Closing the electronics care gap, maximizing value.
Specialist lifecycle care consulting for governments, companies and development partners: policy, standards, finance, training and AI models for the care of critical electronics.
“Faulty electronics are patients, not corpses.”
The biggest losses happen before equipment becomes waste
The world measures e-waste in tonnes. It rarely measures the equipment retired early for want of diagnosis, spares, skills, standards or finance. That is the care gap, and it is where EMROC works.
Source: Global E-waste Monitor 2024 (ITU / UNITAR).
Where the gap hurts most
The care hierarchy we apply
Select a stage to see what it means.
One practice, five ways to close the care gap
Most programmes address one piece of the problem. EMROC connects the five pieces that must work together for lifecycle care to scale.
Helping build the global home of electronics lifecycle care
The Electronics Lifecycle Care Alliance (ELCA) is a global advisory, policy and standards body for electronics lifecycle care. EMROC is currently its technical consultant.
We support ELCA across its five pillars: Policy & Advocacy; Standards & Guidance; Professional Recognition; Measurement, Data & Platforms; and Global Collaboration.
units returned to service by CME since 2015
OEM brands, one facility
average cost avoidance
average turnaround against 60+ days OEM
Care First, Replace Later, Mine Last
Ideas shaping lifecycle care
Lifecycle care specialists for the systems that keep society running
EMROC is a specialist lifecycle care consulting group. We advise governments, companies and development partners on how to keep critical electronics working longer, safely and economically, and how to keep their value at home.
Changing the default from replace to care
Telecom networks, power systems, hospitals, factories, transport and security all depend on electronic equipment. When that equipment fails, the default is too often replacement from overseas, and the failed unit becomes e-waste years before the end of its useful life.
EMROC exists to change that default. We combine policy design, standards, finance, professional training and AI tools into one practice, grounded in the live repair experience of our practice partner CME.
A world where every critical electronic system receives care before it is replaced, and its value stays in the economy that uses it.
To build the policies, standards, finance, skills and intelligent tools that make lifecycle care the normal way to manage electronics.
Six beliefs that guide every assignment
A five-stage engagement model
Every assignment follows the same discipline we teach: diagnose before you prescribe, and measure what you change.
Our principles
- Evidence first. Recommendations grounded in repair data and field results.
- Local capability. Every assignment leaves skills and systems behind.
- Standards-aligned. Work mapped to IPC, ISO, IEC and ESG frameworks.
- Independent advice. Care first, but replacement where safety, security or efficiency require it.
- Confidentiality. Client data, rates and costs are protected.
When replacement is the right answer
Care first does not mean care always. We recommend replacement when:
- safety certification cannot be restored
- security updates are no longer supplied for networked equipment
- energy use is far worse than a modern equivalent
- critical parts are obsolete and cannot be harvested
Even then, we plan data sanitisation, component harvesting and responsible material recovery.
CME, Centre for Multivendor Electronics
Nobscott's multivendor electronics care centre in Nairobi, where EMROC's methods are proven in live repair work.
| Programme | Results |
|---|---|
| Major telecom operator present in 14 African countries | 3,149 units in local repair and return, 89.8% repair success, about 77% cost avoidance against offshore OEM swaps and roughly USD 4.5 million in capital savings; post-deployment failure rate below 1% |
| Major tea factory | Component-level care of Siemens SIMATIC S7 automation equipment: 85.7% repair success, about 80% cost avoidance and a 15-day local turnaround against 90 days offshore, with a 12-month warranty |
| National client | Local repair and return of drones and drone jammers |
| Recognition | Repair, Refurbishment & Reuse Excellence Award, 2nd Africa Circular Excellence Awards, October 2026 |
Ogola Ndolo · Managing Director
Electronics engineer, Circularity Director and entrepreneur with more than 13 years of leadership in electronics maintenance, repair and overhaul in East Africa.
BTech in Electrical and Communications Engineering (Moi University); Registered Graduate Engineer with the Engineers Board of Kenya; member of IEK, IEEE and PMI. Formerly in field engineering with Ericsson AB and project management with Mobiserve Holdings, he co-founded Nobscott Centre for Multivendor Electronics (CME, est. 2013) and EMROC. He is the architect of the in-country, repair-first service model for critical industrial electronics, lead developer of ONCE-EMROC and XL-EMROC, and founding convenor of the Electronics Lifecycle Care Alliance.
Five practice areas, one care system
Policy, standards, finance, training and AI must work together for lifecycle care to scale. Choose an area to see what we advise on and what we deliver.
