The Most Influential Leaders In Tech To Follow,2024

VOL - 02 | ISSUE- 02 |2024 The Most I In nfl flu ue en nttiia all L Le ea ad de er rs s I In n T Te ec ch h T To o F Fo ollllo ow w,, 2 20 02 24 4 From Code to C-suite Agile Leadership in Tech The Evolu?on of Tech Leaders Adap?ng to Rapid Development in Modern Organiza?ons and Market Changes 16 22 Beyond Convention: Axel Axel Kloth's Kloth's Call for Change in Supercomputing

Supercomputing: the engine of progress, fueled by data and driven by possibility.

The Ability of the Innovative M?ds echnology plays a pivotal role in driving innova?on Innova?on rarely occurs in isola?on, and effec?ve tech leaders foster a culture of collabora?on. They encourage and shaping the future of industries. Behind these T transforma?ve changes are tech leaders who cross-func?onal teamwork, value diverse perspec?ves, and Editor’s possess a unique set of a?ributes that propel their create an environment where employees feel empowered to share ideas. By promo?ng collabora?on, tech leaders organiza?ons to new heights. harness the collec?ve intelligence of their teams, driving Tech leaders driving innova?on possess a clear and crea?vity and innova?on. forward-thinking vision. They can an?cipate future trends, understand emerging technologies, and envision how Effec?ve leadership is crucial for driving innova?on. Desk these elements can be integrated into their business Featuring the enthralling stories of The Most Influen?al Leaders In Tech To Follow, 2024, The CIOLeaders features strategies. They inspire their team by pain?ng a compelling the charismas who are not merely managers; they are picture of the future, aligning everyone towards a common goal. visionaries who navigate the complexi?es of technology and business with a keen eye on the future. The pace of technological change is relentless, and successful tech leaders are agile and adaptable. They Their adaptability, analy?cal prowess, collabora?ve spirit, embrace change, encourage experimenta?on, and are con?nuous learning mindset, risk-taking resilience, and confident to pivot when necessary. This flexibility enables customer-centric focus are the driving forces behind the them to navigate uncertain?es, capitalize on emerging transforma?ve changes. By embodying these a?ributes, opportuni?es, and steer their organiza?ons through they inspire their teams, foster a culture of innova?on, and evolving market condi?ons. propel their organiza?ons to success in an ever-changing landscape. Tech leaders rely on data-driven decision-making to inform their strategies. They leverage analy?cs and data insights to Flip through the page and explore their odyssey of understand customer behavior, market trends and excellence! performance metrics. This analy?cal mindset enables them to make informed choices, minimize risks and op?mize their innova?on ini?a?ves for maximum impact. James฀Green E

C O V E R S T O R Y C O C O V E R S T O R Y N Beyond Convention: T Axel Axel E Kloth's Kloth's N Call for Change in Supercomputing T S A r t i c l e s From Code to C-suite The Evolu?on of Tech Leaders in Modern Organiza?ons 16 Agile Leadership in Tech Adap?ng to Rapid Development 22 and Market Changes

Merry D'Souza Editor-in-Chief Deputy Editor James Green Executive Editor Mike Anderson Assistant Editor Anish Miller David King Visualizer Art & Design Director George Kingston Associate Designer Tim Daniels Company Name Featured Person Brief Anne is a 30-year transformational leader in the ?inancial services Senior Sales Manager Sihanee M. Independence Point industry with expertise managing large scale global businesses and Anne Clarke Wolff working with companies through ?inancial life cycles – from initial Marketing Manager James Sykes independencepoint.com Founder & CEO public offerings to mergers and acquisitions. 4 Axel's approach is not just about technological advancement but Technical Head Phil Bristol Abacus Semiconductor Axel Kloth represents a paradigm shift in how we perceive computaonal Corporation Simon Gayle SME-SMO Executive Founder and CEO power abacus-semi.com Dave Business Development Manager Claire is a specialist in designing, building and operating Cockerton + Co Claire Cockerton Morgan Sales Executives innovation centres. cockertonand.co Founder & CEO David, JD Business Development Executives Jeff help organizations take control of their service requests, Digital Marketing Manager Steve, Joe work orders, preventive/scheduled maintenance, assets, eWorkOrders Jeff Roscher Dominique T. employee, inventory, vendors, and much more and save money BrookeUSA.org President doing it. Research Analyst Frank Adams Circulation Manager Robert Brown Kevin is the CEO and Chairman of Avasant and the Avasant Avasant Group Kevin Parikh Database Management Stella Andrew Foundation. avasant.com CEO and Chairman February, 2024 Technology Consultant David Stokes

