Blogs on IT Support and Cybersecurity for Small Business

Among Canadian businesses hit by cyber security incidents in 2023, 31% faced attacks involving identity theft, an eleven percentage point jump in only two years. That single trend is why multi-factor authentication for Langley small businesses now outperforms almost everything else on the security invoice.

The Gap Your Current Stack Was Never Built to Cover

Walk through the security spending of a typical 30-person firm and the list is familiar. Antivirus on every machine. A firewall at the edge.

Spam filtering on the mail server. Perhaps endpoint monitoring, added after a scare or an insurance questionnaire.

Each product does a legitimate job, and none of them is built to stop someone who signs in with a correct username and password.

That distinction matters more than most owners realize. A stolen credential triggers no malware alert, because no malware is involved anywhere in the sequence. The session looks ordinary from the inside, and by the time anyone notices, the intruder has been reading email for days.

How the Password Gets Out in the First Place

Attackers reach those credentials without much effort. Passwords leak in breaches at unrelated services, then get replayed against business accounts in bulk until something opens. The Canadian Centre for Cyber Security calls this credential stuffing, and it works whenever an employee has reused a password across two sites.

Notice what the attacker never had to do. No firewall was defeated, no software vulnerability was exploited, and no attachment was opened. Your perimeter behaved exactly as designed, and someone walked through the front door carrying a valid key.

What the Measured Evidence Shows

Security vendors make large claims, and very few of those claims arrive with published research attached. This particular control is the rare exception, which is worth pausing on before any purchase decision.

Microsoft studied account compromise across a large population of business accounts that were showing suspicious activity. The findings are unusually clear:

• Risk of account compromise fell by 99.22% across the population studied.
• Where credentials had already leaked, the risk still fell by 98.56%.
• Microsoft's own platform guidance puts the block rate above 99.2% of account compromise attacks.
• Dedicated authenticator apps outperformed text message codes, though both beat having no second factor at all.

No firewall, content filter, or endpoint agent publishes numbers anywhere in that range.

The Canadian Centre for Cyber Security arrives at the same conclusion from a different direction. Its baseline set contains 13 control categories written specifically for small and medium organizations, and it names four of them as the place to begin. Strong user authentication sits among those four, alongside patching, backups, and an incident response plan.

Where Langley Firms Sit in the National Picture

The Canadian numbers deserve a note about who they describe. Statistics Canada counts a small business as 10 to 49 employees and a medium one as 50 to 249. That band covers most of the professional services firms, contractors, and manufacturers operating around Langley and the wider Fraser Valley.

Roughly 170,000 small businesses fell inside that survey population. About 1 in 6 Canadian businesses reported being impacted by a cyber security incident during 2023, continuing a gradual decline from 21% in 2019.

That headline drop hides an uncomfortable detail. Scams and fraud remained the most common attack method at 50% of impacted businesses, and identity theft climbed faster than any other category. Overall incidents are down while the methods that target people and credentials are up.

Internal capacity moved the other way over the same period. Half of Canadian businesses reported having cyber security employees in 2023, down from 61% two years earlier, and 47% of those without such staff said they rely on consultants or contractors instead.

Two Accounts Deserve Your Attention First

Rolling out multi-factor authentication for Langley small businesses works best in deliberate stages. Switching it on everywhere in a single weekend tends to collapse under its own weight, and a stalled rollout protects nobody.

Business email comes first, without much room for debate. Password resets for nearly every other system land in that inbox, which quietly makes it the master key to everything else you own. An attacker holding email can redirect invoices, approve their own access requests, and reset credentials at leisure.

Moving On to Privileged Logins

Administrator accounts come second. These are the logins that create users, change permissions, and switch off logging, so compromising one turns a contained problem into an open-ended one.

The Cyber Centre also recommends that administrators maintain separate accounts for routine work and privileged tasks. Daily email and web browsing should never run under a login capable of rewriting your entire environment.

Remote access and finance systems belong in the third wave. Anything reachable from outside the office, and anything that can move money or client records, earns a second factor before the general staff rollout begins.

Picking a Second Factor Without the Jargon

Authentication factors fall into three plain categories, according to Cyber Centre guidance: something you know, something you have, and something you are. The whole idea is to require proof from more than one of those categories, so a stolen password on its own stops being enough.

