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From research foundation to the award-winning WeaveSphere tech conference

With its “weaving together” of academia and industry, WeaveSphere remains the only event of its kind.



Dr. Vio Onut
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It was a moment he’ll never forget.

Dr. Iosif Viorel (Vio) Onut, the principal research and development strategist at IBM Canada’s Advanced Studies (CAS), was listening to a team of product architects share details of a challenge that had stumped the room. Also in attendance were 20 university professors who listened to their presentation to see if they could find a solution.

Then the ‘wow’ moment happened.

“Hey listen,” Onut remembers hearing one of the professors say. “This is not a new problem. In fact, it was solved in the 1970s, and this is what you need to do.”

The professor went on to outline the solution, as well as add new ideas based on more current research.

“Without that type of interaction, we could have been stuck on something that had already been solved,” Onut says. “Professors know what’s happening all the time, so they bring expertise. On the other hand, industry professionals can figure out what is practical to do and implement.”

That interaction was a single moment in time, but Onut says it’s become a common occurrence at the WeaveSphere technology conference where researchers, developers, tech leaders, founders, and investors “weave” ideas and research into reality.

Industry and academia ‘weave’ the future of technology

When you’re passionate about multi-discipline collaboration, it’s only natural that you’ll be a person that wears many hats. In addition to overseeing R&D for CAS — where there are currently 63 research and development projects on the go — Onut is also an adjunct professor at the University of Ottawa, and co-director of the uOttawa – IBM Cyber Range that is in development at the university.

He’s also the chair of the WeaveSphere conference that he attended for 12 years before taking up an organizer role five years ago.

WeaveSphere — a collaboration between IBM’s academic and research technology conference (CASCON), and Evoke’s industry-focused developer conference — has become one of the largest technology conferences in Canada.

This year the event will take place November 15-17 at the Metro Toronto Convention Centre in Toronto, and is expected to attract more than 2,000 attendees, 300+ speakers, and 100+ startups. 

At its core, WeaveSphere weaves academics and industry to create “innovation that matters.” This convergence, Onut says, is key to the conference’s success.

“When there is communication between these worlds, amazing things happen,” Onut says. “If you just have the professors, or you just have the industry, you don’t have that ripple effect of ideas. When you put those brilliant minds in one room, and they start talking with each other, we see enhancements and products that we couldn’t even dream of alone. That’s the key to success for us.”

Three decades of ‘innovation that matters’

WeaveSphere, now in its 32nd year, has undergone a unique evolution. 

It started with a group of researchers gathering in 1990 to work and share ideas. In 1991 the first CASCON event was held at the IBM Toronto Lab in Markham, Ontario in Canada. And over the course of the next three decades it has grown to become the country’s premier computer science and software engineering conference.

In 2006 the IBM Center for Advanced Studies team won the prestigious NSERC Leo Derikx Synergy Award for Innovation, an award that recognizes partnerships in natural sciences and engineering research and development (R&D) between universities and Canadian industry.

A decade later, the same IBM Center for Advanced Studies team won the prestigious Distinguished Synergy Award from the IEEE, the world’s largest technical professional organization. The award was in recognition of the event’s collaboration model as influential to both the Canadian software research and industrial landscape, adopted in many CAS centers around the world.

“In Canada, there hasn’t been an academic conference like ours running for any number of years — let alone 30 years,” Onut explains. “That is a testament to our group’s commitment to the Canadian computer science and software engineering ecosystem.”

And today? With its “weaving together” of academia and industry, it remains the only event of its kind.

How WeaveSphere creates opportunities for students

As part of the community-building that’s at the core of the conference, WeaveSphere also sees heavy participation from both undergraduate and graduate students. As a component of the conference since its inception, you’ll see Masters and PhD students from 25+ universities in the event’s exhibit hall talking to industry attendees about their research.

This year, two new initiatives will also be part of WeaveSphere.

Education Day will take place on Day 1 of the conference, with 300+ students taking part in solving a variety of real-world problems using design thinking methodology, and teamwork. 

