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AI isn’t magic: Why smart marketers should be skeptical of the hype

In marketing, the latest trends often lead us astray. Right now, AI is the oversold silver bullet. Whether it’s automating campaigns, creating content, or optimising customer journeys, AI has become the shiny new toy in the marketer’s toolbox. 

While AI is powerful, it isn’t magic. Marketers who fully drink the AI Kool-Aid may end up overlooking the human elements that make their strategies effective.

So before we automate everything, let’s consider a more balanced approach in integrating AI into our marketing efforts.

Confusing automation with strategy

Marketers love automation because it promises to make our lives easier—automate your email campaigns, predict customer behaviour, and optimise ad spend. I’ve been in the same boat.

For instance, manually sending out hundreds of tailored pitches would usually take me about three days. With the help of an AI-powered tool, I was able to automate this process and finish in just a few hours.

But automation doesn’t equal strategy. 

Many of us have been there: we set up an automated campaign, watch it churn out results, and pat ourselves on the back. But what happens when the numbers aren’t aligned with the brand’s goals?

AI tools can crunch data and suggest next steps, but they can’t understand your brand’s story, your audience’s pain points, or the cultural nuances. The danger is that automation can lead to a “set-it-and-forget-it” mentality, resulting in tone-deaf campaigns that lack human touch.

The AI-generated content myth

There’s a common misconception that AI can take over content creation entirely. Sure, AI tools can write emails, create blog posts, and even generate social media content, but does it hit the mark? 

In marketing, storytelling is everything. It’s how we connect emotionally with audiences and differentiate our brands in a crowded marketplace. Instead of using AI to replace creative thinking, we should see it as a tool to enhance our creativity. Let the AI handle the repetitive stuff, but keep the heart of the content creation process human.

Also Read: How to drive business innovation with AI-powered data analytics

Overestimating data-driven insights

AI thrives on data. It processes massive amounts of information and can uncover trends that marketers might otherwise miss. But data is only as good as the person interpreting it. AI can point you to numbers, but it takes a human mind to find meaning in them.

I’ve seen AI-driven insights that looked promising on paper, but once you dig deeper, the real question remains: why? AI can tell you which posts performed best and which audiences are engaging, but it doesn’t understand the context or the emotional drivers behind those behaviours.

Setting unrealistic expectations for AI

There’s another issue here: unrealistic expectations. Some marketers are so enamoured with AI’s potential that they expect it to solve all their problems. But AI is a tool, not a miracle worker. 

When we put AI on a pedestal, we risk overlooking what really drives successful marketing campaigns: creativity, empathy, and the ability to adapt to change. AI doesn’t understand your customer’s fears or aspirations—only humans do.

Building a smarter AI-powered strategy

So, should we ignore AI altogether? Absolutely not. AI is an invaluable tool for marketers when used wisely.

Start by understanding the specific problems AI can solve for your team. Automate where it makes sense, but keep the critical thinking and creative work in-house. Use AI to gain insights, but rely on your team’s expertise to make those insights actionable. Don’t let AI steer the ship—your brand’s vision should guide your strategy.

Ultimately, marketers should use AI to complement, not replace, the human elements of marketing. AI can help streamline processes, but it can never replicate the creativity, empathy, and adaptability that only human marketers can bring to the table.

After all, no algorithm can ever replace the power of genuine human connection.

Editor’s note: e27 aims to foster thought leadership by publishing views from the community. Share your opinion by submitting an article, video, podcast, or infographic.

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What I learned after launching a successful business in Asia

I launched Statrys in 2018 to solve a very simple yet critical problem: offer a user-friendly and safe payment and FX platform for companies and entrepreneurs across Asia. In 2022, we were voted the best payments and collections service in Hong Kong.

I have learned a few things along the way that I am happy to share with you here. 

Before you start

Welcome risk

Starting a business is a journey full of ups and downs. Risk is central to the experience. 

If you want to start a business, you should be comfortable facing risk and responding to it in a productive way. See it as something that helps you focus rather than a stress factor threatening to undo your efforts. It is a friend, not a foe.

Study your business idea to death

You want to act on a ‘good’ idea, but not all ideas are good. Latching onto a ‘bad’ idea can result in failure spread out over time.

How do you know when an idea is good? Sit on the idea for a while and study it. Gauge the scope of the project, take time to identify the market, and understand if there is real demand for the product or service you want to offer.

If you’re launching in an industry you’re familiar with, you will have an edge. You can read the market faster and call on your expertise. 

If you’re considering starting a business in an unfamiliar industry, be prepared to do the extra leg work, as I did with Statrys. I was previously a lawyer. I studied the fintech market to death and concluded I was on to something good. 

Be surrounded

Team up with a business partner or associate to increase your chances of success. My best associate is my wife. She is someone I can share my daily experiences with, but also someone who supports me emotionally and with the financial risks I take. 

If you don’t have a partner, look for someone who will complement you. Not a like-minded person but someone who has a different vision and background than you to help broaden your thinking and the business’ scope.

It’s all about timing

To ensure the timing is right to launch your business, evaluate the opportunity cost of launching. Ask yourself the following questions:

  • Is this the right time to get started?
  • How long is my runway to market launch? Do I have enough financial resources to last the first months? 
  • Can I measure my burn rate? 
  • How long can I last without receiving revenue? 
  • When do I expect to start making revenue, and how much will it be?

If you take the time to evaluate the opportunity cost of launching, you will be better prepared for any bumps in the road ahead.

Choose your location

Asia has become an attractive region to start a new business, with Hong Kong and Singapore at the top of the list. Keep in mind both cities have high costs of living, which could impact your operating costs.

