Episode 58 of The Security Podcast of Silicon Valley aired on November 17, 2024, with Jon McLachlan and Sasha Sinkevich hosting. The guest was Jacob Berry, then the field CISO at Clumio, the company that backed up data in AWS for its customers. In its own words, Clumio “helps organizations simplify data protection in AWS” (LinkedIn). Jon introduced him with the title and a compliment.
“Jacob is the field CISO at Clumio. And you’ve got, you’re absolutely a security person.”
Jon McLachlan, at 0:21
The conversation was recorded in June 2024. The tape fits that date: Jacob mentions the RSA Conference among “the shows recently this year,” and the title he carries on the show, field CISO, is the one his LinkedIn gives him from February 2023 to August 2024 (LinkedIn). A lot changed in the five months before it aired. In August, Jacob became Clumio’s head of information security. On September 24, Commvault announced it would acquire Clumio, with the deal expected to close in early October (Commvault). By the time the episode went out, Jacob was the CISO at Jit.
This page is the rest of it: a section for each part of the conversation with the sources beside it, fifteen figures, twenty-one clips from the tape, the full transcript, and five tools: a quiz, a scorecard for whether a big customer will trust your startup with its data, a calculator for how many commits really need a human, a timeline from 1819 to 2026, and a to-do list.
A note before the sections. The $10 million transfer, the payroll in a money market account, the 10,000 employees against 200 and the 400 commits are Jacob’s examples, told to make a point, not audited figures. And where he talks about how regulators treat backups under the GDPR and the CCPA, we’ve put what the UK regulator and California’s regulations actually say beside him, because the answer to Jon’s question about the CCPA turned out to be written down.
A punk hacker in high school
Jon asked for the background, and Jacob offered the short version first: about 15 years in technology and security, starting in security operations, when the work looked different.
“I was a SOC guy when SOCs were a lot different than they were now.”
Jacob Berry, at 0:55
A security operations center is the team responsible for protecting an organization against threats, whether that’s an information security operations center defending against cyberattacks or a broader security division (Wikipedia). Jon asked what pulled him into security in the first place, and Jacob answered with a line that got a laugh and then a real point about who gets into the field.
“Well, you have to be a little bit crazy to be into security. You have to be insane to, really.”
Jacob Berry, at 2:06
“I think now you get a much different mix of personas, because the salaries skyrocketed so massively in the last five years.”
Jacob Berry, at 2:11
Then he went all the way back, because Jon asked for the full story. It starts with a group of friends in high school.
“So I started as a, what I describe affectionately as, like, a punk hacker in high school, right? Like, the people I hung out with were the technology people.”
Jacob Berry, at 2:40
What they broke was games, back when online games didn’t check what players sent them. Checking input is what’s called data validation, the routines that test data entering a system for correctness, meaningfulness and security (Wikipedia). Jacob was careful about the line they didn’t cross.
“We weren’t, like, breaking into some IoT device that was controlling the power grid, right?”
Jacob Berry, at 3:02
What he kept from those years was a way of looking at technology. Hacker culture, as Wikipedia puts it, is about the intellectual challenge of creatively overcoming the limits of software and hardware (Wikipedia), and Jacob’s version is close to that.
“But I developed this mentality, too, at that age, where everything was just kind of like a problem that could be solved, and, like, technology could inherently be used any way that you could figure out how to use it.”
Jacob Berry, at 3:18
There was no name for the field yet, at least not one a teenager would find. Jacob’s point is that the security that existed was written for network people.
“There was, all just, there was security, but it was security for mostly IT people, mostly network professionals.”
Jacob Berry, at 3:48
The bridge was a class. Other students at his high school had asked the electronics teacher to offer Cisco networking, and Jacob took it. Cisco Networking Academy, Cisco’s education program, started in California in 1997 (Wikipedia). It got him a job before he graduated, and his LinkedIn has him as a network engineer at WiValley, Inc. from June 2008, upgrading the core of the network to a Linux platform for billing and performance management (LinkedIn).
“And then I was able to get a job in that even before I was out of high school.”
Jacob Berry, at 4:22
He didn’t romanticize the group, either. They were outcasts, he said, and breaking things through a keyboard was their outlet.
Funded by the NSA
The next step came through a friend who was looking at Norwich University. Jacob described the program that drew him there.
“So the NSA has this program where they fund certain cybersecurity programs.”
Jacob Berry, at 4:59
“And when they first started this program, many years ago now, the idea was they could get some IT people to, like, take some math, some crypto, some other things, fund these programs, also do scholarships to get people into government service, and they would offer these scholarships in exchange.”
Jacob Berry, at 5:03
Norwich is a private university in Northfield, Vermont, founded in 1819. It’s the oldest of the six senior military colleges, and the Department of Defense recognizes it as the birthplace of ROTC (Wikipedia). Wikipedia’s article on the school lists, among its graduate programs, a National Security Agency-sponsored Center of Academic Excellence in Information Assurance Education (Wikipedia). The other five senior military colleges are Texas A&M, The Citadel, the University of North Georgia, the Virginia Military Institute and Virginia Tech (Wikipedia), which fits Jacob’s line about where these programs grew.
“I didn’t do the scholarship side of it, but that’s how these programs came to be at a lot of universities, was through government funding and government direction.”
Jacob Berry, at 5:17
His LinkedIn has the degree as computer security and information assurance, 2009 to 2013, with Upsilon Pi Epsilon, the Association for Computing Machinery chapter and the cyber security and forensics club alongside it (LinkedIn). Upsilon Pi Epsilon is the first honor society for the computing and information disciplines, founded at Texas A&M in 1967 (Wikipedia). He also worked through school, as he said on the show. From 2010 to 2013 he was lead system administrator at the university’s Center for Advanced Computing and Digital Forensics, running virtual classrooms and network attack and defense simulations (LinkedIn). In September 2011 he supported a security operations center at Combined Endeavor 2011, configuring SIEM and forensic intrusion detection products and handling wireless spectrum and rogue access point management (LinkedIn).
“So I didn’t even know about it as, like, a career path, but a friend had gone, saw the program.”
Jacob Berry, at 5:26
A SOC guy, then the field
After Norwich, the résumé runs through the places a security career used to start. He was a security operations center analyst at the Center for Internet Security from 2013 to 2014, in East Greenbush, New York (LinkedIn). CIS is a US nonprofit formed in October 2000 whose mission is to help people, businesses and governments protect themselves against pervasive cyber threats (Wikipedia). Then came four years of consulting.
“And then I focused on consulting for a while with Secureworks. That was interesting. I was on a team that’s large consulting for large enterprises that needed, like, staff aug, but plus.”