C O V E R S T O R Y Beyond Convention: Axel Axel Kloth's Kloth's Call for Change in Supercomputing Axel Kloth | Founder and CEO| Abacus Semiconductor Corporation

The Most Influen?al Leaders In Tech To Follow, 2024 xel Kloth, the Founder and CEO of Abacus clear—Make supercomputers easier to use, more cost- Semiconductor Corpora?on shaping the future of effec?ve and most importantly, more scalable, A supercomputers in the digital era. With a par?cularly when considering the integra?on of background as a physicist, Axel recognized over 30 years accelerators. ago the pivotal role of scalability in processor performance for tackling computa?onal challenges. This revela?on led Axel's venture aims to bridge the gap between promise and him to spearhead transforma?ve endeavors at Parimics, delivery in the world of supercompu?ng. With a SSRLabs and Axiado, showcasing the impera?ve need for commitment to user-friendly interfaces, cost-effec?veness innova?ve solu?ons in computer architecture. and scalability, Abacus Semiconductor Corpora?on emerges as a game-changer in the ever-evolving landscape Now at the helm of Abacus Semiconductor Corpora?on, of computa?onal power. Axel con?nues his trailblazing journey. At Abacus Semi, Axel reiterates his commitment to pushing the boundaries From Progress to Commercial Viability of supercomputers focusing on efficiency, scalability and the seamless integra?on of accelerators. Axel shares the strides made by Abacus Semiconductor Corpora?on, emphasizing, "We have made tremendous Axel's approach is not just about technological progress in the development of the technology." Notably, advancement but represents a paradigm shi? in how we the company has for?fied its posi?on through patent filings perceive computa?onal power. Collabora?ng with Axel and ensuring the safeguarding its intellectual property. Abacus Semiconductor Corpora?on means embracing this forward-thinking ethos and ac?vely par?cipa?ng in the Axel affirms, "A?er rounds of discussions with poten?al evolu?on of supercompu?ng. customers and end-users, we know that we are on the right path with our technology and know that it can be commercialized." The confidence in Abacus Semiconductor In Axel's narra?ve, each endeavor is a testament to the necessity of new thinking in the ever-changing landscape Corpora?on's technological trajectory underscores its of technology. Abacus Semi becomes the stage for Axel's poten?al impact on the commercial landscape. vision, where he repeats the approach that proved successful in the past—proposing novel, prac?cal solu?ons that redefine the capabili?es of supercomputers. Game-Changing Ventures Being a seasoned physicist and computer scien?st, Axel delves into the realm of supercompu?ng with a mission—to revolu?onize accessibility and efficiency. "I need to emulate and simulate phenomena, and a After rounds of supercomputer is a very useful tool to do that," he explains, discussions with drawing on his extensive experience since 1989. potential customers and Throughout his journey, Axel has witnessed the evolu?on end-users, we know of supercomputers. "Supercomputers have become a bit that we are on the right easier to use, but they are s?ll very expensive," he notes, path with our highligh?ng a persistent challenge. Scalability issues technology and know persist, with Axel asser?ng, "A supercomputer consis?ng of that it can be 10,000 servers does not perform 10,000 ?mes as well as a commercialized. single server in most applica?ons.” Recognizing the hurdles in integra?ng accelerators for applica?ons like High-Performance Computer (HPC), Ar?ficial Intelligence (AI) and Machine Learning (ML), Axel founded Abacus Semiconductor Corpora?on. His vision is