Hong Kong is the standout city for starting a business. It offers many advantages, including a vibrant business environment, an international financial hub, an attractive tax regime, and it acts as a gateway to the Chinese market. 

Also Read: How to balance rapid growth and sustainability as a startup founder

Getting started

Test the market

Before launching, I recommend testing the market to see what kind of reaction you get. If you have not heard of a minimum viable product (MVP), now is the time to get acquainted. 

An MVP is a minimalist, functional version of a product, interface, or service. It allows you to target your customer and learn about their experience quickly and inexpensively. You can make any necessary adjustments before taking a deeper plunge.

To raise or not raise funds?

It is not necessary to raise funds when you start a business. A lot of groundwork and research can be done with minimal out-of-pocket expenses.

Of course, fundraising is likely to accelerate the growth of your company. But that’s exactly what it should be used for acceleration. Not getting started. Get the foundations right before you expand.

Measure performance

Define your KPIs

Having clear Key Performance Indicators (KPIs) in place will help you to pilot and manage the evolution of your business. 

Create KPIs that are measurable. To be measurable, you need data. For example, some measurable KPIs could be:

  • Customer satisfaction: are customers happy with your product or service? Ask them to rate your product or fill out a survey.
  • Customer lifetime value (CLV): CLV refers to the total income a business can expect from a customer. How many services does he or she use? How much is spent? 
  • Automating operations: what processes can you automate, and how can you measure the improvement? 

Data will help you to refine and evolve your KPIs over time, and it will hold you accountable.

Listen to weak signals

Pay attention to what I call ‘weak signals’. Listen to what is NOT being said around you. For example, navigation company TomTom identified a weak signal in an online UK forum where customers were complaining about connectivity issues. The company resolved the issue and improved its product development processes as a result.

Weak signals are a good source of data to guide you, and they can also help you realise when to leave a project. If you are NOT hearing the right things, be prepared to swallow your pride and move on. 

Key takeaways

  • Be ready to take risks.
  • Make sure the time is right to launch. 
  • Choose the best location.
  • Test, test, test.

With the basics in place, you are setting yourself up for success.  

Editor’s note: e27 aims to foster thought leadership by publishing views from the community. Share your opinion by submitting an article, video, podcast, or infographic

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This article was first published on September 25, 2023

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Coded in your DNA: How Singapore can help avert a global data storage crisis

The world is facing a looming data storage crisis, and Singapore can help to avert it.

In 2018, people watched 4.33 million videos on YouTube, sent 159 million emails and posted 49,000 photographs on Instagram every minute of the year, among other data uses.

At this rate, we will produce 418 zettabytes of data this year, according to the World Economic Forum, and even more in the future.

A single zettabyte is a trillion gigabytes.

Our current methods of storing all this data are not sustainable, for several reasons. Most digital archives are now stored on magnetic and optical data storage systems, but we will run out of the materials used to produce these in less than a century if that.

Meanwhile, the environmental and economic cost of server farms, which already make up three per cent of global electricity use and two per cent of greenhouse gas emissions, will soar.

Also Read: From data novice to data expert: How tech startups can handle data privacy

‘All of YouTube in a teaspoon’

While scientists have been investigating alternative methods of storing data, one stands out. DNA-based data storage, which stores information in manmade strands of DNA, has three key advantages.

It has extremely high data storage density, remains stable for hundreds of years, and requires very little power.

In 2019, scientists in Israel announced that they had developed a way to store more than 10 petabytes, or 10 million gigabytes, in a single gram of DNA. This means that, theoretically, all of YouTube’s data could be stored in a teaspoon of DNA.

Even though scientists have been working on DNA-based data storage methods for nearly a decade, however, major obstacles remain – and this is where Singapore can play a key role.

The key challenges

First, a quick explanation of how DNA-based data storage works. Each DNA molecule consists of linked components called nucleotides, which come in four types: guanine, cystosine, adenine and thymine, represented by the letters G, C, A and T.

To store information in DNA, digital data, which consists of 0s and 1s, is translated into sequences made up of the G, C, A and T letters.

Also Read: How a data deep dive can help Asian startups succeed

Companies or other organisations then manufacture synthetic DNA molecules representing those translated sequences and store them. To retrieve the data, the synthetic DNA molecules are sequenced, and the output translated back into the original digital information.

While this method has been tried and tested, there are significant challenges. The costs of sequencing DNA has fallen dramatically in recent years. The cost of producing synthetic DNA molecules, however, is still prohibitively expensive.

Currently, it costs about US$5 million (S$6.7 million) to store just one gigabyte of data – a lot of money to store not even a full DVD movie!

Creating DNA molecules and sequencing them also involve biochemical and biophysical processes that are prone to errors. The process of writing DNA to produce the synthetic molecules, for example, is vulnerable to substitution, insertion and deletion errors.

The Singapore connection

In Singapore, several teams of researchers are hard at work on these problems.

At the National University of Singapore, Associate Professor Poh Chueh Loo, Associate Professor Yew Wen Shan, and their colleagues are working on more efficient ways to synthesise DNA sequences.

The Singapore University of Technology and Design’s Advanced Coding and Signal Processing Laboratory, where I am a visiting scholar, is another local nexus of research in the field.

Also Read: The cloud has moved mountains, but always keep an eye out for security

The laboratory, under the leadership of Associate Professor Cai Kui, its founder, has been developing algorithms to prevent, detect and correct errors in writing and sequencing DNA.

