
9) How to delete Facebook
10) How to lose belly fat

Aussies
1) Barnaby Joyce
2) Scott Morrison
3) Peter Dutton
4) Billy Slater
5) Craig McLachlan
6) Vikki Campion
7) David Warner
8) Chopper Read
9) Nick Cummins
10) Andrew Gaff

Why is…?
1) Why is State of Origin on Sunday
2) Why is it called Good Friday
3) Why is Russia OAR
4) Why is Australia Day Jan 26
5) Why is Tim Cahill not playing tonight
6) Why is ANZAC Day important
7) Why is Australia Day celebrated
8) Why is my internet so slow
9) Why is Nick Cummins called the honey badger
10) Why is my poop green

Recipes
1) Keto recipes
2) Beef stroganoff recipes
3) Chicken curry recipes
4) Frittata recipes
5) Gnocchi recipes
6) Risotto recipes
7) Chicken soup recipes
8) Fried rice recipes
9) Omelette recipes
10) Beef stew recipes

Cheers, Nick