COVER STORY processor communica?on across processor cores, accelerator cores, memories, and peripherals." This innova?on caters to the dis?nct requirements of modern applica?ons. In the midst of produc?za?on, Axel emphasizes the collabora?ve nature of their approach, sta?ng, "We are in the middle of produc?zing them, with a lot of feedback Current from our customers and their customers as end users." The supercomputers do not ongoing implementa?on phase reflects a commitment to responsiveness and adapta?on. Axel highlights the solve the computational significance of their advancements, sta?ng, "All of the challenges that novel technologies we have developed are patent pending researchers are looking at this point in ?me." for in an efficient and The Shi?ing Tides in Mass Storage effective manner anymore. Axel unravels the pivotal role of Flash memory in reshaping compu?ng devices. He ar?culates that flash memory has been an important and integral part of performance improvements throughout the en?re ecosystem of compu?ng devices. The impact is par?cularly evident in smartphones where Flash memory enables seamless storage of diverse content without the need for bulky hard disks. replace hard disks, he predicts a pivotal shi?, asser?ng, In the evolu?on of smart devices, Axel emphasizes, "Simply "Flash will take the place of hard disks in primary mass speaking, the storage capacity of smartphones would not storage, relega?ng hard disks to warm or cold storage." be possible without Flash memory." Beyond capacity, Flash Axel's insights illuminate the trajectory of memory Naviga?ng Monumental Challenges In a strategic move to safeguard their innova?ons, Axel memory's performance enhancements contribute to technology, showcasing its indispensable role in the affirms, "We have accomplished all of the above and filed efficient ba?ery usage, mi?ga?ng the need for excessively present and future of compu?ng. Axel unveils Abacus Semiconductor Corpora?on's ground- for the protec?on of our IP through patents with the large main memory—Dynamic Random Access Memory USPTO." Abacus Semiconductor Corpora?on is therefore breaking leap beyond tradi?onal computer architectures, (DRAM). Axel underscores its enabling role, sta?ng, "Flash Cryptographic Layers sta?ng, "We have developed technology that is patent- reshaping the landscape of computa?onal technology to memory has been an enabler for the smartphones we have pending that moves the industry past the von-Neumann meet the demands of monumental challenges. today.” Axel delves into the intricate world of cybersecurity, computer architecture and surpasses the Harvard unravelling the vulnerabili?es inherent in every compu?ng architecture." Recognizing the escala?ng size of Supercompu?ng 2.0 Shi?ing the focus to the Internet backend, Axel notes Flash device. "Any compu?ng device in existence has computa?onal challenges, Axel emphasizes the inadequacy memory's displacement of hard disks as the primary mass vulnerabili?es that make it suscep?ble to cybera?acks," Axel addresses the shi?ing paradigm in supercompu?ng, of a singular processor or server, no?ng that these storage level, resul?ng in significant server performance Axel asserts, pinpoin?ng weak links in architecture, challenges are so big that they need 10,000 servers or no?ng, "Current supercomputers do not solve the gains. While energy savings are notable, Axel envisions a hardware, firmware, opera?ng systems, and applica?on more. computa?onal challenges that researchers are looking for con?nued trend of improvement. He an?cipates Flash so?ware. in an efficient and effec?ve manner anymore." The becoming faster and denser using up less electric energy The pivotal shi? lies in Abacus's focus on connec?vity conven?onal setup, interconnected via Ethernet and with hybrid approaches enhancing its longevity. In naviga?ng this complex landscape, Axel emphasizes a rather than enhancing individual cores. Axel stresses, "The industry-standard switches, falls short of mee?ng the strategic approach, steering clear of unnecessary focus of the development must be on how to connect all of evolving demands of applica?ons like AI, ML, Axel an?cipates a broader horizon for memory complexity and non-determinis?c behaviours. "We refrain them and not on how to make a single core be?er." computa?onal biology, and gene?c research. technologies, sta?ng, "I foresee that other novel memory from complexity and from non-determinis?c behaviours as Noteworthy achievements include the integra?on of technologies aside from DRAM and Flash will be added to we believe that determinis?c performance is ul?mately special-purpose accelerators and smart memories that are Recognizing the need for change, Axel and his team at the mix." These innova?ons will bridge gaps in be?er and more easily verified," Axel explains. While essen?al components in addressing colossal computa?onal Abacus Semiconductor Corpora?on have developed performance, power and cost between exis?ng specula?ve code execu?on has its merits, Axel tasks. transforma?ve technology. Axel explains, "We have technologies. While Axel believes Flash won't en?rely acknowledges the security risks it introduces. developed the underlying technology to improve inter-