We have found, for instance, that when the same nucleotide is repeated more than four times in a row, the probability of sequencing errors rises substantially. We have also described how to design algorithms to translate data into strands of nucleotides that meet various error-limiting conditions.

Furthermore, we calculated the maximum number of data bits that can be stored per nucleotide if a constraint is imposed to prevent too many repetitions of a nucleotide in a row.

Much more work needs to be done to make DNA-based data storage viable, including in areas such as how to restore lost data. In hard disk drives, data is stored in fixed places, so even if you lose some data, the fact that you know what is supposed to go where can help you to restore the missing pieces.

A pool of DNA, however, is like coffee in a pot, with free-floating molecules. This makes data restoration much more difficult.

Still, DNA-based data storage remains one of the most promising solutions to our impending data storage crisis. And Singapore, with its vibrant research sector and excellent expertise in the sciences, is well-positioned to be a leader in this research field.

Editor’s note: e27 aims to foster thought leadership by publishing contributions from the community. Become a thought leader in the community and share your opinions or ideas and earn a byline by submitting a post.

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This article was first published on February 6, 2020

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Bridging generational gaps: Leadership in the evolving tech workforce

As the startup tech ecosystem evolves, understanding the motivations and expectations of a younger workforce becomes crucial as they will be our future. This article explores how leaders can adapt to these changes, leveraging intergenerational collaboration and technology to drive both short-term productivity and long-term success.

Changing landscape in the tech and startup ecosystem

The startup tech ecosystem is undergoing a profound transformation, driven by the rapid pace of technological advancement and shifts in workforce demographics.

Characterised by its relatively young workforce, the sector is increasingly led by founders in their 30s and 40s who are adept at using modern tools and technologies to enhance sustainability and efficiency. This adoption is particularly appealing to younger employees, who not only value freedom and flexibility in the workplace but also want their work to be meaningful.

Countries like Singapore, with their ageing population, face unique challenges in maintaining a robust workforce. With a median age of 43 years, there is a growing need to attract young talent from neighbouring countries like Malaysia and Indonesia. These have larger youth populations and are eager to catch up with more mature and trend-setting markets like Singapore.

This import of talent brings its own challenges and opportunities: Workforces become diverse, with different expectations, cultural backgrounds, and communication styles. Another example of a diverse and evolving workforce landscape is Australia, where 30.7 percent of the population were born outside the country. In Singapore, non-residents make up 29 per cent of the population.

Motivations and expectations of the younger generation

The younger generation has elevated expectations for their work environment. They value the freedom to work from anywhere, though this flexibility can sometimes be complicated by time zone differences. In Singapore, new rules were introduced to make flexi-work more widely available. These become law as of December 2024 and are a result of the impact of past years and rising demand from the workforce.

From my personal experience working with the younger generation for the past recent five years, their preference is towards a more lateral decision-making process, where they can be part of the projects and processes from start to finish. Compensation expectations are high, often gravitating towards startups that have received significant funding.

From my observation, as these younger talents change jobs and move from a startup to a more corporate entity, they often find themselves in an environment that is characterised by more rigid and hierarchical structures, set processes, and a more conservative corporate culture.

Also Read: Are you a human resource?

For matured companies, this can result in talent retention challenges as the younger workforce seeks environments where they can continue to work freely ‘from anywhere’ and have flexible arrangements, yet still making impactful contributions without being limited by bureaucratic structures that may hinder their personal progress or goals.

Additionally, the younger workforce (late 20s and 30s) (also seen in my current community work) often embrace innovative technologies like generative AI (gen AI) with enthusiasm, leveraging it to streamline workflows, facilitate communication, and explore creative problem-solving approaches. Driven by a desire to do things differently, as well as their curiosity and comfort with new technologies, they are more likely to experiment with gen AI tools and incorporate them into their daily tasks.

The generational divide

In contrast, older generations may approach gen AI or new technologies with more caution, sometimes feeling overwhelmed by its complexity and potential to disrupt traditional job roles, if they are from a non-technical background. The generational gap in technology adoption can lead to challenges in creating a cohesive work environment, where not all employees are equally comfortable with the introduction of new tools.

What the workforce (late 40s onwards) do bring to the table, however, is experience and wisdom in many areas. The knowledge and skills they have accumulated over time, through both successes and failures, are invaluable for startups and tech companies, aiding them with proven strategies and compliances matters.

Leaders who rely solely on the less experienced, younger workforce for their indisputable drive for innovation and curiosity miss out on this wealth of experience and the know-how of the mature workforce. The art is to attract and retain talent of all ages and experience levels, enabling them to learn from each other and work together. The aim is a collaborative environment that instills accountability through action.

How to bridge the generational divide

Consequently, leaders must navigate and bridge these generational dynamics carefully to effectively manage an evolving workforce and embrace technology adoption like AI. Some key suggestions for leaders:

  • Foster fair communication and open-mindedness as a part of the corporate culture.
  • Focus on talent and the value people bring rather than age when hiring.
  • Allow for a cross-pollination of ideas and execution across the board.
  • Create opportunities for employees from different departments to interact and learn from each other during team building sessions.
  • Encourage modern technologies, like AI tools, and incorporate them into the work environments. This can be achieved through training and the actual implementation of use cases.
  • Set up multiple approaches for rewarding and recognising employee achievements, performance, and contributions.
  • Be open to change and the need to reevaluate team dynamics to reach a common goal.

Also Read: What are the benefits of a culture based leadership style?

Long-term businesses benefits

Adapting to the changing landscape and meeting the expectations of a diverse workforce can yield significant benefits for businesses in both the short and long term.

In the short term, addressing immediate challenges — such as communication barriers and technological adaptation — can improve productivity and team cohesion.