Jacob Berry, at 1:07
Staff augmentation is contracting for people with specific skills to work alongside a client’s own staff, under the client’s direction (Wikipedia). The “plus” was strategy. Jacob said he did much of the strategic development for initial security operations programs at larger organizations. Secureworks, where he was a consultant and then senior consultant in security operations and incident response from 2014 to 2018, was an American cybersecurity company with about 4,000 customers in more than 50 countries (Wikipedia). From there he went to Cybereason, the American cybersecurity company founded in 2012 (Wikipedia), as a principal incident response specialist in 2018, then manager of advisory services, then director of field engineering until January 2023 (LinkedIn).
The thread through all of it, by his own account, was a question most security vendors never ask.
“How do you not, if I can use the word pissed off, like, how do you not piss off security people when you’re building a company?”
Jacob Berry, at 1:41
“And that’s something a lot of people don’t inherently understand, is the type of personas and the type of individuals that get into security, because it’s, people get into it often because they care about it, not because they want to make money.”
Jacob Berry, at 1:48
A stumble more than an intentional
Sasha asked how Jacob came to be a field CISO. Jacob checked the question first, then answered it honestly.
“Is that correct? Is that, am I interpreting that question?”
Jacob Berry, at 6:05
“It was a stumble, more than, more than an intentional.”
Jacob Berry, at 6:10
The reason the job exists, in his telling, is a shortage. A chief information security officer is the senior executive responsible for the strategy and program that protect an organization’s information (Wikipedia). A field CISO is the one who carries that knowledge outside the building.
“There’s a shortage of people who both want to be in front of customers and talk to them and can inherently understand the security systems that you’re building.”
Jacob Berry, at 6:19
“Whether that’s, in our case at Clumio, it’s very heavily around product security. What are we building? How are we architecting? How are we detecting threats to secure the data that our customers are sending to us?”
Jacob Berry, at 6:27
Consulting had trained him for it. At Secureworks his role touched sales engineering, the hybrid of sales and engineering (Wikipedia), and at Cybereason the sales leaders kept asking him back.
“And a lot of the sales professionals and CROs that I worked with ended up really enjoying my participation in the field efforts and the ability to go and have conversations with customers about why you would make a decision and why you wouldn’t make a decision, or how do you build a security operations program.”
Jacob Berry, at 7:08
His LinkedIn shows the role growing at Clumio: field CISO from February 2023, field CISO and director of field engineering from September 2023 (LinkedIn).
A single vector
Sasha took the answer and widened it. The skill Jacob described, Sasha said, is the one the industry now asks of every security leader, because security always trades against something.
“Security is always a balance.”
Sasha Sinkevich, at 7:51
You can go all out on protection, Sasha said, but it comes at the expense of research and development. What the industry asks of a CISO is to hold all of it at once.
“You have to connect the compliance, you have to connect the business capacity, you have to connect the business direction, as well as engineering abilities and capacity, into a single vector that will drive the business in a secured and trusted manner.”
Sasha Sinkevich, at 8:14
Then Jon asked the obvious follow-up: so how do you strike that balance, Jacob?
I don’t think most people do
Jacob didn’t pretend.
“I don’t think most people do, to be frank.”
Jacob Berry, at 8:33
“And there’s a lot of, in our industry, of sort of saying that we do it well.”
Jacob Berry, at 8:39
Jon gave him room: nothing’s ever perfect. Jacob’s answer started with a word security people tend to avoid.
“And there’s a little bit of politics in that as well, because inherently, security and privacy is political.”
Jacob Berry, at 8:55
Sasha added the idea that has a name.
“There’s also the notion of political capital in security.”
Sasha Sinkevich, at 9:03
“You have a line of credit, you get to use it. And then it’s important not to max it out. It’s always a balance.”
Sasha Sinkevich, at 9:07
Political capital is a metaphor for the influence built up through relationships, trust and goodwill, and it’s often described as a kind of credit that can be banked, spent, misspent, lost and saved (Wikipedia). Sasha’s version is the security leader’s: every “no” spends some of it.
Jacob’s own meaning of “political” was deeper. Privacy and security, he said, are social expectations, and societies set expectations through government.
“Like, our expectation of privacy, our expectation of security, is something that’s social-based. And you implement social standards through governing, right?”
Jacob Berry, at 9:19
“Like, security is more of a privacy game than anything else.”
Jacob Berry, at 9:40
Information privacy, also called data privacy or data protection, is defined on Wikipedia as the relationship between data, technology, the public expectation of privacy, and the legal and political issues around them (Wikipedia). That’s close to Jacob’s framing, and it set up the model he walked through next.
Three buckets of risk
Jacob sorts the risks a business manages into three buckets, and he called the answer long-winded before he gave it. The first is the one every executive already understands.
“So one’s an operational risk. Like, I might have some sort of downtime or revenue loss associated with a technology incident, and that could be through compromise, or something, remote code execution, whatever that could be.”
Jacob Berry, at 9:58
The second is what society expects about privacy, which he said “doesn’t really sell too much” but is selling more every year. His example was the way big consumer platforms now advertise privacy on podcasts. The third is legal and compliance, which he sees as the second bucket written into law.
“So this one, this bucket over here, is really, again, it’s a codification of societal expectations.”
Jacob Berry, at 11:33
“We’ve said, this is the minimum baseline that we as individuals think a business should maintain, or other individuals I share my information with should maintain. So we codify that into law.”
Jacob Berry, at 11:40
The trouble is that they speak different languages, and only one of them is the CEO’s.
“That’s the language of most CEOs, and most is, I produce a thing, I do a thing, I get paid for doing the thing, I want to maximize the profit on that.”
Jacob Berry, at 11:01
“But the confidentiality often doesn’t have too much operational impact. And CEOs are over here thinking about operational impact almost all the time.”
Jacob Berry, at 12:20
That’s the gap he thinks security keeps losing in, and he said so plainly. What the middle bucket buys is real, but it’s measured in things a spreadsheet doesn’t show.
“And that’s when I say I don’t think we succeed at that very well, because we don’t translate why societal impact will have operational benefits or revenue-based benefits.”
Jacob Berry, at 12:32
“And often it’s not tangible, because you’re measuring those things in brand equity. You’re measuring that in, I’ve built trust with my consumer base, or the customers, the people I want to do business with, and therefore that leads to a higher purchase rate.”
Jacob Berry, at 12:41
Brand equity is the worth of a brand in itself, the reason a well-known name can earn more simply from being recognized and trusted (Wikipedia). Jacob’s practical answer was to start from the other side.
