The Ultimate SSCP Masterclass- Complete 28-Hours SSCP 2026

Explain the CIA triad—confidentiality, integrity, and availability—and how defence in depth, authenticity, and non-repudiation protect information assets across organizations.

Define threats, assets, vulnerabilities, and exploits, and explain how CVE and Cvss measure risk, enabling layered defenses and informed risk management.

Explore how information security, cybersecurity, and information assurance create a structured, risk-based security program with governance, incident management, and separation of duties to protect assets.

Identify threat actors, from insiders to state-sponsored APTs. Learn motivations, techniques like phishing and malware, and defenses including zero-trust and incident response.

Explore advanced persistent threats and their tactics, techniques, and procedures; learn attribution, threat intelligence, and how to defend critical assets using TTPs.

Explore threat intelligence and certs, combining osint, internal and closed-source data to issue timely advisories, analyze threats, and coordinate incident response across sectors.

Examine the structured attack cycle from reconnaissance to objective, using the cyber kill chain and the Mitre Attack Framework to anticipate threats, strengthen defenses, and prioritize patches and threat intelligence.

Apply preventive, detective, deterrent, and corrective security controls across physical, logical, and administrative measures. Build a defense in depth strategy to protect assets and ensure business continuity.

Explore how organizations define requirements, set control objectives, and monitor key control indicators to manage risk and maintain compliance, using compensating controls and countermeasures.

Defend assets with a layered defense in depth strategy that combines network, host, application, and data controls, plus physical security and user awareness to reduce risk.

Identify organizational needs via gap analysis, research solutions, and build a business case for technology investments; validate with a proof of concept and pilot, then procure through security-minded, stakeholder collaboration.

Explore the lifecycle of security control implementation, from identifying requirements to ongoing monitoring, including selection, acquisition, proof of concept, and integration, with a risk-based, stakeholder-driven approach.

Master information technology asset management by building a complete inventory from procurement to retirement, tracking ownership, location, and lifecycle milestones, and safeguarding data, compliance, and security.

Learn how change management ensures continuity, security, and alignment with business strategy through a structured change process, CAB review, testing, rollback planning, implementation, and ongoing monitoring.

Learn to establish secure, standardized baselines across IT resources using CMDB, version control, hardening, and automation, with audits to ensure compliance and rapid recovery.

Explore how social engineering exploits human behavior to bypass defenses, and learn practical defenses such as security awareness training, phishing simulations, MFA, and layered controls.

Explore quishing, or QR code phishing, and how malicious codes steal credentials or trigger malware and fraud. Implement vigilance, secure scanning, and updates to protect organizations.

Develop a security awareness program that educates employees to recognize threats, follow policies, and respond to social engineering and phishing incidents.

Explore how physical and information security converge in secure facility design, emphasizing location, layered controls, CPTED, access, surveillance, and emergency planning.

Master physical security controls by integrating pacs, barriers, and surveillance with credential and visitor management to deter, detect, and respond to threats across sensitive spaces.

Discover how the ISC2 code of ethics guides information security professionals to protect society, act with integrity, deliver competent service, and advance the cybersecurity profession.

Explore the authentication, authorization, and accounting framework, including MFA, passwordless methods, policy-based access, and auditing, to secure digital resources across cloud and on-prem environments.

Master identity access management by implementing authentication, authorization, and identity lifecycle controls across on-premises and cloud environments; leverage policy, provisioning, and auditing to strengthen security and compliance.

Explore passwordless authentication methods that replace passwords with biometrics, device fingerprinting, and context aware access, guided by federated identity and network access control for secure, seamless user experiences.

Explore multi-factor authentication and biometric methods, learn two or more independent credentials, defense in depth, secure storage and encryption, and privacy considerations for robust authentication.

Examine single sign-on and reduced sign-on strategies to balance security and user convenience, covering central authentication, MFA, SAML, OAuth, and identity federation across diverse systems.

Explore authorization and access control models, including Mac, discretionary access control, role-based access control, rule-based access, and how permissions, rights, and privileges govern subjects and objects via access control lists.

Explore access control concepts—subjects and objects, and fail open or fail closed behaviors. Apply need to know and least privilege to safeguard data, with segregation of duties and split custody.

Capture and centralize event data to enable accurate incident response, regulatory compliance, and accountability across information systems using audit trails, logs, and siem analytics.

Explore identity and access management (IAM) protocols and solutions, covering authentication, authorization, accounting, federated identity management, and key standards like SAML, OAuth, OIDC, Radius, Tacacs+, LDAP, and Kerberos.

Explore how Active Directory and LDAP drive identity and access management, including domain controllers, organizational units, group policy, Kerberos SSO, ADFS, and LDAPS for secure directory services.