In the long term, building a track record of inclusivity and encouraging innovation can enhance the company’s reputation, making it an attractive place for top talent and progressing towards the company mission.

Furthermore, fostering a healthy environment for different generations at different learning stages leads to personal growth for employees and a more agile, adaptable business. Those who successfully integrate a diverse perspective are better equipped to innovate and respond to market changes, ensuring sustained success for the organisation.

Editor’s note: e27 aims to foster thought leadership by publishing views from the community. Share your opinion by submitting an article, video, podcast, or infographic.

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Echelon Philippines 2024: Funding strategies for startups in emerging sectors

Funding the Future: Navigating Emerging Sectors and Investment Opportunities

Echelon Philippines 2024 hosted a panel discussion titled ‘Funding the Future: Navigating Emerging Sectors and Investment Opportunities’, shedding light on the growth potential of emerging sectors and strategies for startups to secure funding. The session brought together key investment leaders to discuss opportunities and challenges in the Philippine market.

Moderated by Adriel Yong, Head of Investments at Ascend Network, the panel featured Joseph de Leon, Founding Member and Lead Investor at Manila Angel Investors Network; Franco Varona, Managing Partner at Foxmont Capital Partners; and Rishab Malik Partner at Jungle Ventures.

The discussion covered sectors like agritech, B2B SaaS, and healthcare, emphasising their alignment with venture capital (VC) trends in the Philippines. Leon highlighted his experience in mergers and angel investments, stressing the critical role of founder resilience.

Also Read: Echelon Philippines 2024: The funding landscape for Filipino startups

Varona shared Foxmont Capital’s focus on climate tech and agritech, noting the government’s supportive policies. He also predicted increased M&A activity with Japanese firms. Malik detailed Jungle Ventures’ approach to assessing founder-market fit and spotlighted a recent investment in blockchain-enabled remittance technology.

Panelists concurred on the immense potential of fintech, agritech, and climate tech, while also acknowledging the mental health challenges faced by founders. They emphasised the importance of robust founder-investor dynamics and adaptive strategies to attract funding in a competitive landscape.

The session underscored the Philippines as an emerging hub for innovation, backed by local and regional VC interest and an evolving entrepreneurial ecosystem.

Watch the session video above to learn more about these insights and the strategies shaping the future of entrepreneurship.

Missed Echelon Philippines this year? You can now catch the recorded sessions on demand, showcasing insights from leading startup experts, visionary entrepreneurs, and forward-thinking investors from the Philippines and Southeast Asia, all geared toward driving the next phase of growth. And stay tuned—more videos are coming soon!

Watch Echelon Philippines and ECX here.

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Banks must solve their core banking conundrum – or fail

Speak to bank leadership teams about the state of their current core technology stack, and you’ll likely find most of them agreeing that they’re struggling to keep up with the rapid shift to the digital-first and more seamless interactions that their customers and partners are expecting, along with the obvious realisation that replacing these technologies will be a complex process that won’t only involve significant risk, but also incur significant expense.

This is a real problem, as banks continue to invest money in maintaining the status quo while new regulations, rising digital expectations, and the shift towards open banking are pushing those same legacy systems to their limits.

Building on workarounds to tackle these changes has simply kicked the can (i.e., risk) down the road, making them harder and more expensive to overcome in the face of increasing digital transactions and rising customer expectations for more personalised interactions and connected offerings.

While banks in Southeast Asia still have some ways to go, there is progress in the right direction; findings from Publicis Sapient’s recent Global Banking Benchmark Study show that 37 per cent of bank leaders in Southeast Asia are aware that legacy technology is hindering their business transformation. Looking ahead, almost a third (29 per cent) of SEA bank leaders said their organisations are prioritising improving the customer experience as their main digital transformation goal.

Four steps to delivering core modernisation

Hesitance to upgrade legacy systems is understandable; it is all too easy for a CEO or CIO to lose their job by proposing a core system transformation and then failing to deliver it.

On the bright side, cloud technologies, coreless banking systems, and the surrounding ecosystem of Software-as-a-Service (SaaS) solutions have matured greatly in recent years. At the same time, taking an iterative approach toward core modernisation can significantly mitigate the risks of transformation.

How, then, should banks approach core modernisation? Here are four steps to consider, as well as pitfalls that can be avoided in the journey to delivering a modernisation program.

Also Read: Phishing threats: Protecting your online shopping and banking

Step one: Have a clear and aligned ambition from the top to the bottom

Everyone involved in the process must believe in and commit to the process, from the board and all the way down to the on-ground teams doing the actual work. Alignment must be made on a clear case for change, the critical challenges that modernisation is intended to address, the benefits which these modern capabilities can unlock, and ultimately, the return on investment.

The right leaders must be selected for the program, whether sourced internally or through new hires. These leaders must be provided with the appropriate funding, resources, and decision-making power. Just as important is having clear alignment on the roadmap and timeline for program delivery, as well as a framework for both oversight and accountability.

Step two: Mobilise the program

This step is conceptually a simple one: Without the right preparation, modernisation programs cannot succeed, as this step is where you begin shaping what that desired operating model for a coreless bank should look like.

This starts by bringing on board the right combination of business, functional, and technology capabilities while ensuring that the right level of governance, as well as risk and compliance, is set up. The product roadmap must be clearly defined, confirming timelines for the launches and the technical proof points along the way to achieving the target state.

Designing the coreless architecture must be aligned with best-practice principles, while any vendors brought on board to make up any critical components must be properly assessed. Cloud infrastructure requirements must be confirmed as well.