Policy that puts care before replacement
We help governments, regulators and regional bodies design policies that keep equipment in service, build local care capacity and turn waste regulation into a funding source for repair and reuse.
What we advise on
- Extended producer responsibility schemes whose targets and fees reward repair, refurbishment and reuse
- Right-to-repair provisions: access to schematics, diagnostic software and spare parts
- Care-first public procurement: lifecycle costing, service and spares plans, certified refurbished equipment
- Cross-border repair under the Basel Convention e-waste amendments in force since January 2025
- National electronics care strategies and referral facility networks
- Electronics passports and national care statistics
What we deliver
- Policy diagnostics and care-gap studies
- Draft regulations, guidelines and model clauses
- Regulatory impact and cost-benefit analysis
- Stakeholder consultation design and facilitation
- White papers and briefs for policymakers
- Implementation roadmaps and indicators
Indicators we help governments track
| Indicator | What it shows |
|---|---|
| National repair rate | Share of failed units in a sector returned to service rather than replaced |
| Re-failure rate | Share of repaired units failing again within 12 months |
| Care-first procurement share | Share of public tenders accepting certified refurbished equipment or requiring service plans |
| Certified care workforce | Number of certified care technicians, technologists and engineers |
| Value retained | Replacement value avoided through repair and reuse |
Standards that make repaired equipment trustworthy
Customers, regulators and financiers need to know a repaired or refurbished unit is safe and fit for service. EMROC drafts practical standards and helps organisations meet the ones that already exist.
| Area | Scope | Builds on |
|---|---|---|
| Repair and refurbishment | Process, testing and documentation for returning units to service | IPC-7711/7721, IPC-A-610, EN 50614 |
| Care facilities | ESD control, test capability, safety and traceability in repair centres | IEC 61340-5-1, ISO 9001, ISO 45001 |
| Reused and harvested parts | Traceability, inspection and counterfeit avoidance | IEC 62309 |
| Data sanitisation | Wiping and certification before repair, resale or recovery | NIST SP 800-88 |
| Repairability | Assessing products for ease of repair, upgrade and reuse | EN 45554 |
| Circularity and ESG metrics | Measuring and reporting circular outcomes | ISO 59020, IFRS S1/S2, GRI |
Standards development
EMROC supports the Working Group on Standards for Electronics Lifecycle Care (Repair and Refurbishment), proposed at the 6th Africa International E-Waste Conference in October 2026, with its terms of reference, roadmap and first draft national standard due for report in October 2027.
Compliance support
- EPR and e-waste regulation compliance
- Facility readiness and gap audits against IPC and ISO requirements
- Quality management systems for care centres
- ESG and circularity disclosures aligned to IFRS S1/S2 and GRI
Making lifecycle care bankable
Repair benches, test equipment, spares and skilled people need capital. EMROC designs green and blended finance instruments matched to each actor in the care value chain, and the outcome metrics that make them investable.
| Value-chain actor | Financing need | Instruments we design |
|---|---|---|
| Care centres and repair SMEs | Test equipment, benches, spares stock | Equipment leasing, working-capital lines, partial credit guarantees |
| Technicians and trainees | Tools, training and certification | Skills loans, training grants, income-share schemes |
| Operators and asset owners | Moving from replacement capex to care opex | Sustainability-linked loans, care-as-a-service contracts |
| Manufacturers and distributors | Take-back, spares and refurbishment lines | Producer responsibility funds, green bonds |
| Recyclers and urban miners | Safe, compliant recovery capacity | Blended concessional finance, results-based payments |
| Data and passport platforms | Systems that measure care outcomes | Grants, public-private partnerships |
For development partners
Programme design, results frameworks and pipelines of care investments.
For banks and investors
Care-project appraisal, outcome metrics and impact reporting.
For governments
EPR fund design and public-private partnerships for care facilities.
Proof that care pays
In live programmes delivered by our practice partner CME, local repair achieved about 77% cost avoidance against offshore OEM swaps for a major telecom operator and around 80% for a major tea factory, with average cost avoidance of 82% across repairs since 2015.
Instruments are illustrative and should be structured with qualified financial and legal advisers.
Building the lifecycle care profession
As critical electronics age and OEM support declines, industry needs a new generation of technicians and engineers who can keep them running. EMROC's certification pathways are aligned to IPC, ISO and ESG standards.
