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What’s the BUZZ? - AI in Business artwork

Beyond AI Hype: Building Governance-First Systems (Joseph X Ng)

What’s the BUZZ? - AI in Business · 2026-06-27 · 24 min

0:00--:--

Key moments - from our scoring

Substance score

32 / 100

Five dimensions, 20 points each

Insight Density8 / 20
Originality7 / 20
Guest Caliber7 / 20
Specificity & Evidence4 / 20
Conversational Craft6 / 20

The conversation centers on why the traditional "AI race" framing - focused on model size, compute, and speed - misses the real challenge facing enterprises: operationalizing intelligence within existing business systems responsibly. Joseph X Ng emphasizes that as AI shifts from supporting human decisions to actively participating in them (approving transactions, routing actions, triggering workflows), the architecture beneath becomes critical. The key issues he identifies are that most companies treat AI as a tool deployment problem rather than a decision systems redesign problem, layering intelligence onto legacy operating models without changing underlying architecture. This creates a compounding risk gap, especially when multiple agents interact. Ng advocates for Cognitive AI Native Architecture (CANA) - restructuring systems so intelligence, oversight, and human authority are built-in from the start, not bolted on after. He also discusses quantum computing's emerging threat to encryption-based security. For smaller organizations lacking centers of excellence, he recommends modular, phased approaches: audit current systems, identify breaking points, and integrate AI incrementally with clear objectives per phase.

Key takeaways

  • →Focus on architecture and governance-first system design rather than chasing larger AI models and more compute - this is where real competitive advantage lies as AI moves from supporting to participating in decisions.
  • →Scale governance controls alongside capability expansion; deploying AI faster than you build oversight mechanisms creates exponential (not additive) risk, especially with multiple agents in a system.
  • →Treat AI implementation as decision systems redesign, not tool deployment - adding chatbots or copilots to legacy workflows without restructuring the underlying decision logic captures only marginal value and breaks under high-stakes scenarios.
  • →Use modular, phased approaches for smaller organizations: audit current systems for breaking points, set clear phase objectives, and integrate AI incrementally to reduce risk and demonstrate progress quickly.
  • →When AI participates in decisions, you must be able to answer critical accountability questions: Why did the system decide this? What data did it use? What rules applied? And crucially, who is responsible if something fails?

Guests

Joseph X Ng

Topics in this episode

Agentic AICognitive AI Native Architecture (CANA)OODA loop (Observe, Orient, Decide, Act)Quantum computing cryptography riskDecision systems redesignAI governance architectureModular phased AI implementationHuman-AI accountability frameworksThe Hybrid Mind (book)Gene Genius

Questions this episode answers

What's the difference between AI supporting decisions versus AI participating in decisions?

Historically, AI generated insights and dashboards while humans made final decisions. Now AI systems are approving transactions, generating responses, and triggering downstream actions autonomously. This shift means AI is no longer just supporting decisions but is part of the decision-making process itself, raising critical accountability and risk questions.

Why do organizations fail when they just deploy copilots and chatbots as their AI strategy?

They're treating AI as a tool deployment problem rather than a decision systems redesign problem, layering intelligence onto legacy operating models without changing the architecture underneath. This works for small productivity gains but fails once AI influences judgment, routing, or decisions with business, regulatory, or human consequences.

What is Cognitive AI Native Architecture (CANA)?

CANA is an approach to restructuring systems so that intelligence, oversight, and human authority are built into how the system operates from the start, rather than adding AI on top of existing infrastructure. It ensures governance is baked in, not bolted on after deployment.

What should smaller organizations without large AI teams do to implement AI responsibly?

Conduct an audit of current systems to identify breaking points, then use a modular, phased approach with clear objectives and goals per phase. This reduces risk, enables faster progress demonstration, and avoids the need for full system redesigns.

Why is quantum computing a concern for AI governance?

Quantum computing fundamentally expands what's computationally possible, which is valuable for optimization and molecular simulation, but it threatens current encryption methods that rely on computational difficulty to remain secure. This creates both future and immediate cryptographic risk.

What our scoring noted

Our reviewer’s read on each dimension, with quotes from the episode.