During the mobilisation process, caution must be taken to avoid simply reproducing the functionality of the legacy core versus embracing the possibilities that coreless architecture brings.

Step three: Proving the platform through the first release

Critical to modernisation efforts is the need to quickly get to market; this helps to build belief in the new capabilities while enabling learning and continuous iteration through real-world experience, which can help improve subsequent releases. Failure to launch is usually the result of a combination of incorrect delivery models, missing go-live requirements, or taking on too much too soon.

Step four: Modernise progressively

Once your first release is out the door and the platform is given a chance to prove itself to key internal stakeholders as well as customers, it is then time to accelerate the transition from legacy onto the new modernised platform through the next series of iterative releases. By sequencing the migration appropriately in tranches, risk and disruption for customers can be minimised.

Also Read: How to harness open banking for greater consumer and fintech empowerment

Focus on where the new capabilities can drive the most value for your customers and colleagues, prioritising new features based on value, speed, and quality metrics. At the same time, do not be afraid to drive continued exploration of new and differentiated approaches to enhance and expand the new coreless model, with which competitors will struggle to compete.

Modernisation for resiliency

Banks that cannot take steps to solve their core banking conundrum are doomed to fail; merely processing banking transactions will not be enough for them to compete.

The opportunity to modernise the core of your bank might be daunting, but banks can position themselves for success with the right modernisation roadmap, as well as the right partners who have experience in creating modern coreless architectures that can enable a more efficient banking model to drive growth by launching new product revenue streams, to build digital experiences that their customers are demanding, and to enhance operational efficiencies, in order to increase resiliency for the future.

Editor’s note: e27 aims to foster thought leadership by publishing views from the community. Share your opinion by submitting an article, video, podcast, or infographic

Join our e27 Telegram groupFB community, or like the e27 Facebook page

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This article was first published on September 26, 2023

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Engineering the future: IMI’s 3-prong strategy to building new ventures in transformative sectors

Woman in a white hard hat looking out into the horizon

Venture studios and venture building are activities that have now existed for several decades with a proven record of success. In contrast, corporate venture building has historically faced scepticism in venture capital circles. It is often seen as a step removed from the agility of independent startups. The criticism is often around how corporate ventures lack the agility and risk tolerance of independent startups. They are perceived to be weighed down by internal bureaucracy and often misaligned with entrepreneurial incentives.

Furthermore, there is a perception that corporates struggle to attract seasoned entrepreneurial talent. Such talent may shy away from ventures perceived as too constrained by corporate priorities. They may also dislike organisations that are too focused on incremental gains rather than breakthrough innovation. Another challenge is balancing the short-term demands of meeting corporate financial targets with the long-term strategic nature of a venture capital investment.

However, in recent years more and more corporates have entered the venture building space, and that perception is changing. Among them is IMI, a publicly traded company in the United Kingdom with deep engineering roots. It has identified venture building as a critical lever for future growth in fast-evolving sectors and emerging technologies. IMI established the IMI Venture Studio in 2023 with an approach based on three powerful pillars. First, market-driven validation, second, world-class entrepreneurial talent, and third, leveraging the corporate advantage.

Also read: Futureproofing the energy and industrial sector in Asia with IMI’s Venture Studio

Market-driven validation 

The first pillar, market-driven validation, ensures that every venture IMI pursues is grounded in market reality. When new ventures are built without proper market validation, they can be misaligned with customer needs. They may also face challenges in gaining commercial traction. Insufficient validation can result in ventures that burn through resources. They chase assumptions rather than solve customer problems, leading to wasted capital, lost time, and missed opportunities. 

IMI overcomes this by starting with a rigorous validation process. This filters out concepts that will not gain traction with paying customers early on. In this last year alone, the company vetted over 50 business ideas, selecting only one to advance to the venture building phase. In this phase, they work with expert partners through EDB’s Corporate Venture Launchpad programme. These industry leaders have the best practices in the venture building space and a track record of bringing successful ventures to the market.  

Coupled with this, they conduct in-depth analyses of market trends and perform comprehensive competitor benchmarking. They also gather valuable customer feedback through targeted outreach. Finally, they run pilot tests with potential customers to thoroughly validate market demand and ensure a strong problem-market fit. This disciplined approach gives IMI’s ventures solid foundations from which to build upon. 

World-class talent 

Investors know the impact of experienced entrepreneurs, and IMI makes this a priority. Research shows that second-time founders are twice as likely to deliver a successful exit compared to first-time founders, and it is easy to see why. These founders bring a playbook of tools that has been battle-hardened in their previous entrepreneurial experience. They bring in a network of established investors and mentors that can guide them and potentially become venture backers. They know how to attract top talent to the organization. But maybe most important, they understand the urgency of hitting critical milestones early. As a result, they maximise runway and accelerate toward both commercial and investment goals. 

Why would these highly-qualified founders choose to build with IMI and run corporate-backed ventures? The answer is compelling: to ensure founders have the best possible chance of success, IMI provides dedicated resources tailored to their needs. This includes access to those same expert venture builders who guide the process. This enables Founders to benefit from a rigorous three-month sprint designed to validate their ideas. As a result, they develop a viable business model and go-to-market plan. During this sprint, critical startup assumptions such as customer pain points, willingness to pay, product prototyping, and financial modelling are thoroughly tested. By the end of this phase, founders are equipped with a clear and actionable roadmap to turn their ideas into scalable businesses. 

IMI also offers seed capital commitment, starting them with rigorously validated ideas, and a mission that aligns with a greater impact than mere financial returns: IMI’s commitment of breakthrough engineering for a better world. Most critically, the venture starts its growth journey alongside a strong strategic partner from day one. This strategic partner is capable of offering market access and expertise. 