Training products
- Certification books and training manuals for each pathway
- Trainer's guide with course outlines and lesson plans
- Practical bench assessments and recognition of prior learning
- Short courses for asset owners, procurement teams and regulators
For institutions
- Curriculum design for universities and TVET institutions
- Teaching repair-lab design and equipment lists
- Mapping to national qualification frameworks
- Alignment with the ELCA seven-level career pathway, from Care Apprentice to Chief Lifecycle Care Officer
Intelligent tools built from African repair experience
Every repair produces data: symptoms, fault codes, root causes, parts and outcomes. EMROC turns that record into AI models that help technicians find faults faster, help asset owners predict failures, and help everyone make better care decisions.
ONCE-EMROC
AI board-level diagnosis assistant. Guides technicians from symptom to likely faulty component, suggests tests and repair actions, and learns from every confirmed repair.
XL-EMROC
Expert AI lifecycle care model covering the whole care journey, with six assistant modules.
Diagnostics
Fault-tree reasoning from symptoms and test results.
Screening
Fast triage of incoming units: repair, refurbish or harvest.
Electronics health check
Condition scoring and early warning for assets in service.
Repair and rework testing
Test plans and acceptance checks after repair.
Calibration assistant
Guided calibration and traceability records.
Circularity assistant
Care-or-replace decisions, value retained and ESG outcomes.
Built on a real fault register
The models draw on CME's fault register: fault codes, symptoms, root causes and repair actions for telecom radios, rectifiers, routers, antennas, test equipment, industrial automation and medical electronics. Leading failure modes, such as power stages, optical interfaces, cooling and moisture ingress, are exactly the patterns AI can learn to spot early.
Both platforms are in development. Pilot partnerships are open to operators, OEMs, care centres and training institutions.
From strategy to working care capacity
Alongside our five practice areas, EMROC delivers hands-on consulting assignments for organisations that want to build or improve their own lifecycle care capability.
Lifecycle care facility and programme design
Concept, sizing, equipment lists, layout, staffing, quality systems and business plans for repair and referral facilities, including hub-and-spoke national models.
Care-gap and lifecycle asset assessments
Audits of an organisation's electronics estate: failure patterns, repair versus replacement spend, OEM dependence, spares risk and savings potential.
Circular business models and channel partner programmes
Care-as-a-service, repair-and-return, refurbishment and take-back models; partner programmes that extend care services into new countries.
ESG and circularity reporting support
Circularity metrics, avoided-emissions estimates and disclosures aligned to IFRS S1/S2, GRI and ISO 59020, with data systems to support them.
Typical assignment outputs
Assessment report
Findings, savings and risks
Design pack
Facility, model or policy design
Implementation plan
Phases, costs and responsibilities
Capability transfer
Training, tools and handover
How an assignment runs
Engagement options: advisory retainers, fixed-scope assignments, training cohorts and AI pilot partnerships.
Governments, companies and development partners
Our clients share one goal: getting more life, value and resilience from the electronics they depend on.
Select your organisation type.
Telecom and ICT · power and energy · health · industrial automation · drones and avionics · security and defence
Based in Nairobi, working across East, Central and West Africa through partners, with a global outlook through ELCA.
Advisory retainers, fixed-scope assignments, training cohorts and AI pilot partnerships.
Care tools
Two quick tools to start the care conversation: estimate what local lifecycle care could save your organisation, and check whether a failed unit should be cared for or replaced.
Care Audit Tools
A full self-assessment in four modules: Electronics Care Gap Audit, Electronics Health Check Score, Faulty Electronics Value and Circularity KPI Indices. Get a scored report with prioritised recommendations to bring to an expert engagement.
Lifecycle Care ID Passport
Give every asset a unique, verifiable identity with a QR label: one at a time, or batches of up to 1,000 from a quantity or a spreadsheet. Each passport carries the asset's health record from installation to responsible recovery.
Care savings estimator
Defaults reflect our practice partner CME's published record: about 77% cost avoidance for a major telecom operator, 82% on average, and a turnaround of about 7 days.
equipment-days per year
tonnes per year
tonnes per year
against your current offshore cycle
Indicative only. Emissions and e-waste factors are derived from CME's 2015–2026 record of 6,705 units (4,930 t CO₂e and 70 t e-waste avoided). A care-gap assessment gives figures for your own estate.
Care-or-replace check
Care first does not mean care always. Answer six questions about a failed unit.
Ideas, tools and research for lifecycle care
White papers, conference papers and briefs from EMROC's work on policy, finance, skills and AI for electronics care.
No insights match that search.
Also: working paper “Closing the Electronics Care Gap”, expert panel briefs and op-eds for Kenyan media.
Let’s close the care gap together
Talk to us about lifecycle care policy, standards, finance, training or AI for your organisation.
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Contact EMROC
Mombasa Road, Nairobi, Kenya