Three problems exist today that no current tool, law or regulation has solved together:
The UK government's online safety legislation is right and necessary. But it addresses what content platforms must do. It does not address how households manage the internet resource they pay for. This submission proposes the infrastructure layer that closes that gap - a Self-Managed Household Internet Dashboard provided by ISPs to every household bill controller, giving families account-level management of all connected devices simultaneously across all network types. Auto-generated category buckets show households where their data actually goes. Device-switching bypasses are closed because all devices on the account share the same allocation. Phase 1 requires a single Ofcom mandate. Phase 2 - a marketplace where content platforms compete to contribute data tokens to household sub-buckets - emerges from market competition without further government action. Three government actions are required. Everything else follows from household sovereignty and market competition.
Australia became the first country to legislate a nationwide under-16 social media ban in November 2024. The United Kingdom has since announced its own more comprehensive framework. Both governments have acted rightly. The societal boundary is necessary and the political courage to draw it is commendable.
However both legislative approaches share a structural enforcement weakness. Age gates are bypassable in minutes. A child whose access is restricted on one device picks up another. Parental controls are device-specific and inconsistently applied. Content moderation is reactive. The economic model of unlimited, undifferentiated internet access actively rewards the platform behaviours these laws are designed to curtail.
This proposal does not compete with government legislation. It completes it. Government draws the legal boundary. The Conscious Internet Data Initiative proposes the infrastructure that makes that boundary structurally enforceable - by giving the household bill controller account-level management of how internet data flows through every connected device in the home, simultaneously, across every network type.
Current enforcement mechanisms share a fundamental design flaw. They operate at the device level or the content level. Neither is sufficient.
A further gap has been overlooked in all current policy discussions. The undifferentiated internet model treats a WFH professional on an eight-hour video call, a home schooled child accessing educational platforms, and a teenager doom scrolling social media as identical consumers of the same unlimited resource. There is no household visibility, no household control, and no mechanism for families to distinguish between uses they value and uses they would prefer to limit.
This inquiry's focus on neurological and hormonal processes - specifically the role of dopamine releases and potential links to behavioural conditions - is directly relevant to the structural argument at the heart of this submission. Doom scrolling and binge watching are not accidents of design. They are the deliberately engineered commercial outcome of an attention economy that profits from maximising passive consumption time regardless of whether that time delivers value to the user.
The mechanism is well-documented in the academic literature. Variable reward schedules - the unpredictable appearance of rewarding content within a scroll feed - exploit the same dopamine reward pathways as compulsive gambling and substance dependency. The user does not know when the next rewarding post, video or notification will appear, which triggers compulsive return behaviour neurologically identical to the mechanisms driving addiction. Research has specifically examined how dopamine and other hormones released by the use of certain devices affect developing brains, and social media algorithms and teen addiction have been studied for their neurophysiological impact.
Adolescent brains are particularly vulnerable to these mechanisms. The prefrontal cortex - the brain region governing impulse control, risk assessment and long-term decision-making - is not fully developed until the mid-twenties. Variable reward systems that exploit dopamine pathways are therefore disproportionately powerful in adolescent users precisely because the neurological regulatory mechanisms that would moderate compulsive behaviour in adults are still developing. The committee has noted the profound concerns these technologies raise for children's physical and mental health as well as their cognitive development.
The indirect neurological effects compound the direct ones. Social media use has been associated with disrupted adolescent sleep patterns, and evidence reviews suggest associations between prolonged screen viewing and outcomes such as digital eye strain and myopia-related symptoms. Sleep disruption itself further impairs prefrontal cortex function, creating a compounding vulnerability loop: compulsive use disrupts sleep, disrupted sleep reduces impulse regulation, reduced impulse regulation increases compulsive use.
