Eleven Essential Findings from Skyhigh’s Q4 2015 Cloud Report

Our Latest Research Reveals Opportunities and Threats As Business-Critical Data Moves to the Cloud

By Cameron Coles, Sr. Product Marketing Manager, Skyhigh Networks

Cloud services are now an integral part of corporate life. Companies use, on average, 1,154 cloud services ranging from enterprise-ready services procured by the IT department such as Office 365 to far lesser known and riskier services such as FreakShare. It’s not uncommon for sensitive corporate data to make its way to the cloud, with 15.8% of documents in file sharing services containing some form of sensitive content.

Our latest Cloud Adoption & Risk Report (download a copy here) examines the cloud usage of over 23 million users at companies spanning all major industries worldwide. Across more than 16,000 cloud services, they generate in excess of 2 billion events each day including logins, uploads, edits, shares, deletes, etc. We’ve analyzed this activity and distilled some important facts about how companies are using the cloud today. Here are 11 of the most interesting findings from the report.

15.8% of files in the cloud contain sensitive data
The most common type of sensitive content found in the cloud is confidential data (e.g. financial records, business plans, source code, trading algorithms, etc.) with 7.6% of documents in file sharing services containing this data. Next, 4.3% of documents contain personally identifiable information, 2.3% contain payment data such as credit card numbers, and 1.6% contain protected health information. Sensitive data uploaded to the cloud, in and of itself, is not necessarily a bad thing, but we’ve found that data can be placed at risk if it’s misused internally or shared externally outside of policy.

1,156 files contain the word “password” in the filename
A common theme in recent data breaches is that cyber criminals use compromised passwords to execute attacks. In the Anthem breach, it’s been reported that passwords belonging to five IT employees were used to access sensitive patient data. While it’s recommended users store passwords in a safe place, such as a secure password vault, unencrypted Excel and Word documents uploaded to file sharing services are a poor place to store passwords.

1,753 Excel documents contain the word “salary” in the filename
Recent headline-making data breaches have also involved documents containing employee salaries, Social Security numbers, home addresses, and bank account numbers. Many of these files include the word “salary” or “salaries” in the filename, making it even easier for a cyber criminal to identify them. The average company has 6,097 files containing these keywords in the filename stored in cloud-based file sharing services, and 1,753 are Excel spreadsheets.

File sharing hit an all-time high this quarter
The percentage of files in cloud-based file sharing services that are shared hit an all-time high of 37.2% in Q3. Files can be shared with multiple users inside and outside the company. The most common type of collaboration is with internal users, with 71.6% of shared files shared with individual users within the company. Of shared files, 28.2% are shared with business partners, and 5.4% are visible to anyone with the link. Of the 37.2% of files shared, we’ve broken down who they are shared with here:

9.2% of files shared externally contain sensitive data
Of files in cloud-based file sharing services that are shared externally (with business partners, personal emails, or publicly on the web) 9.2% contain sensitive data, defined as confidential, personal, payment, or health data. While this number is lower than the overall average of all files that contain sensitive data (15.8%), which indicates that users are more selective with what they share externally, these sharing events can expose organizations to risk if data falls into the wrong hands.

File sharing services are a shadow code repo
Despite the popularity of code repositories such as GitHub and SourceForge, users also store files containing code in file sharing services and rely on these services to send large code files to other users. The most common programming languages found in file sharing services include JavaScript, Objective-C, and Python. The average organization has thousands of code-containing files stored in the cloud, and 14.8% of these files are shared externally.

Data is under siege by internal and external threats
Insider threats, which include both accidental and malicious high-risk user behaviors, occur at least once a month at 89.6% of companies, with the average company experiencing 9.3 incidents per month. On average, companies experience 2.8 privileged user threats per month, which include administrators accessing data they shouldn’t. And, organizations experience 5.1 incidents each month in which an unauthorized third party exploits stolen account credentials to gain access to corporate data stored in a cloud service. A breakdown of companies experiencing at least one insider threat, compromised account, and privileged user threat per month is shown here:

 

Cloud usage in Q3 grew 38.9% over the same period last year
Cloud usage continues to grow exponentially. The average company in Q3, 2015 used 1,154 cloud services, including 174 distinct collaboration services, 61 file sharing services, 57 development services, and 45 content sharing services. The average user actively uses 30 cloud services. On average, organizations upload 14.7 TB of data to the cloud each month, but only 8.1% of cloud services offer enterprise-ready security controls, which is lower than the 9.5% this time last year.

