SUBMISSION TO THE JOINT STANDING

COMMITTEE ON THE NATIONAL DISABILITY INSURANCE SCHEME (NDIS)

INQUIRY INTO GENERAL ISSUES AROUND THE IMPLEMENTATION AND PERFORMANCE OF THE NDIS

Submitted by: Allen Wade Assistive Communications Specialist South Australia Date: May 2026

Executive Summary

This submission addresses critical systemic issues relating to the implementation, operation, performance, and long-term efficiency of the National Disability Insurance Scheme (NDIS). Specifically, it identifies a major operational gap within the Scheme’s current administrative and planning frameworks: the failure to recognise and support the rapidly changing mainstream digital communication environments on which modern daily living, h healthcare, and economic participation depend.

The current implementation of the NDIS defaults to high-cost, physical human support (support worker hours) to assist participants with daily activities, cognitive routines, and administrative tasks. This approach is financially unsustainable and administratively inefficient.

An alternative framework—Strategic Delegation to Communication Systems—utilises and customises standard, off-the-shelf mainstream devices and communication tools already owned by participants. When these standard communication pathways are professionally configured to match the unique physical and cognitive capabilities of the participant and their support network, they act as direct substitutes for manual care hours, dramatically improving the efficiency of plan utilisation.

To ensure this sustainable model can be scaled, the NDIS must formally recognise basic communication-environment configuration as an agreed, standard daily living activity

within Core Supports (Assistance with Daily Life). This submission explicitly warns against isolating these tasks into restricted “Capacity Building” budgets, which mistakenly treat communication-environment stability as a temporary IT training exercise rather than an ongoing daily living requirement. Instead, we provide the Committee with concrete operational evidence and clear policy recommendations to embed communication-environment stability within standard daily support worker activities, directly improving the efficiency, effectiveness, and long-term sustainability of the Scheme.

1. Introduction: Systemic Barriers to Communication Access and Plan Performance

I am an independent NDIS support worker and Assistive Communications Specialist working directly with participants within their homes and community environments in South Australia.

My daily work reveals a significant systemic disconnect between how NDIS plans are built and how modern society operates. Modern participation in contemporary Australian life depends entirely upon stable, continuous access to digital communication systems. Basic requirements of daily living—including healthcare, government portals (myGov), banking, social connection, alied health appointments, emergency alerts, telehealth, and provider engagement—are now almost exclusively delivered through digital communication interfaces.

When a participant experiences cognitive, sensory, or physical barriers in accessing these mainstream communication systems, they face immediate exclusion from essential aspects of modern life. Under the current implementation model, the NDIA typically resolves this exclusion by funding active, physical support worker hours to perform these administrative and daily tasks for the participant.

This model degrades Scheme performance in two distinct ways:

• Financial Inefficiency: It locks the NDIS into compounding, long-term human dependency costs, paying ongoing support worker rates for tasks that could be easily managed independently by the participant if their everyday communication configurations were stabilised.
• Reduced Plan Effectiveness: It fails to build genuine, participant-directed capacity, leaving the participant vulnerable to support worker turnover, administrative disruption, and communication blackouts when human care is unavailable.

To improve the performance and efficiency of the Scheme, the NDIS must shift from funding manual task replication to funding Strategic Delegation to Communication Systems. This requires formal operational recognition of communication-environment configuration and the implementation of simplified delegation guidelines for the off-the-shelf equipment that interconnects these daily systems.

2. A Changing Digital Environment: A Systemic Risk

Communications Stability

A primary systemic challenge affecting the performance of NDIS plans is that modern daily living depends on rapidly changing mainstream communication environments that participants, carers, and planners do not control.

Traditional assistive technology (such as a manual wheelchair or a physical ramp) is static; once assessed and funded, it remains functionally stable for years. By contrast, mainstream communication networks are dynamic and volatile. They frequently change through:

• Automated operating system updates and communication interface redesigns
• Cloud platform migrations, ownership changes, and login procedures
• Escalating security requirements, digital signing platforms, and multifactor authentication (MFA)
• Evolving website layouts and identity verification processes (such as myGovID)
• Discontinued legacy services and sudden device compatibility issues

In practice, these sudden, remote software changes frequently disrupt previously stable routines, resetting personalised accessibility configurations and creating immediate, unexpected barriers to communication, service access, and daily functioning. These disruptions are not simple technical glitches; they represent a communication blackout that isolates the participant. Examples observed on the frontline include:

• Operating systems auto-updating and silently resetting complex accessibility profiles (such as voice-over gestures or touch accommodation sensitivity), leaving a non-verbal participant unable to express basic needs.
• Interface redesigns of essential online portals (like delivery or communication platforms) that disorientate participants who rely on visual muscle memory and strict cognitive routines.
• Repetitive, circular password resets and security verification prompts that participants may not cognitively comprehend or physically navigate without assistance, blocking their access to primary healthcare and banking.
• Cloud services changing their login pathways or authentication mechanisms, locking participants out of their own personal documentation, appointments, or shared calendars.

Crucially, many participants experiencing these barriers were functioning independently before these automated updates occurred. The systemic failure here is not a lack of participant capability, but rather the absence of a flexible, rapid-response support mechanism to maintain and restore communications stability. When a daily routine breaks down and no on-site configuration support is available, the participant’s independence collapses, forcing them to default back to high-cost, manually delivered support worker hours.

3. Defining “Communication-Environment Support” as an Everyday Core Daily Activity

Much of my professional practice involves assisting participants to successfully use mainstream

communication systems already present within their homes and daily environments. This form of support differs significantly from traditional information technology (IT) services, and must be understood as an agreed daily activity within Core Supports (Assistance with Daily Life), rather than a specialised Capacity Building intervention.

To clearly distinguish these roles, we must contrast their primary operational directives. Traditional IT support focuses almost exclusively on physical and corporate infrastructure: hardware repair, network setup, commercial software deployment, and general business technology maintenance. Essentially, the goal of traditional IT is fixing the machine itself.

By contrast, communication-environment support operates on a highly personalised, human-centric level. Rather than prioritising hardware, it focuses on customising digital accessibility, ensuring participant cognitive comfort, stabilising the flow of everyday communications, and promoting functional engagement with daily life. This is achieved by carefully configuring existing systems to match each participant’s unique cognitive and physical capabilities, turning standard devices into seamless portals for autonomous living.

Because participants rely on these standard communication pathways every single day, this support is a fundamental part of daily living assistance. It is not a clinical training programme or a short-term skill acquisition project. It represents a continuous, agreed frontline activity that support workers perform to ensure a participant can safely navigate contemporary society. In practice, this involves:

• Simplifying complex communication interfaces and customising layout hierarchies.
• Reducing cognitive confusion and technology-induced anxiety.
• Restoring access to essential communication channels following system updates.
• Supporting continuity of routines following software or account changes.
• Assisting participants to maintain safe engagement with essential services and relationships.
• Reducing barriers created by changing mainstream digital platforms.

This support is not traditional “IT support,” nor is it a time-limited “Capacity Building” project. It is practical Core Assistance with Daily Life through communication simplification, environmental usability, and participant-directed configuration of mainstream communication tools.

4. The Operational Reality of “Capability Matching”

For communication configurations to successfully substitute human-reliant supports, the digital ecosystem must be customised directly to the capacity, skills, and capabilities of the participant’s entire care circle. Scheme performance is severely degraded when systems are treated as generic, “one-size-fits-all” hardware installations. Sustainable digital autonomy requires a balanced alignment of three core stakeholders, which we define as The Triad of Digital Stability:

A. The Participant: Core Interface Customisation

Every impairment presents unique physical, cognitive, and sensory thresholds. The communication interface must be adapted directly to the participant’s active capacity:

• Physical and Motor Capacity: For participants with cerebral palsy, multiple sclerosis, or essential tremors, standard touch screens are often sources of intense frustration. Customisation involves configuring alternative touch targets, programming physical hardware buttons for immediate communication access, utilising facial recognition (such as Face ID) to bypass complex passwords, and reducing home-screen icon clutter to mitigate accidental taps.
• Cognitive and Memory Capacity: For participants with acquired brain injuries, intellectual disabilities, long/short-term memory loss, or progressive cognitive decline, communication layouts must reduce mental fatigue. This means setting up clean, locked-down user interfaces, utilising whitelisted email environments to block spam, and configuring automated voice prompts that repeat tasks gently without human impatience.
• Sensory and Communication Styles: This involves calibrating smart microphones for low-volume or dysarthric voice tones, configuring speech-to-text systems, or establishing simplified, visual communication layouts that mirror the participant’s natural expressive capabilities.