On the last day of the conference, WeaveSphere will offer STEM day, a version of “take your kid to work” day, where attendees will have the opportunity to bring their high school or university-age kid to the event for the day. A full slate of programming is in the works, featuring a leadership workshop and panel discussion on STEM careers and educational paths.

Keeping the bar high for content and speakers

While WeaveSphere has actively sought out more industry folks over the last five years, the conference has never lost its history and original purpose as a forum for real-life, active R&D projects.

When asked what he enjoys about WeaveSphere, Onut explains that it’s the event’s balance of being dedicated to world-class research, as well as commercialization opportunities for industry that he enjoys most.

“I think when you talk about a pure industry conference, it’s more led by sponsorship and…paying to be a speaker,” he says bluntly. “At our conference, we have committees that evaluate the benefit of having a particular presentation at the conference — does it align or doesn’t it? What is the speaker’s reputation? What is it that they are trying to do in that particular talk?” 

He continues, adding that “for our academic content we use the double-blind review process where reviewers do not know the names and affiliation of the authors and evaluate the work based on its pure merit. The evaluation is done by a Program Committee formed of 60+ professors and industry experts.”

In the end, as Onut says: “At our conference, technology prevails.”

DX Journal is an official media partner for WeaveSphere. We will share updates leading up to the event, and we’ll be live on location from November 15-17,2022. Join us and get your tickets at

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IBM Canada’s Centre for Advanced Studies is weaving the perfect storm of innovation

IBM’s Marcellus Mindel on how the company’s Enterprise Design Thinking and WeaveSphere technology conference are paving the way for new possibilities.



Marcellus Mindel
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The city council meeting starts with uneventful, routine opening remarks. Then all hell breaks loose, and the shouting begins.

“Our kids cross that street, and these crazy drivers fly up and down it like maniacs,” a mother of two young boys yells from the back, pointing around frantically at familiar faces.

“That isn’t possible with the unnecessary number of stop signs and lights already on that street,” a motorist fires back. “We don’t need a new crosswalk. It will clog things up even more.”

“You know full well you roll through those signs,” a concerned father chirps in response.

This situation is a hypothetical example that Marcellus Mindel calls a thought experiment. He’s out to prove a point about the effectiveness of traditional problem-solving techniques. Mindel, who is head of Advanced Studies at IBM Canada, says a design thinking approach can produce different, and often better outcomes.

“With a design approach, you first ask why the kids are going across the street,” he says. “Turns out, they’re going to after-school activities. And it turns out, there are already after-school activities on the same city block that would be better suited for the kids than crossing a busy street, they just don’t know about it.” 

Mindel continues to iterate on possibilities and ideas in a rapid-fire manner as he runs through scenarios that might resolve the conflict in this fictional scenario. Through all of the ideation, however, he does not suggest a crosswalk is the answer.

If the after-school program is the reason the kids are crossing the road, that’s the users’ need. If they’re crossing because there isn’t a closer program, then the solution might be to instead design that.

“If a program doesn’t exist close to home, would the same money that was going to be spent on building a crosswalk be better spent creating a new afterschool program on the same block?”

There are multiple solutions to the same problem, but considering the end-user is key to an ideal problem-solving approach.

“I believe this kind of approach can get us to find other ways to solve problems rather than using hierarchy and politics to drive solutions,” he concludes.

How Enterprise Design Thinking unlocks innovation

Photo courtesy WeaveSphere

The approach Mindel is referencing is called Enterprise Design Thinking.

Design thinking seeks to address problems by framing the issues in a human-centric way by putting the end-user at the center of all decision-making. 

Enterprise Design Thinking puts the process into context in a business environment. 

Originally developed by IBM in the early 2010s, Enterprise Design Thinking is a framework that seeks to take the agility and innovation found in smaller startups, and make it possible to achieve within large enterprises where multiple departments and teams of people participate in design exercises. It aims to solve users’ problems by catering to the often ambiguous nature of enterprise-level projects where dispersed teams collaborate on big projects with the focus on user outcomes.