Here is how the practical options compare for a small office:

• Authenticator app: a code or approval prompt on a phone, free with most business platforms, and the sensible default for the majority of teams.
• Hardware key: a physical device that plugs in or taps against a phone, the strongest of the group, and worth the cost for finance and administrator roles.
• Biometrics: a fingerprint or face scan, already built into most modern laptops and phones, and easily the least disruptive for staff.
• Text message codes: better than a password alone, but the weakest option on this list, and worth replacing wherever the platform supports something better.

Owners often assume the strongest available choice is the right choice everywhere. It rarely is, and forcing hardware keys on a reception desk usually buys resentment rather than security. The Cyber Centre notes that the best solution varies by organization, since staff still need to complete their work without constant friction.

The Gaps That Survive a Rollout

Plenty of businesses believe they have this handled, then discover on review that meaningful holes remain. Coverage tends to fail at the edges rather than in the middle.

Watch for these in particular:

• Shared logins for a reception desk, warehouse terminal, or social media account, where nobody owns the second factor.
• Individual users granted a permanent exemption during the original rollout and never revisited afterward.
• Contractors, bookkeepers, and external IT staff who hold access but sat outside the internal project.
• Older systems and legacy sign-in methods that quietly bypass the policy you thought applied everywhere.

Each of these represents a working credential that a second factor does not protect. Finding them takes an afternoon and a list of every account with access, which is a task most firms have never completed in full.

Why Rollouts Stall, and How to Keep Yours Moving

Technical setup is the easy part of this project. Most attempts at multi-factor authentication for Langley small businesses stall on human logistics rather than on configuration screens.

Someone leaves a phone at home on the morning of an important deadline. A long-tenured employee objects to installing a work application on a personal device. A prompt arrives at an awkward moment and gets dismissed without a thought.

Each of these is entirely predictable, and each has a straightforward answer if you plan for it before launch rather than during it.

• Write down the recovery process for a lost or replaced phone before the first user enrols.
• Keep spare hardware keys with whoever handles support, and replace any that get issued.
• Turn on number matching, so approval requires typing a displayed number rather than tapping yes.
• Enrol leadership first, so nobody reads the policy as a set of rules for everyone else.
• Show people where the setting lives, since it often sits buried under advanced menus.

Communication carries more weight here than any of the technical choices. Staff accept the extra step readily once they understand what it protects and how they get back in when something goes wrong.

Only 22% of Canadian businesses provided formal cyber security training to their non-technical employees in 2023. That gap explains a great deal about why sensible security projects meet resistance on the floor.

The Compliance Picture Running in the Background

Canadian privacy law reinforces all of this without naming a single product. PIPEDA requires that personal information be protected by safeguards appropriate to its sensitivity, which is a standard rather than a shopping list.

The Office of the Privacy Commissioner is explicit that the legislation prescribes no particular technology, and that organizations must keep pace as risks and tools evolve. For a firm holding client files, payroll records, or health information, an unprotected login has become difficult to defend as appropriate.

That same reasoning shows up in the insurance market. Cyber risk coverage among Canadian businesses reached 22% in 2023, up six percentage points from 2021.

Written cyber security policies, meanwhile, stayed flat at 26% across both survey years. Documentation lags adoption, which becomes a problem the moment anyone has to demonstrate what was in place and when.

Where This Leaves the Security Budget

Spending more is the instinctive response to feeling exposed, and the measured evidence points somewhere considerably cheaper. Multi-factor authentication for Langley small businesses costs very little, comes bundled with most business software already in use, and addresses the attack pattern that grew fastest in Canada's most recent national figures.

The Cyber Centre puts the trade-off plainly. Implementing this control can take significant cost and effort, and recovering from a compromise could cost more still.

None of that argues for tearing anything out. Firewalls, patching, and tested backups all continue to earn their place in the budget.

It argues instead for fixing the order of operations, and putting the highest-return control fully in place before adding one more product to the pile.

Sources:

• Statistics Canada, Impact of Cybercrime on Canadian Businesses, 2023 (Canadian Survey of Cyber Security and Cybercrime)
• Microsoft Research, How Effective Is Multifactor Authentication at Deterring Cyberattacks?
• Microsoft Learn, Plan for Mandatory Microsoft Entra Multifactor Authentication
• Canadian Centre for Cyber Security, Top Measures to Enhance Cyber Security for Small and Medium Organizations (ITSAP.10.035)
• Canadian Centre for Cyber Security, Secure Your Accounts and Devices With Multi-Factor Authentication (ITSAP.30.030)
• Office of the Privacy Commissioner of Canada, PIPEDA Fair Information Principle 7: Safeguards

Session hijacking and token theft hitting Langley businesses represents a serious and rising threat to small and medium-sized companies. Attackers no longer need your password or your multi-factor authentication code. They steal the digital proof that you already logged in, then walk straight into your accounts as if they were you.

