Top Calls for Participation
Learn about standards activities and current calls looking for professionals to get involved.
The IEEE Computer Society Contributes More Than 227+ Active Standards.
Active Calls for Participation
IEEE P4150, Recommended Practice for Assessing and Documenting Preparedness for Time Rollover Events in Years 2036, 2038, and 2106
IEEE Standards Association (IEEE SA) extends an invitation for your participation in the Working Group for P4150, Recommended Practice for Assessing and Documenting Preparedness for Time Rollover Events in Years 2036, 2038, and 2106
This recommended practice helps organizations and suppliers identify time-related dependencies, validate rollover behavior, and produce comparable readiness evidence to support auditability, security, operational resilience, and supply-chain assurance.
Professionals in software, embedded systems, cybersecurity, infrastructure, testing, standards, procurement, supply-chain, and other interested individuals who can help develop practical guidance for Y2038-class rollover risks, including the major 2036, 2038, and 2106 boundaries are all welcome.
Express your interest in becoming a part of this working group, receiving details on balloting, and notifications related to the project at the link below.
Express Interest In This Proejct
Meeting Details
DATE: 30 Oct 2026
TIME: 14:00-15:30 UTC (7:00-8:30 AM PDT / 10:00-11:30 AM EDT)
IEEE Space Systems Resilience Engineering Professional Certification Program
As space become increasingly software-driven and grow in complexity, so do sophisticated cyber threats—ranging from GPS spoofing to supply chain exposure. Traditional, generic IT security assumptions are insufficient to protect space environments. Protecting these assets requires engineering professionals fluent in both system resilience and security controls.
The IEEE Space Systems Resilience Engineering Professional Certification Program bridges this gap. Built around the IEEE P3536-2026™ Space System Cybersecurity Design Standard, this program teaches technical teams to translate complex requirements into concrete, mission-ready protection.
Get Involved: We are currently recruiting the 10 founding pilot organizations and gathering initial applications from qualified professionals. By participating in this exclusive founding cohort, you will gain:
- Exclusive Pilot Value: Early access at a deeply discounted rate
- Direct Input: A direct feedback channel to IEEE SA to shape the final public release
- Priority Standing: Early recognition as an elite, IEEE-credentialed professional
IEEE P3787™, Standard for Secure Data Encapsulation–Policy-Carrying Data Objects, Enforcement Interfaces, and Conformance Requirements.
IEEE Standards Association (IEEE SA) extends an invitation for your participation in the Working Group for IEEE P3787™, Standard for Secure Data Encapsulation–Policy-Carrying Data Objects, Enforcement Interfaces, and Conformance Requirements.
WHY GET INVOLVED?
Scope of proposed standard: This standard defines the architecture, terminology, and functional model for secure data encapsulation; specifies a machine-readable policy-carrying metadata format cryptographically bound to data payloads; and defines interfaces and protocols for creation, binding, transfer, storage, usage control enforcement, audit/attestation, revocation, and destruction of encapsulated data objects across organizations and infrastructures (edge, cloud, on-prem, and privacy-preserving computation environments). It specifies interoperability and conformance requirements for producers, consumers, enforcement points, validators, auditors, and registries. The standard is technology- and algorithm-agnostic and does not mandate specific cryptographic suites or implementations.
CONTACT DETAILS
For additional information, please contact:
IEEE P3787™ Working Group Chair:
Xiaoxiao Chen
Email: xiaoxiaochen2013@126.com
IEEE SA Program Manager:
Christian Orlando
Email: c.orlando@ieee.org
IEEE P2675.2™, Standard for Systems Observability across DevOps
IEEE Standards Association (IEEE SA) extends an invitation for your participation in the IEEE P2675.2™, Standard for Systems Observability across DevOps.
Why Get Involved
This standard specifies the requirements for development, operations, management, and governance for observability during the entire DevOps process for software systems. It enables key stakeholders to conduct interrogation, inquiry, diagnosis, and improvement of systems. The activities and functions to enable observability are integrated to provide a comprehensive and holistic view of a systems of systems lifecycle.
Contact Details
IEEE P2675.2™ Working Group Chair: Robert Aiello Email: bob.aiello@ieee.org
IEEE SA Program Manager: Patricia Roder Email: p.roder@ieee.org
IEEE P2675.1™, Standard for System Reliability Engineering–Building Automation to Support Continuous Operations
IEEE Standards Association (IEEE SA) extends an invitation for your participation in the IEEE P2675.1™, Standard for System Reliability Engineering–Building Automation to Support Continuous Operations.
Why Get Involved
This standard specifies the requirements for development, operations, management, and governance for system reliability engineering (SRE) during the entire DevOps process for software systems. This standard enables key stakeholders to identify issues and events that could potentially impact end users by proactively automating tasks often performed by the operations teams to help ensure that systems are reliable and continuously meeting end user expectations. The activities and functions to enable SRE are integrated to provide a comprehensive and holistic view of a systems of systems lifecycle.
Contact Details
IEEE P2675.2™ Working Group Chair: Robert Aiello Email: bob.aiello@ieee.org
IEEE SA Program Manager: Patricia Roder Email: p.roder@ieee.org
Get Involved
Volunteering is an opportunity to give back and grow your reputation.
Past Calls for Participation
- IEEE P7100™, Standard for Measurement of Environmental Impacts of Artificial Intelligence Systems
- IEEE P2834.1™, Standard for Digital Forensics on Trusted Learning Systems
- Best practice sharing: Standards and industry connection activities
- TCOS Seed Funding for Innovative Standards Efforts
- Best practice sharing: Standards and industry connection activities
- IEEE P3428™, Standard for Large Language Model Agents for AI-powered Education
- IEEE P3429™, Recommended Practices for Levels of Artificial Intelligence Generated Content Technologies
- IEEE P3430™, Recommended Practice for A Holistic Framework for AI Foundation Models
- IEEE P9274.2.1™, Standard for JavaScript Object Notation for Linked Data (JSON-LD) for Application Profiles of Learner Experience Data
- IEEE P3422™, Recommended Practice for Metaverse Ecosystem Reference Models
- IEEE P3394™, Standard for Large Language Model Agent Interface
- IEEE P3419™, Standard for Large Language Model Evaluation
- IEEE P3396™, Recommended Practice for Defining and Evaluating Artificial Intelligence (AI) Risk, Safety, Trustworthiness, and Responsibility
- IEEE P3407™, Standard for End-to-End Software Testing Automation Tools
About Standards Activities
The IEEE Computer Society is home to 217+ active technical standards, which promote the implementation of technologies moving humanity forward.
We’ve put together the most up-to-date opportunities for you to get involved in shaping the future standards in your technical domain.
Bookmark this page and come back regularly to see the most current calls for participation.