Srehari Saravanan Email & Phone Number

United States

Improved Computer Security Incident Response (CSIR) efficiency by integrating SIEM/SOAR tools, reducing triage by 45% across high-priority alerts in a multi-cloud environment. Strengthened access security by designing IAM role-based controls, cutting unauthorized access incidents by 30% across internal teams.Elevated threat detection capabilities by implementing thresholds on network activity, achieving a 60% increase in anomaly identification. Reduced lateral movement risks by implementing network segmentation, cutting potential attack surface by 25% within core systems. Enhanced security posture by automating compliance checks for AWS and Azure, achieving 95% adherence to security baselines.

United States

Accelerated intel sharing by establishing a centralized repository, boosting data accessibility for SOC teams by 40% during threat hunts. Identified Advanced Persistent Threat indicators by analyzing network traffic, reducing false positives in SOC alerts by 35% over 4 months. Enabled KPI-driven decision-making with customized dashboards, increasing SOC’s proactive threat response by 30% over standard SLAs. Captured real-time threat data by deploying honeypots, improving intel accuracy on attacker tactics by 50% during simulated breaches. Enhanced data confidentiality in intelligence sharing through secure API connections, reducing data exposure risks by 20% across partners.

Texas, United States

Performed targeted IoT security testing on connected devices, identifying 45+ vulnerabilities that enhanced product security by 90%. Reduced manual testing effort by 60% through automation of security tests, achieving a 51% increase in detection for IoT vulnerabilities.Developed secure coding standards, decreasing security defects in deployments by 78% and reinforcing overall device resilience. Created comprehensive security documentation, reducing onboarding time by 38% and ensuring consistency in testing approaches. Boosted reliability of testing processes by 65% through standardized documentation, minimizing inaccuracies in vulnerability reports.

Chennai, Tamil Nadu, India

Achieved compliance with data security standards by implementing encryption protocols for both data-at-rest and in-transit in AWS. Enhanced incident response by designing AWS dashboards for security events, reducing response times by 20% for high-priority alerts. Improved network isolation by configuring VPCs with public/private subnets, achieving a 30% reduction to external exposure. Increased operational visibility by 55% with custom CloudWatch monitoring scripts, enabling real-time alerts and threat monitoring. Reduced unauthorized access attempts by 40% by automating IAM role and permissions management across AWS environments.Deployed core security controls across VMs and Storage Accounts, achieving 89% compliance with security standards for all cloud assets. Configured Azure Sentinel & Azure Monitor for threat detection, reducing response time by 37% and increasing detection rate by 28%. Established least-privilege access policies and encryption settings across Azure services, leading to a 28% reduction in unauthorized access. Built custom dashboards in Azure Monitor to visualize security events, enabling real-time monitoring and a 20% faster response to incidents. Automated compliance checks with Azure Policy and Azure Security Center, reducing audit time by 41% and ensuring compliance.

Master'S Degree, Information Security, 3.40

Academic Coursework: Transfer Classes (The City University of New York): CS 578: Privacy in a Networked World CS 595: Information Security.

Master'S Degree, Information Security, 3.94

Academic Coursework: Spring '22: 01: Law & Policy Issues in Cybersecurity 02: Fundamental Algorithms 03: Privacy for Data Scientists

Bachelor'S Degree, Electronics & Communications Engineering, 7.35

Activities and Societies: Optical Society of America; Eco Society ClubRelevant Coursework: GE 8151: Problem-solving and Python Programming.