Multi-factor authentication was supposed to be the answer to phishing. For nearly a decade, security teams treated it as the gold standard. Then attackers found a workaround that renders MFA useless for one critical window: after you have already authenticated.

What Session Tokens Are and Why Criminals Want Them

When you log into Microsoft 365, your bank, or your CRM, the application issues you a small piece of data called a session token. Think of it as a digital wristband at a concert. Once you have it, you can move around freely without showing your ID again. Your browser stores it. The application trusts it. Nobody asks you to log in again until it expires.

That convenience is what attackers exploit. If they steal your wristband, the application has no way to tell the difference between you and them. They’re inside, with no password prompt, no MFA challenge, and no alert.

Session hijacking and token theft hitting Langley businesses works because the underlying technology was never designed with this threat in mind. Bearer tokens were built for usability, not for a world where criminals run industrial-scale phishing kits and credential-stealing malware.

The Scale of the Problem

The numbers from the last twelve months should make every business owner stop and pay attention. This isn’t a niche threat affecting a handful of enterprises. It’s mainstream attacker behavior aimed at companies of every size.

• Identity-based attacks accounted for 60 percent of all Cisco Talos Incident Response cases in 2024, with attackers using valid credentials, session cookies, and API keys to gain access
• 84 percent of compromised accounts had MFA enabled, according to Obsidian Security's 2025 SaaS Security Threat Report
• 88 percent of basic web application attacks involved stolen credentials, according to the 2025 Verizon Data Breach Investigations Report
• Stolen credentials initiated 22 percent of all confirmed breaches, the single largest initial access vector in the 2025 Verizon Data Breach Investigations Report
• Financially motivated threat groups used valid accounts for initial access in 69 percent of ransomware attacks Cisco Talos responded to in 2024

These statistics share a common thread. MFA is being bypassed at scale, and small and medium-sized businesses are sitting in the middle of the target zone. Limited security budgets, fewer dedicated IT staff, and heavier reliance on cloud platforms like Microsoft 365 make smaller companies attractive targets for attackers who want easy wins.

How Criminals Steal Session Tokens

Token theft is not science fiction. It happens through a small number of well-understood techniques, and attackers have automated nearly all of them.

Adversary-in-the-Middle Phishing

A leading method involves a phishing kit acting as a transparent proxy between you and the real login page. You receive an email that looks legitimate, click the link, and land on what appears to be a Microsoft 365 sign-in screen. After you enter your username, password, and MFA code, the page passes everything to Microsoft in real time, completes the login, and then captures the session token Microsoft sends back. Both you and the attacker log in successfully. Microsoft's 2024 Digital Defense Report identified AiTM phishing and token theft as the attack categories most rapidly displacing traditional password-based attacks, even as Microsoft tracks over 600 million identity attack attempts every day across its customer base.

Infostealer Malware

Some criminals skip phishing entirely. They infect computers with infostealer malware that quietly scrapes saved passwords, browser cookies, and session tokens from every application running on the machine. According to the Huntress 2025 Cyber Threat Report, infostealers accounted for nearly 24 percent of all observed incidents in 2024, making them the single largest threat category Huntress tracked across its endpoint base. Once tokens are harvested, attackers can sell them on dark web marketplaces or use them directly to access company accounts.

Malicious Browser Extensions

A growing technique involves browser extensions that look harmless but read session tokens directly from browser storage. Users install them without reviewing the permissions, and the extension quietly exfiltrates tokens to an attacker-controlled server.

Why Multi-Factor Authentication Cannot Save You Alone

MFA still works. It still blocks the vast majority of credential-stuffing attempts and basic phishing. The problem is that MFA only protects the login event. Once you complete the login, the session token takes over. Anyone holding that token has full access, regardless of how strong your password is or how many factors you used to authenticate.

This is why security professionals now describe the threat as a post-authentication problem. The attack happens after the security controls fire. By the time the attacker uses the stolen token, every alert you would expect to see has already been silenced because, from the application's perspective, you successfully logged in.

