Organisations face multiple challenges in today’s threat landscape. Specifically, the siloed nature of implemented technologies, a lack of overall visibility, and increasingly sophisticated targeted attacks are all potential vulnerabilities in the overall cyber resilience of organisations.
In 2014, US-based retailer Target learnt this the hard way, when malware led to the leak of millions of customers’ credit card details. It’s not that the breach wasn’t detected by the company, but that the alerts failed to prompt either an automatic response or even a manual response. The failure resulted in a huge knock in profits, and massive reputational damage. Could this happen locally? Absolutely. The malware here was described as “unsophisticated and uninteresting”, but it was their inability to respond that let Target down.
So, if Target, with all the resources of a huge US retailer, can fall victim, how can a South African company expect to avoid the same fate? A quick audit of your organisational preparedness can help identify pitfalls, and an integrated and multi-layered approach will help you plug them.
A patchwork of solutions: Companies are dealing with dozens of individual niche security vendors offering single point solutions. Often these operate in functional silos with no intelligence-sharing, preventing infrastructure-wide visibility for real-time detection of threats. This fragmented environment leads to gaps in protection and poor visibility, which drives up the time and manual processes needed to move from discovery to remediation.
Speed of response: There is a concept in emergency medicine of the 'golden hour'. The probability of surviving improves if a patient is treated within the first hour. The equivalent applies to security. Losses can be dramatically reduced with faster, precise detection and automated remediation. In 60% of cases, attackers can compromise an organisation within minutes (2015 Verizon DBIR), and 75% of attacks spread from 'patient zero' within 24 hours (Gartner, May 2015: Best Practices for Detecting and Mitigating Advanced Persistent Threats). In order to defend against this, organisations must minimise the time between network penetration and threat containment and remediation.
Skills shortage: Overwhelmed security practitioners are struggling in the face of exponentially growing threat complexity, with over 400,000 new malicious programs identified every day. Plus, people who offer the magic combination of skills (including environment knowledge, depth of technical expertise, and knowledge of business priorities) are hard to find, hire and retain. In fact, 66% of organisations in a recent SANS Institute survey said that skills and people shortages were the top impediment to incident response.
Protect: Comprehensive prevention lets users be more productive while blocking the most pervasive attacks and disrupting never-before-seen techniques and payloads. With the right tools, we can reduce security fragmentation, automate operational tasks, and enhance capabilities to combat attacks more effectively with less effort. A hybrid, integrated system brings together a dynamic endpoint of anti-malware, data protection and web security controls with virtualised data centre security infrastructure and centralised management.
Detect: Since no single analysis or intelligence source can detect sophisticated attacks, advanced monitoring and tiered analysis works to identify anomalous behaviour, catching low-threshold attacks that would otherwise go unnoticed. Ultimately this helps us detect, contain and resolve more issues with far less damage. Better insight produces higher confidence in less time. We can also integrate data and tools so they collaborate in real time for faster investigation of and response to events.
Correct: Facilitated triage and response lets teams prioritise threats, assisting speedy investigation and remediation for both endpoint and the cloud. A broad visibility and integrated management environment can facilitate self-learning – to keep evolving the threat defence lifecycle for higher effectiveness. Cloud-first management simplifies the environment, while making it easier to enhance protections and policies.
We are heading towards a ubiquity of connected devices – an estimated 200 billion by 2020, according to forecasting by Intel. With that saturation, a piecemeal approach to security will become overwhelmingly resource-heavy. By automating aspects of your security implementation, and sharing real-time data across security implementations, you can free up your skilled people to deal with the real high level threats.
