Defensive security aims to enhance the company’s security stance by collecting, monitoring, scrutinising, and controlling data, detecting dubious activity, and issuing alarms.
Our security solution utilises behaviour analysis, network intrusion detection systems (NIDS), and ongoing network traffic monitoring to detect and prevent hostile activities.
Our solution uses the Common ulnerabilities and Exposures (CVE) and Common Weakness Enumeration (CWE) systems to determine the order of importance for addressing vulnerabilities through proactive patching. Additionally, we utilise Host-based Intrusion Detection Systems (HIDS) and Endpoint Detection and Response (EDR) tools for ongoing surveillance and monitoring.
Host-based intrusion detection systems (HIDS) provide comprehensive insight into essential security systems and aid in identifying and responding to hostile or abnormal actions. EDR utilises endpoint detection to determine the operating system, its packages, and patches to investigate and address any system vulnerabilities.
is a dictionary of publicly known information security vulnerabilities and exposures. The Common Weakness Enumeration (CWE) is a community-developed list of software and hardware weaknesses. They are valuable tools for discovering operating system vulnerabilities and software weaknesses. These tools prioritise the vulnerabilities and weaknesses based on their importance, allowing for effective addressing of the issues.
Organisations in DATACIA benefit from adhering to various compliance standards such as PCI-DSS, HIPAA, GDPR, NIST, and TSC, which provide guidance and certifications.
MITRE Adversarial Tactics, Techniques, & Common Knowledge is a carefully selected collection of information and a model that describes the behaviour of cyber adversaries.
Secure Application: Application Detection and Response
We enhance your application's security by implementing an OWASP-recommended practice and utilising a Web Application Firewall (WAF).
Web Application Firewall (WAF) safeguards web applications and APIs by filtering and monitoring web traffic.
offers a ranking system and guidelines for addressing online applications' top 10 most crucial security vulnerabilities. The paper focuses on global security.
APIDS is a specialised intrusion detection system that monitors and analyses online applications.
DDoS Safeguard web servers from DDoS (Distributed Denial of Service) and brute force assaults.
Centralised monitoring of the performance and health of an enterprise infrastructure. Tuning and Optimizing Mission-critical Applications, Databases, and Hosted Services.
Defensive security to improve the organisation’s security posture by Collecting, monitoring, analysing and managing data and identifying suspicious activity & alerts.
SPM monitors the system resources such as CPU, memory, storage and network utilisation to identify the resource availability, response time, processing speed, channel capacity, latency, bandwidth and throughput of the Enterprise infrastructure and optimise them.
APM identifies and diagnoses intricate application performance problems and crucial parameters, such as the number of transactions per second and the reaction time of application performance under high demand. CyberVault APM optimises the end-user experience by addressing complex business issues.
DPM delivers comprehensive analytics for several databases and database cache systems, including MySQL, PostgreSQL, MongoDB, CouchDB, Redis, and Memcached. CyberVault DPM assesses performance by quantifying the rate at which data is ransferred and the extent to which resources are utilised to ensure compliance with service level agreements.
WPM offers comprehensive analytics for many databases and database caches, including MySQL, PostgreSQL, MongoDB, CouchDB, Redis, and Memcached. CyberVault DPM assesses performance by quantifying the rate at which data is processed and the extent to which resources are utilised to ensure the agreed-upon level of system availability.
Our technologies ensure rapid loading times for Web Apps, smooth operation for Systems, optimised databases and applications for DB & APP, and robust security with SSL.
A lightweight network uptime monitor is designed to provide monitoring for critical systems.
Port monitors keep track of running applications and Databases using TCP and UDP probes
Web App monitors track the SSL Certificate expiry and notify the customer in advance.
The Web App monitor handles the Performance, functionality, and uptime of websites, web applications & APIs.
Obtain comprehensive insights into traffic patterns, potential risks, and overall system performance by examining logs from servers, systems, networks, and IP devices.
Monitor system performance and ensure security by detecting potential threats and suspicious activities.
Information about the events, configurations, and status of the devices on a network. Device uptime, performance metrics, configuration changes, firmware upgrades, and security incidents.
Information on user requests, application error messages, database transactions, and performance metrics are processed. onitoring and analysing these logs can help to detect and diagnose application and database problems.
Notifications and alerts based on priorities are sent via emails and support groups such
as Slack, Google Space, and Teams.
Log Retentions are based on the Order of priority from Yearly retention to monthly,
weekly and Daily
Offensive security involves a group of ethical hackers that assess and confirm an organisation’s ability to detect and respond to security threats. They also provide feedback on security measures.
An intentionally vulnerable trap is a decoy to lure cyber attackers and detect, deflect, and study hacking attempts to gain unauthorised access. The solution is built with Network, System, Application, CMS, Database, and email decoys.
Intentionally vulnerable Network devices and systems are set up as decoys to lure cyber attackers and detect and deflect attacks.