And the results of the approach are impressive. Forrester research says that teams who take an Enterprise Design Thinking approach are 75% more efficient, and can turn out products twice as fast.

How design thinking works in practice

To provide an example of how design thinking works in the practical world, Mindel shared a story of a student at Carleton University who wanted to reduce the amount of disposable hot beverage cups that were being used at a campus coffee shop.

With a design thinking process, the first step was to empathize with the students to understand what they were doing, saying, thinking, and feeling, rather than just demand they stop using the cups.

Through the process, they learned that the students sleep in, rush to class, or they’re over-tired from studying. As a result, their to-go coffee mug is often dirty, sitting on their car floor, or at the bottom of a morning commute bag. 

These students do indeed care about the environment, but user needs were simply getting in the way of the goal of reducing waste.

By looking at user needs and asking questions, Mindel says the group stumbled upon a “wow” moment and solution: What if the coffee shop put a washing station in the line so to-go mugs could be reused and cleaned on the spot, removing the barrier to why reusable mugs were not being used in the first place?

“In hindsight, it is absolutely, totally mind-blowingly obvious. And where I got excited about all this stuff, is that it helped me to rethink what innovation actually means.”

Photo courtesy WeaveSphere

Advancing enterprise innovation

Mindel started his career as a software engineer in Ottawa, and later took on a number of roles managing relationships with academic institutions and research and development labs, before becoming head of the Canadian IBM Centre for Advanced Studies in 2015.

After joining, Mindel began learning more about Enterprise Design Thinking, and the problem-solving and innovation framework lit a fire in him as he looked to lead teams to innovate in new ways.

“What good are improved means, to unimproved ends?” Mindel asks, referencing a famous Henry David Thoreau concept. “A lot of technology research today is about improving the means without asking the question about the ends.”

Asking questions, and looking at “the ends” is what he spends every day doing as the leader of IBM’s Canadian Advanced Studies team, one of several in a global network that specialize in collaborative research. Today, Mindel leads partnerships between students, educators, and researchers who apply IBM technology to business and societal challenges. 

How WeaveSphere became a design thinking epicenter

Creating innovation that matters within a large enterprise is no small task. If you find yourself scratching your head, unsure where to start, your first stop should be the Weavesphere technology conference.

Taking place November 15-17, 2022 in Toronto, WeaveSphere brings together world-class leaders and researchers from a range of disciplines who share insight, ideas, and co-create technology for the future.

The event is hosted by IBM’s Centre for Advanced Studies, and Evoke, and it invites everyone — even non-technical people — to attend. Attendees include undergraduate and graduate students, industry leaders, academics, IBMers, and anyone who wants to learn to leverage an enterprise design thinking approach.

Photo courtesy WeaveSphere

The event is under a new name this year (it was previously called CASCON) but 2022 marks the 32nd year IBM’s Centre for Advanced Studies has hosted an industry-leading, award-winning technology conference.

Unlike other technology conferences where audiences sit passively and listen to keynotes and panel discussions, WeaveSphere attendees roll up their sleeves and jump head-first into the innovation pool. Researchers present ideas, industry leaders ask questions, students suggest new ways of approaching a challenge — whatever the scenario, it’s practical, and attendees walk away with ideas and real connections to build their future.

What makes the event so successful is how it brings to life the work that Mindel and his team do every day within Advanced Studies, while also inviting a bigger group to the innovation roundtable.

“What we are doing through Enterprise Design Thinking is creating ways to improve the ends, and the means,” Mindel says. “We seek to help people enter into a problem space when they don’t know what to do, or even what the problem really is, or how to solve it.”

He likens the approach to the story of Frodo, a character in Lord of The Rings. Frodo is a Hobbit who volunteers to lead the dangerous, long journey in order to deliver a valuable and important asset (the ring) to Mordor. Frodo doesn’t know the way there, and he is not the most obvious first choice to lead the journey, as there are many others who are braver, stronger, and more experienced than he.

