Designing Strategies to Combine Fifth-Generation Networks with Industrial Internet of Things

Build a working method for fifth-generation industrial IoT that stands up to scrutiny and survives daily pressure.

📍 Cairo🗓️ 5 training days📚 4 modules🎓 Accredited certificate
5intensive training days
4scientific modules
8training sessions
32detailed points

Course Overview

Availability targets for fifth-generation industrial IoT are commercial commitments, whatever the engineering team calls them. The documentation for the practice within technology and systems delivery is accurate only until the next release. The outcome is a practitioner who can hold a position on the technology and systems delivery capability and revise it on evidence. A common pattern is strong design of fifth-generation industrial IoT paired with weak follow-through. Post-incident reviews keep identifying weaknesses in the wider technology and systems delivery agenda that were visible long before the incident. Exercises escalate in difficulty, ending with the ambiguous situations that make this aspect of technology and systems delivery hard in practice. It is pitched for practitioners with responsibility for fifth-generation industrial IoT, not for observers of it. Content is organised around the decisions practitioners actually face in the practice within technology and systems delivery, not around theory headings. Participants leave with a plan for this area of technology and systems delivery sized to what their organisation can realistically absorb.

Expected Learning Outcomes

01

Manage change to fifth-generation industrial IoT so every release can be rolled back.

02

Assign clear ownership for each element of fifth-generation industrial IoT across the functions involved.

03

Structure records of fifth-generation industrial IoT so that they answer the questions an auditor will actually ask.

04

Prepare a short, evidence-based briefing on fifth-generation industrial IoT for senior management.

05

Apply access control and least privilege throughout fifth-generation industrial IoT.

06

Assess and manage third-party and cloud dependencies in fifth-generation industrial IoT.

07

Measure delivery and reliability of fifth-generation industrial IoT with indicators teams trust.

Who Should Attend

01

Managers with direct responsibility for fifth-generation industrial IoT within the technical platform.

02

Information security specialists protecting fifth-generation industrial IoT.

03

Service desk and support leads handling incidents in fifth-generation industrial IoT.

04

Infrastructure and platform engineers operating fifth-generation industrial IoT.

05

Consultants and advisers supporting clients on fifth-generation industrial IoT.

06

Vendor managers overseeing suppliers involved in fifth-generation industrial IoT.

Course Modules

01

Fifth-generation industrial IoT: build, pipeline and release discipline

2 sessions · 8 points

Session 1Running an incident on fifth-generation industrial IoT calmly

  • Assess the exit route from any cloud or vendor dependency in fifth-generation industrial IoT.
  • Test the failover for fifth-generation industrial IoT rather than assuming it works.
  • Record what was learned when fifth-generation industrial IoT did not go as planned.
  • Check that fifth-generation industrial IoT still works when volumes rise unexpectedly.

Session 2The change to fifth-generation industrial IoT that caused the last outage

  • State the availability and recovery objectives for fifth-generation industrial IoT as numbers.
  • Document the runbook for fifth-generation industrial IoT to the level a new engineer could use.
  • Configure alerting on fifth-generation industrial IoT that reflects what users experience.
  • Review access rights on fifth-generation industrial IoT and remove what is no longer needed.
02

Fifth-generation industrial IoT: monitoring, alerting and observability

2 sessions · 8 points

Session 1Building the method for fifth-generation industrial IoT step by step

  • Apply change control to fifth-generation industrial IoT including emergency changes.
  • Assign responsibility for keeping documentation of fifth-generation industrial IoT current.
  • Confirm that contractual obligations around fifth-generation industrial IoT are understood.
  • Rehearse the briefing on fifth-generation industrial IoT that would follow an incident.

Session 2Who answers for fifth-generation industrial IoT, and to whom

  • Identify single points of dependency in fifth-generation industrial IoT and reduce them.
  • Set delivery and reliability indicators for fifth-generation industrial IoT the team trusts.
  • Measure current load on fifth-generation industrial IoT and project it forward twelve months.
  • Identify the single points of failure in fifth-generation industrial IoT.
03

Fifth-generation industrial IoT: requirements, targets and service levels

2 sessions · 8 points

Session 1Designing fifth-generation industrial IoT around how it will fail

  • Inventory third-party dependencies inside fifth-generation industrial IoT and their update status.
  • Review logging on fifth-generation industrial IoT for coverage and retention.
  • Distinguish symptoms from causes when fifth-generation industrial IoT underperforms.
  • Estimate the resource fifth-generation industrial IoT requires to run as designed.

Session 2Making fifth-generation industrial IoT work when resources are constrained

  • Confirm every release of fifth-generation industrial IoT can be rolled back within a defined time.
  • Prepare the summary of fifth-generation industrial IoT that senior management will read.
  • Confirm the support model and escalation path for fifth-generation industrial IoT.
  • Record the technical debt in fifth-generation industrial IoT and schedule repayment.
04

Fifth-generation industrial IoT: capacity, performance and load

2 sessions · 8 points

Session 1Setting availability and recovery targets for fifth-generation industrial IoT honestly

  • Agree what will be standardised in fifth-generation industrial IoT and what will not.
  • Establish the boundary of fifth-generation industrial IoT and record what sits outside it.
  • Review whether fifth-generation industrial IoT is aligned with the objectives of the technical platform.
  • Test the procedure for fifth-generation industrial IoT against a realistic scenario.

Session 2Retiring the legacy part of fifth-generation industrial IoT

  • Restore a backup of fifth-generation industrial IoT in a test environment and time it.
  • Establish what evidence demonstrates fifth-generation industrial IoT is under control.
  • Define the trigger that would require fifth-generation industrial IoT to be redesigned.
  • Set out the decisions in fifth-generation industrial IoT that require sign-off and by whom.

Choose the package that suits you

Silver Package

At least 3 people

USD1,250
  • Workshop or Program Participation
  • Airport Transfers
  • Customized Badge
  • Expert Mentorship (Private Sessions)
  • Supervision & Secretarial Services
  • Accredited Certificate of Participation
  • Complete Training Kit
  • Coffee Break
  • Closing Ceremony

Gold Package

At least 3 people

USD1,850
  • 5-night stay in a 5-star hotel
  • Workshop or Program Participation
  • Airport Transfers
  • Customized Badge
  • Expert Mentorship (Private Sessions)
  • Supervision & Secretarial Services
  • Accredited Certificate of Participation
  • Complete Training Kit
  • Coffee Break
  • Closing Ceremony

Complete your registration

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