B. The Support Worker: Ecosystem Co-Piloting

The frontline disability workforce is diverse, with varying levels of digital literacy. If a smart communication configuration is too complex or opaque, a support worker will bypass it, default to manual care, and cause “device abandonment.”

• Simplified Care Workflows: Systems must be configured so that support workers do not have to “manage” the technology. Instead, the configuration acts as an on-site co-pilot. For example, a tablet displays a clear, un-editable checklist of daily routines, or a voice-assisted interface allows hands-free control, removing manual physical friction.
• Resilient, Hardened Environments: Settings must be locked down so that rotating support workers cannot accidentally alter key configurations, change passwords, or desynchronise devices.
• Basic Troubleshooting Capability: Communication troubleshooting paths must be highly visible, simple, and easily actioned by any on-site worker, regardless of their personal technical background.

C. The Stakeholders: Family, Carers, and Plan Guardians

Family members and primary carers are the long-term stewards of the participant’s environment. Solutions must fit their technical skill levels and lifestyle needs:

• Transparent Account Orchestration: Reducing “account bloat” by consolidating services under single, secure, family-managed communication ecosystems. This allows family stakeholders to assist with password recovery, verify calendar bookings remotely, and adjust safety profiles without needing specialised technical degrees.

• Carer Burnout Prevention: Systems must be highly reliable. A system that is unstable or constantly requires rebooting increases the administrative burden on families. Mainstream, commercial-grade smart setups are preferred because they are universally supported, have high reliability, and are familiar to the general public.
• Safeguarding and Whitelisting: Ensuring plan guardians have accessible methods to manage security boundaries, protecting vulnerable participants from online fraud or exploitation.

5. Improving Scheme Efficiency: Traditional Support vs. Customised Communication Configurations

To demonstrate how strategic delegation to communication systems improves the operational performance and cost-effectiveness of NDIS plans, we can examine the financial and functional differences between traditional manual care and customised communication configurations across core domains of daily living:

A. Food Procurement: Physical Escorts vs. Configured Online Delivery

• The Traditional Human-Reliant Model: A participant with mobility or cognitive challenges requires a support worker to drive them to the grocery store, assist with selecting items, navigate the checkout, drive home, and unpack. This routine typically consumes 3 to 4 hours of support worker time per week (costing approximately $180–$250 weekly, or $9,000–$13,000 annually).
• The Customised Mainstream Model: The participant’s existing tablet or smartphone is configured with a simplified grocery app, connected to a secure, whitelisted payment method, and paired with smart-speaker voice commands (e.g., adding milk to a list verbally). Standard delivery services are arranged.
• The Outcome: The participant independently manages their weekly food order. A support worker is only required for a brief, 15-minute check to assist with putting heavy items away when the delivery arrives. The NDIS saves hundreds of active care hours annually per participant while building genuine nutritional autonomy.

B. Routine Stabilisation & Appointment Adherence: Manual Tracking vs. Configured Calendars

• The Traditional Human-Reliant Model: Managing daily schedules, medical appointments, and therapy sessions often falls on family members or Support Coordinators. Missed appointments lead to costly cancellation fees charged to participant plans, while confusion around daily routines increases anxiety and triggers behavioural escalations requiring high-cost intervention.
• The Customised Mainstream Model: Utilising built-in, free calendar suites (e.g., Apple Calendar, Google Calendar) configured with highly localised, cross-device visual displays

C. Environmental Navigation: Active Care vs. Voice-Assisted Controls

● The Traditional Human-Reliant Model: A participant with physical impairments (such as paraplegia or late-stage multiple sclerosis) relies on a support worker to perform basic physical environmental tasks throughout the day—adjusting lights, locking/unlocking doors for visitors, or turning on entertainment units. ● The Customised Mainstream Model: Integrating off-the-shelf, mainstream smart plugs, lights, and locks into the participant’s existing smart assistant ecosystem. ● The Outcome: The participant exercises immediate, independent choice and control over their environment. This delays or completely avoids the transition into highly structured, high-cost living arrangements like Supported Independent Living (SIL), while freeing support workers to focus on essential, high-value clinical or personal care tasks.

