Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Cybersecurity has entered a new operating reality. Threats are scaling faster, attack chains are becoming more complex and AI is accelerating both their frequency and sophistication. For MSPs, this creates a structural challenge: clients expect enterprise-grade protection, but most service providers don’t have the internal resources to operate a 24/7 SOC at scale. That’s where MDR comes in. But not all MDR services actually solve the problem.

You picked a cloud provider, migrated your workloads, customized everything to fit their ecosystem, and now switching feels nearly impossible. That’s vendor lock-in, and it’s one of the biggest strategic risks facing IT teams today. Nearly all (94%) of IT leaders worry about it, pushing many organizations toward hybrid infrastructure.

Spam is unsolicited messages or other content that is sent to a high number of recipients in bulk via email. Many years ago, spam messages were nothing more than unwanted advertising content. Today, spam can pose a threat because it has become more than just an annoying piece of advertising. Spam senders use sophisticated techniques when sending email spam. They can attach spyware, malware or ransomware to messages, and use XSS injection or just links to viruses.

Amazon Web Services (AWS) is used by many users and organizations given its scalability, reliability, and other advantages. When migrating data to the AWS cloud, you should take into account certain features. By default, Amazon provides the web interface for managing the cloud environment and uploading/downloading files. However, using the web interface for regular uploading of high amounts of data may be inconvenient.

When organizations think about regulatory compliance, they typically focus on where production data lives. What they often miss is that every backup copy, every replicated snapshot, and every disaster recovery failover target carries the same legal weight as the original data. As governments tighten data sovereignty laws across the EU, APAC, and beyond, backup and disaster recovery infrastructure has become a compliance minefield — and most IT teams don't know they're standing in it.

For many businesses and MSPs, Synology is not just “a NAS box.” It is where shared files live, branch office data accumulates, backups land and teams expect fast local access to critical information. Synology itself positions its portfolio squarely around NAS and data protection for business use, and its Package Center supports both Synology-developed and third-party applications.

Operational Technology (OT) security safeguards the industrial systems, networks, and physical processes that power modern society. Unlike Information Technology (IT), which prioritizes data confidentiality, OT security focuses on the availability, reliability, and safety of physical operations, protecting the technology behind turbines, robotic arms, pumps, and pipeline valves.

Your backups survived a ransomware attack. Your team restored everything within hours. And three days later, the same malware is back, encrypting the same files, because nobody checked whether those backups were clean before putting them into production.

When it comes to recovery from backups, one of the core functionalities needed is recovering a file or files that may have been accidentally or intentionally deleted, corrupted by a system failure, or a possible ransomware infection. When it comes to file recovery, we want to be able to quickly and easily recover from a backup and have the flexibility to choose the restore points we need.

Hybrid cloud backup is a data protection strategy that combines both on-premises and cloud-based storage for backup data. This approach stands out from other backup strategies by including a cloud component to enhance redundancy, availability, resilience, and cost efficiency.