Contain privileged access through least privilege, RBAC, and administrative account segregation to reduce privilege creep and insider threats. Monitor privileged activities with MFA, privileged session management, and SIEM-driven alerts.

Explore how trust relationships govern authentication across domains, including one-way, two-way, transitive, and non-transitive models, and how zero trust reshapes access verification with context, multi-factor authentication, and strict authorization.

Explore federated access using OAuth 2.0 and SAML, with identity providers and service providers, enabling single sign-on across domains to balance security and usability.

Explore internet, intranet, and extranet concepts, their openness and access controls, and how they shape collaboration, internal workflows, and secure external partnerships.

Identify assets and uncertainties, assess their impact, and determine actions to balance risk within an organization. Explain how risk management aligns strategy, culture, and controls with risk appetite and monitoring.

Explore risk types, including inherent and residual risk, and how risk appetite, tolerance, and capacity guide organizations in selecting controls, monitoring, and decision making for secure, resilient operations.

Identify and describe potential threats to organizational assets and vulnerabilities, using a structured, continuous risk management process to build risk registers, assign owners, and guide mitigation.

Assess likelihood and impact to prioritize risks within risk management. Use qualitative, quantitative, and semiquantitative methods, plus techniques like bow tie and Monte Carlo simulations to model interdependencies.

Explore internal, supplier, and architecture risk reviews to reassess threats, vulnerabilities, and controls, and see how triggers, data flows, contracts, and stride threat modeling shape risk posture.

Prioritize risks by evaluating them against established criteria to guide response. Use risk treatment options, including elimination, avoidance, mitigation, transfer, sharing, or acceptance, supported by risk matrices and cost-benefit analysis.

Learn to monitor and report risks through a continuous, proactive framework, maintain a risk register, assign owners, and use KRIs to anticipate and mitigate threats.

Explore major risk management frameworks, including ISO 31,000, ISO 27,005, NIST Cybersecurity Framework, Coso, Isaca IT risk framework, and NIST RMF, and learn to identify, assess, and monitor risks.

Explore how front-end, back-end, and database layers shape security, scalability, and performance, and learn how containers, microservices, APIs, and networks reinforce resilient enterprise architectures.

Explore how security architecture weaves LAN, Active Directory, DNS, DHCP, VLANs, and firewall controls into a resilient system that protects assets and enables compliant operations.

Identify and manage security vulnerabilities by using scanners, assess risk with CVSS, and prioritize patching to prevent exploits like zero-days and ransomware, while training staff and enforcing PCI DSS standards.

Learn to identify, assess, remediate, and report vulnerabilities through a continuous vulnerability and patch management lifecycle, anchored by automated asset inventory, continuous monitoring, and cvss-based prioritization.

Master security testing, assessment, and auditing to proactively identify vulnerabilities with automated scanners and manual testing, and apply threat modeling frameworks like Stride, Dred, Pasta, and Cpic.

Penetration testing bridges technical skills and threat simulation to assess and strengthen organizational security, using ethical hacking, testing methodologies, and actionable reporting to mitigate risks.

Explore the security operations center (SOC) and its core functions, including continuous monitoring, incident detection and response, threat intelligence, vulnerability management, and compliance, with roles from analysts to managers.

Master operational log management by collecting, analyzing, and securely storing diverse logs from servers, networks, and devices to enable incident response, compliance, and auditing.

Explore how log management underpins secure operations by capturing events, enforcing retention policies, and analyzing access, change, and network activity to support threat detection and incident response.

Explore how security teams use EDR, NDR, XDR, and SOAR to detect, investigate, and respond to threats across endpoints, networks, and diverse environments with automated playbooks.

Explore malware types—viruses, worms, trojans, ransomware, spyware, keyloggers, botnets, rootkits, and fileless threats—and their infiltration methods, plus practical multi-layered defenses.

Examine how DOS and DDoS attacks undermine availability through volumetric, protocol, and application layer methods, and explore defenses like rate limiting, firewalls, and CDNs.

Examine how man-in-the-middle attacks exploit ARP spoofing and DNS poisoning to threaten CIA triad, and learn defenses: encryption, https, VPNs, network segmentation, 802.1 authentication, NAC, and MFA.

Explore the OWASP top ten web application vulnerabilities, attacker techniques, and essential defenses. Apply least privilege, strong encryption, input validation, secure design, and monitoring to guard critical systems.

Explore the core concepts and stages of incident management, including preparation, identification, containment, eradication, recovery, and post-incident review, while showcasing a multidisciplinary incident response team, communication, and continuous improvement.