Session hijacking and token theft hitting Langley businesses tends to look completely normal in logs until the damage shows up. A finance employee opens a fake invoice email and authenticates through what looks like a Microsoft login page. Three hours later, a wire transfer goes out to a fraudulent vendor. The login event passes every check because it was a legitimate login. Behind it, the session belonged to the attacker.

What Small and Medium Businesses Across Langley Can Do

Defending against session hijacking requires moving beyond password and MFA hygiene. Several specific controls have proven effective at either preventing token theft or detecting it before attackers can act on stolen sessions.

• Deploy phishing-resistant MFA using FIDO2 or passkeys, which bind authentication to specific devices and can’t be relayed through proxy phishing kits
• Enforce conditional access policies that check device compliance, location, and risk signals on every session, not just at login
• Shorten session lifetimes for sensitive applications so stolen tokens expire quickly and force re-authentication
• Monitor for impossible travel and concurrent session anomalies, where the same account appears active in two countries within minutes
• Run endpoint detection and response tools on every device that touches business data, including remote and personal devices used for work

A managed IT provider running a properly configured Microsoft 365 environment can implement these controls as part of a structured security program. The technical work is well-documented. What is missing in most small and medium businesses is someone with the time and expertise to do it.

The Role of Browser and Endpoint Security

Browsers are where session tokens live, which makes browser security and endpoint protection the front line of defense. Outdated browsers, unmanaged personal devices, and missing patch cycles create the openings attackers need.

A 2025 study of mid-to-large enterprises by cybersecurity firms Hadrian and Passguard found that 64 percent had at least one infostealer infection that resulted in stolen data appearing on the dark web over the prior five years, with an average of 4.5 such infections per organization during 2024. The 2025 Verizon Data Breach Investigations Report found that 46 percent of enterprise-linked devices found in infostealer credential logs were unmanaged machines holding both personal and business credentials. Every one of those infections represents tokens harvested from saved sessions.

Companies that allow employees to use personal laptops and phones for business email face the highest exposure. Without managed endpoint protection on those devices, your business has no visibility into what malware is running on them, what tokens are being scraped, or what credentials have already been stolen.

The Local Picture for Companies in the Fraser Valley

Session hijacking and token theft hitting Langley businesses is not a future threat. It’s happening right now, across every industry your company likely competes in. Legal firms, accounting practices, construction companies, and real estate offices that rely on Microsoft 365 and other cloud platforms all share the same fundamental vulnerability: an authenticated session that can be stolen. Most never know they have been hit until money moves, a client complains, or a ransomware note appears.

The companies that survive this wave are the ones treating identity as the new perimeter. Passwords were the old gate. MFA reinforced it. Session security is the gate behind the gate, and attackers are already past the first two.

Businesses still running with default Microsoft 365 conditional access settings, no phishing-resistant MFA, no endpoint detection on personal devices, and no behavioral monitoring on session activity face significant exposure. Understanding where those gaps exist is the first step toward closing them.

Treating Identity as the New Security Perimeter

Session security represents a fundamental shift in how businesses need to think about defense. For two decades, the security model assumed that strong authentication at the front door would keep attackers out. That model no longer reflects reality. Authentication is one moment in time. Sessions persist for hours or days, and that persistence is what attackers exploit.

Building defense around identity means assuming that any session token could be compromised and designing controls that catch abuse quickly. Continuous verification, short token lifetimes, device posture checks, and behavioral monitoring all serve the same purpose: limiting what an attacker can do with a stolen session before anyone notices.

The businesses making this shift are the ones least likely to wake up to a wire transfer fraud, a ransomware note, or a regulatory disclosure. Defending against the session hijacking and token theft hitting Langley businesses is well-understood work that a capable IT team can plan, prioritize, and execute methodically.

Sources:

• Cisco Talos 2024 Year in Review
• Obsidian Security 2025 SaaS Security Threat Report
• Microsoft Digital Defense Report (2024)
• Verizon 2025 Data Breach Investigations Report
• Huntress 2025 Cyber Threat Report
• Hadrian and Passguard Infostealer Research (2025)

Steal an employee's password and a hacker gets a piece of your business. Steal an admin password and they get everything. That distinction is why privileged access management for Greater Vancouver firms is the most important cybersecurity decision your business will make this year.

Most small and medium-sized businesses across the Lower Mainland have no idea who currently holds administrative rights, what those rights unlock, or how many of those accounts belong to people who left months ago. It’s the single most exploited weakness in modern cyberattacks, sitting inside your network right now.