D. Procurement of Essential Health, Medication, and Continence Supplies: Manual Administration vs. Configured Direct Portals

● The Traditional Human-Reliant Model: Ordering essential monthly medication, continence aids, and personal health consumables is increasingly shifted by providers onto secure online portals. A standard support worker must sit with the participant, locate lost passwords, navigate erratic security codes, and manually complete ordering pipelines. This admin-heavy routine consumes 1.5 to 2 hours of care time per order cycle, placing vital health supplies at risk if administrative co-ordination fails. ● The Customised Mainstream Model: The participant’s device is configured with a secure, simplified communication pipeline directly linked to the relevant medical and continence suppliers. Passwords are securely vault-managed, whitelisted email triggers are configured for instant confirmation, and simple, touch-adapted shortcuts bypass multi-page administrative confusion. ● The Outcome: The ordering process is condensed to a few secure, independent taps or voice commands. The participant maintains complete, uninterrupted access to life-sustaining medical and clinical supplies without depleting their NDIS plan funds on costly, human-led administrative interventions.

6. Systemic Barriers: Administrative and Digital Identity (ID) Inefficiencies

As corporate, commercial, and public service providers continue to digitalise, NDIS participants require increasing levels of practical support to navigate complex administrative processes. A major, rapidly expanding barrier is that private and public sector companies are increasingly

requiring participants to order essential daily care supplies—including medications, continence aids, and specialised health monitoring services—exclusively via online portals and websites. These portals impose a massive cognitive and administrative burden, requiring distinct login details, strict password rules, and frequent, changing security protocols. Because accessing these services is directly linked to the participant’s daily health, support continuity, and physical survival, establishing communications stability across these platforms is vital.

Currently, the NDIS ignores this form of digital administrative friction, which represents a massive, hidden cost-driver that forces frontline workers to spend active plan hours assisting participants with:

• Navigating complex, poorly optimised online ordering and healthcare portals.
• Troubleshooting locked accounts and expired credentials for life-sustaining supply lines.
• Gaining and maintaining access to essential personal, medical, financial, and service accounts.
• Completing online government and health forms with participant guidance and explicit consent.
• Helping participants securely review, comprehend, and digitally sign service agreements and NDIS documents.
• Maintaining basic communication continuity with clinical providers, housing providers, and support services.

The Systemic Bottleneck of Imposed Digital Identity and Verification Requirements

A major systemic barrier affecting the operation and performance of the Scheme is the modern, rigid requirement for digital identity verification. Forcing participants to navigate digital-first identity mandates does not resolve access barriers; rather, it creates a profound structural bottleneck. Imposing digital-only verification standards on individuals who face cognitive, physical, or sensory communication barriers inevitably results in systematic exclusion.

The problem cannot be solved by simply pushing more digital identity platforms or making “Digital ID” systems more complex. Instead, we must recognise that navigating these administrative barriers requires ongoing, human-mediated communication configurations. These systemic barriers include:

• The physical and logistical impossibility of attending in-person identity verification hubs (e.g., Australia Post or Service SA centres) due to limited mobility, lack of accessible transport, or severe sensory anxiety.
• The absence of current, physical photo identification due to lifestyle instability, housing challenges, or progressive cognitive impairments, which halts digital-first verification models.
• Expired driver’s licences, state identification cards, or passports that cannot be easily renewed without complex online verification procedures, creating circular loops of digital

• lockouts.
• Severe cognitive overwhelm and anxiety when navigating secure digital identity verification procedures, such as setting up and verifying accounts like myGovID.
• High-stress failure points caused by rapid, time-sensitive multifactor authentication (MFA) codes, push notifications, and secondary confirmation processes that do not accommodate cognitive or physical latency.

In practice, pushing “Digital ID” as a standalone technological solution is an administrative failure, due to variation in devices and software complexity. The true resolution is recognising that these complex administrative barriers require supported communication. Frontline support workers are currently left to manage these fragmented, high-friction processes reactively. To improve Scheme efficiency, the NDS must formally recognise that assisting participants to securely manage these verification touchpoints is an essential, day-to-day core support activity that requires human-mediated configuration, not just another digital app.

7. Streamlining the Funding Pathway: Reasonable Delegation for Interconnection Equipment (Hyde v ART [2025])

To operationalise this cost-saving framework of “Capability Matching,” participants must have timely, frictionless access to the actual physical hardware that facilitates the interconnection of communications (such as tablets acting as central schedule interfaces, smart speakers serving as voice-bridges, and smart home hubs).

