Don't worry your data is safe with us
1 Privacy - Information within our infrastructure and systems will only be accessible by authorized users.
2 Integrity - Data and information within our infrastructure cannot be tampered with by any unauthorized user.
3 Data Protection - Data within the systems cannot be harmed, deleted or destroyed.
4 Identification and Authentication - Ensures that any user of the system is who he claims to be and eliminates chances of impersonation.
5 Network Service Protection - Ensures that networking equipment is protected from malicious hacking attempts or attacks that threaten uptime
Our global datacenter partnerships are a result of a comprehensive Due diligence process. Security and stability are two of the most important variables in our due diligence process. All datacenters are equipped with surveillance cameras, biometric locks, authorization-based access policies, limited datacenter access, security personnel, and similar standard security equipment, processes and operations. What separates us however is the fact that our due diligence process also incorporates a measure of proactiveness demonstrated by the datacenter towards security. This is measured by evaluating past practices, customer case studies, and the amount of time the datacenter dedicates towards security research and study.
Our global infrastructure deployments incorporate DDOS mitigators, Intrusion Detection systems, and Firewalls both at the edge and the Rack level. Our deployments have weathered frequent hacking and DDOS attempts (sometimes as many as 3 in a single day) without any degradation.
Denial of Service is currently the top source of financial loss due to cybercrime. The goal of a Denial-of-Service attack is to disrupt your business activities by stopping the operation of your web site, email or web applications. This is achieved by attacking the servers or network that host these services and overloading the key resources such as bandwidth, CPU and memory. The typical motives behind such attacks are extortion, bragging rights, political statements, damaging competition etc. Virtually any organization that connects to the Internet is vulnerable to these attacks. The business impact of large sustained DoS attacks is colossal, as it would lead to lost profits, customer dissatisfaction, productivity loss etc due to inavailability or deterioration of service. A DoS attack in most cases would even land you with the largest bandwidth overage invoice that you have ever seen.
Our round-the-clock firewall protection system secures the perimeter and delivers the very best first line of defense. It uses highly adaptive and advanced inspection technology to safeguard your data, website, email and web applications by blocking unauthorized network access. It ensures controlled connectivity between the servers that store your data and the Internet through the enforcement of security policies devised by subject matter experts.
Our network intrusion detection, prevention and vulnerability management system provides rapid, accurate and comprehensive protection against targeted attacks, traffic anomalies, "unknown" worms, spyware/adware, network viruses, rogue applications and other zero-day exploits. It uses ultramodern high-performance network processors that carry out thousands of checks on each packet flow simultaneously with no perceivable increase in latency. As packets pass through our systems, they are fully scrutinized to determine whether they are legitimate or harmful. This method of instantaneous protection is the most effective mechanism of ensuring that harmful attacks do not reach their targets.
We have standardized on hardware vendors that have a track record of high security standards and quality support. Most of our infrastructure and datacenter partners use equipment from Cisco, Juniper, HP, Dell etc.
With the advent of tools that are able to bypass port blocking perimeter defense systems such as firewalls, it is now essential for enterprises to deploy Host-based Intrusion Detection System (HIDS) which focuses on monitoring and analyising the internals of a computing system. Our Host-based Intrusion Detection System assists in detecting and pinpointing changes to the system and configuration files - whether by accident, from malicious tampering, or external intrusion - using heuristic scanners, host log information, and by monitoring system activity. Rapid discovery of changes decreases risk of potential damage, and also reduces troubleshooting and recovery times, thus decreasing overall impact and improving security and system availability.
Our applications run on myriad systems with myriad server software. Operating Systems include various flavors of Linux, BSD, Windows. Server Software includes versions and flavors of Apache, IIS, Resin, Tomcat, Postgres, MySQL, MSSQL, Qmail, Sendmail, Proftpd etc etc. We ensure security despite the diverse portfolio of software products we utilize by following a process-oriented approach
All servers are registered for automatic updates to ensure that they always have the latest security patch installed and that any new vulnerabilities are rectified as soon as possible. The largest number of intrusions result from exploitation of known vulnerabilities, configuration errors, or virus attacks where countermeasures ARE already available. According to CERT, systems and networks are impacted by these events as they have "not consistently" deployed the patches that were released. We fully understand the requirement for strong patch and update management processes. As operating systems and server software get more complex, each newer release is littered with security holes. Information and updates for new security threats are released on an almost daily basis. We have built consistent, repeatable processes and a reliable auditing and reporting framework which ensures that all our systems are always up-to-date.
Frequent checks are run using enterprise grade security software to determine if any servers have any known vulnerabilities. The servers are scanned against the most comprehensive and up-to-date databases of known vulnerabilities. This enables us to proactively protect our servers from attacks and ensure business continuity by identifying security holes or vulnerabilities before an attack occurs.
All of the application software that is used in the platform is built by us. We do not outsource development. Any 3rd party Products or Components go through comprehensive training and testing procedures where all elements of such products are broken down and knowledge about their architecture and implementation is transferred to our team. This allows us to completely control all variables involved in any particular Product. All applications are engineered using our proprietary Product Engineering Process which follows a proactive approach towards security. Each application is broken down into various components such as User Interface, Core API, Backend Database etc. Each layer of abstraction has its own security checks, despite the security checks performed by a higher abstraction layer. All sensitive data is stored in an encrypted format. Our engineering and development practices ensure the highest level of security with regards to all application software.
The weakest link in the security chain is always the people you trust. Personnel, Development staff, Vendors, essentially anyone that has privileged access to your system. Our Holistic Security Approach attempts to minimize security risk brought on by the "Human Factor". Information is divulged only on a "need-to-know" basis. Authorization expires upon the expiry of the requirement. Personnel are coached specifically in security measures and the criticality of observing them. Every employee that has administrator privileges to any of our servers goes through a comprehensive background check. Companies that skip out on this are putting to risk all sensitive and important data belonging to their customers, as no matter how much money is invested into high-end security solutions, one wrong hire - having the right amount of access - can cause greater damage than any external attack.
In a vast deployment of globally distributed servers, audit processes are required to ensure process replication and discipline. Are all servers being patched regularly? Are the backup scripts running all the time? Are offsite backups being rotated as desired? Are appropriate reference checks being performed on all personnel? Is the security equipment sending out timely alerts? These and many such questions are regularly verified in an out-of-band process that involves investigation, surveys, ethical hacking attempts, interviews etc. Our audit mechanisms alert us to a kink in our security processes before it is discovered by external users.