 

iOS has more apps in use per device, Android users upload more data
The average iOS device accesses 11.05 cloud services, compared with 9.96 for Android, and 6.82 for Windows Phone. Cloud usage on iOS is soaring, it’s now 88.1% higher than this same period last year. Across mobile platforms, cloud usage grew 62.9% in the last 12 months. However, users of Android devices upload over three times more data compared with the average iOS user.

Cloud usage is surging on Windows and stagnant on the Mac
On average, Windows desktop users use a greater variety of cloud services than users of any other platform. The average Windows device accesses 18.3 cloud services, an increase of 47.6% in the last 12 months. Today, Windows devices on average access 77.7% more cloud services than Mac devices.

 

Enterprise cloud services account for 72.9% of cloud usage
A common misconception among corporate IT departments is that the bulk of their cloud usage is made up of employees accessing consumer apps. However, we found the opposite is true. On average, 72.9% of the cloud services in use by a company are defined as enterprise cloud services and 71.8% of data uploaded to the cloud went to these services. Not all of these apps are approved, and companies can reduce their risk by migrating to enterprise-ready services. From a security standpoint, the top 20 enterprise cloud services are significantly more likely to have robust security controls than the average enterprise cloud service (85% vs 9.9%).

[Cloud Security Alliance Blog]

 

What Skills Do you Need? Skills Framework Provides Insight

SFIA, the Skills Framework for the Information Age, has become the globally accepted common language for skills in the digital world. It provides descriptions of skills and responsibilities for professionals in and around information and communications technology.

SFIA is used in nearly 200 countries and is growing fast. It enables individuals to easily assess current skills and levels, identify skill goals and plan professional development, and match skills to roles and jobs.

SFIA Version 6, released in 2015, contains 97 skills, each described at one or more of 7 levels of responsibility. To aid navigation, SFIA structures the skills into 6 categories, each with a number of sub-categories. It also describes 7 generic levels of responsibility, in terms of Autonomy, Influence, Complexity, and Business Skills.

One of the areas that has grown since the publication of V5, and is therefore reflected in V6, is the area of cybersecurity. SFIA V5 contained three core skills for security professionals: Information assurance, Information security and security administration. All of these were updated in V6, including adding a level 7 description for Information security and level 1 and 2 descriptions for Security administration.

SFIA V5 also contained 10 skills which specifically included the word ‘security.’ Investigation identified another 22 SFIA skills which were regularly used to describe the roles of security professionals and were needed for security capabilities, but didn’t include the word ‘security’ anywhere. Apart from demonstrating the limitations of using word search to identify relevant skills—which sadly many users resort to—it highlighted how much coverage SFIA already had for this area.

Security references were specifically added to Solution architecture, Systems development management, Programming/software development, and Testing.

Digital forensics (DGFS), and Penetration testing (PENT) were also added to the skills list in V6.

SFIA works well with the various cybersecurity frameworks and information security standards. However, it covers a much wider scope, defining skills needed across the complete digital information and communications technology landscape.

With regard to digital forensics, cybersecurity and information security, SFIA is being used to help quantify and close the skill/capability gaps, providing a consistent model for all (ICT) professions.

It’s not just about determining the headcount gap regarding the number of cybersecurity professionals, but it assists in understandinghow organisations can build their own cybersecurity capability.

By understanding the unique skills required, organisations can determine if the gaps are in knowledge, role design and/or professional skills. It helps determine who needs upskilling, which roles may require a redesign, and identifying relevant training, mentoring, knowledge transfer and other development activities.

Of course, security is just one of the many ICT elements covered in SFIA. Organisations and governments around the world use SFIA in a multitude of different ways, from defining role profiles and job descriptions to recruitment and procurement. SFIA is also utilized in talent and skills management to quickly identify an individual’s skills, the skills they may be lacking, and recommendations for further education and training.

Note: Matthew Burrows is speaking on this topic at ISACA’s EuroCACS conference in Cophenhagen this month. Learn more about the conference.

Matthew Burrows Managing Director,
BSMimpact
Matthew.burrows@bsmimpact.com

[ISACA Now Blog]

English
Exit mobile version