Description

This curriculum spans the breadth of email security operations found in multi-workshop technical programs and internal capability builds, addressing the same technical configurations, cross-functional coordination, and compliance integration activities performed by enterprise security teams managing complex email environments.

Module 1: Threat Landscape and Risk Assessment in Enterprise Email

Selecting threat intelligence feeds based on relevance to industry-specific email attack patterns such as BEC or supply chain phishing.
Mapping email attack vectors to MITRE ATT&CK framework for consistent risk scoring across security domains.
Conducting red team exercises focused on email spoofing to validate detection thresholds and response timelines.
Quantifying financial and operational impact of past email incidents to justify security investment in board-level risk reports.
Integrating email threat data into enterprise-wide risk registers maintained by GRC platforms.
Establishing criteria for classifying email incidents as low, medium, or high risk based on data sensitivity and recipient role.
Defining acceptable risk thresholds for email delivery delay versus false positive blocking rates.
Documenting third-party email service dependencies in business impact analyses for continuity planning.

Module 2: Email Authentication Protocols and Infrastructure Hardening

Configuring DNS records for SPF, DKIM, and DMARC with alignment policies that balance deliverability and spoofing prevention.
Resolving SPF lookup limit issues caused by excessive include mechanisms in large organizations.
Choosing key lengths and rotation schedules for DKIM that meet compliance requirements without breaking legacy systems.
Enforcing DMARC policies at p=reject after monitoring aggregate reports and coordinating with business units.
Managing subdomain policy inheritance to prevent authentication bypass in decentralized IT environments.
Implementing BIMI with verified brand logos only after achieving enforced DMARC compliance.
Hardening mail transfer agents (MTAs) with TLS 1.2+ and certificate pinning while maintaining interoperability.
Isolating email gateway infrastructure in network zones with strict egress filtering to prevent lateral movement.

Module 3: Secure Email Gateway (SEG) Configuration and Policy Design

Defining content filtering rules for outbound emails to prevent accidental data exfiltration by employees.
Configuring attachment sandboxing with resource limits to avoid performance degradation during scanning spikes.
Setting up policy exceptions for legal or HR departments handling sensitive but legitimate file transfers.
Integrating SEG with DLP systems using API-based classification rather than relying solely on regex patterns.
Adjusting heuristic spam scoring thresholds based on regional email traffic patterns and language characteristics.
Managing quarantined email review workflows to reduce analyst fatigue while ensuring timely threat validation.
Enabling URL rewriting with real-time reputation checks without breaking internal or authenticated links.
Validating SEG high-availability configurations through planned failover testing during maintenance windows.

Module 4: Advanced Threat Detection and AI-Driven Analysis

Training custom machine learning models on internal email traffic to detect anomalous sender behavior.
Integrating natural language processing to identify social engineering cues in phishing subject lines and body text.
Reducing false positives in AI models by incorporating user role and historical communication patterns.
Deploying anomaly detection for login patterns to flag compromised accounts used for email-based attacks.
Validating third-party AI threat scoring against internal incident data before enabling automated actions.
Establishing feedback loops where SOC analysts label model predictions to improve future accuracy.
Monitoring model drift in email classifiers due to shifts in legitimate communication styles over time.
Ensuring AI inference workloads comply with data residency requirements when using cloud-based services.

Module 5: Identity-Centric Email Protection and Access Controls

Enforcing conditional access policies that block email access from unmanaged devices without MFA.
Integrating identity providers with email systems to detect and respond to impossible travel logins.
Implementing role-based access controls for shared mailboxes to prevent privilege escalation.
Configuring mailbox auditing to capture access events for high-risk users such as executives and finance.
Automating deprovisioning workflows to disable email access upon HR system termination events.
Applying time-bound access grants for contractors accessing email-enabled collaboration tools.
Mapping email account ownership to IAM governance reviews conducted quarterly for compliance.
Blocking legacy authentication protocols like IMAP/SMTP for cloud email to enforce modern identity controls.

Module 6: Incident Response and Forensic Investigation for Email Breaches

Preserving email headers and message tracking logs in immutable storage for forensic chain-of-custody.
Executing mailbox search and export procedures across hybrid environments during active compromise.
Coordinating with legal to determine disclosure obligations when sensitive emails are exfiltrated.
Using message trace tools to reconstruct attack timelines from initial phishing to data exfiltration.
Engaging external threat intelligence to attribute campaigns based on infrastructure reuse.
Blocking malicious sender domains at the firewall and DNS level while avoiding overblocking.
Conducting post-incident tabletop exercises to validate email-specific IR runbook effectiveness.
Documenting root cause in incident reports with specific configuration gaps or user actions.

Module 7: Compliance, Privacy, and Regulatory Alignment

Configuring email retention policies to meet jurisdiction-specific requirements without over-retention.
Implementing encryption for emails containing PII based on automated classification rules.
Auditing email archive access logs to detect unauthorized searches by administrators.
Responding to data subject access requests (DSARs) by searching and exporting personal data from mail systems.
Mapping email security controls to NIST, ISO 27001, or SOC 2 requirements for auditor review.
Validating GDPR Article 30 records of processing for email monitoring tools and third-party processors.
Ensuring encrypted email solutions support recipient usability without compromising key management.
Conducting DPIAs for new email analytics tools that process employee communication content.

Module 8: User Awareness and Behavior Management

Designing phishing simulation campaigns with realistic scenarios tailored to departmental roles.
Setting thresholds for repeated failure in simulations that trigger mandatory retraining.
Integrating reporting buttons into email clients and measuring user reporting rates over time.
Sharing anonymized incident data with employees to reinforce risk awareness without causing alarm.
Collaborating with HR to incorporate email security behaviors into performance evaluations.
Tracking click-through rates on simulated phishing to identify high-risk user groups for coaching.
Developing secure communication guidelines for executives frequently targeted by spear phishing.
Measuring program effectiveness through reduction in mean time to report real phishing attempts.

Module 9: Third-Party Risk and Vendor Management for Email Services

Evaluating cloud email providers’ SOC 2 reports for controls over data isolation and access monitoring.
Negotiating data processing agreements that specify email data handling and breach notification terms.
Assessing vendor incident response capabilities through documented playbooks and SLAs.
Validating backup and recovery procedures for email data with the provider during contract onboarding.
Monitoring vendor change management processes to anticipate impacts on email security configurations.
Conducting annual vendor risk reassessments including penetration test results and patching cadence.
Enforcing contractual requirements for sub-processor transparency in global email delivery chains.
Establishing escalation paths for critical email outages or security events involving third-party systems.