Insight Density

8 / 20

There are a handful of genuinely useful frames - capability scaling faster than governance, 'harvest now, decrypt later,' and treating AI as a decision-systems redesign problem rather than a tool deployment problem - but they are infrequently visited, remain abstract, and are buried under extended host monologues and throat-clearing. The OODA loop and CANA framework are named but never unpacked to the point of being actionable.

they're scaling capability much faster than they are scaling control
harvest now, decrypt later- where sensitive data is being collected today with the expectation that it could be decrypted once computing powers like quantum matures

Originality

7 / 20

The 'governance-first over capability-race' message and the CANA framework name are mild differentiators, but the underlying ideas - build governance into the architecture, AI is becoming agentic, quantum threatens current cryptography - are widely circulating in enterprise AI discourse and are not argued from first principles or presented with a contrarian angle.

CANA is not about adding AI to the stack, it is about restructuring the stack so intelligence, oversight, and human authority are built into how the system operates from the start
The AI race is not about where differentiation will come from. It will come from who can build the systems that govern how intelligence operates inside organizations

Guest Caliber

7 / 20

Joseph Ng holds a C-suite title at a small genomics AI company and has written a book, but his practitioner experience is referenced only vaguely (a unnamed 'large and well-known financial services company'); he does not name specific deployments, teams led, or measurable outcomes, which positions him more as a thought-leadership voice than a scaled operator.

I am the chief strategy officer for Gene Genius, and I recently published a book named The Hybrid Mind: The Human-AI Convergence
I know you've previously worked in financial services for a large and well-known financial services company

Specificity & Evidence

4 / 20

Almost the entire episode operates at the level of abstraction - no named client companies, no metrics, no timelines, no dollar figures, no specific regulatory frameworks cited, no case studies. Even the quantum threat discussion avoids specifics like NIST post-quantum standards or known vulnerable algorithms.

It opens the doors to solving highly complex optimization problems, simulate mo- molecular interactions at a level of precision we have never, ever seen before
It's not a full redesign. It's more modular in essence

Conversational Craft

6 / 20

The host asks topically relevant questions but routinely answers them himself with lengthy anecdotes (rainbow tables, ML retraining 10 years ago, political AI-regulation analogies) before handing back to the guest, and offers no substantive pushback on any claim; every guest response is met with validation rather than a probing follow-up.

That's a great question
I think that's a very sensible call, es- especially these days

Conversation analysis

Computed from the transcript - who did the talking, and the words that came up most.

Most-used words

joseph29andreas23welsch22systems17quantum12risk12system10decisions10architecture10point10organizations10technology10intelligence9longer9human8governance8

Episode notes

What if the real competitive advantage in AI isn't about having the biggest models, but about building systems that can be trusted, audited, and governed at scale? In this episode, host Andreas Welsch explores the convergence of AI, cybersecurity, and quantum computing with Joseph Ng, Chief Strategy Officer at GeneGenius and author of "The Hybrid Mind: The Human-AI Convergence." Together, they challenge the prevailing narrative around the AI race and reveal why most organizations are solving the wrong problem. Joseph shares critical insights on why companies must shift from treating AI as a tool deployment challenge to redesigning their entire decision-making architecture: Capability is scaling faster than control. Organizations are deploying AI systems without understanding how they behave, how they're exposed, or how they can be influenced - creating exponential risk that compounds across interconnected agents and workflows. The real differentiation won't come from model size or compute power.

Full transcript

24 min

Transcribed and scored by The B2B Podcast Index.

1 - > Andreas Welsch: Welcome back for another episode of"What's the 2 - > BUZZ?", where leaders share how they have turned hype into 3 - > outcome. 4 - > Today we'll talk about what happens when different 5 - > technologies converge, right? 6 - > We've been talking so much about AI that we are almost neglecting 7 - > things like cybersecurity and quantum and how they fit in.

8 - > So I'm super excited to welcome Joseph Ng on the show to talk 9 - > more about that. 10 - > Hey, Joseph. 11 - > Thank you so much for joining. 12 - > Joseph X Ng: Thank you for the invite.

13 - > I'm happy to be here. 14 - > It's very exciting times indeed. 15 - > Andreas Welsch: Oh yeah, for sure. 16 - > Joseph I was wondering if you can introduce yourself real 17 - > quick to the audience for those who might not know you yet.

18 - > Joseph X Ng: Oh, hello. 19 - > My name is Joseph Ng, and I am the chief strategy officer for 20 - > Gene Genius, and I recently published a book named The 21 - > Hybrid Mind: The Human-AI Convergence. 22 - > Andreas Welsch: So- That's exciting. 23 - > Yeah.

