Services

We perform detailed analysis of system and subsystem performance using SMF, RMF, and vendor‑specific instrumentation, such as OMEGAMON, SYSVIEW & others. Deliverables typically include:

• Health Checks 
• CPU, I/O, and memory utilization analysis
• WLM policy review and optimization
• DASD performance and cache hit‑ratio evaluation
• Coupling Facility structure sizing and tuning
• Identification of contention, serialization, and enqueue hotspots
• Recommendations for tuning parameters, buffer pools, and workload distribution

Our tuning work targets measurable improvements in throughput, response time, and resource efficiency.

We define and implement standards that improve maintainability and operational consistency across environments. Areas include:

• JCL standards and catalog structure
• SMP/E installation and maintenance procedures
• Naming conventions for datasets, resources, and subsystems
• RACF class definitions, grouping, and access models
• Change management and migration workflows
• Coding standards for assembler, COBOL, PL/I, and utilities

Standards are tailored to your environment and integrated into existing operational practices.

We evaluate third‑party tools and utilities for technical fit, performance impact, and integration requirements. This includes:

• Compatibility with existing subsystems and middleware
• SMP/E installation and maintenance complexity
• Resource consumption and operational overhead
• Security model and RACF integration
• Failure modes, fallback strategies, and vendor support maturity

Our assessments help engineering teams make informed, architecture‑aligned decisions.

 We provide deep diagnostic support for complex system and application issues. Typical engagements include:

• Analysis of dumps, traces, logs, and SMF records
• Identification of abends, loops, hangs, and storage violations
• Cross‑vendor issue isolation in multi‑product environments
• RACF access failures and security‑related anomalies
• JES2/JES3 queueing, scheduling, and throughput issues
• Subsystem‑level failures (CICS, DB2, MQ, IMS, etc.)

We focus on root cause, not symptom suppression, and provide corrective actions to prevent recurrence.

 We design architectures that support scalability, reliability, and long‑term maintainability. Areas include:

• z/OS system layout and LPAR configuration
• Coupling Facility structure design and sizing
• High‑availability and disaster recovery architectures
• CICS region structure and workload partitioning
• DB2 subsystem configuration and buffer pool design
• MQ channel, queue, and cluster architecture

Designs are delivered with implementation steps, validation procedures, and operational guidelines.

We develop and modify system exits, utilities, and automation components to meet site‑specific requirements. This includes:

• Creating and establishing a CICSPlex SM Environment
• RACF exits and security automation
• JES2/JES3 exits and routing logic
• SMF exits and data enrichment
• REXX, CLIST, and automation scripts
• ISPF panels and custom tooling
• Tailored reporting and monitoring utilities

All customizations follow IBM‑recommended practices and are fully documented.

We support integration of mainframe systems with distributed and cloud environments through:

• API enablement (z/OS Connect, REST/JSON services)
• MQ and Kafka integration patterns
• Secure data exchange (TLS, AT‑TLS, ICSF, PKI)
• Hybrid workload orchestration
• Web‑to‑host modernization strategies
• CICS Web Services & Web Support

Web Enablement 

Our goal is to extend mainframe capabilities without compromising performance or security.

We manage complex modernization and migration efforts, including:

• Platform migrations and version upgrades
• Application refactoring and code remediation
• Data format conversions and schema modernization
• SMP/E consolidation and cleanup
• Legacy utility replacement and decommissioning
• Automated testing and validation frameworks

Projects are executed with strict change control and minimal operational disruption.

Our Mentoring Program connects organizations with senior‑level subject matter experts who provide targeted guidance, technical insight, and hands‑on knowledge transfer. This service is designed to strengthen internal teams by giving engineers direct access to professionals with decades of real‑world mainframe experience.

• Technical advisory support on system architecture, performance tuning, diagnostics, and modernization
• Knowledge transfer through structured walkthroughs, code reviews, standards development, and best‑practice sessions
• Guidance on operational procedures, subsystem configuration, and environment‑specific challenges
• Support for junior and mid‑level engineers to accelerate skill development and reduce onboarding time
• Strategic input on long‑term planning, tooling decisions, and modernization roadmaps

Mentoring engagements can be scheduled as recurring sessions, project‑aligned support, or on‑demand consultations. All guidance is tailored to your environment, your tooling, and your team’s skill level.