Leveraging the corporate advantage 

Corporate venture studios like IMI provide a springboard for founders, significantly increasing their chances of success in competitive markets. The company’s ventures have the opportunity to leverage IMI’s corporate advantage. They do this by tapping into IMI’s extensive availability of industry veterans and engineers with deep domain expertise. These experts have access to hundreds of customers across global markets, industries and applications through IMI’s long-established market reputation. 

Moreover, IMI’s Venture Studio team offers a set of tools that strengthen the venture’s potential. This includes sourcing top co-founders through a curated pipeline of interdisciplinary talent. This year alone, they vetted over 500 potential candidates, building a powerful roster of talent ready to lead ventures.  

IMI also delivers a best-in-class governance foundation. This includes legal structures, such as founder agreements and employee incentivization plans. This gives IMI-backed ventures a distinct edge over similar early-stage startups. Finally, their extensive network of partners and investors allows ventures to spend more time on rapid scaling. As a result, they spend  less time fundraising. 

Equipped with these powerful tools, the venture is strategically positioned for accelerated commercial growth and expedited fundraising. This is unsurprising, given that venture studio-backed startups achieve exits 33% faster than their independent counterparts

Also read: As the demand for energy soars, climate tech is here to save the day

Working with IMI Venture Studio  

IMI Venture Studio is passionate about fostering innovation and building ventures that shape the future of the energy and industrial sectors. If you are interested in partnering with IMI Venture Studio and its ventures, whether through collaboration, investment or in building new ventures together —we invite you to join us in this journey.  

To explore partnership opportunities, reach out to the IMI Venture Studio team at general@imiventures.com. Let’s build new ventures for a better world together.

This article is sponsored by IMI

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My journey with Lushair: Bringing AI-powered scalp diagnostics to life

When I first began experiencing hair loss as a university student, I found myself frustrated with the lack of accessible, effective solutions for precise scalp analysis and personalised hair care. That personal struggle became the spark that led to the creation of Lushair Scalp Explorer, an AI-powered device that I hope will transform the way people care for their hair and scalp.

My journey started while I was still a student at Zhejiang University in China. Together with two classmates, I began working on an ambitious idea: developing a device that could offer highly accurate diagnostics and tailored recommendations for scalp health. Our academic backgrounds in biology, AI, and engineering came together perfectly for this project, but translating that knowledge into a working device was anything but simple.

After graduating, I moved to Singapore and launched Genpulse, the company behind Lushair. With the support of the Graduate Research Innovation Programme by NUS Enterprise, my team and I embarked on a two-year development process that was as challenging as it was rewarding.

One of our biggest hurdles was sourcing the right data to train our AI algorithms; a diverse set of scalp images was essential for accuracy. Partnering with Hangzhou First People’s Hospital and over 200 salons in China, we gathered more than 22,000 scalp images, which allowed us to fine-tune our technology to deliver results that align with clinical standards.

Also Read: How mental health startup Intellect’s founder catalysed his personal battle with anxiety

In April 2024, we launched Lushair Scalp Explorer in Singapore, and the response has been beyond our expectations. Within two months, we broke into the Asia-Pacific market, received orders from the United States, and achieved over US$10,000 in revenue.

Priced at US$129, the device is available online, allowing users to access a professional-grade scalp analysis experience from the comfort of home. Lushair analyses 16 different metrics in just four seconds, providing insights into follicle density, white hair ratio, damage state, and more.

But my vision for Genpulse extends beyond hair care. We’re now developing diagnostic tools and treatments for other skin conditions, including acne and eczema, with plans to expand into the North American market. I’m inspired by the idea that advanced diagnostics should be accessible to everyone, empowering individuals to take control of their skin health with tailored solutions.

This journey hasn’t been easy, but it’s taught me the power of perseverance and resilience. I often think of Elon Musk’s words, “When something is important enough, you do it even if the odds are not in your favour.” Despite the obstacles, I am committed to bringing Lushair to as many people as possible, inspiring other young innovators along the way.

With Lushair, I want to change the way people approach hair and skin care, making it accessible, personalised, and backed by science. This is just the beginning of what I hope will be a transformative journey for beauty and health care worldwide.

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Debunking misconceptions about FinOps and cloud spending reduction

I discussed the perils of implementing a Lift and Shift approach in a recent article about “Cloud Value Realisation (CVR)”. Increasing cloud infrastructure costs due to monolithic applications being unable to leverage cloud-native scaling is one of the biggest challenges technology executives face.

FinOps has been posited as a white knight to solve this problem and has resulted in a myth that implementing FinOps automatically reduces cloud infrastructure costs.

This article breaks this myth and makes a case for leveraging FinOps to understand cloud spending and how to profit by deriving business value from cloud investments instead of focusing on reducing costs.

Implementing FinOps may increase cloud infrastructure costs, but it provides tremendous benefits such as revenue growth, understanding where investment dollars are spent, and matching investments to direct business outcomes.

Problem statement

Technology executives are facing the following three big challenges in managing cloud costs:

  • Lack of governance: Having no link between cloud infrastructure and business outcomes creates a challenge to justifying cloud investments.
  • Overspending: Technical resources spin up infrastructure which is difficult to track because hyper-scalers have thousands of SKUs with constant changes in pricing models.
  • No single pane of glass: Technology executives find it very difficult to budget, forecast, monitor, and control consumption because it is a big challenge to create a single dashboard by consolidating information from different hyper-scalers. This problem is exacerbated because each hyper-scaler has variable pricing models, there is no standardisation of billing models, and tagging/ allocating costs internally implies the need to navigate through internal organisational dynamics.