24 - > So- Yeah I know you're right at the center of where all of these 25 - > things come together. 26 - > We've obviously been connected over LinkedIn for a while. 27 - > We got to meet at the AI summit at the end of last year and said 28 - > we, we should definitely spend some more time talking about 29 - > what happens when all of these things converge. 30 - > Now obviously there is so much focus on the AI race in- I'm 31 - > wondering what are you seeing?

32 - > What's your take? 33 - > Is this really where companies should focus all of their 34 - > efforts these days? 35 - > Joseph X Ng: That's a great question. 36 - > When people talk about AI race, they usually frame it as a race 37 - > for bigger models, more GPUs, faster inference, or lower 38 - > costs.

39 - > That matters, but I do not think that should be where all the 40 - > resources should be concentrating. 41 - > These things will continue to evolve. 42 - > The more important question is whether an organization actually 43 - > knows how to operationalize intelligence inside the 44 - > business. 45 - > AI is moving from being a tool that analyzes information to 46 - > becoming a system that participates in those c- 47 - > decisions.

48 - > As that happens, the real challenge is no longer access to 49 - > AI, the challenge becomes architecture. 50 - > How do you govern the system? 51 - > How do you manage risk oversight and human authority when 52 - > intelligence is embedded directly into the workflows? 53 - > Andreas Welsch: Yeah.

54 - > Joseph X Ng: So if I was advising companies, do not spend 55 - > all your time chasing the AI race as if winning means having 56 - > the biggest models or most compute. 57 - > Spend your time in the architecture. 58 - > And then allows AI to operate responsibly and productively 59 - > inside your institution. 60 - > Andreas Welsch: I think that's a very sensible call, es- 61 - > especially these days when, one headline chases next There's a 62 - > new model that comes out almost every other week it seems, or at 63 - > least a new feature.

64 - > So making sure you, you actually get your foundation right. 65 - > And it's great because I think a lot of times we talk so much 66 - > about data as being a foundation, but I think if you 67 - > go one level above that it is indeed the architecture, the 68 - > orchestration, the guardrails, the guidelines the evaluation 69 - > and so on. 70 - > So good to hear that for sure. 71 - > But what does it mean from your perspective when AI participates 72 - > in these discussions like you said, or it participates in 73 - > decisions?

74 - > What does it mean? 75 - > How does it change the dynamic? 76 - > Joseph X Ng: Historically, AI sat outside the decision 77 - > process. 78 - > It generates insights, dashboards, predictions.

79 - > The human was still clearly in control of the final decision. 80 - > What's changing now is that the AI systems are actually starting 81 - > to act with- inside their workflow. 82 - > They are approving transactions, generating responses, even 83 - > triggering downstream actions across systems. 84 - > At that point, AI is no longer just supporting decisions, it is 85 - > part of the decision-making process itself.

86 - > You can no longer rely on traditional assumptions around 87 - > accountability. 88 - > You need to be able to answer very basic but critical 89 - > questions. 90 - > Why did a system make that decision? 91 - > What data did it use?

92 - > What rules did it apply? 93 - > And most importantly, if something goes wrong, who is 94 - > responsible? 95 - > I address this problem in my book The Hybrid Mind. 96 - > The idea is that when humans and AI systems are operating 97 - > together, they ne- need a structured way to manage that 98 - > interaction.

99 - > That is where concepts like OODA loop, observe, orient, decide, 100 - > act, and most importantly, feedback- is very key. 101 - > Andreas Welsch: Yeah. 102 - > Joseph X Ng: Yep. 103 - > Andreas Welsch: I think es- especially this part about, 104 - > observing and feedback, that's, that sounds like a huge 105 - > opportunity.

106 - > I was just talking to a former colleague of mine and we were 107 - > working on machine learning projects like almost 10 years 108 - > ago. 109 - > And one of the big challenges was whenever we had a 110 - > substantial amount of new data, say six months after a model 111 - > training, we would have to go back and retrain the model on, 112 - > on, on that new larger set of data. 113 - > And you would have to test, and you would have to see does it 114 - > still decide and act in, in ways that you had already previously 115 - > approved, or do you need to make changes again?

