All businesses face a daily bombardment of email spam that consumes valuable IT staff
time as well as end-user productivity. In addition, email is an attack vector for many
types of security threats to businesses, including phishing, viruses, spyware, and
malicious URLs. Given that all businesses are experiencing the financial pressures of a
tightening world economy, coupled with the uncertainty of any near-term recovery, small
and medium-sized business (SMB) managers are searching for ways to cut costs while
continuing to maintain a consistent level of service and protection for their businesses.
Businesses are experiencing a dramatic increase in spam and email-based attacks. These assaults not only hurt employee productivity, they consume valuable IT staff time and infrastructure resources. These threats can also expose organizations to data leaks, compliance issues and legal risks.
Trend Micro's SaaS email security solution blocks spam, viruses, phishing, and other email threats before they touch your network, helping you reclaim IT staff time, end-user productivity, bandwidth, mail server storage and cpu capacity. Optional content filtering enforces compliance and helps prevent data leaks.
How do you measure security effectiveness? Conventional security solutions may appear to be holding back targeted malware attacks but this eBook shows you how to check the performance of your current infrastructure. Whether you are 'secure', 'infected' or 'recovering', you can benefit from a Threat Discovery Assessment.
Published By: Tripwire
Published Date: Nov 07, 2012
Properly configuring security parameters on servers, workstations and network infrastructure platforms has been a mandatory of best practices in information security. Read this white paper to learn how secure configurations can reduce overall attack.
Published By: Tripwire
Published Date: Nov 07, 2012
Cloud computing, virtualization and social networking have several things in common - they create new threat vectors that can leave companies vulnerable to new types of attacks. Read on to learn how to prevent new attacks by getting back to basics.
Published By: Tripwire
Published Date: Feb 08, 2013
Cyberwar fundamentally changes how government must handle security. Firewalls, intrusion detection systems and other security devices can stop the average hacker, but new threats use stealth techniques that these defenses cannot detect on their own.
Published By: Utimaco
Published Date: Aug 18, 2008
Data protection programs at most organizations are concerned with protecting sensitive data from external malicious attacks, relying on technical controls that include perimeter security, network/wireless surveillance and monitoring, application and point security management, and user awareness and education. In this paper, the different leakage points are mapped with regulations and best practices.
Recently, Kasperky Labs disclosed that it was the victim of a sophisticated cyber attack, which they have named Duqu 2.0. The team at Kaspersky Labs has published a detailed analysis of Duqu 2.0 and it’s definitely worth a read.
Recent research from Kaspersky has revealed a massive criminal campaign that was able to infiltrate more than 100 different banks and steal upwards of $1 billion from the affected institutions. Kaspersky dubbed this operation the Carbanak APT due to a connection between the malware used in the attacks and the now infamous Carberp banking botnet. You may recall the headlines in 2013 that revealed the Carberp source code had been leaked into the wild, making it accessible to virtually any would-be criminal group that may want it. The accessibility of Carberp source code could easily have provided a starting point for the Carbanak as they built their malware.
Organizations invest heavily to block advanced attacks, on both endpoints and networks. Despite all this investment, devices continue to be compromised in increasing numbers and high-profile breaches continue unabated. Something doesn’t add up. It comes down to psychology: security practitioners want to believe the latest shiny widget for preventing compromise will finally work and stop the pain.
Intrusion Detection Systems have ceased to live up to their name and have lost their ability to spot today’s sophisticated intrusions.
Consequently, cyber attackers are taking advantage of it by launching more evasive and strategic threats that spread rapidly within networks. And security teams are left without the proper tools or insight to identify intrusions that pose the biggest risk.
Covert communications are key enablers of cyber attacks that allow remote humans to patiently manage and direct their attacks undetected. Attackers choose these vehicles specifically for their ability to evade signatures, malware sandboxes and reputation lists.
To learn how Vectra empowers security teams to automatically pinpoint active cyber attacks as they’re happening, correlate threats with the hosts that are under attack, prioritize attacks that pose the greatest business risk, and quickly prevent or mitigate loss, register to get the white paper Detecting Covert Communications.
Published By: Veeam '18
Published Date: Dec 04, 2018
"Ransomware is top of mind for many organizations’ leaders as their organizations face the potentially disastrous aftermath of successful attacks.
ESG has surveyed IT leaders and organizations to find out how big of a problem ransomware is, what are the business consequences of downtime caused by these attacks, and which are some of the best practices and capabilities organizations need to apply to be protected.
According to the ESG research, nearly two-thirds of surveyed organizations across North America and Western Europe experienced a ransomware attack at some point last year, with 22% reporting weekly attacks. The attacks have helped make cybersecurity a target of IT investment, and spending is accelerating.
What’s needed to fend off this epidemic are best practices and tools to:
Prevent or at least mitigate attacks
Protect data and backup data
This technical case study addressing key and certificate security issues is designed for security conscious enterprises to understand real-life attack scenarios that threaten their businesses in today’s world. This white paper demonstrates a recent attack that used cryptographic keys and digital certificates as well as guidance on how to protect certificates and keys and quickly discover and remediate breaches. This paper should be read by more technical IT security staff who are interested in detailed attack methods and remediation tactics. The executive summary is intented for IT Security leaders (CISOs and their direct reports) and addresses the proof-of-concept attack impacts on the business.
The attack scenario described in this technical white paper is based on a reproduction of a real-world attack in a Raxis test environment that simulated an enterprise security infrastructure.
This technical case study addressing key and certificate security issues is designed for security conscious enterprises to understand real-life attack scenarios that threaten their businesses in today’s world. This white paper demonstrates a recent attack that used cryptographic keys and digital certificates as well as guidance on how to protect certificates and keys and quickly discover and remediate breaches. This paper should be read by more technical IT security sta? who are interested in detailed attack methods and remediation tactics. The executive summary is intended for IT Security leaders (CISOs and their direct reports) and addresses the proof-of-concept attack impacts on the business.
Gartner expects that by 2017, more than 50% of network attacks will use SSL/TLS. Yet most organizations lack the ability to decrypt and inspect SSL communications to detect threats. The ability to quickly decrypt and inspect SSL traffic in real time to detect threats is imperative. Download this Solution Brief: Eliminate Blind Spots in SSL Encrypted Traffic to learn how.
The rampant rise in cyberattacks and the growing concerns and regulations over data privacy are compelling the increased use of SSL/TLS. But managing even more SSL/TLS to protect data is challenging. See how you can safely expand and rely on SSL/TLS to achieve your data security and privacy goals.
The SANS 20 Critical Security Controls for Effective Cyber Defense offers a blueprint of prioritized guidance to reduce risk. New updates to the SANS 20 signify the growing need to secure digital certificates and cryptographic keys to preserve trusted communications for all of your critical systems and your organization’s interactions with customers and partners.
Too often cyberattacks on keys and certificates are successful because basic security controls are not present or not properly configured. Download the Solution Brief to learn how you can effectively build scalable controls and reduce risk:
• Manage the rapid growth in certificates
• Gain visibility into where keys and certificates are located
• Secure your certificates against cyberattacks
• Enforce automation of certificate issuance and renewal
Advanced Persistent Threat (APT) operators have proven they can breach enterprises like yours by undermining your critical security controls when you fail to protect digital certificates and cryptographic keys. Not securing all of your keys and certificates enables cybercriminals to bypass controls like threat detection, data protection, firewalls, VPNs, DLP, privileged access, and authentication systems that you expect will mitigate threats.
See how APT 18 conducted its proof-of-concept attack, learn how attackers bypassed critical security controls and find out how you can eliminate blind spots, reduce risk, and respond and remediate faster.