“Like, what does the CEO care about? Why is the CFO going to spend money on this?”
Jacob Berry, at 13:06
Win-loss reports based on just the security
Jon brought it back to Clumio, where the trust question has a dollar sign on it.
“Well, with Clumio, it’s a B2B play, right? You’re selling to other businesses.”
Jon McLachlan, at 13:15
“So I bet, I mean, being a field CISO, you’re probably jumping on sales calls all the time. You’re representing the security posture of Clumio. So you could measure, you could have win-loss reports based on just the security.”
Jon McLachlan, at 13:21
Jacob cut in to agree.
“That’s the biggest driver for security here, impact on revenue.”
Jacob Berry, at 13:38
And Jon finished the thought: a field CISO hears, call after call, the one feature or compliance item a whole segment is waiting on, and can carry it back to the product managers and engineers.
“And it could be a whole slew of companies that are waiting for one feature or one compliance thingy or whatever.”
Jon McLachlan, at 13:59
Peel the onion back
Jacob’s answer to Jon was a warning about taking feature requests at face value. On the engineering side, every security feature built for one industry is a feature not built for another, so the first job is finding out what the customer is really asking for.
“Yeah, it takes a lot to sort of peel the onion back sometimes on those, like, feature requests.”
Jacob Berry, at 14:06
His example came from finance, and it’s one he said he uses all the time.
“A great example is, you’ll often hear, misconstrued in this type of industry, from finance, we want to keep our data in our accounts, right? We don’t want to transfer out to other third parties.”
Jacob Berry, at 14:30
The first answer you’ll hear is privacy or security. Jacob’s point is that data moves in and out of a bank all day, so that can’t be the whole reason. Underneath it is money moving on a schedule.
“But it’s more on the financial risk side of the business and responsibility over managing uptime, or managing, if you’re doing a, I use this example all the time, you’re doing, like, a $10 million transfer, and you miss that transfer.”
Jacob Berry, at 14:54
Payroll was his second example. A company’s payroll sits in a money market account, a deposit account that pays interest based on money market rates (Wikipedia), until payday, and then it moves. Miss one of those transfers and the penalties are large, and a vendor managing data the bank can’t see is a risk to exactly that schedule.
“So it’s, again, it goes back to an operational risk.”
Jacob Berry, at 15:40
So the feature isn’t really about keeping data in the bank’s account for privacy’s sake. It’s whatever lets the bank meet what it has promised in its own contracts, including the penalties it would pass through if a transaction is missed. That changes what you build.
“It goes really deep when you have to answer the question.”
Jacob Berry, at 15:56
“It’s a very murky world when you get into these vertical solutions.”
Jacob Berry, at 16:12
Healthcare, he said, is different because it’s regulated. Finance has a reputation for being regulated too, and he disagreed with it, at least on security.
“It’s not really, when it comes to security, which I’m opinionated on.”
Jacob Berry, at 16:21
Jon’s version was shorter.
“I mean, you get a bunch of tinfoil hat people in the financial space.”
Jon McLachlan, at 16:24
Jacob took it as a compliment, mostly. Banks have a lot at stake and the budget to chase every idea, and he counted himself among the tinfoil hats.
“They have the money to pay for them to have 100 quack ideas and one good one.”
Jacob Berry, at 16:32
“I have a bunch of quack ideas myself that aren’t things someone should go implement in a capitalist business.”
Jacob Berry, at 16:42
Integrity and availability
Sasha summed up the business, and asked Jacob for a correction if it was too simple.
“Given the line of business Clumio is engaged in, you help businesses to ensure that there’s always a backup of data.”
Sasha Sinkevich, at 16:49
It wasn’t. Jacob put Clumio’s focus on resiliency in AWS. A backup is a copy of data stored elsewhere so it can be restored after a loss (Wikipedia), and Amazon Web Services is the Amazon subsidiary that sells on-demand cloud computing, metered and pay-as-you-go (Wikipedia). Then Sasha asked the question the episode turns on.
“Would it be the integrity, availability of the data, or these two combined?”
Sasha Sinkevich, at 17:27
The CIA triad is shorthand for what information security protects: confidentiality, integrity and availability, whose balanced protection Wikipedia calls information security’s primary focus (Wikipedia). From the customer’s side, Jacob said, the answer is the last two.
“Yeah, so from an external-facing perspective, people purchase us because of integrity and availability.”
Jacob Berry, at 17:34
“And it’s a really interesting conversation with customers, because so much energy and time is spent on confidentiality.”
Jacob Berry, at 17:41
The reason availability gets overlooked, in his telling, is a model everyone in the cloud has learned.
“People inherently believe in the shared responsibility model in the cloud, that availability has been solved. And it’s like, infrastructure availability has been solved, not data availability.”
Jacob Berry, at 17:51
“You can still go and mess up as much as you want in your own account and impact your data availability.”
Jacob Berry, at 18:01
AWS’s own page draws the same line. It calls security and compliance “a shared responsibility between AWS and the customer,” and splits it into security of the cloud and security in the cloud (AWS). On the customer’s side of that line, AWS lists managing their data, including encryption options, and using IAM tools to apply the right permissions (AWS). The provider keeps the infrastructure up. A deleted table, a bad script or ransomware inside your own account is still yours to recover from.
It’s the inverse internally
Then Jacob switched hats, and the triad flipped. The problems Clumio solved for customers, he said, were about integrity and availability, and then:
“less so than confidentiality, it’s the inverse internally.”
Jacob Berry, at 18:13
When customers hand Clumio their data, they still care about availability, because the point of a backup is coming back online after an outage. That part, he said, is easy to answer with the way the product is built. What they grill a vendor on is the other letter.
“But they really care about confidentiality and how our security program manages confidentiality of the data they’re sending us.”
Jacob Berry, at 18:31
The way AWS works makes that harder, not easier. To back data up, a vendor needs access to it.
“There’s a bunch of weird things with the way AWS works on how we have to access data and work within those bounds, which means we get higher visibility and higher access rights to some types of data than people want, inherently, a vendor to have. And that makes them very uncomfortable.”
Jacob Berry, at 18:38
As good as a Fortune 500
The hardest version of the confidentiality question comes from the biggest customers.
“So we get a customer that’s absolutely massive that comes to us, and they expect our security program, as a startup, to be as good as a Fortune 500. And that’s really tough to do.”
Jacob Berry, at 19:03
The Fortune 500 is Fortune magazine’s annual ranking of the 500 largest US corporations by revenue, first published in 1955 (Wikipedia). Sasha finished the thought: to be on par with their internal standards. Jacob’s arithmetic for the gap was 10,000 employees on the customer’s side against 200 at Clumio, with a whole security team at the customer against a handful of people at the vendor.