Historically, a major implementation failure of the NDIS has been the NDIA’s reluctance to fund standard mainstream digital equipment. Planners routinely reject these low-risk, off-the-shelf devices by categorising them as “ordinary living costs” or forcing participants through exhausting, months-long, and highly expensive allied health assessments designed for complex, high-risk assistive technology. This bureaucratic over-regulation is highly counterproductive, costing the Scheme thousands of dollars in clinical assessment fees to approve a standard $500 tablet that directly replaces thousands of dollars in manual support worker hours.

The Legal and Administrative Mandate of Hyde v Administrative Review Tribunal [2025]

This administrative bottleneck has been heavily clarified and legally corrected by the landmark ruling of Hyde v Administrative Review Tribunal [2025]. This decision established critical legal and operational precedents regarding the interpretation of “reasonable and necessary” supports under Section 34 of the NDIS Act 2013:

• Pragmatic Assessment of Functional Linkages: Hyde [2025] reinforced that supports cannot be assessed in isolation. If a piece of mainstream consumer equipment provides

The Essential, Foundational Interconnection Required for Other Funded Systems

the essential, foundational interconnection required to make other funded systems, schedules, and environmental controls functional, the underlying device must be considered a reasonable and necessary support. ●​ Efficiency and Common-Sense Decision Making: The Tribunal emphasised that forcing participants to undergo high-cost, over-regulated clinical assessments for low-cost, mainsream consumer tech is counterproductive, creates unnecessary friction, and violates the administrative efficiency principles of the NDIS. ●​ Capability Matching as a Funding Justification: Hyde [2025] supports the argument that when a participant’s cognitive or physical capacity requires a specific digital interface to bypass a functional barrier (e.g., an iPad for visual schedule interaction to bypass memory loss, or a voice-activated smart-lock bridge for paraplegia), funding the underlying interconnection equipment is inherently reasonable and necessary.

Recommendation for “Reasonable Delegation” to Planners

To improve the operational efficiency and performance of the NDIS in line with Hyde [2025], the Committee should recommend the implementation of a reasonable delegation framework for planners and delegates:

1. Simplified Delegate Authorisation: Planners and delegates must be empowered with the direct delegation authority to immediately approve low-risk, off-the-shelf mainstream devices when they are demonstrated to provide the “interconnection of communications” required for capability matching.
2. Elimination of Proprietary AT Bias: The NDIA must cease the practice of directing participants to high-cost, specialised, proprietary “disability-branded” devices when a standard mainstream device (tablet, smart speaker), professionally configured, offers a superior, more stable, and more socially inclusive outcome.
3. Focus on Ecosystem Interconnectivity: Recognition that a smart device is not a “luxury ordinary living cost” if it is the primary communication gateway through which a participant manages their whitelisted emails, telehealth appointments, grocery procurement, and daily safety routines.
4. The Community Benefit: Enabling Organic Frontline Communications Facilitation within Core Supports

To scale these efficiency gains across the disability sector, we must reject the bureaucratic assumption that digital configuration requires specialised IT credentialling, formal upskilling registries, or high-cost external consultancies. Instead, the Scheme can unlock massive, immediate value simply by explicitly permitting and enabling standard core support workers to assist with basic communications configuration during their normal daily living shifts.

Allowing participants and standard support workers to organically share, configure, and maintain these basic communication channels is far more effective and less restrictive than creating

The Digital Capability Cycle:

• Step 1: Participant-Directed Facilitation (Frontline Worker) A standard frontline support worker and the participant organically identify everyday communications friction points (e.g., a changed email security login or a tablet schedule showing an error) and collaborate to address them.
• Step 2: Configuration & Stabilisation The worker, acting within their standard daily Core support duties, assists the participant to customise, stabilise, and secure their existing, mainstream technologies, matching the digital space directly to the participant’s physical and cognitive capabilities.
• Step 3: Participant Autonomy The participant achieves greater functional independence, managing their daily routines autonomously (e.g., placing independent online grocery deliveries, verifying smart calendar alerts, or operating voice-assisted home settings).
• Step 4: Systemic Cost Reduction & Scalability The NDIS experiences a direct reduction in active physical support hours. Simultaneously, the support worker applies these standard daily facilitation techniques to other participants, naturally spreading digital literacy and independence across the broader disability community without requiring formal, classroom-bound IT training.

