5 critical steps to achieve business resilience in cybersecurity
5 critical steps to achieve business resilience in cybersecurity
Publish Date: 2026-04-01 03:00:00
Source Domain: www.csoonline.com
What does it really take to keep your organization running when attackers strike? The answer is business resilience—being able to detect, contain, and recover fast enough that disruptions are minimized, customers stay confident, and operations keep moving.
From the latest 2026 State of the SOC Report, which is based on more than 900,000 alerts observed between March and December 2025 from the Adlumin Managed Detection and Response (MDR) provided by the N-able SOC, we’ve seen firsthand where security strategies succeed—and where they fall short.
Below, we break down five actionable ways to build true resilience for your IT environment, using real-world data, strategic guidance, and frameworks that leading IT teams put into practice today.
1. Stop trusting single-layer security
If you’re depending on just endpoint or cloud controls, you’re missing nearly half the risk surface—and the numbers prove it. In 2025, 18% of all alerts at the N-able SOC came from network and perimeter (Unified Threat Management) exploits that bypassed endpoint visibility. Over 137,000 threats were detected where endpoint-only controls would have been blind.
What we recommend:
Embrace layered, defense-in-depth designs. That means combining identity, endpoint, network, cloud, and perimeter visibility—not just bolting on tools. Relying on a “magic bullet” solution leaves dangerous gaps.
Looking for end-to-end coverage of your environment? Check out N-able Unified Security Solutions.
2. Transition from manual to automated response
SOC teams can’t keep up with the flood of alerts—N-able handled 2 alerts per minute on average in 2025. That’s why automation and Security Orchestration, Automation and Response (SOAR) saw a 500% YoY surge—almost one in four responses are now orchestrated automatically.
Pro tip for IT leaders:
Streamline workflows, so triage and containment happen at machine…