Every existing policy response has attempted to address these harms at the content or platform level - age gates, content moderation, algorithmic transparency requirements. These approaches are necessary but insufficient for one structural reason: they do not change the underlying economic architecture that makes compulsive design commercially rational. As long as internet access is unlimited, invisible and free at the point of consumption, platforms have every rational incentive to engineer for maximum passive engagement. The content policy addresses the symptom. The economic architecture is the cause.
The CIDI household dashboard addresses the cause directly and without censorship, content blocking or surveillance. When a household's Social Media bucket allocation is visible and finite, the neurological conditions that enable doom scrolling - effortless, invisible, apparently free consumption - are structurally altered. Every scroll becomes a conscious act against a visible allocation rather than a passive default against an invisible infinite resource. The dopamine loop is not blocked. It is interrupted by awareness - the same mechanism that makes Herbert Simon's foundational observation about information scarcity actionable at the household level.
The UK government's own smart energy metering evidence is directly relevant here. Households with visible real-time energy consumption data reduce usage measurably without any price change - visibility alone produces behaviour change. The effect is stronger when cost information is included. The CIDI dashboard applies this validated behavioural mechanism to internet data consumption, where the same psychological principles apply but the tool has never previously existed at household account level.
Phase 2 of the proposal restructures platform incentives at the commercial level. When platforms must compete for a household's conscious Social Media or OTT allocation through marketplace offers, engineering for passive compulsive consumption becomes commercially irrational. A platform that exhausts a household's allocation through engagement-maximising design without delivering content the household values will not be renewed when the allocation runs low. The commercial architecture begins to reward value delivery rather than compulsive use - a structural shift that no content regulation has achieved or can achieve.
The first question any technically informed reviewer will ask is: how is this different from device-level wellbeing tools built into smartphone operating systems? The answer is architectural and significant.
| Capability | Device Wellbeing Tools | CIDI Household Dashboard |
|---|---|---|
| Scope | One device at a time | All household devices simultaneously |
| Device switching bypass | Bypassed by switching screen | Closed - all devices share one account allocation |
| Network coverage | Home broadband only or mobile only | Both simultaneously through open standard |
| Platform agnostic | Single operating system only | Network account level - all platforms |
| Setup required | Manual per device | Auto-generated from existing usage data |
| Can be disabled by child | Yes - device reset or workarounds | No - managed by bill controller at account level |
| Economic allocation layer | Time limits only | Bucket visibility changes household behaviour |
| WFH and home schooling | Not addressed | Dedicated Productivity bucket - self-managed |
Device-level wellbeing tools and the CIDI dashboard are complementary rather than competing. Device tools manage individual behaviour. The CIDI dashboard manages household allocation. A family using both has more complete coverage than one using either alone. This proposal does not seek to replace existing tools - it provides the account-level infrastructure layer that makes those tools effective by closing the device-switching bypass they cannot address.
Phase 2 emerges without government mandate because Phase 1 makes it commercially obvious. When households can see that a specific video streaming service consumes the majority of their OTT allocation, that service has an immediate commercial incentive to offer data token contributions to protect its share of the household's conscious attention budget. The commercial logic is self-evident. The market builds Phase 2 because Phase 1 creates the conditions that make it valuable.
The dashboard is not a new application, device or subscription. It is a feature built into every household's existing ISP account relationship, accessible through the operator's existing app or web interface.
When a household first activates the dashboard, the ISP uses existing usage data to auto-generate a suggested allocation across four primary buckets. The household sees, perhaps for the first time, exactly where their internet data currently goes. No judgement, no restriction, no immediate cost implication. Just visibility. Then the bill controller adjusts the allocation to reflect the household's actual priorities.
Rather than prescribing a specific data allocation, the baseline is self-declared by the household bill controller. This is philosophically consistent with the sovereignty principle at the heart of the proposal and practically superior to any regulatory prescription.
When setting up the dashboard, the bill controller completes a guided declaration of their household's essential internet needs. How many people work from home? Are children home schooled? Are telehealth services used regularly? Based on these answers, the ISP suggests a starting baseline allocation. The household can accept the suggestion, adjust it, or set their own from scratch.