“And so we have to really be conscious about how we’re doing system design and architecture, how we do key management, how we do credential management, and what it takes to access things within the company. We have to be extremely intentional in our design choices.”
Jacob Berry, at 19:32
The design choices are the multiplier. A small team can’t match a large one person for person, so the architecture has to do the work: fewer people who can reach data, keys that are managed rather than shared, and access that’s decided once in the design instead of every day by hand. Key management, for the record, is the whole life of a cryptographic key, from generation and exchange to storage, use, destruction and replacement (Wikipedia).
Transparency is the way I approach it
Sasha asked how a small vendor proves all that to a prospect, that it can handle their data as well as they can. Jacob’s answer was one word, and he was blunt about the paperwork.
“I say it’s transparency, is the way that I approach it.”
Jacob Berry, at 20:26
He listed the certificates Clumio had: SOC 2, ISO 27001, ISO 27701 for GDPR, PCI and HIPAA audits. ISO/IEC 27001 specifies the requirements for an information security management system (Wikipedia), and ISO/IEC 27701 is the standard for privacy information management systems, first published in 2019 as an extension to 27001 and 27002 (Wikipedia). Clumio’s site still lists SOC 2 Type II and ISO 27001 and 27701 under the product today (Clumio). Jacob’s view is that none of it is the real answer.
“Those are all great. If you’re a vendor that’s managing risk through those tools, you’re not getting the real answers, in my opinion.”
Jacob Berry, at 20:38
“And the customers who really care go, okay, great, you have ISO, but I want to actually understand what you’re doing and how you’re doing it, and I want to build a relationship with you.”
Jacob Berry, at 20:45
So he sits down with them. He walks through the architecture, where the data is stored and how, and how keys and rights are managed. The cloud makes that easier than it sounds, because the controls are written down as policies.
“So with identity and access management tools that AWS provides, that gives us actually a lot of ability to show our customers very transparently how that data is managed.”
Jacob Berry, at 21:11
“If it comes to it, which it has in some cases, we’ll share our screens and go through, here’s how we’re going to go and show all these policies, and here’s how we prevent developers from having access to this data, because they’re just pushing through a CI/CD pipeline.”
Jacob Berry, at 21:27
Identity and access management is the set of policies and technologies that make sure the right users have the right access (Wikipedia), and CI/CD is continuous integration with continuous delivery or deployment (Wikipedia). The pipeline he described is how developers ship without touching customer data.
“And those have five different checks, including human checks, including tooling, and all these other things. So they can’t inherently just push bad code, right?”
Jacob Berry, at 21:39
Insider threats and the second one
Jacob named his biggest risk, and declined to name the runner-up.
“Actually, I’m not going to mention, because it’s, I don’t want to give threat actors ideas on how to go and operate it.”
Jacob Berry, at 21:52
The first was insider threats, for an organization like Clumio. An insider threat comes from people inside an organization, employees, former employees, contractors or partners, who know its security practices, data and systems (Wikipedia). Then he did name a second one, supply chain, and said Clumio managed it through the way it handles developers. A supply chain attack goes after the less secure parts of an organization’s supply chain to reach it (Wikipedia).
“So if I think of those two as my biggest risks, those two are the ones that I want to have conversations with the customer, and how I’m handling them, because they agree, typically, that those are our biggest risks.”
Jacob Berry, at 22:04
Underneath both, he said, is a distinction that sounds pedantic until it isn’t.
“Technically, we’re really using some fundamental things around security controls, which is authorization and access. And how do you manage authorization versus access?”
Jacob Berry, at 22:15
Authorization is the function of specifying who has rights to which resources and deciding, request by request, whether a subject may use them (Wikipedia). Access is what someone can actually reach. The difference is where insiders and compromised pipelines live.
Automated provability
Proving all this by hand was, by Jacob’s account, the bottleneck in June 2024, and he said what he wanted next.
“And right now, this is the journey I want to take us on to as a startup, is going from, we manually prove that to customers today. How can I have automated provability in that?”
Jacob Berry, at 22:25
The scale made it pressing. Clumio built its infrastructure in a very segmented way, which meant thousands of AWS accounts.
“So automated provability, when you’re talking about hundreds, it’s actually thousands now, with our customer base, thousands of AWS accounts that we manage to build this infrastructure, because we’re doing things very segmented in our infrastructure.”
Jacob Berry, at 22:32
And the manual version costs sales time. Every review means calendars, a first pass with an engineering or DevOps team, a hand-off to the security team, and another meeting.
“How do I free up my sales team to be able to go and sell more? Because right now, security is almost a blocker to that, right?”
Jacob Berry, at 22:50
Critical friction points first
Sasha’s reply was about choosing what to automate, and it’s worth quoting nearly whole.
“The intelligent automation is very important. Why do I say intelligent? There are so many manual processes in the cybersecurity space today, but it’s important to identify what are the most critical friction points that potentially block sales, and how do you automate the most critical friction points first, because automation still involves manual work.”
Sasha Sinkevich, at 23:15
“But once you’ve done it, it will serve you well in the long term.”
Sasha Sinkevich, at 23:45
He manages in, I manage out
Jacob agreed, and said Clumio had placed its automation bets on the developer side first, CI/CD and product security, because that’s where a startup’s energy goes. He gave his reason for why startups guard that energy.
“Why do startups always go in stealth? Because that way they can innovate in the shadows and try to out-innovate other people in the marketplace.”
Jacob Berry, at 24:09
Stealth mode is a company’s temporary secrecy, often to keep competitors from learning about a product before launch (Wikipedia). Then he gave credit where it was due.
“So Glenn runs security internally. He’s the VP of InfoSec internally. So he manages in, I manage out.”
Jacob Berry, at 24:20
That’s Glenn Mulvaney, who joined Clumio in March 2019 as vice president of cloud operations and security and stayed through the Commvault handoff, and who came on this show himself in episode 72 after co-founding Traceforce (LinkedIn, episode 72). His team’s automation, as Jacob described it, is built so a small staff only hears about the exceptions.
“So that way, our smaller staff only get flagged when something goes wrong, only when a developer maybe goes and says, I’m going to commit this anyway to the code base, even though it had a flag on this code check, right?”
Jacob Berry, at 24:36
The alternative is reading everything, and his example number was 400 commits. SOAR, the security orchestration, automation and response tools he mentioned, collect alerts and drive standardized responses automatically (Wikipedia). But the other half of his answer was about where people should spend their time, which is before any code exists.
“But if you’re doing it with your product team, and before you go and have engineering start something, you can put it into the PRD, you’re going to get a lot better output.”
