What is devsecops?

devsecops is an approach to software delivery where security is designed into the entire lifecycle—planning, coding, building, testing, releasing, and running systems in production. Instead of treating security as a late-stage gate, devsecops makes security a shared responsibility across development, operations, and security teams, supported by automation and continuous feedback.

It matters because release speed and system complexity have increased. Modern teams ship microservices, APIs, container images, and infrastructure changes daily; without embedded controls, small mistakes scale quickly. devsecops helps reduce avoidable risk, improves audit readiness, and makes security work more measurable and repeatable.

It is for developers, DevOps engineers, SRE/platform teams, QA, and security engineers—plus engineering managers and architects who need to set standards. A strong Trainer & Instructor translates security requirements into practical engineering tasks: pipeline design, secure defaults, and hands-on remediation workflows that teams can actually maintain.

Typical skills and tools learned in devsecops training include:

• Secure SDLC basics (security requirements, threat modeling, secure design reviews)
• Git workflows, pull request discipline, and security-focused code review patterns
• CI/CD security gates (build signing, artifact integrity, controlled deployments)
• SAST, dependency/SCA scanning, and secret scanning (tool choice varies / depends)
• Container and Kubernetes security (image scanning, RBAC, admission controls)
• Infrastructure as Code security (Terraform/Ansible checks, policy-as-code)
• Secrets management and rotation (Vault-like patterns, least privilege, key hygiene)
• Logging/monitoring for security signals and incident response readiness
• Vulnerability management workflows (triage, SLAs, patching, exception handling)
• Evidence collection for compliance (audit trails, change records, security metrics)

Scope of devsecops Trainer & Instructor in Russia

In Russia, devsecops skills tend to be hiring-relevant wherever teams operate at scale and are under pressure to deliver fast while meeting internal controls and regulatory expectations. Even when a role is titled “DevOps engineer” or “security engineer,” employers often expect practical capability to integrate security scanning, approval flows, and runtime controls into CI/CD and platform engineering.

Demand is especially visible in organizations that have moved to containers, Kubernetes, microservices, and Infrastructure as Code. The need is not limited to “big tech.” Large enterprises, regulated industries, and fast-growing product companies all face supply-chain risks, dependency sprawl, and the operational reality that vulnerabilities must be handled continuously, not as periodic projects.

Delivery formats in Russia vary widely:

• Remote instructor-led training for distributed teams (common across time zones)
• Corporate cohorts with organization-specific toolchains and policies
• Short bootcamps focused on “pipeline hardening” and cloud-native security
• Blended paths combining self-study with live workshops and assessments

Typical learning paths start with DevOps foundations and then add security automation and governance. Prerequisites usually include Linux basics, networking fundamentals, Git, and at least a basic CI/CD understanding. For advanced devsecops outcomes (like policy-as-code or Kubernetes admission control), learners often need container/Kubernetes knowledge and some scripting.

Scope factors that commonly shape devsecops training programs in Russia:

• Emphasis on on-prem or hybrid delivery models, not only public cloud patterns
• Kubernetes security depth (cluster hardening, RBAC, network policy, admission)
• Secure artifact and container image management (registries, provenance, signing)
• Dependency management and SBOM practices for software supply-chain visibility
• Secrets handling in CI/CD (avoid leaking tokens; build-time vs runtime secrets)
• IaC guardrails (policy-as-code, drift detection, approved modules)
• Working in restricted networks or partially disconnected environments (varies / depends)
• Integration with enterprise logging/SIEM and incident response playbooks
• Compliance and audit evidence generation as part of the pipeline workflow
• Collaboration models between AppSec, platform engineering, and delivery teams

Quality of Best devsecops Trainer & Instructor in Russia

Because devsecops spans culture, process, and tooling, judging a Trainer & Instructor requires more than checking a tool list. High-quality instruction typically shows how security controls fit real delivery constraints: deadlines, legacy systems, regulated environments, and the need to keep pipelines maintainable.

In Russia, an added practical check is whether the training can be executed with your constraints—on-prem labs, locally available tooling, limited access to certain SaaS services (varies / depends), and language expectations. A good instructor will discuss trade-offs and offer fallback options rather than presenting a single “perfect” reference architecture.