116 - > So to me this feedback loop, this a- almost constant learning 117 - > that's a real big benefit of looking at things like agents 118 - > that they can pick up information on the go or for the 119 - > next go around, basically. 120 - > So a lot of promise in, in my mind, a lot of opportunity to 121 - > cut down on this batch type learning when it's more 122 - > interactive and more on the go. 123 - > Yeah. 124 - > I see a lot of companies de- deploying these AI tools whether 125 - > it's,"Hey, we've given everybody Copilot and we're done.

126 - > That's our AI strategy," or,"We, we, we have this little feature, 127 - > I don't know in, in our travel and expense app and you can scan 128 - > your receipts and now we're all AI enabled." But I feel a lot of 129 - > times this type of mindset falls short of expectations of 130 - > delivering something bigger, more, more meaningful that 131 - > captures a lot more value than just giving somebody a tool and 132 - > expect them to work on that. 133 - > What are you seeing?

134 - > How do you feel organizations can evolve? 135 - > What are some of your... 136 - > the recommendations that you have there? 137 - > Joseph X Ng: Definitely.

138 - > This is a very key question. 139 - > What most companies are missing at this point is that they're 140 - > still treating AI as a tool deployment problem- When it's 141 - > really a decision systems redesign problem. 142 - > Right now, a lot of pro- organizations are adding AI in 143 - > very narrow ways. 144 - > They introduce a chatbot, a co-pilot, like you're saying- An 145 - > automation fe- feature, and they call it this, their AI strategy.

146 - > In reality, what they have done is a layer of intelligence on a 147 - > legacy operating model- without changing the architecture 148 - > underneath. 149 - > Andreas Welsch: Yeah. 150 - > Joseph X Ng: That works for small productivity gains, but it 151 - > does not hold once AI starts influencing judgment, routing 152 - > actions, or participating in decisions that have business and 153 - > regulatory and human consequences. 154 - > The gap is that most companies have not mapped these decisions 155 - > or action made independent of humans at this point.

156 - > Andreas Welsch: So- 157 - > Joseph X Ng: Which is the logic behind cognitive AI a- and 158 - > native architecture or CANA. 159 - > CANA is not about adding AI to the stack, it is about 160 - > restructuring the stack so intelligence, oversight, and 161 - > human authority are built into how the system operates from the 162 - > start. 163 - > Andreas Welsch: So question there, I know you've previously 164 - > worked in financial services for a large and well-known financial 165 - > services company.

166 - > I'm assuming there's already a muscle built o- over the years 167 - > from predictive analytics to machine learning, to generative 168 - > AI, to agentic AI. 169 - > And I see this a- across many different industries, that the 170 - > larger the organization, the longer they've been at this 171 - > problem and have been working with this kind of technology, 172 - > the more it becomes second nature and the next evolution of 173 - > technology changes a few things, but not fundamentally what the 174 - > organization is.

175 - > But I also see smaller organizations struggling with 176 - > this, right? 177 - > When you talk about architecture it's not that easy for a 178 - > mid-sized bank, for example or mid-sized in- insurance broker 179 - > to do that heavy lifting of thinking about what does our 180 - > architecture look like. 181 - > What do you recommend there? 182 - > What can companies and leaders do that's practical when they 183 - > don't have a large centers of excellence or dozens or hundreds 184 - > of people working on this, but two or three?

185 - > Joseph X Ng: So what I would do or recommend for these 186 - > organizations that are small in scale is to first do a audit of 187 - > their current systems and their s- systems in general, and then 188 - > see where those breaking points would be. 189 - > Yeah. 190 - > And then how we can integrate AI into the mix. 191 - > It's not a full redesign.

192 - > It's more modular in essence. 193 - > Andreas Welsch: So that, that also means reducing your risk a 194 - > little and being able to show something more quickly and make 195 - > progress and continue making progress as you go. 196 - > Joseph X Ng: Exactly. 197 - > And this is what I call phased approach.

198 - > Whenever we're doing large projects, we break it down into 199 - > certain phases. 200 - > Yeah. 201 - > And es- especially creating some objectives and within there- To 202 - > accomplish s- goals, right? 203 - > So yeah.

204 - > I think this is the best approach to a small 205 - > organization. 206 - > Andreas Welsch: Thank you. 207 - > Thanks for sharing. 208 - > That's great.