Jacob Berry, at 25:04
“So automation kind of downstream, and try to manage human efforts upchain, if that makes sense.”
Jacob Berry, at 25:12
A product requirements document says what a product should do, and generally leaves how to the designers and engineers (Wikipedia). Putting security into it is the cheapest review there is.
The calculator further down runs that math on your own commit volume.
Half the floor was developer security tools
Jacob closed that answer with an observation from the conference circuit, which also places the recording. At RSA and the other shows that year, he said, half the floor felt like it “was like developer security tools.”
The RSAC Conference, formerly the RSA Conference, started in 1991 as a small cryptography conference (Wikipedia). Jon agreed.
“Yeah, it was a lot. It’s a good show, though.”
Jon McLachlan, at 25:32
Bring your own key
Then Jon asked a question every enterprise buyer eventually asks: can the customer bring its own encryption key?
“do you get any asks for bring your own key, B-Y-O-K?”
Jon McLachlan, at 25:44
Bring your own key, or bring your own encryption, is a cloud model in which customers use their own encryption and manage their own keys (Wikipedia). Clumio supported it, Jacob said, with an AWS-shaped caveat: key management depends on the data source. His example was Amazon’s relational database service, in which AWS runs the patching, backups and point-in-time recovery (Wikipedia).
“AWS offers, typically, fundamentals, and then they offer, on top of fundamentals, when I say fundamentals, compute, storage, databases, networking, that’s fundamentals.”
Jacob Berry, at 26:09
“So each of those things all has different techniques for how you manage encryption keys in those, and what types of encryption they support, and how. And so there’s all this weird nuance.”
Jacob Berry, at 26:26
Press a button and redeploy
Jon’s next question was data residency, also called data sovereignty, the idea that data generated within a country’s borders is governed by that country’s laws (Wikipedia). Jacob called it somewhat challenging and somewhat not. The challenging part is that the laws keep changing. The rest, he said, is architecture.
“The good thing is, we are built in a modern application with a control plane and a full modern cloud stack, which really just means we can kind of press a button in our CI/CD pipeline and redeploy our stack to any other region.”
Jacob Berry, at 26:59
As long as AWS has a region in the country, he said, Clumio could push its code there with about a week of effort. Jon said what everyone was thinking.
“That automation, paying off right there.”
Jon McLachlan, at 27:23
“That’s the automation paying off.”
Jacob Berry, at 27:25
A loophole for backups
Then Jacob brought up something he called a loophole, and said Clumio was unusual in having it. The General Data Protection Regulation is the European Union’s regulation on information privacy, aimed at giving people control over their personal data (Wikipedia), and one of the rights it gives is to have data erased, often called the right to be forgotten (Wikipedia). Backups, Jacob said, are treated differently.
“We’re a backup vendor, and GDPR service requests, for our customers, you don’t have to service backups.”
Jacob Berry, at 27:36
The detail, he explained, isn’t spelled out in the regulation itself. Each enforcement body makes its own ruling, and he had a theory about how that goes.
“And most of them typically just cheat off of whoever says it first. So whatever the first guy says, the rest go and do.”
Jacob Berry, at 28:00
“If the data comes back into the production system again, so you restore, someone has to actually make a new service request to then have that data deleted again.”
Jacob Berry, at 28:17
His advice, for anyone sending erasure requests about themselves, was to keep a list and send them again in a year or so.
“You should make a list of everything that you make service requests against, and then go back and do it in another year or so.”
Jacob Berry, at 28:30
Here’s what one of those enforcement bodies actually wrote. The UK’s Information Commissioner’s Office says that when a valid erasure request comes in and no exemption applies, organizations have to “ensure erasure from backup systems as well as live systems” (ICO). It accepts that the data may stay in the backup until it’s overwritten, and says “the key issue is to put the backup data ‘beyond use’” in the meantime, while being clear with the person about what will happen (ICO). So the backup isn’t exempt so much as frozen, and a restore that brings the data back to life is exactly the risk Jacob described.
Sasha asked the practical question.
“How would you know that the backup was restored into production in the first place?”
Sasha Sinkevich, at 28:37
“You won’t, from an end user perspective.”
Jacob Berry, at 28:42
“You have to send that request every day for the rest of your life.”
Jon McLachlan, at 28:45
Sasha floated it as a startup idea, and Jacob said there are already services that manage data deletion requests.
Is that also the case for the CCPA?
Jon asked about California. The California Consumer Privacy Act was signed by Governor Jerry Brown on June 28, 2018, to strengthen privacy rights and consumer protection for California residents (Wikipedia). Jacob expected the same answer, without having seen a ruling.
“CCPA is typically similar. I haven’t seen, just could have missed it or haven’t looked, I haven’t seen any particular rulings from CCPA stating how you manage that, but they pretty much copy and paste, typically, off of GDPRs.”
Jacob Berry, at 29:03
His instinct was right, and California wrote it down. The CCPA regulations on requests to delete, section 7022 of title 11 of the California Code of Regulations, say that a business keeping personal information on archived or backup systems “may delay compliance with the consumer’s request to delete” for that data, until the system is restored to an active one or next accessed or used for a sale, disclosure or commercial purpose (Cornell LII). That’s Jacob’s restore rule, in regulation, from the other direction: the clock starts again when the backup comes back.
Snowflake people
Jon told Jacob that Clumio was lucky to have someone connecting the market, regulation, societal expectations and brand to the business, and that security sounded like part of the growth formula there. Jacob agreed, and credited the people at the top.
“Yeah, it’s 100%. It’s, fortunately, our CEO and investors all are Snowflake people, so all from the Snowflake world, and Snowflake had to deal with a lot of that in their growth structure.”
Jacob Berry, at 30:07
Snowflake is the cloud data platform company founded in San Mateo, California, which runs on AWS, Azure and Google Cloud (Wikipedia). The lesson Jacob drew from it applies to any company that stores customers’ data.
“And so, inherently, they understand that if you’re going to go and win a certain market segment, especially a larger enterprise, there’s things you have to do from a security perspective, because people aren’t going to give you their intellectual property unless you’re meeting a very high standard.”
Jacob Berry, at 30:20
“You either don’t understand it when you start that business, and you have to learn it real quick when you go to sign a customer and they say no, or you’ve already done it, and you’ve learned from the SaaS world that you have to do it, because you’re not going to sign customers up otherwise.”
Jacob Berry, at 30:40
Sasha made it general.
“Regardless of the service that company builds, you will likely handle data of your customers, either directly or indirectly, very likely directly. And data security is becoming a foundational component of doing the business.”