In Advanced Studies, and at the WeaveSphere conference, there is an opportunity for anyone to lead and present their ideas to problems. In fact, Mindel says that when many Frodo-like people from a variety of backgrounds write their ideas on sticky notes and put them together on a wall, magic (and true innovation) happens.

That is the essence of WeaveSphere. 

It’s an opportunity for everyone to get involved in the collaborative process of design thinking, and embark on their own journey into the unknown, to get to a faraway place, without a map.

Digital Journal is an official media partner for WeaveSphere. We will share updates leading up to the event, and we’ll be live on location from November 15-17,2022. Join us and get your tickets at

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Evolution of the 401(k)




The way Americans save for retirement is changing with every decade that passes. To illustrate the evolution of American retirement savings accounts, Guideline compiled a timeline on the evolution of the 401(k).
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Evolution of the 401(k)

Americans held $7.3 trillion in 401(k) plans as of June 30, 2021, according to the Investment Company Institute. And the typical wealth held in an American family’s 401(k) has more than tripled since the late 1980s. With the widespread adoption of 401(k) plans, it might surprise you that they’re a relatively new employee benefit—and one that was created unintentionally by lawmakers.

Today, public and private sector employees alike use a 401(k)—or the nonprofit equivalent, a 403(b)—in order to plan for a comfortable retirement. In essence, a 401(k) allows an employee to forgo receiving a portion of their income, instead steering it into an account where the money can grow through investments. Unlike pensions, these retirement plans put more of the planning decisions—and responsibility—on employees rather than the company.

Employers can contribute to an employee’s retirement savings by matching the contributions to a 401(k) account up to an amount decided by the employer. 

“The savings comes off the top, so a lot of people don’t miss their money when it’s going into their 401(k),” Ted Benna, the man long-credited for introducing the 401(k) to corporate America, told Forbes in 2021.

Whether or not that savings that “comes off the top” yields small or large returns is influenced by the employee’s age, tolerance for risk as well as market conditions over the lifetime of the account.

To illustrate how Americans’ retirement savings have evolved over the decades, Guideline compiled a timeline on the evolution of the 401(k), drawing on research from the Employee Benefit Research Institute, the Investment Company Institute, and legislative records.

Elderly 1970s man in rocking chair

Debrocke/ClassicStock // Getty Images

Pre-1978: First, there were CODAs

Before the mighty 401(k) there were Cash or Deferred Arrangements, commonly known as CODAs.

These arrangements between companies and workers allowed employees to defer some of their income and the taxes they paid on it for a period of time. CODAs were a funding mechanism for stock bonus, pension, and profit-sharing plans.

In 1974, the Employee Retirement Income Security Act (ERISA) was enacted, creating a governmental body that oversaw and regulated company-sponsored retirement and health care plans for workers.

ERISA temporarily halted IRS plans to severely restrict retirement plans through regulation in the early 1970s, according to the EBRI. The act created a study of employee salary reduction plans as well, which the EBRI credits for influencing the creation of the 401(k) later on in the decade.

Businessmen preparing blueprint in office

Harold M. Lambert // Getty Images

1978: The Revenue Act of 1978

The modern 401(k) originated in earnest in 1978 with a provision in The Revenue Act of 1978 which said that employees can choose to receive a portion of income as deferred compensation, and created tax structures around it.

Section 401 was originally intended by lawmakers to limit companies creating tax-advantaged profit-sharing plans that mostly benefited executives, according to the ICI. Thanks to the interpretation of the section by businessman Ted Benna, the language evolved into the basis of the modern 401(k), as it enabled profit-sharing plans to adopt CODAs. 

The law was signed by President Jimmy Carter and became effective at the turn of the decade. Regulations were then created and issued by the end of 1981.

The Revenue Act of 1978 not only created the foundation for 401(k) savings plans but also flexible spending accounts for medical expenses and the independent contractor classification as it pertains to how a company pays employment taxes.