COVER STORY The cornerstone of Axel's security philosophy lies in the commitment to for?fying compu?ng devices against an efficiency is a key metric that will keep ge?ng more and implementa?on of Physically Unclonable Func?ons (PUF) ever-evolving landscape of cyber threats. more important." In a future dominated by AI-enhanced for processors, accelerators and smart memories. "Our smartphones and Internet backend servers, the paramount processors and accelerators and smart memories all Eco-Conscious Leadership measure remains "how many instruc?ons can be executed contain those iden?fiers to guarantee authen?city," Axel in a set ?me frame at a set and constant level of consump?on of electric energy." His insights reflect a reveals. These unchangeable iden?fiers, engineered to be Axel is a visionary in sustainable prac?ces and he inaccessible and unalterable form a robust defense against emphasizes, "We monitor our energy use, have strategic focus on balancing computa?onal power with unauthorized access or modifica?on. photovoltaic solar cells installed to par?ally offset our energy sustainability in the ever-shi?ing landscape of semiconductors. electricity use." This conscien?ous approach aligns with a The incorpora?on of cryptographic func?ons adds another commitment to eco-friendly opera?ons. Axel underscores a layer of security enabling secure communica?on within the strategic decision, sta?ng, "Most importantly, will have our Call for Collabora?on system. Axel underscores the importance of restric?ng office along public transporta?on lines so that our team system access ensuring that only authen?cated does not need to commute with personal cars." This not Axel declares, "We will con?nue our efforts to make administrators and users can interact with the hardware. only reduces the carbon footprint but also promotes a supercomputers more efficient, more scalable, more "We make sure that the hardware supports strong inclusive to accelerators for special-purpose applica?ons, sustainable work environment. measures to allow only authen?cated system and more cost-effec?ve with greater ease of use through administrators to administer the system and only In product design, Axel priori?zes efficiency, sta?ng, "We more advanced I/O frontends." This resolute commitment authen?cated users to use the system," Axel states. underscores a vision for enhanced computa?onal design and engineer products that enable us and others to make more efficient use of all resources and we make them capabili?es. Addressing emerging threats like RowHammer and cost-effec?ve and affordable." The focus on resource malware, Axel emphasizes proac?ve measures to protect In an inclusive approach, Axel invites collabora?on, sta?ng, efficiency and affordability reflects Axel's dedica?on to against data the?, especially primary keys. "We have made fostering sustainability across both internal prac?ces and "While we develop our technology, we will allow others to sure that the hardware protects the system against these product offerings. join our ecosystem to extend the reach and range of what kinds of a?empts to steal data," Axel asserts, showcasing a supercomputers can do, including quantum compu?ng." forward-looking stance against evolving cybersecurity This collabora?ve ecosystem not only expands possibili?es challenges. but also posi?ons supercomputers at the forefront of technological advancements making strides in efficiency, Security in Focus scalability and inclusivity. Quantum Leap Axel's insights extend to the intricacies of system traffic Axel is a luminary in the realm of semiconductors and he management in large-scale environments like accentuates the evolving landscape of computa?onal supercomputers. Separa?ng administra?ve and user traffic technology. He acknowledges that semiconductors have for security reasons is a fundamental prac?ce. Axel Our hardware and been the driving force of innova?on for a long ?me. With explains, "Administra?ve traffic usually is separated from firmware work together the surge in demand for Ar?ficial Intelligence and Machine the net user traffic for security reasons, via means that are Learning, he points out the integra?on of inference engines to monitor all available today, such as the use of closed VLANs." This in CPUs inturn amplifying the efficiency of AI and ML segmenta?on allows for focused monitoring and enhanced administrative traffic to processing on the client side. security measures. the system and alert the administrator if The resurgence of analogue compu?ng in certain devices is Monitoring administra?ve traffic is a crucial component of noted by Axel, who also envisions the imminent role of something is observed Axel's cybersecurity strategy. "Our hardware and firmware quantum compu?ng as a large and integral part of general- work together to monitor all administra?ve traffic to the that is considered out of purpose compu?ng in 25 years or so. However, Axel brings system and alert the administrator if something is observed the norm. a?en?on to the escala?ng costs in semiconductor that is considered out of the norm," Axel affirms. manufacturing with each technological leap. Despite these Complemen?ng this, built-in firewall func?ons address net challenges, he highlights the expanding diversity in user traffic, providing a comprehensive security processing devices, followed by predic?ng a con?nuous framework. surge in computa?onal demand. Axel's holis?c approach to cybersecurity, encompassing Axel emphasizes the cri?cal role of computa?onal hardware, firmware and traffic management, reflects a efficiency, sta?ng, "We believe that computa?onal