Sasha Sinkevich, at 30:55
I never say no to a customer
Jon asked for the best day Jacob had had at Clumio. Jacob checked who was listening first. Mostly startup founders and entrepreneurs, Jon said, and Jacob said they’d know the shape of it.
“So as a startup, okay. So there’s, the audience probably very much knows, startups are, you have really good days and you have really bad days.”
Jacob Berry, at 31:39
A former CEO of his, at another company, used to draw it as a jagged line that still heads up and to the right. The good days, for Jacob, are a particular kind of call: a customer the sales or customer success team expects to lose, over something security.
“And then I get on the call with them, and they just ask a very logical, very intelligent question about how we’re doing something.”
Jacob Berry, at 33:15
“I never say no to a customer in those cases, either. I’m going to go back and find a way to solve your problem, and then I’ll give you a realistic answer, if that’s a six-month or five-year problem.”
Jacob Berry, at 33:30
“I just don’t know if I have one engineer with one hour for the next five years to solve that, or do I get 20 engineers tomorrow to solve that problem.”
Jacob Berry, at 33:41
What turns those calls around, he said, is not the answer. It’s the listening.
“But when you sit down and you have an honest conversation, and you listen to what people have to say, and you ask why, and then you’re like, why does that matter to you?”
Jacob Berry, at 34:03
“That’s what people really want at the end of the day, isn’t it? It’s to be listened to and felt heard more than anything else.”
Jacob Berry, at 34:30
“They want to be heard.”
Jon McLachlan, at 34:35
Sometimes, he added, the customer finds out the thing they were worried about is already done. Sometimes they suggest something better, and he takes it back to build.
Which of you is the real Spider-Man?
Along the way Jacob had said something Sasha wanted to hear more about: that people are very mean to vendors, “even though everyone’s a vendor for someone.” Sasha asked why. Jacob had three reasons, and the first was ego.
“Everyone thinks their security program’s better than the next guys. Well, that can’t be the case, that everyone’s better than everyone.”
Jacob Berry, at 35:08
“Sometimes it’s just convenient.”
Sasha Sinkevich, at 35:13
“And I think it’s because a lot of intelligent people are in security, and it does build this, I get this and other people don’t, mentality.”
Jacob Berry, at 35:21
The second was money. A decade of investment in security startups, now shifting toward AI-branded ones, filled the market with salespeople who can’t go deep.
“Like, they’re there to try to just tell you they exist. Like, the noise volume, they’re there to raise the noise volume. And the noise volume is so high now, people are just frustrated with the industry overall.”
Jacob Berry, at 36:28
The third was the business itself.
“And then the third thing I think contributes, and this is a larger issue, is a lot of security people don’t feel heard in the industry, or don’t feel like the business cares about them, which I say all the time, the business doesn’t care about security, because often they don’t.”
Jacob Berry, at 36:38
“They care about, they don’t care about security, they care about the outcome you’re giving them, which is typically increased sales, again.”
Jacob Berry, at 36:51
Then he told a story with a meme in it, the one with two identical Spider-Men pointing at each other. Jacob had shared it during a third-party risk review.
“I shared that the other day when we were doing a third-party risk review, because it’s like, someone asked for all of our internal documentation on security, because, essentially, we don’t trust you.”
Jacob Berry, at 37:10
“That would be a treasure trove for someone who wants to break into us. And so, where are you storing that third-party risk data?”
Jacob Berry, at 37:30
The customer doesn’t trust the vendor, so it asks for everything. The vendor doesn’t trust the customer to hold everything safely. Both are right, which is the joke. His way out is the same one as before.
“And, typically, why I prefer Zoom calls to walk through security practices.”
Jacob Berry, at 37:38
Sasha gave the customer’s side its due. A new vendor on board raises the company’s risk profile, and the demands may just be an attempt to keep that risk small. But Sasha landed where Jacob did.
“So it all boils down to a conversation, human conversation.”
Sasha Sinkevich, at 38:38
“Human conversation, yeah, exactly. I agree.”
Jacob Berry, at 38:42
Would I?
Jon asked whether Jacob would go back in time to meet his younger self, and what he’d say. Jacob wanted the rules first.
“Would you, if we’re not getting to sci-fi time paradoxes?”
Jacob Berry, at 39:00
The joke answer, he said, is the one everyone online gives.
“The joke online always is, you go back in time, you’re like, put $10 into Bitcoin.”
Jacob Berry, at 39:09
Bitcoin, the first decentralized cryptocurrency, was described in a 2008 white paper and came into use in 2009 (Wikipedia). But his real answer was no.
“But no, I don’t think I’d actually go back in time, because a lot of the ways I feel like I’ve succeeded have been somewhat accidental, or even, at times, naive choices, or just, like, letting the, kind of just following the life path as it has come.”
Jacob Berry, at 39:28
“Like, would I go make the same silly choice that led to an accident that led to a happy outcome, with advice? Probably not.”
Jacob Berry, at 39:50
Jon said Jacob was the first guest to say he wouldn’t go back, and called him grounded for it.
Security data fabric, which is really ETL tools
Sasha, who knew from before the show that Jacob rides motorcycles, asked about the road ahead.
“What do you think the next successful security product will look like?”
Sasha Sinkevich, at 41:09
Jacob said he’d give a general answer, though he has ideas of his own, and started with the trait he values most in the people he sells to.
“Security people are very skeptical, and rightfully so. That’s part of what makes you a good security person. What makes you a great security person is that you can balance the skepticism with the realism.”
Jacob Berry, at 41:26
“And I don’t think Gen AI is going to solve security.”
Jacob Berry, at 41:42
He wasn’t dismissive of it. He said the technology is really cool, that it sucks at a ton of things, and that plenty of startups will fail because they think it can do things it can’t. Generative AI is the part of AI that generates text, images, code and other data from patterns in its training data (Wikipedia), and Jacob’s point was that it’s interesting mostly because it’s visible.
“Gen AI is just interesting to the masses because it’s a very tangible implementation of machine learning.”
Jacob Berry, at 42:00
The bigger opportunity, he said, is the machine learning underneath, which the industry has adopted unevenly. Machine learning is the study of algorithms that learn from data and generalize to new data (Wikipedia). His success story was the endpoint.
“Obviously, endpoint is a great success story, where we went from traditional antivirus to a machine-learning-driven, or next-generation, antivirus in the space.”
Jacob Berry, at 42:23
Wikipedia’s article on antivirus software describes the same shift, signature-less approaches including models based on machine learning, which the media and analysts came to call next-generation antivirus (Wikipedia). Everywhere else, he said, analysis is still done by hand, and the tools that were supposed to help often add to the noise. That’s where he sees the next products, and where he was blunt about a buzzword.