FinOps is an evolving cloud financial management discipline and cultural practice that enables organisations to get maximum business value by helping engineering, finance, technology and business teams to collaborate on data-driven spending decisions.

Also Read: Exploring the rise of finance-as-a-service in APAC

The most important goal of FinOps is to bring accountability to cloud spending by providing information to business and engineering teams for making investment trade-offs between time to market, quality, and costs.

Steps to implement FinOps

Based on discussions with numerous C-level executives, I recommend that organisations start with the following three steps to implement FinOps:

Step 1: Create and empower a core team

A cross-functional team comprised of business leaders, finance team members, IT/engineering team, and FinOps practitioners must lead the way to derive business value from cloud investments. This cross-functional group is responsible for calculating cloud costs, tagging cloud resources, monitoring where cloud investments are focused, mapping investments to business outcomes, and, most importantly, breaking down silos to get a unified perspective.

Step 2: Shift the mindset of business and technology teams

During a lift & shift exercise, IT teams may focus on the speed of delivery and leveraging cloud computing but ignore cost-related matters, such as the impact a product enhancement or modification might have on cloud investment. Similarly, business teams may not be keen to understand the cost of implementing new functionality because they want a faster time to market.

Mindsets must be shifted for business, IT, and finance teams to design and develop software with costs in mind and tie these costs to business objectives. The cross-functional team must be able to justify the business benefits of adding a new product feature when compared to additional cloud infrastructure costs needed to implement the functionality.

The team can then properly make the necessary trade-off decisions ensuring business value is created daily.

Step 3: Create a framework to understand cloud investments

The cross-functional FinOps team must create a framework to understand cloud infrastructure spending and determine whether cloud resources are being used cost-effectively to derive business value. FinOps presents a big data challenge because there is a huge amount of data to reconcile across multiple hyper-scalers.

Each hyper-scaler creates a unique line-item charge every second a cloud service runs, resulting in a bill with more than a million line items. The core team must dive into these large data sets, reconcile them, and understand cloud costs and business benefits. The results of this framework should be shared as regular reports which are easy to understand by business, technology, and finance teams to make the right decisions.

How FinOps enables “money-making” instead of focusing on “cost savings”

FinOps provides organisations with tools and data to leverage the cloud for increasing business value via a real-time account of which cloud investments are delivering the biggest business results.

It also highlights areas that can do a better job of optimising cloud resources, such as shutting down idle resources or infrastructure not yielding forecasted revenue growth/profits. Cloud consumption then becomes more efficient and creates a mindset that extra consumption is tied to revenue generation, adding more customers, or increasing customer satisfaction.

Also Read: Bridging the gender gap and boosting women entrepreneurship with embedded finance

FinOps also democratise information and gives power to the team working at the ground level to make decisions about whether provisioned resources are producing sufficient business value and adjust those resources for an immediate financial impact.

Teams can measure the impact of that spending and take corrective actions such as improving time to market, adding new functionalities with existing resources, or leveraging hyper-scaler innovation to build new products.

Call to action

Create a centralised team to drive FinOps

The FinOps core team must be cross-functional, consisting of leaders from finance, business, and IT to drive best practices through the creation of easy-to-use reports that map cloud investment to any business value created.

They also focus on rate optimisations through commitment-based/ enterprise discounts and by shutting down idle resources that are not delivering business value.

Drive decisions by the business value of the cloud

A FinOps practice maximises the impact of cloud investments on business outcomes. This may result in spending more to drive innovation by leveraging hyper-scalers. It is critical to deliberately decide on increasing cloud spending instead of allowing spending to creep up slowly with an engineering team that may create more cloud resources that do not deliver business value.

FinOps reports providing enough data to make informed decisions on how to optimise cloud spending for various business priorities.

Create a framework providing timely and accessible FinOps reports

Today, cloud vendors provide cost data on a real-time basis using per-second compute resource billing. Business and engineering teams need self-serve access to cloud usage reports to understand the impact of infrastructure decisions.

This leads to an “ownership mindset” where everyone is accountable for deriving business value from cloud spending.

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This article was first published on June 12, 2023

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Bridging the carbon data gap: How predictive insights for data sustainability are revolutionising emission accounting

This article reflects my time as an Entrepreneur in Residence at Digital Dialogue Company Limited. I’ve been privileged to participate in the creation of an innovative business platform designed to tackle the pain points associated with fragmented carbon data analysis.

Our mission is to provide organisations with the predictive big data analytical tools they need to accurately quantify their carbon emissions, enabling stakeholders to develop effective ESG strategies for reducing their carbon footprints and transitioning towards renewable energy sources globally. 

In an era where climate change poses an existential threat, accurately tracking carbon emissions has become paramount for businesses worldwide. Organisations are striving to understand and mitigate their environmental impact, yet fragmented data analysis continues to be a significant hurdle. Recognising this pressing challenge, Digital Dialogue Company Limited is developing a robust platform to revolutionise carbon emission accounting.

Understanding the role of GHG accounting

Greenhouse Gas (GHG) accounting is a critical component of the global carbon accounting system, providing a framework for measuring and managing emissions. This process involves quantifying emissions from various sources, including direct emissions from owned or controlled sources (Scope 1), indirect emissions from the generation of purchased electricity (Scope 2), and all other indirect emissions that occur in a company’s value chain (Scope 3). Accurate GHG accounting is essential for identifying emission hotspots, setting reduction targets, and tracking progress over time.