Ted Benna speaks at The Wall Street Journal's Future Of Everything Festival in 2019.

Nicholas Hunt // Getty Images

1980: “Father of the 401(k)” Ted Benna first implements the retirement plan

Ted Benna, pictured above, is popularly known as the “Father of the 401(k)” for his work advocating for companies to adopt plans in accordance with the IRS’ new Revenue Act of 1978.

His self-described “aggressive” interpretation of the eponymous 401(k) section within the Act led him to create the first-ever 401(k) savings plan in the U.S. for his consulting company.

Through business connections, Benna was introduced to Treasury officials and provided recommendations as to how 401(k) should be regulated. Ultimately, Benna was able to help steer the success and adoption of the nascent retirement tool.

Today, Benna advocates for laws that would require employers to auto-enroll their workers in 401(k) plans, meaning employers would automatically deduct payroll deferrals unless an employee elects not to participate. One of the biggest downsides to 401(k) plans is actually that more workers don’t utilize them sooner in their careers. The earlier a person starts contributing money to one of these retirement accounts, the better positioned they are to significantly grow funds by their target retirement age.

While 68% of private sector American workers had access to employee-sponsored retirement plans in 2021, only about half of all Americans took advantage of one.

Two men talking in the reception area of a large building

Barbara Alper // Getty Images

1981: IRS clarification leads major companies to adopt 401(k) policies

In the late 1970s, pioneering aviation company Hughes Aircraft was well on its way to becoming the largest industrial employer in the state of California. The company’s outside legal consultant Ethan Lipsig was writing letters to Hughes Aircraft, encouraging the company to turn the savings plan it offered employees into a 401(k) plan.

But it wasn’t until the IRS issued regulations assuring employers that they could legally defer a portion of payroll compensation to a 401(k) savings account that companies like Hughes, J.C. Penney, Johnson & Johnson, and PepsiCo began offering the plans to workers.

Nearly half of all large employers in the U.S. were offering 401(k) plans to their workers by the end of 1982.

President Ronald Reagan signing the Tax Reform Act in 1986.

MPI // Getty Images

1984-1986: The Tax Reform Acts of 1984 and 1986

In 1984 and again in 1986 U.S. lawmakers, pictured above, made amendments to the country’s tax code sometimes referred to today as the “Reagan tax cuts.”

In 1984, laws were amended as part of the so-called Deficit Reduction Act to tighten the rules around deferred compensation, including 401(k) savings plans. The legislation ensured that less highly compensated employees could also benefit from plans—not just the highest paid workers. In a brief published in September 1985, the EBRI expressed concern that Reagan’s amendment could jeopardize the popularity of 401(k) savings plans.

The Tax Reform Act of 1986 consolidated tax brackets, lowered federal income taxes, and placed an annual limit on deferred compensation, according to the EBRI. It had the added benefit of “endorsing” the 401(k) as a legitimate retirement vehicle because the Act implemented a 401(k)-type plan for federal employees.

President Bill Clinton at his desk in the Oval Office in 1996

David Hume Kennerly // Getty Images

1996: The Small Business Job Protection Act of 1996

The Small Business Job Protection Act came along in 1996 and simplified retirement programs—called SIMPLE plans—for small businesses. The act signed into law by President Bill Clinton was intended to help make America’s small businesses more competitive with large firms.

It specifically made the employer-matching contribution process easier through SIMPLE plans for businesses with fewer than 100 employees. The act also lowered taxes for small businesses, created safe-harbor formulas to eliminate the need for nondiscrimination testing, simplified pensions, and raised the minimum wage.

Surrounded by members of Congress, President George W. Bush signs a bill

Mark Wilson // Getty Images

2001: The Economic Growth and Tax Relief Reconciliation Act

The Economic Growth and Tax Relief Reconciliation Act paved the way for many changes including allowing catch-up contributions for employees aged 50 and older, requiring faster vesting timeframes for matching contributions, and, perhaps most notably, introducing the Roth 401(k).