What Privileged Access Means Inside Your Business

A privileged account is any login that can do more than a regular user can. Admin rights to your network, the ability to install software, access to your email tenant's master settings, control over your accounting platform, or the password to your firewall. Anyone holding one of these accounts can change configurations, create new users, disable security tools, or copy entire databases without leaving the obvious trail a normal user would.

In a small business, these accounts multiply quietly. The IT vendor needed admin rights to set up a server. Your office manager got elevated access to handle vendor portals. A former employee was made a domain admin to fix a one-time problem and never had it revoked. A contractor from two years ago still has VPN access nobody disabled.

Each is a key to your kingdom. And right now, you almost certainly have more keys floating around than you realize.

Why Attackers Target Privileged Accounts First

Cybercriminals are economically motivated, and stolen admin credentials are the highest-value target in every breach. The numbers from independent research aren’t subtle.

• According to the Verizon 2025 Data Breach Investigations Report, stolen credentials were the initial access vector in 22% of all breaches analyzed.
• 60% of all breaches involved a human element, including credential misuse and social engineering.
• Privilege misuse appeared in 12% of confirmed data breaches.

An attacker who steals a regular user's credentials gets a small piece of your business. An attacker who steals an admin's credentials gets all of it. This is the single threat that privileged access management for Greater Vancouver firms is built to neutralize.

The Privilege Creep Problem Hiding in Your Office

In every business operating longer than three years, a phenomenon called privilege creep takes hold. An employee starts in one role with specific permissions. They move to a different role and gain new ones. Nobody removes the old ones. Five years later, that person has accumulated access to systems they no longer need, often including admin rights granted for a single project that was never revoked.

Multiply this by every employee, contractor, and vendor your business has worked with over the past decade.

When permissions accumulate without review, the line between a regular employee and an inadvertent insider threat blurs. An employee who never intended harm becomes a high-value target the moment their credentials are stolen, because attackers inherit every right that account has accumulated.

The Three Faces of Privilege Creep

Privilege creep shows up in three predictable patterns inside small and medium-sized businesses across British Columbia.

• Role transitions without cleanup: Employees promoted or moved between departments keep old permissions while gaining new ones, creating accounts with excessive access.
• Project-based grants that never expire: Temporary admin rights given for a one-time project remain active years later because nobody scheduled the revocation.
• Shared admin accounts: Multiple staff use a single administrative login, making it impossible to know who did what or to revoke access when one person leaves.

Each pattern is a separate breach waiting to happen. Together, they describe the standard state of access in most Greater Vancouver businesses without formal privileged access management.

The Ghost Accounts You Forgot Existed

Every employee, contractor, vendor, and consultant who has ever logged into your systems left behind a digital footprint. How many are still active?

Verizon's 2025 DBIR research found that the median daily percentage of credential stuffing attempts against single sign-on providers reached 19% of all authentication attempts, with small businesses facing 12%. If even one dormant admin account has a reused password floating in a breach database, it can be exploited the moment an attacker decides your business is worth ten minutes of effort.

Stale admin access is a problem in every business. The difference is that small and medium-sized businesses rarely have anyone whose actual job is to find and close these accounts before someone else does.

What Privileged Access Management Does to Shut This Down

Privileged access management for Greater Vancouver firms is not one tool. It’s a discipline combining technology, policy, and ongoing review to answer four questions on a rolling basis. Who has elevated access? Why do they have it? When was it last verified? Is it being used appropriately?

Organizations applying just-in-time access, automated credential rotation, and centralized privilege management catch breach attempts faster and limit damage when one occurs. The IBM 2025 Cost of a Data Breach Report identifies credential-based attacks as among the costliest vectors organizations face.

Core Functions of a Real PAM Program

A meaningful program addresses several functions that small and medium-sized businesses rarely handle on their own.

• Discovery and inventory: Identifying every privileged account across your network, cloud services, applications, and devices, including service accounts and forgotten admin logins.
• Just-in-time access: Granting elevated permissions only when needed, for a defined window, and automatically revoking them when the task is complete.
• Session monitoring and logging: Recording what privileged users actually do during elevated sessions, so anomalies can be detected and audited.
• Credential vaulting: Storing privileged passwords in an encrypted vault that rotates them automatically and prevents them from being shared in spreadsheets or shared mailboxes.
• Multi-factor authentication on every privileged account: Treating MFA as non-negotiable for any login with elevated rights, regardless of how inconvenient it feels.