The imperative of accurate carbon accounting

Carbon accounting is a systematic approach to measuring and managing GHG emissions. Carbon accounting—a systematic approach to quantifying carbon emissions—is essential for organisations aiming to understand and mitigate their environmental impact.

It serves as the foundation for developing effective strategies to reduce carbon footprints. It is the foundation for organisations to identify emission hotspots, set reduction targets, and monitor progress over time. Despite its importance, carbon accounting faces significant challenges:

  • Data fragmentation: Emissions data often come from diverse sources and formats, leading to inconsistencies.
  • Scope 3 emissions complexity: Tracking indirect emissions across supply chains is intricately daunting. According to a Sphera Scope 3 Global Survey Report 2024, 59 per cent of companies struggle with external data quality, and 43 per cent find it challenging to quantify these emissions accurately.
  • Resource intensiveness: Collecting and standardising extensive data can be resource-heavy and time-consuming.

Rising emissions amid global goals

The annual Global Carbon Budget report projects that carbon dioxide emissions from fossil fuels will reach a record 37.4 billion metric tons in 2024—a 0.8 per cent increase from the previous year. When including emissions from land-use changes, total emissions are estimated to rise to 41.6 billion metric tons. This trend jeopardises global targets established by the 2015 Paris Agreement to limit global warming.

Also Read: As the demand for energy soars, climate tech is here to save the day

The role of big data and machine learning

To address the complexities of carbon accounting, integrating advanced technologies is essential:

  • Big data analytics: Harnessing vast volumes of data allows for real-time, auditable emissions tracking. Big data facilitates the development of robust carbon markets, projected to save an estimated US$250 billion annually by 2030 in climate action implementation.
  • Machine learning algorithms: These tools can identify patterns and drivers of carbon emissions, processing factors like economic activities, policy interventions, and external influences. For instance, machine learning models have outperformed traditional methods in predicting emissions in 254 Chinese cities from 2011 to 2020 (Scientific Reports volume 14, Article number: 23609).

This synergy between big data and machine learning enhances the precision and reliability of emissions data, contributing to more effective climate change mitigation strategies. The effectiveness of green finance hinges on high-quality emissions data. Accurate carbon accounting is crucial for building stakeholder trust and attracting green investments with best practices in reporting standards.

Green finance: Catalysing sustainable transition

Green finance plays a pivotal role in advancing renewable energy projects by providing essential funding mechanisms:

  • Green bonds: Effective in financing large-scale renewable projects in emerging markets, green bonds reduce reliance on fossil fuels. In E7 countries, these bonds have facilitated investments in solar, wind, and hydroelectric power.
  • Economic resilience: By encouraging environmentally friendly investments, green finance fosters new markets and job creation, contributing to financial stability.

By prioritising data sustainability, organisations can significantly improve the integrity of their carbon accounting processes. Ensuring that emissions data is accurate, reliable, and consistent over time allows businesses to make informed decisions to reduce their carbon footprints effectively. Robust data management practices and advanced analytics provide actionable insights, enabling companies to optimise their sustainability strategies and contribute meaningfully to global climate goals.

Enhancing data sustainability is critical for effective carbon accounting:

  • Accuracy and reliability: Implementing robust data management ensures that emissions calculations are consistent over time.
  • Advanced analytics: Leveraging analytics provides actionable insights, enabling companies to make informed decisions to reduce their carbon footprints.

By prioritising data sustainability, organisations can improve the integrity of their carbon accounting processes.

Driving change through transparency

Corporate climate disclosures are becoming both regulatory requirements and strategic tools:

  • Building trust: Transparent reporting of GHG emissions and reduction initiatives enhances reputation and stakeholder confidence.
  • Strategic alignment: Disclosures offer insights into climate-related risks and opportunities, allowing companies to align business strategies with global sustainability goals.

Also Read: Balancing economic growth and climate action: Decarbonising SEA’s built environment

At Digital Dialogue, we’re addressing the fragmentation in carbon emission data analysis by developing a platform that leverages:

  • Centralised data integration: Our platform consolidates data from various sources, providing a holistic emissions overview.
  • Advanced analytics and machine learning: We utilise these technologies to identify emission patterns, predict trends, and optimise reduction strategies.
  • User-friendly interface: The platform is designed for ease of use, enabling organisations to track and manage emissions effortlessly.
  • Regulatory compliance support: We ensure that companies meet international standards and best practices in GHG accounting.

Renewable energy: A beacon of hope and challenge

The International Energy Agency’s (IEA) Renewables 2024 Report offers a promising outlook, projecting a 2.7-fold increase in global renewable capacity by 2030. The significant growth is propelled by the cost-competitiveness of renewables and supportive policies in over 140 countries.

However, financial barriers, especially in developing nations, could impede the widespread adoption of renewable technologies.

Similarly, the UN Environment Programme’s Climate Technology Progress Report emphasises the need to triple renewable energy capacity and double energy efficiency by 2030. Achieving these ambitious goals requires overcoming significant challenges, including technology development and global transfer.

Overcoming the challenges of fragmented data in carbon emission accounting is crucial for achieving global sustainability goals. By harnessing big data and machine learning, we can significantly improve emissions tracking and reduction efforts.

At Digital Dialogue, our commitment is to empower organisations with Big Data tools and AI for Enterprise insights needed for this journey. Through innovation and collaboration, we aim to facilitate the transition to a low-carbon economy for the stakeholders and drive meaningful progress toward a sustainable future for the global industries.

Editor’s note: e27 aims to foster thought leadership by publishing views from the community. Share your opinion by submitting an article, video, podcast, or infographic.

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