209 - > Maybe you're seeing this next thing too, right? 210 - > A lot of times I feel that I see this kind of low quality output 211 - > or work slop in my inbox. 212 - > "Hey, can you take a look at this? 213 - > I created a first draft.

214 - > What do you think?" And you start reading and you're like, 215 - > "Yeah, I don't know. 216 - > It's not bad, but it's also not good. 217 - > It's not very authentic.

218 - > It misses details. 219 - > It misses depth. 220 - > It misses teeth." That's one of the big challenges I see and 221 - > that I hear from former colleagues as, as well in, in 222 - > corporate who say,"Hey, I get all of this stuff and it reads 223 - > like somebody just pulled this out of Copilot or ChatGPT."

And 224 - > to me it feels where seven years ago, five years ago, even before 225 - > ChatGPT we're talking so much about business processes about 226 - > business functions and their productivity, changing processes 227 - > with AI. 228 - > Now we're in some ways a step back talking about personal 229 - > productivity, like you said. 230 - > But what are some of the other mistakes maybe or other 231 - > challenges that you see that companies are running into when 232 - > they just roll out an AI tool, a gen AI tool, maybe now agentic 233 - > AI tool?

234 - > What else are they missing? 235 - > Joseph X Ng: One of probably the biggest mistake that 236 - > organizations are making right now is they're scaling 237 - > capability much faster than they are scaling control. 238 - > There's a lot of pressure to adopt AI quickly, deploy models, 239 - > launch features, automate workflows. 240 - > A- and everything on the surface looks like it's progress.

241 - > Systems become more capable, and organizations feel like they're 242 - > moving forward. 243 - > But underneath that, many of the systems are being deployed 244 - > without a clear understanding of how they behave- how they are 245 - > exposed, and how they can be influenced. 246 - > So what you end up with is a huge gap that increases risk, 247 - > and that risk compounds very quickly. 248 - > Andreas Welsch: I think that's an important point, right?

249 - > A lot of times we think about this being additive, but it's 250 - > actually more exponential. 251 - > Thinking about agents or multiple agents in a system. 252 - > It's not risk plus risk, but plus risk, but times, right? 253 - > When each part in the chain be- becomes a failure point or it 254 - > becomes a breaking point.

255 - > Joseph X Ng: Exactly. 256 - > Andreas Welsch: Yeah. 257 - > So there's specifically it's not just again, a- about rolling out 258 - > tools. 259 - > It's about understanding what does that risk mean.

260 - > And it's funny you say we're rolling out capability faster 261 - > than governance. 262 - > I'm thinking in, political terms. 263 - > If I look at the US, if I look at Europe if I look at Asia on a 264 - > larger scale we're seeing how this can play out, right? 265 - > Being more liberal with innovation in trying to be first 266 - > to market or in, in that AI race on a on a global scale competing 267 - > others in the EU taking a much more deliberate a- approach and 268 - > starting with regulation first.

269 - > Say,"How can we protect our citizens? 270 - > How can we protect the data? 271 - > How can we uphold our values?" And I'm seeing this, to your 272 - > point on a smaller scale in businesses too.

273 - > But certainly when AI labs push out innovation weekly some even 274 - > daily it seems and you're still thinking in quarterly roadmaps 275 - > or in, half-year planning cycles. 276 - > I'm sure your executives are asking,"So what are you doing? 277 - > How come we're not shipping as, as fast?" So it's definitely a 278 - > challenge for sure.

279 - > But a- along with that there, there are risks beyond the high 280 - > level what if something fails if you introduce AI, if you 281 - > introduce agentic AI. 282 - > What are some of those that, that you typically see, and what 283 - > do you advise companies and leaders on addressing them? 284 - > Joseph X Ng: Risks in AI is very interesting because there's a 285 - > new technology that's coming around the corner, right? 286 - > Quantum changes the conversation because it is no longer a 287 - > incremental improvement in computing.

288 - > It fundamentally expands what computationally is possible. 289 - > With classical systems, there's entire categories of problems 290 - > that are simply out of reach right now because of the how 291 - > long it would take. 292 - > Quantum computing changes that. 293 - > It opens the doors to solving highly complex optimization 294 - > problems, simulate mo- molecular interactions at a level of 295 - > precision we have never, ever seen before.