Ensuring that communication facilitation remains a standard Core Support worker activity delivers immediate systemic advantages:

1. Frictionless, On-Site Troubleshooting: When an account password resets, a Wi-Fi connection drops, or a software update alters a screen layout, an on-site support worker with basic, standard capabilities can quickly assist to restore the system. This maintains support continuity and avoids the need for specialised IT or clinical call-outs.
2. Prevention of Support Exclusion: If NDIS rules are “over-narrowed” to exclude normal support workers from performing basic communications configuration, participants will suffer immediate communication blackouts during routine operating system updates. Normalising this assistance within Core Supports ensures immediate, cost-free daily maintenance.
3. Transition from “Carer” to “Onboarding”: This shift changes the dynamics of care. Support workers transition from performing repetitive tasks for a participant to onboarding and supporting them as they navigate digital tools, directly aligning with the NDIS core mandate of participant-directed, core daily living supports.

Recommendation 1: Recognise Communication-Environment Configuration as an Agreed Core Support Worker Activity

The NDIA must formally recognise and codify basic communication-environment adjustment, customisation, and troubleshooting as standard agreed activities within Core Supports (Assistance with Daily Life). The Agency must explicitly avoid classifying this vital daily maintenance work under “Capacity Building” budgets. Treating digital configuration as a digital environment are static and that once a participant’s “skills are built,” no further intervention is required. In reality, continuous software updates, policy and security modifications mean communication-environment configuration is an ongoing operational daily maintenance need that belongs firmly in standard, everyday support worker roles.

Recommendation 2: Implement “Reasonable Delegation” for Interconnection Equipment

In alignment with Hyde v Administrative Review Tribunal [2025], the NDIA must establish a simplified delegate authorisation framework. This framework must empower NDIS planners to immediately approve low-risk, mainstream consumer devices (such as tablets, smart hubs, and smart speakers) when they serve as the essential functional link for communication, scheduling, or environmental control.

Recommendation 3: Prevent Over-Narrowing of Support Worker Guidelines to Protect Everyday Communications Assistance

The NDIA must explicitly clarify in its operational guidelines that frontline support workers are fully permitted, authorised, and expected to assist participants with standard communications configuration, portal access, password verification, and device synchronisation as a core, daily living support under Core Supports. The Committee warns against creating narrow, specialised IT-credentialling rules or specialised workforce definitions. Restricting standard support workers from offering this assistance will only create arbitrary barriers to care, lead to rapid device abandonment, and trap participants in high-cost manual dependency.

Recommendation 4: Establish Supported Human-Mediated Alternatives and Recognition of Facilitated Verification

Rather than pushing for further digital-only identity mandates which worsen exclusion, the NDIS and Services Australia must establish robust, human-mediated verification backstops. This includes formally authorising frontline core support workers and family stakeholders as secure communication facilitators to assist participants in navigating identity and service portals. Mainstream systems must incorporate offline backstops and flexible, supported authorisation procedures, ensuring that no participant is digitally locked out of their essential healthcare, edication, or continence supply lines due to a rigid, automated digital-identity gatekeeper.

10. The Systemic Error of the “Capacity Building” Approach to Digital Environments

The primary operational danger in the current NDIS planning process is the administrative bias toward routing any technology-related human support into “Capacity Building” budgets. This approach reflects a flawed, outdated understanding of modern communication environments:

• The Fallacy of the “One-Time Fix”: Capacity Building is designed for finite, developmental tasks—such as teaching a participant how to travel independently or cook a specific recipe. Once the skill is built, the funding ends. Mainstream digital environments, however, are highly volatile. A background software update, a security patch, or a modified website interface can instantly render a previously independent routine completely unusable.
• Perpetual Maintenance vs. Skill Acquisition: When an online portal changes its security protocols, it is not the participant’s skills that have declined; it is the environment that has shifted. Maintaining usability within these environments requires continuous, adaptive configuration. This is an ongoing, daily operational support—identical to washing dishes or maintaining household safety—and must be funded through Core Supports.
• Preventing Care Gaps and Device Abandonment: Isolating technical configuration support within Capacity Building means that when a system breaks down, the participant must wait weeks or months to secure specialised, high-cost therapy hours to fix a basic interface. During this gap, the participant is forced to default back to active, high-cost physical care worker shifts. Integrating basic configuration into the agreed activities of standard Core support workers allows immediate, on-site resolution, ensuring continuous independence.

