Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Organizations are rapidly integrating AI into everyday business operations. Teams are using Microsoft Copilot and Gemini to summarize meetings, developers are accelerating software delivery with coding copilots and customer service teams are deploying AI-powered chatbots to improve response times. While these initiatives are viewed through the lens of productivity and innovation, they are also reshaping organizations’ identity environments in ways that frequently go unnoticed.

The main difference between AI governance and AI compliance is that AI governance is the internal framework an organization develops to manage AI responsibly, while AI compliance is how organizations demonstrate to external regulators that they’re adhering to applicable laws and regulations. These two terms get used interchangeably, but they solve different problems. With compliance alone, an organization can satisfy regulators without meaningfully controlling how its AI behaves.

Managed Security Service Providers (MSSPs) operate across a broad, complex attack surface, simultaneously managing privileged access to multiple client environments while maintaining the security of their own infrastructure. This dual responsibility makes MSSPs valuable targets for attackers who understand that compromising just one MSSP can grant them entry into every client network the provider manages.

Quantum computers capable of breaking today’s encryption may still be years away, but France’s National Cybersecurity Agency (ANSSI) believes organisations shouldn’t wait to prepare. At the France Quantum Conference on June 16, 2026, ANSSI announced new milestones for the adoption of Post-Quantum Cryptography (PQC). ANSSI recommends that organisations prioritise purchasing quantum-safe security products by 2030. The most important message, however, isn’t about 2030.

Managed service providers have never had more influence over their customers’ security outcomes. Every day, MSPs make decisions that affect how organizations authenticate users, secure privileged access, recover from ransomware, manage sensitive data and defend against the latest cyber threats. Their managed companies continue to rely on those decisions as they generally lack the internal resources to evaluate them. That trust creates tremendous value. And it also creates heightened accountability.

Keeper protects over 95,000 organizations, which includes many Fortune 500 enterprises and public sector agencies. The company is quickly emerging as the market standard for AI-native identity security for enterprises globally with its leading zero-trust and zero-knowledge identity security platform.

Security teams are under constant pressure to move faster without giving up control, but in many organizations, access requests, approvals and credential workflows still live outside secure systems. They happen in chat messages, ticket comments or manual processes in tools like Slack, Teams, Jira or ServiceNow, increasing risk, reducing visibility and slowing response times.

KeeperDB is a secure, multi-protocol database client built on Keeper’s zero-knowledge platform. Available as both a free standalone desktop application and a privileged session component of KeeperPAM, KeeperDB combines a database query engine, vault-managed credentials, real-time performance monitoring and an AI-powered database assistant in a unified interface. Continue reading to learn more about how KeeperDB works, its key features and the benefits of using it to help secure database access.

For Managed Security Service Providers (MSSPs), managing cybersecurity programs across multiple client environments can be a daunting task. Context-switching between isolated client accounts, enforcing access policies at scale and ensuring that no vulnerability in one environment affects another demonstrates the ongoing challenges of multi-tenant security.

Although customer password vaults were not affected, LastPass confirmed that customer information was exposed when cybercriminals compromised a third-party market intelligence platform in June 2026. This is not the first time LastPass customers have had their information put at risk; LastPass’s major 2022 breach involved cybercriminals stealing backups of customer vault data.