296 - > Andreas Welsch: Yeah. 297 - > Joseph X Ng: And advancing probabilistic modeling in ways 298 - > that could reshape industries like healthcare, science- And 299 - > finance. 300 - > The biggest concern for me is the cryptography. 301 - > Today, most of our digital infrastructure relies on 302 - > encryption methods that are secure, but because they are 303 - > computationally difficult to break- and it takes many years 304 - > in order for it to be possible.

305 - > Quantum computing changes that assumption, and the issue is not 306 - > just future risk, it's actually now. 307 - > There's a concept called harvest now, decrypt later- where 308 - > sensitive data is being collected today with the 309 - > expectation that it could be decrypted once computing powers 310 - > like quantum matures. 311 - > The real question is whether we are building the governance, 312 - > security, and infrastructure to handle what technology becomes 313 - > possible when it does arrive.

314 - > Yeah. 315 - > Andreas Welsch: So I'm part of a of a global network of chief 316 - > architects and recently this topic has been moving more to 317 - > the forefront as well to say, "Hey, what are we actually doing 318 - > to a- address this and what can we do proactively?" Because we 319 - > see the writing on the wall as, as soon as quantum is out there 320 - > and it's commercially viable and usable, there is a high risk 321 - > that our current cryptography methods are out the window 322 - > there.

323 - > They're useless or in- ineffective. 324 - > And I think that's one of the key risks I'm not seeing enough 325 - > people talk about yet because we're so focused on,"Hey AI 326 - > productivity," and summarizing meeting minutes and all that 327 - > good stuff. 328 - > But when this quantum leap is really next, what are some of 329 - > the, again, things organizations can do right now? 330 - > How can you harden your security and what can you actually do to 331 - > prevent some of the harm that is likely going to come in the 332 - > future?

333 - > Joseph X Ng: And you're totally right, Andreas. 334 - > Most organizations are still asking which model to use or 335 - > which to deploy, right? 336 - > Those are downstream questions. 337 - > The real risk of, o- of the systems is what we're talking 338 - > about quantum, right?

339 - > The first step to map is to map out the decision systems that we 340 - > have, not just the workflows. 341 - > Leaders need to understand where decisions are made, where AI can 342 - > advise or well advise or act. 343 - > Yeah. 344 - > Okay?

345 - > The second a- is architecture. 346 - > This future is not a single model layered onto a legacy 347 - > system, but it is a actual orchestration environment of 348 - > models, agents, data, and humans. 349 - > If the architecture is not designed for that, governance 350 - > will always lag behind capability. 351 - > And finally, Third is the governance layer, right?

352 - > It has to be embedded into the execution. 353 - > It cannot live in a policy somewhere in your network that 354 - > no one l- reviews for a few years, and then finally someone, 355 - > something or some event happens, and then you have to pull it up 356 - > in the middle of the night, right? 357 - > Andreas Welsch: Yeah. 358 - > Joseph X Ng: It needs to exist inside the system through chase 359 - > ability, access control, and clear human authority over 360 - > critical decisions.

361 - > And the role of the leadership is not just to adopt AI, but is 362 - > to build an institution that can operate both intelligence 363 - > responsibly, visibly, and at scale. 364 - > Andreas Welsch: I think that's a key point. 365 - > Thinking back roughly 25 years I remember in cybersecurity there, 366 - > there were these rainbow tables. 367 - > Basically, what are the passwords or common passwords 368 - > and how can you guess them or through brute force get in.

369 - > We've moved on to more complex passwords, right? 370 - > Should be at least, I know, 16, 32 characters special 371 - > characters, uppercase, lowercase, numbers and whatnot. 372 - > Now we're talking about pass keys, but even that, like with 373 - > this kind of technology doesn't stand a chance. 374 - > So to your point it takes a multilayered approach.

375 - > In, in, in some ways I feel people are still going to be the 376 - > weakest link in your technology strategy, let alone now being 377 - > technology or technology even being weaker than it used to be. 378 - > But the other part that I think is more more hopeful, I would 379 - > say, or more, more promising more, more positive in, in, in 380 - > that sense is you say, hey, quantum computing you can find 381 - > new molecules, you can do a lot of other things. 382 - > So let's talk about that very briefly too.

383 - > Aside from cracking cryptography, what are some of 384 - > the good things that you can actually use the technology for? 385 - > Joseph X Ng: There's many possibilities within quantum 386 - > that can be very positive and very impactful, right? 387 - > I think in terms of quantum, there's a lot of opportunities 388 - > in genomics. 389 - > So within GeneGenius we will be excited to explore that 390 - > capability once it's available.