11. Systemic Economic Addendum: Financial Operations (FinOps) and Capital Allocation Analysis

To provide the Committee with an empirical, financially rigorous basis for our policy recommendations, we present a Capital Allocation and Financial Operations (FinOps) model. This framework addresses NDIS plan sustainability through the lenses of Operating Leverage, Labour Efficiency Variance, and Capital Budgeting Optimisation, demonstrating how proactive investments in communications stability permanently mitigate variable expense inflation.

A. Operational Expense (OpEx) Efficiency & Transaction Cost Friction

Under classical transaction cost economics (specifically Coasean theory), a firm—or in this case, a participant’s care ecosystem—incur significant friction when executing routine daily activities. When a participant’s communication interfaces are unconfigured, standard Care Workers must repeatedly execute high-frequency manual workarounds (e.g., physically opening

Daily Transactional Leakage Analysis

In an unconfigured home environment, the care worker must execute an average of 30 manual micro-tasks per day to assist with routine communication, environmental control, and administrative scheduling.

Applying a conservative operational friction penalty of 30 seconds per intervention (incorporating task-interruption cognitive latency, locomotion, manual execution, and task-resumption latency), the labour leakage is calculated as:

Daily Transaction Overhead = 30 interventions × 30 seconds = 900 seconds (15 minutes per c

When combined with the administrative overhead of manually executing weekly online grocery and medication/continence procurement cycles (which consumes an average of 1.75 hours of support worker time per week due to login, password, and security failures), the cumulative transaction cost totals:

Weekly Operational Leakage = (15 minutes/day × 7 days) + 105 minutes (procurement fricti

At the standard NDIS Core support billing rate of $65 per hour, this operational leakage drains

$11,830 per plan, per annum on low-value manual interventions.

B. Capital Allocation and Net Present Value (NPV) Modelling

Rather than treating mainstream devices as a “luxury ordinary living cost,” a sophisticated financial analysis views these devices as enabling infrastructure assets that unlock the productive capability of the household. We model the financial return of a standard, illustrative 5-year capital allocation to configure and stabilise a participant’s communication environment.

                          Col. Cash Outflow & Setup Expenditure (     )

• Initial Capital Outlay ( ): $1,500 An illustrative, non-product-specific initial expenditure representing the setup, customisation, and stabilisation of the participant’s standard mainstream devices (e.g., central tablet schedules, voice assistant bridges, whitelisted secure email routing) executed by standard support workers during initial core daily living shifts.

• Ongoing Variable Maintenance Cost: $70 per month ( ~ $840 per year ) Standard allocation for regular, on-site care workers to verify password synchronisation, check for operating system update compatibility, and maintain communication line stability.

2. Annual Operating Cash Inflows ( )

By substituting 3.5 hours per week of high-cost variable labour with a stabilised communication environment, we generate a permanent reduction in plan variable expenses:

Gross Annual Savings= 3.5 hours/week x $65/hour x 52 weeks= $11, 830 per year

Net Annual Cash Savings (Ct) = Gross Savings - Ongoing Maintenance = $11, 830 - $840 =

3. 5-Year Net Present Value (NPV) Cash Flow Model We apply a conservative discount rate ( r ) of 5% , representing the standard social discount rate/hurdle rate utilised by the Australian Government for public sector program evaluations.

                                                           n    Ct
               NPV = - Co + L   (l + r)t
                                                               t= l
   
                                                                       15
   

Substituting our cash flows:

NPV = -$l [ $10,990 $10,990 $10,990 $10,990 $10,990] 500 ’ + (1.05)1 + (1.05)2 + (1.05)3 + (1.05)4 + (1.05)5

●

Year 1 Present Value: $11~~;0 = $10, 466.67 $10,990 $9 968 25 ● Year 2 Present Value: 1.1025 - ’ • $10,990 $9 493 78 ● Year 3 Present Value: 1.1576 - ’ • $10,990 $9 041 55 ● Year 4 Present Value: 1.2155 - ’ • $10,990 $8 610 83 ● Year 5 Present Value: 1.2763 - ’ •

Present Value of Cumulative Savings = $47, 581.08

NPV = $47,581.08 - $1,500 = $46,081.08

4. Advanced Capital Budgeting Metrics

To evaluate the efficiency of this capital deployment, we calculate the Return on Invested Capital (ROIC) and the Payback Period:

• Return on Invested Capital (ROIC):