“And there’s been an emergence of smaller vendors over the last few years that get some buzzwords associated with them, like data fabric, right? Security data fabric, which is really ETL tools.”
Jacob Berry, at 43:10
Extract, transform, load is the three-step process of pulling data from sources, transforming it and loading it into a destination (Wikipedia). Jacob’s comparison was to science, where people with big data problems use machine learning heavily and then spend years processing what it finds.
“Go talk to someone doing some sort of scientific research in cancer or these other areas. They also have this big data problem, and they use machine learning massively.”
Jacob Berry, at 43:35
His advice on the hype was the most practical thing in the segment.
“And be skeptical on Gen AI products, but be intellectually curious on them, is my advice to people.”
Jacob Berry, at 44:23
“But don’t dismiss it outright. I think a lot of people are dismissing it outright.”
Jacob Berry, at 44:40
There is a pothole somewhere along the journey
Jon asked for final words, and Jacob went back to the journey.
“Just enjoy the journey in security. Don’t get caught up too much on the stress of the outcome that you’re going to drive every single day.”
Jacob Berry, at 45:11
“And I think the blood pressure level of the industry as a whole needs to come down, probably, a few points. Everything’s going to be okay out there.”
Jacob Berry, at 45:22
Not every decision, he said, is the end of the world or the end of privacy. Sasha finished the metaphor.
“I’ve never seen a perfect road. There is a pothole somewhere along the journey. I can promise you that. But as long as you look forward, that’s all that matters.”
Sasha Sinkevich, at 45:38
“Keep on riding. Definitely.”
Jacob Berry, at 45:50
After the tape
The five months between the recording and the release were the busiest part of this story. Jacob became Clumio’s head of information security in August 2024 (LinkedIn). On September 24, Commvault, the American publicly traded data protection and cybersecurity company (Wikipedia), announced it would buy Clumio in an asset acquisition expected to close in early October, and said the price wasn’t material to it (Commvault). Blocks and Files reported the price as $47 million, and put Clumio’s founding in 2017 and its funding at $262 million (Blocks and Files). In Commvault’s announcement, the customers it named for Clumio included Atlassian, Cox Automotive, Duolingo and LexisNexis (Commvault).
Jacob moved on in October 2024, to Jit, as CISO and technical go-to-market leader, until April 2026 (LinkedIn). Jit’s company page now says it was acquired by Torq (LinkedIn), and Torq announced the deal on May 19, 2026 (Torq). Since May 2026, Jacob has been a VP of security and trust (LinkedIn).
Glenn, the colleague who managed in while Jacob managed out, left after the handoff to co-found Traceforce, and sat down with Sasha and Jon for episode 72 (episode 72). Clumio itself carries on as Clumio by Commvault, with backup and recovery for AWS and Google Cloud, air-gapped and immutable storage, and Azure on the roadmap (Clumio). One of the standards on Jacob’s list changed too. In October 2025, ISO/IEC 27701 was revised into a stand-alone standard that can be certified on its own, rather than as an extension to ISO/IEC 27001 (Wikipedia).
The part of the conversation that aged best is the inverse itself. What a customer buys from you and what it asks you to prove are different questions, and the second one is about your own house. Answer it in the open, with the policies on the screen. Ask why a customer wants what it wants before you build it. Put the people at the start of the work and the automation at the end. And keep a written answer for the day someone asks what happens to their data in your backups.
Did you catch it? A six-question quiz
Six questions from the episode. Each answer links the moment in the transcript.
Quiz · six questions
Did you catch it?
Pick an answer for each. The explanation shows once you choose.
-
How did Jacob describe himself in high school?
- A script kiddie
- A network administrator
- A punk hacker
c. "what I describe affectionately as, like, a punk hacker in high school" Transcript, 2:43.
-
Which two parts of the CIA triad did Jacob say customers buy Clumio for?
- Integrity and availability
- Confidentiality and integrity
- Confidentiality alone
a. "Yeah, so from an external-facing perspective, people purchase us because of integrity and availability." Transcript, 17:34.
-
How does Jacob approach proving a startup's security to a big customer?
- More certificates
- Transparency
- Longer questionnaires
b. "I say it's transparency, is the way that I approach it." Transcript, 20:26.
-
How did Jacob split security work with Glenn, Clumio's VP of InfoSec?
- Glenn managed in, Jacob managed out
- Glenn ran compliance, Jacob ran engineering
- They split the customers by region
a. "So he manages in, I manage out." Transcript, 24:24.
-
What did Jacob say about GDPR erasure requests and a backup vendor's customers?
- Backups have to be wiped within 30 days
- The backup vendor must delete the data itself
- You don't have to service backups
c. "We're a backup vendor, and GDPR service requests, for our customers, you don't have to service backups." Transcript, 27:36.
-
What did Jacob say security data fabric really is?
- A new kind of firewall
- ETL tools
- Generative AI
b. "Security data fabric, which is really ETL tools." Transcript, 43:16.
Will a big customer trust you with its data?
Jacob’s test for a vendor was whether it could show, not just certify, how it protects a customer’s data. Eight questions on how close your company is, if you’re the startup on the other side of a big customer’s security review.
Scorecard · eight questions
Will a big customer trust you with its data?
Answer for how you work today. If two answers fit, pick the lower one.
-
Can you show a prospect, live, who and what can reach their data, from the access policies themselves?
- No, not with any confidence
- We describe it in a document
- Yes, we walk through the policies on a call
"So with identity and access management tools that AWS provides, that gives us actually a lot of ability to show our customers very transparently how that data is managed." See Transparency is the way I approach it.
-
Can a developer ship code that reaches customer data without passing checks?
- Yes, or we don't know
- There are automated checks, but no person and no alert on overrides
- Several checks, including a person, and an override alerts someone
"And those have five different checks, including human checks, including tooling, and all these other things." See Transparency is the way I approach it.
-
Do you know your two biggest risks, and can you explain to a customer how you handle each?
- No
- We know them, but haven't written the explanation
- Yes, and we walk customers through both
"So if I think of those two as my biggest risks, those two are the ones that I want to have conversations with the customer, and how I'm handling them" See Insider threats and the second one.
-
Is key management documented for each data store, and can customers bring their own key where the store allows it?
- No
- Documented, but no bring your own key
- Documented per store, with bring your own key where it's supported
"So each of those things all has different techniques for how you manage encryption keys in those, and what types of encryption they support, and how." See Bring your own key.
-
Do you have a written answer for erasure requests that touch your backups?