391 - > And how do we map genomes or the human genomes, right? 392 - > And then provide capability of discovery on drugs, and then the 393 - > n- next enhancement of drug capabilities to solve some of 394 - > humans' or society's most rare diseases. 395 - > Andreas Welsch: That sounds that sounds very promising and like a 396 - > like a great cause for sure, right? 397 - > Now you've also talked a bit about your book The Hybrid Mind.

398 - > In it you, you also talk about what that organization looks 399 - > like that fuses machines or AI and humans to-together, or where 400 - > they collaborate. 401 - > When I say fuse I don't know, it doesn't sound quite right, but 402 - > where they work effectively together. 403 - > Let's maybe go with this one. 404 - > What does that organization look like?

405 - > Joseph X Ng: W- what led me to write The Hybrid Mind was not 406 - > just a single moment, but a pattern I kept seeing within the 407 - > industry, academia, and also the real world, right? 408 - > In enterprise environments, especially in regulated sectors 409 - > like banking, I saw how decisions are actually made. 410 - > As AI entered those environments, it became clear 411 - > that the technology was advancing much faster than the 412 - > systems designed to govern it.

413 - > At the same time, in academia there was a gap. 414 - > Conversations were focused on models and performance, but not 415 - > on what happens when AI is embedded into real 416 - > decision-making systems and who is accountable. 417 - > Through the, a work in AI governance and platforms like 418 - > GeneGenius that we just talked about, I saw the shift 419 - > firsthand, where the challenge is no longer just building 420 - > something that works, it is building something that can be 421 - > trusted, audited, and aligned with human responsibility.

422 - > The book is an attempt to formalize that shift and 423 - > bringing together concepts like governance first design into 424 - > something organizations can actually apply. 425 - > At its core, it is about how institutions need to evolve when 426 - > intelligence is no longer outside the system, but is 427 - > enclosed and operating within. 428 - > Andreas Welsch: Yeah. 429 - > Awesome.

430 - > So folks, for you in, in, in the audience, definitely recommend 431 - > pick up Joseph's book, The Hybrid Mind, to learn more about 432 - > how to facilitate that change and prepare for what's next. 433 - > Now Joseph, we're getting close to the end of the show, and I 434 - > was wondering if you can summarize the key three 435 - > takeaways for our audience today. 436 - > We've covered a lot of ground but what are the three things 437 - > that folks should take away from our conversation today?

438 - > Joseph X Ng: All right. 439 - > AI is moving from a tool that analyzes information to a system 440 - > that participates in decisions. 441 - > Once that happens, the focus is no longer just capability, it 442 - > becomes control, accountability, and design. 443 - > The AI race is not about where differentiation will come from.

444 - > It will come from who can build the systems that govern how 445 - > intelligence operates inside organizations. 446 - > On the security side, the attack surface has changed. 447 - > Systems do not need to be broken into. 448 - > In the traditional sense, they can be influenced through normal 449 - > transactions and interactions, which means governance and 450 - > security must be embedded directly into the architecture.

451 - > Andreas Welsch: Yeah. 452 - > Joseph X Ng: Quantum reinforces the same point. 453 - > Every leap in compute increases both opportunity and risk. 454 - > The more powerful these systems become, the less tolerance there 455 - > is for weak infrastructure and delayed preparation.

456 - > For leaders, the shift is clear. 457 - > This is no longer about adopting AI tools. 458 - > It is about redesigning how decisions are made, how systems 459 - > are structured, and how responsibility is maintained 460 - > when intelligence is shared between humans and machines. 461 - > That is what the hybrid mind is all about.

462 - > It is a blueprint for operating in a world where intelligence is 463 - > distributed, automation is s- consequential, and governance 464 - > must be built into the system from the start. 465 - > Andreas Welsch: Awesome. 466 - > Thank you. 467 - > Yeah.

468 - > Thank you so much for sharing, Joseph. 469 - > It was a pleasure having you on. 470 - > Thanks for sharing your expertise with us. 471 - > Always great talking to you.

472 - > And yeah, thanks for joining. 473 - > Joseph X Ng: Oh, thank you so much. 474 - > It was a fun, fun discussion, and very critical timing too.

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