From Code to C-suite The Evolution of Tech Leaders in Modern Organizations he role of technology leaders in business has undergone a radical evolu?on over the past several T decades. From isolated backroom coders to strategic execu?ves shaping the future, tech leaders today are integral to steering organiza?ons in the digital age. In the early days of business compu?ng in the 1960s and 1970s, technology leaders were specialists tasked with developing custom systems tailored to their companies’ needs. The first programmers came mainly from engineering and mathema?cs backgrounds and worked to build in-house so?ware and applica?ons from the ground up. While essen?al, these early tech specialists had li?le input into high-level planning and were seen primarily as back-office support func?ons. As personal compu?ng took off in the 1980s, pre-packaged so?ware solu?ons became more widely available. Tech leaders moved from intensive custom development to evalua?ng and implemen?ng third-party solu?ons that could fulfill business needs. More ?me was spent managing complex technological landscapes and ensuring systems integra?on. Tech leaders operated in silos, however, with limited interac?on with other business units and execu?ve strategy teams. The crea?on of the CIO role in the 1980s and 1990s marked an evolu?on in how technology leadership operated in enterprises. As IT infrastructure and so?ware needs became more complex, CIOs were brought into the senior execu?ve level to centrally coordinate technology strategy. The rise of e-commerce and digital business also increased the prominence of technology in corporate strategy. CIOs had a “seat at the table” to provide insight and leadership in leveraging tech to drive transforma?on and gain compe??ve advantage. Moving into the 2000s and today, leading technology execu?ves are expected to see the big picture and iden?fy February 2024 www.thecioleaders.com 16 17

how emerging technologies can enable disrup?on and Breaking Down Silos Tech leaders must bridge gaps opportunity. The CTO role has moved out of the backrooms between technical and business domains. Transla?ng and into collabora?on with stakeholders across the complex issues between IT and non-IT stakeholders has business to drive innova?on and digital ini?a?ves. become essen?al to alignment. Technology is no longer seen as a cost center, but as a core driver of new business models, products, and services. M&A Technology Integra?on Growth through acquisi?ons and mergers requires smooth post-merger technology Key factors Shaping the Strategic Technology Leadership integra?on. Tech leaders play a key role in convergence Role Today include roadmaps when new companies are absorbed. Digital Disrup?on Across Sectors Technology is spurring Enabling the Distributed Workforce The pandemic sweeping change in nearly every industry, from media and accelerated remote work trends. Tech leaders are charged entertainment to banking, retail, healthcare, and more. with providing seamless collabora?on and connec?vity Tech leaders are expected to see around corners and place tools to enable produc?vity in virtual and hybrid bets on how new technologies can create breakthroughs workplaces. before compe?tors do. Eleva?ng the Role of Data Analy?cs, Iden?fying and Rise of Customer-Centricity Customer experience is a top mone?zing data-driven insights requires coordina?on priority, and tech is seen as an enabler of seamless omni- between execs, data scien?sts, and business teams. Tech channel experiences. Tech leaders not only choose leaders ensure data analy?cs elevates decision-making. solu?ons but shape how technology can transform customer touchpoints. Op?mizing Business Processes War for Tech Talent As tech talent becomes a scarce IT departments are no longer cost centers, but drivers of resource, tech leaders are involved in recruitment, op?miza?on. Tech leaders analyze processes to iden?fy reten?on, and talent development strategy. Maintaining a digi?za?on opportuni?es for efficiency gains. robust tech workforce pipeline has become a business impera?ve. In today’s complex technology environments, the strategic contribu?ons of tech leaders are indispensable. Their Cybersecurity Risk Data breaches can cripple an vision and ability to synthesize technological possibili?es organiza?on’s reputa?on and bo?om line. Managing cyber with business objec?ves are essen?al to staying risk has evolved from an IT issue to an enterprise risk compe??ve. The tech leadership role will only grow in management concern that involves tech leaders. prominence as technology increasingly takes center stage in driving transforma?ve outcomes across industries. Agile Innova?on Expecta?ons Leading like a lean startup and moving innova?ons quickly from idea?on to execu?on o?en falls under the tech leader’s mandate. Tech chiefs are expected to foster work cultures and processes that breed rapid experimenta?on. Cloud Compu?ng Shi? Migra?on to the cloud is becoming pervasive as on-prem solu?ons fall out of favor. Tech leaders are integral to evalua?ng cloud op?ons and ensuring successful widespread adop?on across the organiza?on. AI/Automa?on Integra?on Companies expect their tech leaders to iden?fy where AI and automa?on can augment exis?ng processes and workforce. Though?ully integra?ng these emerging tools is a key responsibility. www.thecioleaders.com 18

Semiconductors: the tiny miracles powering our digital world, where silicon meets possibility.

