TechHyve Connect

Data Security

Safeguard Your Data: Industry-Leading Specialists Delivering Advanced Security Solutions and Pioneering Digital Protection Strategies Globally

At TechHyve, we implement stringent security measures to protect the personal information entrusted to us by our clients. Our privacy policies, security controls, and global IT infrastructure practices are thoroughly documented. We customize our infrastructure and platforms to meet your organizational requirements while ensuring you retain control of your data throughout your engagement with us. With state-of-the-art encryption, continuous monitoring, and regular security audits, TechHyve provides a secure environment tailored to your business needs, allowing you to focus on your core operations with peace of mind.

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Services we offer

Cyber Security Solutions

Fortify Your Cyber Defenses: Expert Specialists Providing Cutting-Edge Security Solutions and Leading Innovative Cyber Protection Strategies Worldwide

At TechHyve, we deploy stringent cyber security measures to protect the sensitive information entrusted to us by our clients. Our comprehensive privacy policies, advanced security controls, and global IT infrastructure practices are meticulously documented. We tailor our cyber security solutions to meet your specific organizational requirements, ensuring you maintain full control of your data throughout your engagement with us. Utilizing state-of-the-art encryption, continuous monitoring, and regular security audits, TechHyve delivers a secure and resilient environment, enabling you to concentrate on your core operations with complete peace of mind.

Cyber Security Solution Implementation

Risk analysis

Risk analysis management is defined as the ongoing practice of identifying, classifying, remediating, and mitigating risks. Organizations leverage risk analysis management to preemptively protect against the exploitation of risks in their applications, software, and networks. Effective risk analysis management provides significant protection against data breaches and theft.

Code Inspection

Code inspection involves a systematic and thorough examination of application and software source code to identify security weaknesses, bugs, and potential vulnerabilities that may have been overlooked during development. This process helps prevent attackers from exploiting these vulnerabilities to extract critical information and cause the loss of intellectual property and secure data. Code inspections are crucial for verifying the implementation of security controls and discovering design flaws and hidden vulnerabilities.

Threat scanning

Cyber attack reports have surged recently, resulting in significant financial losses, intellectual property theft, and customer information exposure. Organized attack groups can persist undetected in your organization’s endpoints for months or even years. Current real-time security processes fail to detect post-breach activity over time. Don’t wait for customers or authorities to alert you of a cyber attack. Simply adding more defensive tools doesn’t ensure total security. Proactively conducting threat scanning is essential to uncover hidden threats that have bypassed your defenses and protect your organization.

Security testing

A range of vulnerabilities exists in every organization, which hackers could exploit to gain unauthorized access to resources. To prevent such breaches, it’s necessary to review both new and existing applications for these security gaps. While Vulnerability Assessments are useful, additional protection can be achieved through Pen Testing.

SIEM

Enhance Your SIEM Capabilities: Expert Specialists Delivering Cutting-Edge Security Solutions and Leading Advanced Threat Detection Strategies Globally

In computer security, Security Information and Event Management (SIEM) software integrates Security Information Management (SIM) and Security Event Management (SEM) to offer real-time analysis of security alerts from applications and network hardware. We provide SIEM solutions as software, appliances, or managed services, which are also utilized for logging security data and generating compliance reports.

cyber security padlock symbolizes the protection and safeguarding

Security Information and Event Management

Capabilities & Components of SIEM

Aggregating data from various sources—like network systems, security infrastructure, servers, databases, and applications—log management enables a unified approach to monitoring and ensures that no critical events are missed.

Correlation

This technology detects common attributes and aggregates events into significant collections. It utilizes various correlation techniques to merge data from different sources, turning it into useful information. Correlation is generally associated with the Security Event Management (SEM) aspect of a full SIEM solution.

Alerting

The automated examination of related events results in alerts to notify users of urgent problems. These alerts can be directed to dashboards or distributed through external channels like email.

Dashboards

Charts generated from event data by these tools help reveal patterns or highlight activities that deviate from standard trends, facilitating easier detection of anomalies.

Conformity

Automated applications can gather compliance data and create reports that conform to established security, governance, and auditing protocols.

Conservation

Storing historical data for the long term aids in correlating information across time and fulfilling compliance needs. Retaining log data over extended periods is crucial for forensic analysis, since breaches are rarely identified at the moment they happen.