Develop and test a dynamic incident response plan (IRP) that guides the lifecycle of detection, containment, eradication, and recovery, backed by leadership endorsement, comprehensive documentation, training, and continuous improvement.

Discover how to properly handle digital evidence from first responder actions through triage, chain of custody, and preservation, ensuring admissibility, robust documentation, and legal compliance.

Learn to collect digital evidence and conduct forensic investigations during incident response, preserving chain of custody, avoiding contamination, and using write blockers and memory acquisition.

Enhance security resilience by monitoring incidents with MTD, MTTR, MTBF, and frequency, and optimize via automation, playbooks, and coordinated response to minimize downtime.

Analyze past cyber incidents to shape proactive, resilient incident response strategies. Learn from Equifax, WannaCry, and Marriott to strengthen detection, patching, communication, and third-party risk.

Develop a robust disaster recovery plan (DRP) by inventorying assets, defining roles, and implementing backup, testing, and communication protocols to minimize downtime and regulatory impact.

Explore security standards and frameworks, including laws, acts, regulations, and standards, to build compliant, risk-aware information security programs with references to Sarbanes-Oxley act, HIPAA, GDPR, ISO 27001 and NIST CSF.

Explore how criminal, civil, and administrative law shape information security, regulation, and incident response, guiding compliance, risk management, and regulatory engagement.

Explore how privacy and security intersect with global regulations, including GDPR, CCPA, and UK GDPR, and learn data subject rights, minimization, and breach notification.

Explore how cryptography secures data through encryption and decryption, using symmetric and asymmetric keys, hash-based integrity, digital signatures, and key management for data at rest and in transit.

Explore symmetric encryption, its secret key mechanism, key management challenges, and practical defenses like hardware security modules and key rotation used to protect data at rest and in transit.

Asymmetric encryption uses public and private keys to secure data, enable digital signatures and non-repudiation, support PKI and digital certificates, and drive hybrid encryption in HTTPS and secure sessions.

Explore how asymmetric encryption uses public and private keys to ensure confidentiality, authentication, and integrity with digital signatures, hashes, and PKI certificates.

Explore integrity, hashing, and salting to protect data from tampering, verify passwords with salted hashes, and defend against rainbow tables using robust algorithms like SHA-256 and SHA-384.

Explore digital signatures and how they provide authentication, integrity, and non-repudiation for electronic messages and documents. See how private keys, public keys, and hashing enable verification and code signing.

Explore how digital certificates bind public keys to verified identities within PKI, enabling trusted web and network communications, certificate issuance, revocation, and lifecycle management using X.509 and CA signatures.

Explore how public key infrastructure enables secure, authenticated communications through digital certificates, certificate authorities, registration authorities, and real-time validation mechanisms like OCSP and CRL.

Discover how encryption protects data at rest and in motion across devices, databases, and cloud services, using file-level, database, and network encryption such as HTTPS, TLS, and VPN.

Explore the web of trust, a decentralized model using digital signatures and endorsements to build cumulative trust and trust levels, contrasting with centralized PKI.

Master the lifecycle of secrets and cryptographic keys, from secure generation and centralized storage to encryption, rotation, and auditable access. Emphasize RBAC, automation, and monitoring to protect data and trust.

Explore the fundamentals of information technology networks, including clients, servers, routers, switches, and media like ethernet and wifi. Learn how TCP/IP and UDP govern reliable data exchange.

Explore the osi and tcp/ip models, their seven-layer and four-layer structures, and how encapsulation, addressing, and protocols enable reliable, interoperable network communication.

Explore the physical layer foundations of networking, including media types, speeds, and metrics like bandwidth, latency, and signal-to-noise ratio, and see how cables, devices, and placement impact performance.

Master the data link layer, osi layer 2, covering mac addresses, frames, switches, vlan and broadcast domains, and security controls, including cut-through and store-and-forward switching for reliable local communication.

Master the network layer, including ipv4/ipv6 addressing, ip packets and headers, mtu, default gateway, routing tables, and routing protocols (bgp, ospf, rip) with ipsec security.

Explore how the transport through application layers ensures reliable and secure network communication, detailing TCP and UDP roles, port usage, and key protocols like HTTP, DNS, and SMTP.

Explore the domain name system, from resolvers and root servers to authoritative servers and DNS records, then examine DNSSEC and encrypted DNS with DOH and DOT, plus security threats.

Discover how proxy servers and content filtering secure networks, enforce policies, and protect data through forward and reverse proxies, SSL decryption, and malware scanning.

Explore how network segmentation reduces breach impact, improves performance, and streamlines management using VLANs, ACLs, SDN, VRF, ACI with EPGs, contracts, and zero-trust principles.