Agile Leadership in Tech Adapting to Rapid Development and Market Changes he accelerated pace of technological advancement and rapid shi?s in market condi?ons are pressing technology T leaders to embrace more agile and adaptable approaches. Companies that fail to respond quickly to new innova?ons, changing customer behaviours, emerging compe??on, and other external disrup?ons risk falling behind. Today’s tech execu?ves are adop?ng agile leadership principles and strategies to build organiza?ons that can nimbly pivot in dynamic, unpredictable environments. The Changing Environment Agile leadership moves away from rigid, hierarchical structures to more fluid, collabora?ve approaches. It focuses on adaptability, employee empowerment, itera?ve development, and con?nual learning. Some key a?ributes of agile leadership include: Cross-Func?onal Collabora?on - Breaking down internal silos and fostering collabora?on across teams and departments. Matrixed structures allow for individuals across special?es to come together as needed for projects and ini?a?ves. Empowered, Self-Organizing Teams - Moving decision-making authority closer to product teams versus top-down control structures. Teams are equipped to take ownership of execu?ng on the company vision. Con?nuous Learning - Rapid integra?on of new informa?on to con?nuously adapt. Frequent feedback loops and retrospec?ves allow for regular reflec?on on what’s working, what’s not, and how to adjust appropriately. February 2024 www.thecioleaders.com 22 23

Bias Toward Ac?on - Calculated risk-taking and fast empowerment versus command and control. itera?on is promoted over long planning cycles. Tes?ng innova?ve concepts quickly and early allows for more Organiza?on Design - Building networks versus hierarchies. evolu?on through trials. Matrixed structures and cross-func?onal teams enable Flexible Work Structures - Structures and processes can be agility. Flat organiza?ons with accessible leadership redesigned as needed for changing environments. Agile increase transparency. leaders are not married to any one specific framework or system. Agile leadership principles can complement and enhance approaches like lean and design thinking that also aim to Focus on Customer Value - Keeping customer needs at the increase organiza?onal adaptability. The common thread is core versus internal-facing priori?es. Building rapid responding to change versus rigidly adhering to plans. feedback loops from real users to guide development. Key Benefits Comfort with Ambiguity - Leading in shi?ing contexts where the future is uncertain. Having the resilience to Adop?ng agile leadership and ways of working can yield adapt plans amid fluid condi?ons. many benefits for tech companies naviga?ng dynamic markets: Applying Agile Leadership Ÿ Faster ?me-to-market for new innova?ons and features Ÿ Improved customer sa?sfac?on through rapid feedback Agile leadership concepts have applica?ons across several integra?on facets of tech management: Ÿ Increased employee empowerment, engagement, and job sa?sfac?on Product/Project Development - Taking agile’s itera?ve Ÿ Higher quality products and services evolved through approach of constant feedback loops, minimal viable con?nual refinement products, and sprints to drive faster development cycles. Ÿ Enhanced risk management through itera?ve tes?ng Small, empowered teams can quickly build, test, learn, and and learning recalibrate based on user input. Talent Development - Nurturing agile mindsets in team The pace of change will only accelerate as technology members through training in areas like design thinking, con?nues disrup?ng industries and upending tradi?onal experimenta?on, and learning agility. Fostering crea?vity business models. Tech leaders embracing agile principles and avoiding rigid thinking pa?erns. and mindsets can lead their companies to thrive amid uncertainty. Resource Alloca?on - Dynamic resource planning that can flex to changing priori?es and market condi?ons versus With empowered teams, adaptable structures, and rigid annual budgets and org structures. Empowering customer-centricity at the core, organiza?ons can achieve teams to access needed resources quickly. speed, innova?on, and evolu?on vital to long-term success. Vendor/Partner Management - Priori?zing speed and collabora?on with vendor and partner rela?onships. Co- innova?ng and co-crea?ng through close, itera?ve partnerships. Customer Engagement - Embedding mechanisms to rapidly gather direct customer feedback at speed and volume. Co- crea?ng with customer communi?es and constantly integra?ng insights. Leadership Habits - Role modelling agile behaviours like exploring mul?ple solu?ons, welcoming failure, and collabora?ng cross-func?onally. Leading with vision and www.thecioleaders.com 24

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The Most Influential Leaders In Tech To Follow,2024

The Most Influential Leaders In Tech To Follow,2024

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