IBM Support - Upcoming Migration of Secure File Transfer Service
IBM "(A)i on GRC - ISO 42001"
Dec 1, 2025
There was an ISO / IEC 27001 posting on this blog on Oct 21st, 2025 which can be found here
John states "ISO 27001 gave us a blueprint for control: how to protect data, ensure confidentiality, and maintain integrity."
If ISO 27001 secures the system, ISO 42001 governs the intelligence that system produces.
ISO 42001 is defined as: "The first international management system standard for artificial intelligence (AI), providing a framework for organizations to develop, deploy, and manage AI systems responsibly and securely. It helps organizations establish a governance system for AI, ensuring ethical use, managing risks, and promoting transparency and accountability throughout the AI lifecycle. The standard is applicable to any organization involved with AI systems, whether they are providers or users."
Key aspects of ISO 42001 AI Governance:
It provides a structured approach to AI governance, helping organizations to comply with legal and regulatory requirements.
Risk Management: It helps organizations identify and assess risks associated with AI systems, such as bias and security vulnerabilities, and implement strategies to mitigate them.
Ethical and Responsible Use: The standard promotes the responsible and ethical use of AI by ensuring systems are explainable, auditable, and free from unfair bias.
Continuous Improvement: It includes processes for monitoring, auditing, and continuously improving AI systems to maintain compliance and reliability.
Compatibility: ISO 42001 is built on the same high-level structure as other management system standards, such as ISO 27001 (information security) and ISO 9001 (quality management), allowing for seamless implementation alongside them.
In order, the clauses are: (Right click to open each clause in a new tab).
IBM i V7R5 TR7, V7R6 TR1 & ACS Version 1.1.9.10
Nov 21, 2025
The Paradigm Shift
Nov 12, 2025
"From static to adaptive: Software has fixed functionality while agents can learn and evolve."
"From code-first to evaluation-first: Traditional software metrics can't predict agent success, so the ADLC must rely on systematic measurement of agent behavior and evaluation of business outcomes."
- Definition: A process used in the software industry to design, develop, and test high-quality software.
- Focus: A broad, traditional approach to software development, often viewed as more linear.
- Phases: Typically includes phases like planning, design, development, testing, deployment, and maintenance.
- Goal: To produce high-quality software, minimize costs, and complete the project in the shortest possible time. Agent Development Life Cycle (ADLC)
- Definition: A new lifecycle specifically for developing AI agents, addressing their unique probabilistic and adaptive nature.
- Focus: Building reliable, robust, and adaptive AI agents, with a strong emphasis on tuning and optimization.
- Phases: Combines continuous loops for experimentation (between build and test) and runtime optimization (between operate and monitor) with traditional phases like design, build, and deploy.
- Goal: To ensure successful, reliable, and secure AI agents, with continuous adaptation and governance integrated throughout the process.
IBM i on Power - Performance FAQ: November 2025
Nov 7, 2025
IBM has released the latest "IBM i on Power - Performance FAQ" dated Nov 2025.
The online PDF to it can be found here
Note: It is also listed on the "IBM i Extras" page.
IBM Unveils Beta MCP Server to Transform AI on IBM i
IBM "(A)i on GRC - ISO 27001"
Oct 21, 2025
Confidentiality: Ensuring information is accessible only to those authorized to have access.
Integrity: Safeguarding the accuracy and completeness of information and processing methods.
Availability: Ensuring authorized users have access to information and associated assets when required.
The standard is applicable to organizations of all types and sizes across all sectors, helping them manage security risks, reduce vulnerabilities to threats like cyberattacks, and meet contractual and regulatory obligations.
I hope you'll see in this series that a 'legacy platform' running decades-deep
Free IBM i Educational Courses
Oct 17, 2025
"Project BOB"
Oct 14, 2025
production-ready code."
repeatable, self-documenting workflows, deal for CI/CD pipelines and recipe-driven
upgrades."
October 2028) and Watsonx Code Assistant for RPG on the IBM I (still in
preview) will be integrated directly into Project Bob, offering developers an
unrivalled ai-powered IDE!"
Diagnostic QSYSOPR Message Queue SQL
--- Who answered the message? ---
--- Columns prefixed with the "A" come from the error result
--- and those "B" from the reply result.
------------------------------------------------------------------------------------------------------------------------
A.MESSAGE_ID AS "Msg ID",
A.FROM_JOB AS "Job Generated Error Msg",
A.MESSAGE_TEXT AS "Msg Text",
B.MESSAGE_TIMESTAMP AS "Reply Date/Time",
SUBSTR(B.MESSAGE_TEXT, 1, 10) AS "Reply",
A.FROM_USER AS "Reply by"
FROM TABLE (QSYS2.MESSAGE_QUEUE_INFO(QUEUE_LIBRARY => 'QSYS',
QUEUE_NAME => 'QSYSOPR',
SEVERITY_FILTER => 99)) A,
LATERAL (SELECT MESSAGE_TIMESTAMP,
MESSAGE_TEXT, FROM_USER
FROM TABLE (QSYS2.MESSAGE_QUEUE_INFO(QUEUE_LIBRARY => 'QSYS',
QUEUE_NAME => 'QSYSOPR',
SEVERITY_FILTER => 99))
CHAR(A.MESSAGE_TIMESTAMP) <= CURRENT DATE
AND ASSOCIATED_MESSAGE_KEY = A.MESSAGE_KEY) B
ORDER BY "Date/Time of Error Msg" ASC
--- WHERE CHAR(A.MESSAGE_TIMESTAMP) LIKE '%2025-08-03%'
--- AND ASSOCIATED_MESSAGE_KEY = A.MESSAGE_KEY) B
--- Range of Hard Coded Dates
--- WHERE CHAR(A.MESSAGE_TIMESTAMP) >= YYYY-MM-DD' AND
--- CHAR(A.MESSAGE_TIMESTAMP) <= 'YYYY-MM-DD'
--- AND ASSOCIATED_MESSAGE_KEY = A.MESSAGE_KEY) B