Officially launched to the public in 2006, a Roth 401(k) is employer-sponsored like a traditional 401(k). The account holder elects to contribute a portion of their income to the account, and the employer has the option to contribute matching funds.

The difference is that contributions are taxed before they go into the Roth account, which means that the owner doesn’t have to pay taxes again when they withdraw from the account after they are aged 59 and a half or older.  At its core, the Roth 401(k) gives the owner the advantage of paying taxes now instead of being taxed on withdrawals later in life when the account is worth more monetarily—or when future tax rates may have increased.

Millennials are more likely to contribute to Roth 401(k)s than older generations, according to a 2019 report from the Transamerica Center for Retirement Studies.

Richard Neal, Kevin Brady, and Treasury Secretary Janet Yellen talk

Tom Williams // Getty Images

2022: The Securing a Strong Retirement Act is making its way through Congress

Flash forward to the current day and much has changed about planning for retirement. Pensions have all but disappeared and many Americans continue to redefine what retirement will look like for them — and how to plan ahead for it. In the U.S., people live on average 10 years longer today than they did when the 401(k) was created in 1978, and recent research suggests that generations younger than baby boomers may live longer than their retirement accounts will support them. So it’s more important than ever that people stay on top of changes in their retirement planning. As more tools, technology, and resources became available for learning and investing, legislation has also been introduced to help Americans navigate retirement decisions. 

The Senate is currently debating a set of bills collectively referred to as “SECURE 2.0,” as they build on the SECURE Act passed in 2019. Among other changes, the 2019 legislation made it so part-time workers could participate in retirement plans and made offering plans more appealing for small businesses that may have been hesitant in the past.

SECURE 2.0 goes further to make employee enrollment in a retirement savings plan like a 401(k) mandatory. It would also alter rules around making late contributions to payments so that Americans older than 50 can contribute even more than previously to their accounts.

This story originally appeared on Guideline and was produced and
distributed in partnership with Stacker Studio.

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Tech companies in Canada continue hiring amid reports of slow-down

One startup sector in particular that’s thriving? Quantum computing.



Toronto tech companies
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Despite reports of layoffs and a general slow-down in Canada’s startup scene, tech companies coast to coast — both Canadian and internationally owned — continue to hire and grow, reports BetaKit

Speaking to BetaKit, HR consultancy owner ​​Nora Jenkins Townson explained that from a company standpoint, the layoff wave has made it easier to hire top talent. 

It makes sense: as workers are let go, hiring managers are able to snap up the best candidates from the pool. At this point, of course, the issue of employee retention comes into play, with companies offering plenty of perks to get the best of the best to stick around.

Jenkins Townson reports that marketing, design, recruiting, and customer service roles are most affected by layoffs, while engineering roles are (unsurprisingly) not.

Of course remote work is both a hiring feature for startups and an increasingly common demand for prospective employees. In a Globe & Mail article on why digital nomads are here to stay, one employer says: “The biggest motivation is just to be able to find talent in general. There are over 200,000 open software developer jobs in Canada and startups are struggling to compete with the Microsofts and Amazons of the world who are able to pay enormous salaries.”

Quantum computing goes wide

One sector that’s seeing quite a bit of growth in Canada is quantum computing — moving increasingly closer to commercialization, as the CBC reports.

Once the domain of academics and governments, these supercomputers are being touted as the key to solving complex problems like climate change. The above CBC articles cites use cases from Goldman Sachs (to improve calculations in options financing) and Volkswagen (manufacturing optimization).

Currently, there are 23 quantum computing businesses in Canada. The fact that there is so much promise for the technology on the horizon means that attracting science-minded talent is a little easier than other sectors. 
Interested in learning which Canadian startups are still actively hiring? BetaKit has put together an extensive list — currently sitting at well over 350 companies — outlining each tech company, their vertical, company size, which offices are hiring (or if they have remote work), and current roles open. Find it here.

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