Use the checklist below to evaluate quality in a grounded way:

• Clear outcomes: learning objectives tied to concrete deliverables (e.g., “add SAST and secret scanning gates to CI”)
• Curriculum depth: covers secure SDLC + CI/CD + runtime security, not only one layer
• Hands-on labs: repeatable labs that learners can run after the course (laptop, VM, or controlled sandbox)
• End-to-end project: a capstone that connects repo → build → scan → deploy → monitor with security gates
• Assessments: practical checkpoints (pipeline reviews, misconfiguration fixes, short written rationale for decisions)
• Instructor credibility: verifiable public material (talks, writing, open examples) or Not publicly stated
• Mentorship/support: office hours, Q&A, feedback on assignments, and post-course guidance (scope varies / depends)
• Tool realism: uses tools commonly found in enterprises (CI servers, registries, Kubernetes, IaC) and explains equivalents
• Cloud/on-prem flexibility: acknowledges local hosting requirements and provides alternative lab setups (varies / depends)
• Operational coverage: includes alerting, runtime detection, and incident-ready practices—not just “scan and forget”
• Evidence and metrics: teaches how to produce audit trails, security KPIs, and change records from pipelines
• Engagement model: reasonable class size, interactive troubleshooting, and structured follow-ups for corporate cohorts

Top devsecops Trainer & Instructor in Russia

The “best” Trainer & Instructor depends on your target role (developer vs platform vs security), your toolchain (on-prem vs cloud), and practical constraints (language, time zone, access to tooling). The shortlist below includes instructors and educators whose devsecops-related training material is commonly used by teams; availability for live delivery in Russia varies / depends, so verify scheduling and format directly.

Trainer #1 — Rajesh Kumar

• Website: https://www.rajeshkumar.xyz/
• Introduction: Rajesh Kumar positions his work around practical DevOps and devsecops enablement, with a focus on implementation-oriented learning rather than theory-only sessions. For teams in Russia, this can be relevant when you need structured labs that mirror real CI/CD and platform workflows, plus guidance on how to operationalize security checks. Specific industry experience and certifications are Not publicly stated here; confirm based on the public information available on his website and course outline.

Trainer #2 — Tanya Janca

• Website: Not publicly stated
• Introduction: Tanya Janca is widely known in application security education and is often referenced by teams looking to integrate secure coding practices into delivery pipelines. Her perspective is especially useful for devsecops programs that must influence developer behavior: secure defaults, practical remediation, and repeatable checks. Live training availability in Russia and language options vary / depend, so this is often considered alongside self-study material and internal workshops.

Trainer #3 — Liz Rice

• Website: Not publicly stated
• Introduction: Liz Rice is commonly associated with container and cloud-native security education, which maps directly to devsecops needs in Kubernetes-heavy environments. If your Russia-based teams are dealing with image security, runtime visibility, and container hardening, her style of explaining low-level concepts can help platform and security engineers build stronger mental models. Whether she is the right fit as a primary Trainer & Instructor or as supplemental instruction depends on your course goals and delivery format (varies / depends).

Trainer #4 — Shannon Lietz

• Website: Not publicly stated
• Introduction: Shannon Lietz is often cited in DevSecOps conversations for emphasizing the organizational and cultural side of making security part of delivery. This is valuable when a Russia-based enterprise needs more than tooling—such as defining ownership, building security champions, and setting realistic metrics. Details about specific training packages, schedules, and Russia delivery options are Not publicly stated here; validate based on current public offerings.

Trainer #5 — Jim Bird

• Website: Not publicly stated
• Introduction: Jim Bird is known in DevSecOps literature for leadership- and governance-oriented guidance, which can be relevant when you need to formalize devsecops as a program rather than a collection of tools. This angle suits engineering managers, security leads, and architects who must design guardrails and evidence flows across multiple teams. For hands-on engineering labs, you may pair this type of instruction with a more implementation-focused Trainer & Instructor (varies / depends).

Choosing the right trainer for devsecops in Russia is mainly about fit. Start by mapping your required outcomes (secure CI/CD, Kubernetes hardening, IaC guardrails, or AppSec integration) to the trainer’s lab style and assessment approach. Ask for a syllabus that explicitly shows toolchains, prerequisites, and what learners will build. Finally, confirm practical delivery details—time zone alignment, Russian/English instruction, and whether labs can run in your environment if access to certain external services is limited (varies / depends).

More profiles (LinkedIn): https://www.linkedin.com/in/rajeshkumarin/ https://www.linkedin.com/in/imashwani/ https://www.linkedin.com/in/gufran-jahangir/ https://www.linkedin.com/in/ravi-kumar-zxc/ https://www.linkedin.com/in/dharmendra-kumar-developer/

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