- No
- We delete the live data and don't mention backups
- Yes: live data deleted, backups put beyond use, and the request applied again on any restore
"If the data comes back into the production system again, so you restore, someone has to actually make a new service request to then have that data deleted again." See A loophole for backups.
-
If a customer needs its data kept in one country, how long would that take you?
- Months, or we couldn't
- Weeks of manual work
- About a week, from the pipeline
"That's the automation paying off." See Press a button and redeploy.
-
Does security review happen in the requirements document, before engineering starts?
- No
- Sometimes
- Always
"So automation kind of downstream, and try to manage human efforts upchain, if that makes sense." See He manages in, I manage out.
-
When a prospect asks for all of your internal security documentation, what happens?
- We send all of it
- We stall
- We offer a walkthrough and share what's safe to share
"That would be a treasure trove for someone who wants to break into us." See Which of you is the real Spider-Man?.
Trust rests on documents nobody can check, and the big reviews stall. Start by writing down who can reach customer data and why, and be ready to show the access policies on a call instead of sending binders.
The audits are there, but the hard questions still get answered by hand, one review at a time. Put a person on code overrides, document keys per data store, and write your backup erasure answer before someone asks.
You can show a customer how their data is handled and who can touch it. Keep the walkthrough current, move security into the requirements, and start automating the proof so sales isn't waiting on calendars.
How many commits need a human?
Jacob’s example was a list of 400 commits nobody can read, and a setup in which people only hear about the ones that matter. The calculator runs that arithmetic on your own numbers. He didn’t put a time period on the 400, so we’ve made it a week, and the other three defaults are examples. Put in your own.
Calculator
How many commits need a human?
Four numbers: commits a week, the share your checks flag, the share of flags developers override, and the minutes it takes a person to review one commit.
Reading all 400 commits a week would take about 67 hours. With checks flagging 10% and developers overriding 20% of those flags, about 8 commits reach a person, about 1.3 hours. That's 65 hours back each week, 98% of the review time.
The 400 is Jacob's example from the episode, and the rest are examples, not benchmarks. The point is the shape he described: automation reads everything downstream, a person sees the overrides, and the security review that matters most happens upchain, in the requirements document, before any of these commits exist.
From Norwich to Clumio and after
Everything on this page sits on one timeline, from the year Norwich University was founded to Clumio by Commvault today. Filter it by thread.
Timeline · 1819 to 2026
From Norwich to Clumio and after
Filter by thread. Dates are from the public record except where marked as part of this show.
- Norwich University
The school is founded as the American Literary, Scientific and Military Academy, the oldest of the six senior military colleges (Wikipedia, on this show).
- The first Fortune 500
Fortune publishes its first list of the largest US corporations by revenue (Wikipedia, on this show).
- RSA Conference
It starts as a small cryptography conference (Wikipedia, on this show).
- HIPAA
President Bill Clinton signs the health information law behind one of the audits Jacob listed (Wikipedia, on this show).
- Cisco Networking Academy
Cisco's education program starts in California (Wikipedia, on this show).
- Center for Internet Security
The nonprofit is formed (Wikipedia, on this show).
- Amazon S3
AWS launches its object storage in the United States (Wikipedia, on this show).
- Network engineer
Jacob joins WiValley, Inc., before he's out of high school by his account (LinkedIn, on this show).
- Norwich
He starts a degree in computer security and information assurance, through 2013 (LinkedIn, on this show).
- Combined Endeavor 2011
He supports a security operations center with SIEM and forensic intrusion detection products (LinkedIn, on this show).
- Cybereason
The company is founded (Wikipedia, on this show).
- A SOC analyst
Jacob joins the security operations center at the Center for Internet Security (LinkedIn, on this show).
- Secureworks
Four years of security operations and incident response consulting (LinkedIn, on this show).
- Clumio is founded
Poojan Kumar, Woon Ho Jung and Kaustubh Patil start the company (Blocks and Files, on this show).
- The CCPA
Governor Jerry Brown signs the California Consumer Privacy Act (Wikipedia, on this show).
- Cybereason
Jacob joins as a principal incident response specialist, and leaves as director of field engineering in January 2023 (LinkedIn, on this show).
- Glenn Mulvaney
He joins Clumio as vice president of cloud operations and security (LinkedIn, on this show).
- ISO/IEC 27701
The privacy information management standard is published as an extension to 27001 and 27002 (Wikipedia, on this show).
- Field CISO
Jacob joins Clumio, and adds director of field engineering in September (LinkedIn, on this show).
- Deletion rules amended
California's regulation on requests to delete, which covers backups, is amended (Cornell LII, on this show).
- The recording
Jon and Sasha talk with Jacob, with the year's RSA Conference still recent by Jacob's account (on this show).
- Head of information security
Jacob takes over security at Clumio through October (LinkedIn, on this show).
- Commvault buys Clumio
The asset acquisition is expected to close in early October (Commvault, on this show).
- Jit
Jacob becomes CISO and technical go-to-market leader, until April 2026 (LinkedIn, on this show).
- Episode 58 airs
The episode goes out on Podbean, Spotify and Apple Podcasts (Podbean, on this show).
- Episode 72
Glenn and Xia Hua, both from Clumio, come on the show to talk about Traceforce (on this show).
- 27701 stands alone
ISO/IEC 27701 is revised into a stand-alone, separately certifiable standard (Wikipedia, on this show).
- VP of security and trust
Jacob takes a new role (LinkedIn, on this show).
- Torq acquires Jit
Torq announces the deal (Torq, on this show).
- Clumio by Commvault
Backup and recovery for AWS and Google Cloud, with Azure on the roadmap (Clumio, on this show).
What to do this week
Five things, in the order the episode suggests.
- Peel the onion on one request. Pick the security feature request your sales team hears most and ask why twice. Jacob’s bank example started as privacy and ended as a missed transfer and a contract penalty, and that’s a different feature.
- Make your access showable. Be ready to put your access policies and your pipeline’s checks on a screen in a call, and list your two biggest risks with how you handle each. The scorecard above covers the rest.
- Move people upchain. Put a security review in the requirements document before engineering starts, and let automation flag only the overrides. The calculator shows what that’s worth on your own commit volume.
- Write down your backup answer. For erasure requests, say what happens to live data and to backups, and what happens on a restore. The ICO’s “beyond use” and California’s rule on archived or backup systems are a good starting point.
- Get help with the parts you can’t staff. Our Sales Support team answers the security reviews and questionnaires big customers send, our Product Security team builds the pipeline checks and the architecture you’ll want to show, our vCISO Services can be the field CISO you don’t have yet, and you can book 15 minutes with us.