Explore air gaps, in-band, and out-of-band communication to balance isolation, security, and operational resilience in critical networks. Learn how dedicated management channels and OOB help maintain availability and secure administration.

Explore how embedded systems, IoT, edge computing, and HPC drive digital transformation across industries. Understand secure architectures, interoperability standards, and scalable designs for real-time data, privacy, and intelligent automation.

Align logical and physical placement of network devices to improve data flows, security, and reliability through segmentation, redundancy, and environmental controls.

Explore wireless and radio frequency communication, from Wi-Fi standards to 4g/5g networks with mimo, and from Bluetooth to nfc and rfid for secure personal and enterprise connectivity.

Strengthen endpoint security with a layered, proactive strategy. Apply patch management, standardization, access controls, least privilege, centralized management, and security awareness training to reduce risks.

Explore how endpoint security tools form a multi-layered defense for distributed devices, from antivirus and EPP to EDR, DLP, and policy-driven controls.

Learn practical system hardening for Windows and Linux, implementing strong passwords, least privilege, and patching. Enforce firewalls, encryption, auditing, CIS benchmarks, and golden images to secure deployments.

Master data backup as a pillar of information security and business resilience, covering backup schedules, storage locations (local, remote, cloud, hybrid), backup types, retention, security, testing, and recovery planning.

Explore how software development methodologies guide SDLC from planning to maintenance, comparing waterfall, agile, Scrum, prototyping, RAD, spiral, SAFE, and v-model, with emphasis on security, documentation, and DevOps.

Explore the main approaches to application security testing—SAST, DAST, IAST, SCA, and RASP—and learn how they protect software across development, testing, and production.

Practice secure coding across the software life cycle with input sanitization, validation, escaping, and robust error handling; apply encryption, secret management, shift-left security, fuzzing, threat modeling, and SAST/DAST.

Explore virtualization basics, from hypervisors and type one vs type two, to full and paravirtualization, and how the software defined data center extends these principles.

Protect virtualized environments by hardening hypervisors, enforcing strict VM isolation, and securing networks, time sync, and monitoring to prevent host or guest escapes and side-channel attacks.

Master containers and microservices to package, deploy, and scale applications with portability and efficiency. See how images, registries, and orchestration tools like Kubernetes enable DevOps and cloud-native architectures.

Secure container environments by enforcing image signing, automatic scanning, least-privilege access, and runtime sandboxing, while auditing configurations and supply chains across orchestration platforms.

Explore enterprise computing hardware and storage systems—servers, RAID, NAS/SAN, encryption, and virtualization architectures like hypervisors, containers, and VDI—for resilient, secure operations.

Cloud computing enables on-demand access to a shared pool of computing resources, with pay-as-you-go pricing, virtualization, and automated deployment across IaaS, PaaS, and SaaS, supporting scalable, secure, and compliant operations.

Explore private, public, community, hybrid, and multi-cloud deployment models, their security, governance, cost, and regulatory implications for modern enterprises.

Navigate the cloud shared responsibility matrix across IaaS, PaaS, and SaaS, clarifying provider and customer duties in security, data protection, identity and access management, compliance, and incident response.

Explore the data life cycle from creation to disposal, covering classification, storage, use, transit, archiving, and secure destruction with governance and controls.

Explore how data classification links sensitivity and criticality to security controls, labeling, governance, and training, and learn practical methods, tools, and frameworks to protect information assets.

Explore how to securely dispose of data by addressing data remnants, using overwriting, degaussing, cryptographic erasure, or physical destruction, and ensure regulatory compliance across GDPR, HIPAA, and PCI DSS.

Master data leakage prevention by applying endpoint, network, and storage DLP controls with clear data classification and governance. Learn vendor selection, implementation best practices, and regulatory compliance implications.

Compare information rights management and digital rights management, and learn how IRM protects confidential information with persistent policies while DRM safeguards copyrighted media through encryption and licensing.

Explore the three pillars of mobile security—Mam, MDM, and MCM—and how app wrapping, encryption, and data loss prevention protect corporate data across personal and corporate devices.

Learn how the trusted platform module provides hardware based security for key generation and storage, measured boot with PCRs, attestation, binding, sealing, and secure encryption like BitLocker.

Explore outsourcing and third-party management, including on site, remote, and hybrid models, to reduce costs, gain specialized expertise, and scale operations while managing governance and risk.

Learn how soc reports evaluate a service provider's controls—soc 1, soc 2, and soc 3, including type 1 and type 2 variations—for vendor risk management and informed decision-making.

Strengthen security by implementing personnel security practices, including background checks, onboarding, ongoing training, SOD, dual control, job rotation, cross-training, and exit procedures, driven by HR.