Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

How to Implement Zero Trust: Your 2026 Playbook

Your environment probably already looks like this. Active Directory on-prem, a couple of cloud accounts, SaaS apps the business adopted faster than security could review them, remote laptops, service accounts nobody wants to touch, and a SIEM full of logs that don't yet add up to control. That's where most first Zero Trust projects begin.

The Future of Secure Remote Access Starts with Zero Trust

For years, VPNs have been the standard for securing remote access. But today's hybrid work environments, cloud applications, and evolving cyber threats have exposed the limitations of a security model built on implicit trust. Once a user authenticates through a traditional VPN, they often gain broad access to the corporate network. If those credentials are compromised, attackers can move laterally, access sensitive resources, and escalate an attack. Zero Trust takes a different approach.

Falcon Secure Access Sets the Standard for Zero Trust Browser Security

The browser has become the enterprise workspace. Employees, contractors, partners, and third parties use browsers to access SaaS applications, internal web apps, admin consoles, collaboration tools, and AI services from anywhere, often across a mix of managed, unmanaged, and personally owned devices. As they do, adversaries are increasingly targeting the browser session itself.

Zero Trust for AI Agents Starts After Login

Zero Trust was built to fix an older assumption: if you were inside the network, you were trusted. Then, Cloud, SaaS and remote work broke that, so security moved toward identity, device checks, MFA, least privilege, and continuous verification. But now, with agents, the messy bit starts after access. The agent reads a prompt, pulls context, chooses a tool, calls an API, and may trigger a workflow. The login tells you the agent is “trusted”.

Protegrity Browser Protector: Zero-Trust Data Security for Web Apps (MV3)

Are you struggling to extend data protection to modern web applications without the friction of custom SDKs? Zero-Trust architecture and AI governance are no longer optional—they are operational imperatives. The Protegrity Browser Protector is a Manifest V3 Chrome extension designed to solve the "last mile" of data security. It allows authorized users to protect, unprotect, and mask sensitive information (like SSNs, PII, and financial data) directly within any web browser—without modifying the underlying application code.

Zero Trust in SaaS Development: Architecting Multi-Tenant Systems for Compliance

In a multi-tenant SaaS environment, perimeter defense is a dangerous illusion. If a threat actor gets through the outer wall or a developer makes one routing mistake, every tenant's data is at risk. Application logic alone is not enough to separate tenant data. A single misconfigured query or a SQL injection attack can expose data that was never meant to be seen. In regulated industries like FinTech and Healthcare, that kind of exposure hurts your customers and triggers audits, fines, and investigations.

Ep. 62 - Zero Trust Breaks Against MCP: Why "Verified" No Longer Means Safe

Most enterprises assume their Zero Trust architecture covers their AI agents. It doesn't. Hosts Tova Dvorin and Adrian Culley break down why zero trust breaks against the Model Context Protocol (MCP)—and why "verified" no longer means "safe." They unpack trust decay, the WhatsApp and GitHub MCP exploits, rug-pull tool poisoning, CVE-2025-49596, and the rise of "zero standing trust," then close with three moves for CISOs this quarter: inventory your MCP estate, mandate authentication, and validate your controls.

CrowdStrike and Zscaler Bring Continuous Identity to Zero Trust Access

Modern adversaries are accelerating attacks across identities, endpoints, cloud environments, and SaaS applications, often moving faster than security teams can respond. Identity has become a primary attack vector as attackers leverage credential abuse to evade detection and expand their foothold. Stopping today’s threats requires visibility and context across every domain to accurately assess risk before adversaries can move laterally.

The New Perimeter in Retail: Turning ZTNA Visibility into App Innovation

Currys shares its ongoing implementation of zero trust network access (ZTNA) to embed true zero trust principles across the retailer’s application landscape. Full configuration will conclude next year, but the initial rollout for applications has already yielded positive results. Netskope provides deep insight into user behavior, identifying when users attempt to access unknown or unsanctioned applications.