Ofcom and the relevant standards body publish reference guidelines for different household types - a single-person light-use household, a household with WFH adults, a home schooling family, a multi-generational household with complex needs. These guidelines are informational, not binding. They help households make informed declarations without regulatory compulsion.
The market pricing structure incentivises accurate self-declaration. Over-declaring raises the baseline cost. Under-declaring creates consumption friction that motivates upward adjustment. The market self-corrects, producing accurate household need assessments without regulatory enforcement - exactly as energy direct debits self-correct through annual reconciliation.
The proposal is designed to work within existing data plans across all income levels. The self-declared baseline ensures each household sets its own parameters according to its genuine needs and affordability. Lower-income households that currently overpay for unlimited capacity they rarely use would benefit from this restructuring without any minimum connectivity mandate being required. The existing Universal Service Obligation for fixed broadband remains in place and is not affected by this proposal.
The Productivity bucket directly and structurally resolves the gap that all previous policy discussions have overlooked. A household with WFH adults simply allocates more to the Productivity bucket. A home schooling family ring-fences educational platform data. A telehealth user protects their consultation bandwidth. No verification, no tiering, no administrative complexity. The household manages it through their own slider controls.
Phase 2 extends this further. An employer whose staff work from home has a direct commercial interest in ensuring Productivity bucket data is available. An employer benefits programme that contributes Productivity data tokens for WFH employees is an entirely natural Phase 2 commercial offering. This creates a new B2B marketplace layer benefiting employers, employees and network operators simultaneously - one that no current policy discussion has identified.
Phase 1 creates a visibility layer that did not previously exist. Once households can see how their OTT allocation is consumed across specific platform sub-buckets, platform providers face a new commercial dynamic. They are no longer competing for passive unlimited attention. They are competing for a conscious share of a household's OTT budget allocation.
A video streaming platform that sees its sub-bucket allocation running low has an immediate commercial incentive to offer additional data tokens to that household through the ISP marketplace. The household sees the offer on their dashboard: "Your viewing allocation is running low. This platform is offering 10GB of additional OTT data. Accept or decline." The household makes a conscious economic decision about whether this platform earns its continued place in their OTT budget.
This restructures platform competition in a way that no regulatory mandate could achieve. Platforms must now compete on value - demonstrating that the content they provide is worth a household's conscious allocation - rather than on engagement engineering designed to maximise passive consumption time. Doom scrolling and binge watching become commercially irrational because they exhaust a household allocation without delivering the value that would motivate the household to replenish it.
The Social Media bucket operates differently from OTT, and deliberately so. Social media platforms whose business model depends on passive unlimited consumption face a structural tension with conscious allocation. The household has already decided how much of its internet budget social media deserves. Platform marketplace offers in Phase 2 can contribute tokens to the Social Media bucket, but they cannot move data from other buckets into Social Media. The household sovereign allocation decision cannot be overridden by any platform commercial offer.
Network operators have raised a longstanding and legitimate commercial grievance. They invest billions in mobile and fixed infrastructure while content platforms consume the majority of network capacity and pay nothing toward those costs. Every previous attempt to resolve this through regulatory mandate has stalled - most recently the European Commission's 2023 examination of a mandatory fair share contribution, which did not result in action.
This proposal resolves the fair share problem through market design rather than regulatory compulsion. Phase 1 creates the household visibility layer. Phase 2 creates the commercial arrangement through which platforms pay ISPs for distribution access to household OTT sub-buckets. The ISP earns marketplace distribution revenue from every platform partnership while remaining neutral on which platform the household ultimately chooses. The commercial relationship between platforms and network operators is rebalanced through negotiation rather than through a levy nobody can agree how to calculate.
Net neutrality governs how data packets travel across a network. It prohibits ISPs from throttling certain traffic, blocking competitor services or creating paid fast lanes. This proposal does none of those things.