 

Evidence analysis

Efficiently search logs across different nodes and time periods using specific criteria, eliminating the need to manually aggregate or sift through extensive log data. Achieve real-time visibility into all activities across systems, networks, databases, and applications with our SIEM Security Manager. This cornerstone of our SIEM solution offers actionable intelligence and essential integrations for prioritizing, investigating, and responding to threats. The built-in compliance framework and security content packs simplify analyst and compliance tasks. Boost your effectiveness with ongoing threat and risk visibility, actionable analysis for efficient triage, and streamlined security remediation. Its flexible and distributed design supports integration with over thirty partners, numerous standardized data sources, and industry threat intelligence, making it ideal for meeting your organization’s security and compliance goals.

WAF

Optimize Your WAF Capabilities: Expert Specialists Delivering Cutting-Edge Security Solutions and Leading Advanced Web Application Protection Strategies Globally

A Web Application Firewall (WAF) acts as a dedicated security layer for HTTP applications by enforcing a set of rules during HTTP interactions. These rules are designed to defend against common vulnerabilities such as cross-site scripting (XSS) and SQL injection. Unlike proxies that primarily protect clients, WAFs are tailored to shield servers. Typically deployed to safeguard particular web applications, a WAF functions as a reverse proxy. It may be available as an appliance, a server plugin, or a filter, and can be customized for specific applications. Customization efforts can be substantial and must be continuously updated as applications change.

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Web Application Firewall

AWS WAF - Web Application Firewall

AWS WAF is a specialized web application firewall that protects your applications from common web exploits that can disrupt availability, compromise security, or use excessive resources. It provides the ability to define customizable web security rules to control which traffic is permitted or blocked. AWS WAF allows you to create rules to block common threats like SQL injection and cross-site scripting, and to customize rules for your application’s specific needs. New rules can be implemented quickly, enabling rapid response to traffic changes. AWS WAF includes a robust API for automating rule management, and pricing is based on the number of deployed rules and web requests, with no upfront costs. It can be deployed on Amazon CloudFront or the Application Load Balancer (ALB) for your EC2 instances.

Benefits

Enhanced Defense Against Online Threats
Seamless Security Integration with Application Development
Simple Deployment & Maintenance
Superior Web Traffic Monitoring
Affordable Web Application Security

DNS Protection

Maximize Your DNS Protection: Expert Specialists Delivering Cutting-Edge Security Solutions and Leading Advanced DNS Defense Strategies Globally

A DNS Protection solution serves as a dedicated security layer for DNS traffic by applying a set of rules during DNS interactions. These rules are designed to defend against common vulnerabilities such as DNS spoofing and cache poisoning. Unlike traditional security measures that focus on broader network protection, DNS Protection specifically shields DNS servers. Typically deployed to secure DNS queries and responses, a DNS Protection solution functions as a safeguard against malicious attacks. It can be available as a cloud service, an on-premises appliance, or a software plugin, and can be customized for specific network environments. Customization efforts can be substantial and must be continuously updated as network conditions change.

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Domain Name System Protection

Why is DNS security important?

Routine DNS queries, crucial for nearly all web interactions, present risks such as DNS hijacking and man-in-the-middle attacks. These attacks can divert traffic to fraudulent websites, capturing sensitive information and exposing businesses to significant risk. Implementing the DNSSEC protocol is a proven strategy to safeguard against these DNS vulnerabilities.

What Is DNSSEC?

The Domain Name System (DNS), like many other internet protocols, was originally developed without built-in security features, exposing it to various design vulnerabilities. These weaknesses, combined with modern technological advancements, have made it easier for attackers to manipulate DNS lookups for malicious purposes, such as redirecting users to counterfeit websites that can disseminate malware or collect sensitive information. The DNS Security Extensions (DNSSEC) were introduced to counteract these threats by digitally signing data to verify its authenticity. This process is similar to signing a legal document with a unique, verifiable signature. DNSSEC employs a hierarchical approach where each DNS layer is signed by its parent layer, such as the root DNS server signing the .COM nameserver, which then signs the authoritative nameserver for a specific domain like google.com. While DNSSEC improves security, it maintains backward compatibility to ensure traditional DNS lookups remain functional. DNSSEC complements other security measures like SSL/TLS in a comprehensive internet security framework. The integrity of the DNS chain of trust is upheld through a Root Zone Signing Ceremony, where global experts publicly sign the root DNSKEY RRset to validate its authenticity.

What are some common attacks involving DNS?

Although DNSSEC provides strong security, its limited adoption combined with inherent DNS vulnerabilities makes it a frequent target for attacks. Key attack methods include:

  • DNS Spoofing/Cache Poisoning: Attackers introduce fraudulent DNS data into a DNS resolver’s cache, causing it to return erroneous IP addresses. This redirection can lead users to malicious websites that replicate legitimate sites for malware distribution or credential theft.

  • DNS Tunneling: This attack method involves using DNS queries to tunnel malicious payloads or stolen information through protocols like SSH, TCP, or HTTP, circumventing traditional firewall protections.

