Smart Cybersecurity for Modern Businesses

Our consulting team at Webgen Technologies USA conducts an end-to-end evaluation, analyzing every component, from endpoint configuration and API integrations to cloud workloads and identity infrastructures. This allows your digital ecosystem to be resilient over the long term and against ever-changing, evolving cyber threats. The cybersecurity consulting team creates custom models of threat actors (adversarial), conducts breach simulations, and assesses the effectiveness of the current Cybersecurity Architecture while using Zero Trust principles to identify gaps and architectural weaknesses. They identify core systematic vulnerabilities and weaknesses in the organization’s Cybersecurity Architecture through these methodologies and provide designs using the NIST, CIS, ISO27001, and SOC 2 compliance frameworks.

We use cutting-edge scanning engines, policy evaluators, and automated compliance frameworks to uncover regulatory discrepancies all over your infrastructure. GDPR, HIPAA, PCI-DSS, GLBA, SOC-2, NIST, and CCPA are just a few of the standards that our team of experts uses to calculate the likely impact of cyber risks. They then perform configuration assessments and create continuous governance models.

Our cybersecurity system uses SIEM, SOAR, EDR, and XDR tool sets that allow us to provide Threat Awareness across Endpoints, Networks, Multi-Cloud Services, and Containerized Environments. The detection and response capabilities are automated and use machine learning-based anomaly models (MLAMs) to enhance detection and correlate threats with threat intelligence feeds around the world.

A cycle of penetration testing includes Red Team exercises, emulating real-life attacks on the customers, gathering open-source intelligence on the customer, evaluating their social engineering process, and evaluating how their systems would work when multiple levels of exploitation are combined into one attack. For all types of network, application, API, mobile, and cloud environment penetration testing, the techniques and tools used by PenTest are the best. The report produced by PenTest gives details of where the exploitation took place, how it occurred, the method of escalation, and how to prevent similar incidents in the future.

Architecture hardening, Identity & Access management, secure workload isolation, and data pipeline encryption are the main points of our cloud security frameworks, and they cover all the major cloud providers, including AWS, Azure, GCP, as well as hybrid environments. Thanks to DevSecOps collaboration, we incorporate SAST, DAST, SCA, IaC scanning, and software supply chain security controls (SBOM and dependency scanning) into CI/CD workflows into CI/CD workflows, and thus, security is transformed into an automatic and continuous part of the development lifecycle. We also practice policy-as-code and offer cloud-native monitoring for stamina in operational integrity.

We create complex, layered network security solutions that include advanced firewalls, micro-segmentation, and SD-WAN hardening. Technologies for intrusion detection and prevention, as well as secure virtual private networks. Our detection methods utilize deep packet inspection, behavioral analysis, and real-time threat correlation to uncover lateral movements, command and control activities, and unusual network behavior. Consequently, network integrity is maintained, and visibility of all enterprise traffic flows is provided.

We use a combination of secure software architecture review services, automated code auditing, and runtime protection technologies (RASP) to protect mission-critical applications. The risk elimination is achieved through SAST, DAST, API fuzzing, dependency analysis, and container security assessments performed throughout the full Software Development Life Cycle (SDLC). We deal with API abuse, authentication flaws, and supply-chain threats to guarantee that your applications operate securely even during peak user load and under changing operating conditions.

We apply FIPS-certified encryption standards, tokenization models, secure HSM/KMS key management, and advanced access governance technologies to protect data at every stage of its lifecycle, during transit, and while it is being used. To stop illegal access, data theft, and insider threats, data loss prevention (DLP) policies, anomaly detection systems, and data-classification frameworks are employed. We protect sensitive data from tampering through continuous monitoring paired with cryptographic integrity verification.

Our identity ecosystems are engineered to utilize all aspects of today's security models, such as SSO (Single Sign-On), MFA (Multi-Factor Authentication), passwordless authentication, Contextual Access Control (CAC), and PAM (Privileged Access Management). They also seamlessly integrate with current enterprise directory services (AD/Azure AD), Cloud Identity and Cloud Service providers (Okta/Ping), as well as all standard identity protocols (SAML, OAuth 2.0, OpenID CONNECT). We offer automated provisioning/de-provisioning by creating workflows to eliminate orphan accounts and reduce privilege drift, thus adding additional security safeguards against identity-based threats to organizations.

Our incident-response experts perform quick containment, root cause analysis, malware study, and complete forensic reconstruction of security incidents. We apply sophisticated forensic imaging tools, log analytics, and behavioral tracing to spot the attack paths, compromised assets, and the techniques of the threat actors. After the incident, we provide recommendations for the removal of the fault, plans for the hardening of the architecture, and strategies for the long-term resilience to reduce future exposure and fully restore operational continuity.