The four-bucket dashboard operates entirely at device level, chosen by the household. Applications are assigned to buckets by the family through their operator app or router interface. This assignment happens before data enters the network. The network carries all traffic identically regardless of bucket assignment, regardless of which platform generated it, and regardless of any Phase 2 commercial bundle arrangement.
Phase 2 marketplace arrangements - a streaming platform contributing OTT tokens - are commercial agreements about data allocation, not about network routing. The platform's content travels across the network at exactly the same speed and priority as any other content. The marketplace arrangement affects how much data the household has available in its OTT bucket. It does not affect how that data travels through the network.
The open standard must explicitly prohibit any network-level use of bucket categorisation for traffic prioritisation or throttling. This is an Ofcom implementation requirement that should be written into the standard from the outset and cannot be waived by any commercial arrangement.
Under this model, a minor's high-volume social media consumption is constrained by the household's Social Media bucket allocation, managed by the bill controller, applying simultaneously to every connected device on the account. A child cannot escape it by switching device because all devices share the same account allocation. A child cannot escape it by switching from home broadband to mobile data because the open standard covers both simultaneously. The enforcement is architectural and operates at the infrastructure layer below the reach of any individual platform or device.
This is categorically more robust than any device-level or content-level mechanism. It does not require the child's cooperation. It does not require per-device configuration. It cannot be bypassed by resetting a device or finding a passcode. The bill controller - the adult who pays the internet bill and has account-level access - is the sovereign manager of the household's internet resource, exactly as they are the sovereign manager of every other household resource.
There is an unintended but welcome social consequence of this proposal that deserves acknowledgment. When streaming and social media allocations become consciously managed and finite, the path of least resistance for family entertainment shifts naturally back toward shared screens in communal spaces - the living room television and free-to-air broadcast content that draws on no internet data allocation whatsoever.
This matters for two reasons. The first is developmental. A child watching television in the living room with family present is in a qualitatively different environment from a child alone in a bedroom on a phone at midnight. Shared viewing has natural social regulation built in - parents are present, content is visible, bedtime is enforced by proximity. The neuroscience of adolescent development supports the distinction between communal and solitary screen environments as significant.
The second is commercial. Public service broadcasters and the free-to-air industry have been losing audience share to internet-delivered streaming platforms for a decade. They have a direct commercial interest in any mechanism that nudges household entertainment consumption back toward broadcast. This gives the proposal a natural additional base of institutional support in organisations with significant Parliamentary influence.
The proposal does not restrict entertainment. It restructures how internet-delivered entertainment competes for conscious household allocation. Free-to-air broadcast sits entirely outside that competition and benefits accordingly. Families may find, without any instruction from anyone, that they end up in the same room again.
Coercive content including bullying material, blackmail recordings and non-consensual imagery currently persists online indefinitely because storage costs are negligible and platforms have no financial incentive to remove content nobody is actively accessing. Legal retention requirements already set time limits on most content categories. When passive consumption of low-value harmful content declines because Social Media bucket allocations are consciously managed, platforms lose any commercial reason to retain it beyond legal minimums. This mechanism complements active moderation for the most serious harm categories rather than replacing it.
Global data centre power consumption is rising significantly year on year, driven substantially by speculative storage of content retained indefinitely because marginal storage costs are negligible. Household bucket visibility creates natural demand-side pressure for content efficiency. Platforms competing for conscious OTT and Social Media allocations have a direct incentive to optimise content delivery efficiency and eliminate digital waste. This supports UK net zero infrastructure targets without requiring additional environmental regulation.
The individual components of this proposal have precedents. Basic ISP usage dashboards exist but provide monitoring without control. Mobile data bundle partnerships between operators and content platforms have been implemented in India, parts of Africa and some US markets, proving the commercial model works. Enterprise network management tools using bandwidth allocation by application category have been available to corporate IT teams for years. Smart energy metering programmes - including the UK's own national rollout - have proven that making consumption visible changes household behaviour without any price change, and more significantly with cost information included.