  • DNS Hijacking: In this attack, DNS queries are redirected to unauthorized DNS servers either via malware or direct changes to the DNS server. Unlike DNS spoofing, which affects the resolver’s cache, DNS hijacking alters the DNS records at the nameserver level, impacting the actual DNS entries for the website.

EDR

Enhance Your EDR Capabilities: Expert Specialists Providing Advanced Security Solutions and Leading Cutting-Edge Endpoint Defense Strategies Worldwide

Endpoint Detection and Response (EDR) is a rapidly evolving technology designed to detect, investigate, and resolve suspicious behavior on endpoints. Previously known as Endpoint Threat Detection and Response (ETDR), the term has shifted to EDR. This expanding sector includes numerous dedicated tools and broader solutions with integrated EDR functionalities. Digital Guardian is identified by industry analysts as a foremost provider of EDR solutions.

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Endpoint Detection and Response

Why endpoint detection and response mattrrs ?

Traditional signature-based antivirus solutions are increasingly ineffective against sophisticated persistent threats and customized malware toolkits. Endpoint Detection and Response (EDR) solutions enhance these conventional technologies by providing advanced behavior-based anomaly detection and comprehensive visibility across endpoints. EDR tools offer deeper insights into endpoint data, crucial for identifying and mitigating advanced threats, preventing sensitive data loss, and reducing the likelihood of severe data breaches. EDR tools also complement various other security measures, such as Data Loss Prevention (DLP) systems, Security Information and Event Management (SIEM) solutions, Network Forensics Tools (NFT), and Advanced Threat Defense (ATD) appliances.

 

Secure Access Solution

Strengthen Your Secure Access Solutions: Expert Specialists Delivering Advanced Security Measures and Leading Innovative Access Protection Strategies Globally

Secure Access solution provides an identity based granular access control solution based on the principles of Software Defined Perimeter (SDP). SDP concepts have been derived from the military, especially the Defense Information Systems Agency (DISA), where every device is pre-attested before it can ‘connect’ to the network followed by verification of the identity of the user using MFA leading to knowing exactly what device was being used and by whom to access the application. With the device & user’s knowledge, ISA is able to ensure that the device and the user are able to only ‘see’ and ‘access’ the data, that they have ‘prior approval’ to see or access – the ‘need-to-know’ access model.

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Secure Access Solution

Benefits of secure access solution

  • Integrate Remote Devices with Corporate Networks
  • Ensure Device Compliance with Active Directory® Policies
  • Deploy Directory Services like LDAP, Radius, and SAML Across Devices
  • Streamline Bulk Access Management for Efficiency
  • Safeguard Connections to SaaS Applications
  • Centralized Management Interface for Ease of Use
  • Facilitate Migration to Office 365
  • Manage Password Complexity Across Platforms
  • Define Access as Temporary or Permanent
  • Data Encryption with 128/256-bit AES Standards
  • Optional Multi-Factor Authentication: Password + OTP
  • Optional Device Binding to User Accounts
  • Role-Based and Rule-Based Access Control

Web Content Filtering

Optimize Your Web Content Management: Expert Specialists Delivering Advanced Solutions and Leading Strategies for Effective Digital Content Deployment Globally

A Web filter is a program that scrutinizes web pages before they are displayed to users, blocking content based on specified rules. By evaluating both the origin and the content of each page, the filter can prevent access to unwanted advertisements, pornographic material, malware, and other harmful content. Organizations and individuals use web filters to reduce distractions and protect their networks from online threats. Providers of web filtering solutions claim these tools help in managing internet usage and safeguarding against security risks.

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Web Content Filtering

content filtering (information filtering)

Content filtering on the Internet refers to the process of using software to screen and restrict access to web pages or emails deemed objectionable. Some web filtering solutions offer reporting features that allow users to monitor filtered traffic and user requests. These solutions may include soft blocking, which presents a warning page rather than the requested content, and provide override options for administrators to access blocked sites. While web filters can reduce exposure to malware, additional protection like antivirus software is advised. Web filters are frequently part of proxy servers and firewalls. Web Gateways deliver comprehensive web security through high-performance, deployable appliances, available in both physical and virtual formats.

Protect Incoming and Outgoing Traffic

Web Gateway secures every facet of web traffic through a high-efficiency appliance and software architecture.

Spot zero-day vulnerabilities

This leading secure web gateway provides state-of-the-art, proactive identification of zero-day malware, covering all web traffic comprehensively, including SSL.

Enhance your filtering with reputation and category-based controls.

Enable advanced web filtering through a combination of reputation and category-based techniques.