  ROIC = Net Annual Cash Savings (Ct)    $10,990                                                   $    = 732. 7% per annum                                Initial Outlay (Co)           1,500
  

• Payback Period (Months):

                         Co       $1,500
        Payback Period =  -  = $           /     = 0.136 years ~ 1.6 months                                 Ct     10,990 year
  

C. Financial Conclusion & Scheme-Wide Macro Projections

To demonstrate the colossal impact of scaling this strategy across the Australian disability sector, we can model these findings to the broader NDIS. As of May 2026, the NDIS supports approximately 650,000 active participants across Australia. If we strategically apply this organic communications customisation and stabilisation framework to a conservative target of just 10% of NDIS participants (65,000 individuals), the macro-level economic and fiscal

Benefits are extraordinary:

Macro-Level Capital Allocations

Co,macro ● Initial Scheme Setup Capital (

):

      65, 000 participants x  $1, 500 upfront setup = $97,500, 000 ($97.5 million)

Mmacro ● Ongoing Variable Scheme Maintenance (

):

      65,000 participants x $840/ year = $54,600,000 ($54.6 million per annum)

Smacro2. Annual Scheme-Wide Operating Cash Savings (

) By substituting 3.5 hours per week of high-cost variable support worker labour for 65,000 participants, the NDIS achieves significant compounding cash inflows:

• Gross Annual Scheme Labour Savings:

  65,000 participants x  $11, 830 savings/ participant = $768, 950,000 ($768.95 million per
  

• Net Annual Scheme Cash Savings ( Ct,macro ):

  Gross Savings - Ongoing Maintenance = $768, 950, 000 - $54, 600, 000 = $714, 350, 00(

3. 5-Year Net Present Value (NPV) Scheme Savings ( NPVmacro )

Applying the standard public sector discount rate of 5% over a five-year horizon, the Net Present Value of this macro capital deployment is calculated as:

                                                                    n
                                                    rv   ~ Ct,macro
                         NPVmacro =  - vo,macro +  L....i (l + r )t
                                                                  t=l

●​

                                                                       17

$714.35m $714.35m $714.35m $714.35m $714.35m] Npv.

    $              macro = -  97.5m +  [  (1.05)1  +   (1.05)2  +   (1.05)3  +   (1.05)4  +  (1.05)5

Present Value of Cumulative Scheme Savings: $3,092, 770,200 ($3.09 billion) ●​ Macro Net Present Value (NPV):

        $3,092,770, 200 -  $97,500, 000 =  $2, 995, 270,200 (approx. $3 billion)

4. Macro-Level Payback & Return Efficiency

●​ Scheme Return on Invested Capital (ROIC):

                  _  $714,350, 000 (Net Annual Savings)                 fff         Macro Role                                = 732 . 7 /o per annum
                            $97, 500,000 (Initial Outlay)

●​ Payback Period (Months):

                             $97,500,000
        Payback Period =  $                   /    ~ 1.6 months (under 7 weeks)                                    714, 350, 000 year

A minor initial allocation of $1,500 in standard communications customisation achieves complete payback in under 7 weeks (1.6 months) and generates an annual return of 732.7%, yielding a net present value saving of $46,081.08 over five years. On a macro-scale, this represents a $2.99 billion structural fiscal stabiliser for the NDIS over five years.

From a strategic capital allocation perspective, refusing to fund this minor upfront cost while continuing to pay $11,830 per year in recurring, leaking variable care hours is a significant operational inefficiency. Funding communication stability under Core Supports represents a highly responsible, capital-efficient, and mathematically undeniable cost-mitigation mechanism for the NDIS.

Conclusion

The current operational implementation of the NDIS is structurally biased toward expensive, manual human labour, which degrades the financial performance and long-term sustainability of the Scheme. Modern daily living increasingly depends on mainstream digital systems that change rapidly and continuously. For many NDIS participants, the core barrier is no longer simply obtaining physical access to technology, but maintaining stable, understandable, and

functional engagement with mainstream communication environments over time.

By embracing Strategic Delegation to Communication Systems, streamlining the funding of interconnection equipment in accordance with the Hyde [2025] precedent, and formally recognition communication-environment configuration as an ongoing Core daily support activity, The NDIS can significantly lower its average cost per participant plan. More importantly, this e transition fosters a highly dignified, self-sustaining model of autonomy, enabling participants to manage their lives using the very same standard digital services used by all other Australians.

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