Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Ask any CTO if they pentest their web apps, APIs, or cloud infrastructure; the answer is almost always yes. But ask if they’ve ever pentested their Salesforce environment, and you’ll likely get a silent—or hesitant- “Doesn’t Salesforce security cover that?” Here’s the problem: Salesforce is not just a CRM. It’s an application stack, a data warehouse, and a workflow engine—all deeply integrated with your business operations.

If you ask a security team if they run pentests on their web applications or APIs, the answer is always a strong “Yes”. But if you ask if they pentested their Umbraco setup, you will get a more hesitant, “I thought Umbraco is secure by default”. Umbraco is a powerful CMS, but assuming it is secure by default is a mistake.

Every business that processes credit card transactions knows that security is important. But, when asked whether they actively test their systems for PCI DSS compliance, many often assume their payment processor has it covered. This assumption could later turn out to be costly. PCI DSS compliance doesn’t mean you outsource your payment processing to a secure provider but actually protect every endpoint where cardholder data is stored and processed.

The biggest risk to API security isn’t attackers—it’s how companies misunderstand APIs. They see them as engineering tools rather than business-critical contracts that connect systems, partners, and customers. Data leaks, fraud, and service disruptions aren’t just caused by bad code; they stem from APIs being built, deployed, and monetized without security as a priority. Worse, most companies don’t even know how many APIs they have, let alone what they expose.

APIs are business-critical assets, yet organizations overlook proper API security, relying on outdated tools built for web applications instead of modern API-driven ecosystems. The problem isn’t just bad coding practices but also API visibility, authentication gaps, and unchecked business logic flaws. API security requires dedicated and specific testing that understands how APIs are attacked; traditional scanners fail to keep up with that.

Most teams approach network penetration testing the same way: pick a few well-known tools, run automated scans, and call it a day. But in today’s evolving threat landscape, that is a losing strategy. Attackers do not just rely on off-the-shelf exploits but adapt, chain vulnerabilities, and find gaps that automated tools miss. CTOs and engineering leaders need to rethink their approach with respect to context, strategy, and how they integrate into your security workflow.

Imagine a bridge built without stress testing, where engineers only check for cracks after construction. When flaws inevitably appear, they scramble to patch weak spots until the subsequent failure forces another round of inspections. This is how most companies still approach pentesting: periodic assessments, reactive fixes, and security are treated as unwelcome checkpoints.

Most teams approach network penetration testing the same way: pick a few well-known tools, run automated scans, and call it a day. But in today’s evolving threat landscape, that is a losing strategy. Attackers do not just rely on off-the-shelf exploits but adapt, chain vulnerabilities, and find gaps that automated tools miss. CTOs and engineering leaders need to rethink their approach with respect to context, strategy, and how they integrate into your security workflow.