Privilege Access Management

Enhance Your Privileged Access Management: Expert Specialists Delivering Advanced Solutions and Leading Strategies for Secure Access Control Globally

Privileged identity management (PIM) ensures the monitoring and protection of superuser accounts within an organization’s IT systems. Such oversight is critical to prevent the abuse of their extensive access capabilities. If left unmanaged, superuser accounts can result in the theft or loss of sensitive corporate data, or allow malware to breach the network. Positions like DBAs, CIOs, and CEOs often have superuser accounts that are loosely governed. Traditional identity management software tends to neglect these accounts, granting them high privileges without adequate management or training for the users.

 

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Privilege Access Management

To enforce privileged identity management protocols

  1. Formulate a policy outlining the management of super user accounts and the permissible actions for account holders.
  2. Create a management framework assigning responsibility to ensure adherence to these policies.
  3. Conduct an inventory of privileged accounts to assess their extent and identify each one.
  4. Implement tools and processes for effective management, such as provisioning systems or specialized PIM solutions. CyberArk is dedicated to preventing attacks before they disrupt business operations. By proactively securing against cyber threats, CyberArk’s Privileged Access Security Solution helps you meet compliance requirements and reduce security risks without adding operational complexity.

For security

Decrease your privileged access security threats with the industry’s top Privileged Access Security Solution, designed for seamless integration across on-premises and cloud platforms.

Maximizing operational performance

Implement a flexible framework that scales to accommodate the most rigorous enterprise deployments, while seamlessly integrating with your existing security, operations, and DevOps tools.

For audit

Apply role-specific access controls, necessitate credential check-out, and create full and thorough reporting and audit trails to demonstrate compliance.

Patch Magement

Elevate Your Patch Management: Industry Leaders Providing Advanced Solutions and Strategic Approaches for Effective Software Maintenance and Vulnerability Mitigation Worldwide

Patch Management focuses on systematically updating software and systems to protect against vulnerabilities and enhance performance. Regular and effective patch management is crucial for safeguarding against security threats and maintaining operational efficiency. Failure to manage patches adequately can lead to exposure to exploits, data breaches, and system instability. Many legacy systems lack automated patching capabilities, resulting in missed updates and increased risk. A proactive patch management strategy ensures that all systems are up-to-date with the latest security patches, minimizing vulnerabilities and ensuring reliable system performance.

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Patch Magement

Why Patch Control System?

Industrial control systems (ICS) within vital infrastructure sectors are at significant risk of cyberattacks and exploitation. Maintaining up-to-date patches and updates is crucial for mitigating security risks, resolving operational issues, and adhering to regulatory compliance requirements.

 

 

Compliance obligation

Under NERC CIP compliance standards, organizations are obligated to establish a patch management protocol for tracking, evaluating, and applying cybersecurity patches to their relevant cyber assets and systems.

Resource commitment

Managing patches can be a highly time-consuming and resource-intensive process, with utilities possibly investing more than $500,000 each year in manually checking websites, receiving vendor notifications, and tracking updates.

Training

Deploying patches in a Critical Infrastructure Key Resource (CIKR) setting can lead to serious disruptions if not handled properly. The task of training internal teams to have the necessary skills for validation and deployment is often cumbersome and time-consuming. Additionally, staying up-to-date with evolving compliance regulations poses a considerable challenge.

DMARC

Strengthen Your DMARC Implementation: Expert Specialists Delivering Advanced Solutions and Leading Strategies for Robust Email Authentication and Phishing Prevention Globally

DMARC (Domain-based Message Authentication, Reporting & Conformance) is a vital protocol for ensuring email security and protecting against phishing attacks. Regular and effective DMARC implementation is essential for maintaining email integrity and preventing unauthorized email spoofing. Without proper DMARC policies, organizations are vulnerable to phishing attacks, resulting in compromised data and damaged reputations. Many legacy email systems lack robust DMARC capabilities, leading to increased risks of email fraud. A proactive DMARC strategy ensures all outgoing emails are authenticated, minimizing vulnerabilities and ensuring trusted communication channels.

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DMARC

DMARC as a Service

Safeguard Your Brand
Cybercriminals frequently target your customers with phishing emails. Stop these fraudulent emails from being delivered to their inboxes.

Increased Visibility
Your email domain might be misused by unauthorized third parties. It’s essential to monitor and identify any illegitimate emails sent from your brand.

Enhance Email Deliverability
Ensure emails reach their recipients by avoiding misconfigurations. Maximize the effectiveness of your customer communications.

Actionable Threat Intelligence
Produce threat intelligence feeds that are actionable for your security and monitoring systems. Proactively prevent targeted cyber threats.

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