An application and database trap setup is used to study and identify hacking attempts to gain unauthorized access and assist in a defensive network security posture.
Inactive Email servers and RDP servers are set up specifically as tools to catch spammers red-handed, as these servers are not in use.
End-user mobile devices and laptops with known vulnerabilities are set up as landmines to identify the insider threat.
DMARC, DKIM, and SPF are email authentication methods that verify the legitimacy of emails and safeguard against email-based threats like phishing, spoofing, and spam. Deceptive email addresses are utilised to ensnare spam or malicious emails from hackers.
The CyberVault DMARC Analyzer enhances email security and guarantees that genuine emails sent from their domain are not obstructed or categorised as spam by recipient email systems. It improves the capacity to send messages and aids in the detection of possible phishing attacks or spoofing attempts.
CyberVault XOC domain owners examine DKIM signatures on their outgoing mails and detect any problems with their DKIM configuration.
The DKIM Analyzer utilises Domain Key Identification verification and validation to avoid email spoofing.
Deceptive email addresses are employed to collect spam or malicious communications from hackers. CyberVault Email Trap monitors email traps that mimic legitimate and appealing content to entice spammers or hackers and closely monitor unusual behaviour.
Examine the SPF records on the individual's domain and detect any problems with their SPF configuration. Identify the domain's SPF policy and determine the impact on email deliverability caused by failed SPF checks.
Preventing and intercepting malicious adware, spyware, ransomware, botnets, Trojans, Rootkits, and Worms. Provides a reliable and secure Domain Name System (DNS) for the enterprise with custom website blocking.
Malware refers to software designed to harm or exploit computer systems or networks. Be cautious! Online, malicious software includes spyware, which steals confidential information; adware, which inundates users with advertisements; and ransomware, which seizes control of files and demands a ransom. Safeguard yourself by exercising alertness and utilising security tools.
Exercise caution regarding concealed trespassers! Trojans assume deceptive appearances as benign applications, rootkits penetrate deeply to achieve covert control, worms propagate through networks, causing widespread disruption, and keyloggers surreptitiously capture every keystroke. Remain watchful and employ robust defences to secure these digital entry points.
Botnets are networks of compromised devices that are under the control of malicious individuals. Agobot, SDBot, SpyBot, and GT Bot are some instances of these "zombie armies" employed for activities such as data theft, conducting assaults, or sending spam. Ensure your online safety and prevent yourself from being a part of this malevolent entity!
Secure private authoritative DNS.
Defensive Security enhances an organisation’s security stance by gathering, monitoring,
analysing, and managing data to identify suspicious activities and alerts.
Perform periodic scans of your website to provide optimal protection against external vulnerabilities. Stay vigilant and aggressively protect your website and its vital data.
CyberVault DMARC/DKIM/SPF scanners assist domain owners in better understanding their email authentication status, improving their email security posture, and protecting their users from email-based attacks.
CyberVault generates and tests domain typos and variations to detect and perform typo squatting, URL hijacking, phishing, and corporate espionage that can be used to attack customers.
CyberVault Subdomain Scanners discover and identify all the subdomains associated with a domain name, determine the domain’s attack surface for organisations, and identify potential vulnerabilities or attack vectors.
WHOIS scans the registrant name, email address, physical address, and phone number of a domain name, identifies the owners, and investigates possible fraud or abuse of the brand names.
The program functions as a digital security guard, conducting comprehensive scans and optimising your WAF, CDN, and SSL certificates. It also identifies vulnerabilities in your website's content and technology.
An SSL Scanner assesses various aspects of SSL/TLS encryption used to secure a web application. These factors include the SSL/TLS version, key exchange algorithm, encryption key strength, certificate quality, and SSL/TLS protocol configuration. Based on this evaluation, the scanner assigns a grade to the web application’s SSL/TLS encryption
This scanner focuses on detecting security vulnerabilities associated with the content and data within a web application.
This scanner identifies security vulnerabilities arising from known weaknesses in the technology stack employed by web application technologies.
This tool conducts comprehensive digital security scans, including network, server, endpoint, application, database, and CMS scans, to detect vulnerabilities, misconfigurations, and faults.
NVM scans for vulnerabilities such as an open port, unsecured communication channel, authentication bypass, firewall bypass, denial-of-service, memory corruption, and backdoors.
SVM scans the well-known vulnerabilities of unpatched software, weak credentials, and poor encryption. Malicious Insiders and ransomware are detected, decoded, and defended.
AVM deployment protects the web application from cyber-attacks. The CyberVault scanner helps identify vulnerabilities specific to applications and frameworks such as Nginx, Apache, WordPress, and Drupal.
The CMS Vulnerability Scanner examines web content management systems (CMS) for missing security patches, misconfigurations, and potential security weaknesses. It specifically assesses aspects such as file permissions, open directories, default admin credentials, and compromised credentials, and then offers recommendations for addressing any identified issues.
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