Most Greater Vancouver businesses have implemented none of these. A small minority have implemented one or two. Almost none have implemented all five as a coordinated program.

The Co-Managed IT Reality for Small and Medium Businesses

If your business has between five and one hundred employees, you can’t maintain a serious privileged access management program with internal staff alone. You don’t have a full-time identity engineer. Your IT person is busy keeping the office running. This is why privileged access management for Greater Vancouver firms is almost always delivered through a co-managed model.

The right managed services provider runs discovery on your environment, surfaces dormant and orphaned accounts, deploys MFA across every privileged login, implements just-in-time access for admin tasks, and puts session logging in place so you have a record of what privileged accounts are doing.

The IBM 2025 Cost of a Data Breach Report found that global breach costs declined 9% year over year, the first decline in five years, driven by faster breach containment powered by AI-driven defenses. Privileged access management is one of the highest-impact areas where this acceleration pays off, because privileged accounts are where attackers live longest before being detected.

What Greater Vancouver Firms Should Do This Quarter

You don’t need to solve everything at once. Start with concrete actions that move your business out of the highest-risk zone.

• Get an inventory: Demand a complete list of every account in your business with administrative rights, including in your email platform, your accounting system, your network equipment, your cloud services, and any line-of-business applications.
• Identify the dormant accounts: Go through that list and mark every account belonging to a former employee, finished contractor, or completed project. Disable them immediately.
• Enforce MFA on every remaining privileged account: No exceptions. Not for the owner, not for the IT vendor, not for the bookkeeper.
• Review who actually needs admin rights: For every active privileged account, ask whether the person needs that level of access for their current role. If not, downgrade to standard user rights.
• Establish a quarterly review: Privileged access is not a one-time cleanup. Schedule a formal review every ninety days and treat it as a board-level item.

Privileged access management for Greater Vancouver firms is not a technical detail to delegate downward. It’s a governance issue. Your business survives or fails on whether the right people have the right access to the right systems, and whether you can prove it.

The Cost of Doing Nothing

The most expensive position is the one most Greater Vancouver businesses currently occupy. Privileged accounts exist in numbers nobody has counted, held by people nobody has reviewed, protected by passwords nobody has rotated. The Verizon 2025 DBIR confirmed that ransomware appeared in 44% of breaches analyzed, with stolen credentials as the dominant initial access vector.

When that breach happens, the question your insurance provider, your customers, and your regulators will ask is the same. Who had access to this system, and how did they get it? If you can’t answer that with confidence today, you can’t answer it during a crisis either.

The keys to your kingdom are in too many hands. Getting them back into the right hands is not glamorous, and it’s not optional. It’s the single most leveraged cybersecurity decision available to a small or medium-sized business in the Lower Mainland right now.

Coleman Technologies works with Greater Vancouver firms to implement privileged access management as part of a fully managed IT department model. Predictable pricing, complete ownership, and 24/7/365 support that treats your access controls the way an attacker would: as the most valuable thing in your business.

Sources:

• Verizon 2025 Data Breach Investigations Report (full PDF): https://www.verizon.com/business/resources/T16f/reports/2025-dbir-data-breach-investigations-report.pdf. Verifies 22% stolen credentials initial access (p. 21), 60% human element (p. 20), 12% privilege misuse (cover graphic), and 44% ransomware (p. 10).
• Verizon 2025 DBIR Credential Stuffing Research: https://www.verizon.com/business/resources/articles/credential-stuffing-attacks-2025-dbir-research/. Verifies 19% median daily credential stuffing rate and 12% rate at small businesses.
• IBM 2025 Cost of a Data Breach Report (Think analysis): https://www.ibm.com/think/x-force/2025-cost-of-a-data-breach-navigating-ai. Verifies 9% global breach cost decline driven by AI-powered defenses.
• Verizon 2025 DBIR Press Release: https://www.verizon.com/about/news/2025-data-breach-investigations-report-emea. Supplementary verification of ransomware and third-party involvement figures.

The password isn’t nearly as secure as it used to be. Hackers have begun to take advantage of extremely powerful solutions designed to brute force their way into accounts by using software to rapidly guessing thousands of passwords per second, making it extraordinarily difficult to prepare yourself for them.

What’s the best way to guarantee that passwords aren’t going to be the downfall of your company? A great start is by taking a close look at password best practices and two-factor authentication.