However the specific combination - household bill controller managing all connected devices through an ISP account-level dashboard with auto-generated category buckets, self-declared baseline, platform sub-bucket marketplace, and simultaneous coverage of mobile and fixed broadband through a unified open standard - does not exist anywhere. The architecture is genuinely novel.
Five well-established academic frameworks support this proposal. Herbert Simon's foundational work on bounded rationality established that unlimited information supply creates a scarcity of attention commercially exploited by platforms - the theoretical foundation for understanding why doom scrolling is a rational commercial outcome rather than an accident of design. Richard Thaler and Cass Sunstein's nudge theory validates the auto-generated dashboard as a choice architecture intervention - making the status quo visible without mandating change. Richard Thaler's mental accounting framework supports the four-bucket model - households already mentally account for different spending categories, and CIDI makes that mental accounting explicit and actionable for internet data. Elinor Ostrom's Nobel Prize-winning work on common pool resource management demonstrates that communities can self-manage shared resources effectively provided they have clear boundaries and consumption visibility. The UK government's own smart energy metering evidence demonstrates that making consumption visible produces measurable behaviour change without any price signal - validating the Phase 1 dashboard as sufficient to alter household behaviour before Phase 2 token pricing even applies.
On the neuroscience directly relevant to this committee's inquiry: research on social media algorithms and teen addiction has documented that variable reward mechanisms in scroll feeds exploit dopamine pathways to generate compulsive return behaviour neurologically similar to dependency. The adolescent brain's underdeveloped prefrontal cortex makes it structurally more vulnerable to these mechanisms than the adult brain. The CIDI dashboard addresses this not through content restriction but by restoring the conditions under which conscious choice is possible. Visibility of consumption, without any cost signal, produces measurable behaviour change - and the CIDI Social Media bucket creates that visibility across every connected device in the home simultaneously, for the first time.
In 2016 a major Indian telecommunications provider restructured its entire internet data model, combining a very low-cost baseline with competitive platform bundle partnerships. Within 22 months it had acquired over 215 million subscribers and generated a thriving bundle marketplace entirely through commercial competition. However that operator subsequently identified the value capture gap its model created - it built the audience that content platforms monetised without an adequate commercial return to the network provider. The CIDI Phase 2 marketplace closes that gap by making platform-operator commercial arrangements household-visible and household-managed rather than ISP-imposed.
The United Kingdom has a coherent tradition of contribution to the internet's development and governance. British scientific work was foundational to the open web that made the internet accessible to ordinary households worldwide. The Online Safety Act has established the UK as the world's reference jurisdiction for platform accountability - other countries are actively studying and adapting it. The open household internet management standard proposed here would add a third layer to that tradition: defining not just how the internet is built, or how platforms are held to account, but how households consciously manage their own digital environment within it. That is a meaningful and achievable contribution, grounded in a national history of internet leadership rather than a claim to rival it.
No country has yet originated an open infrastructure standard that makes online safety legislation structurally enforceable at the account level, closes the device-switching bypass, accommodates WFH and home schooling without tiering, resolves the fair share grievance through market design, and provides a Phase 2 competitive marketplace for household internet allocation. This position is available to the UK and the window to claim it is open now.
Ofcom is one of the world's most respected telecommunications regulators. An Ofcom-mandated open household internet management standard, administered internationally through GSMA's existing Open Gateway infrastructure, could follow the same pathway to global adoption that GDPR followed for data privacy. First-mover regulatory standards become global defaults. The UK does not need a precedent to originate a standard. It needs a sound architecture, a credible regulatory pathway, and the institutional standing to make the standard stick internationally. CIDI has all three.
Ofcom to mandate an open standard requiring every ISP and mobile operator to provide an account-level household internet management dashboard to every bill controller, covering all connected devices and all access technologies simultaneously. The standard must define the four primary bucket categories, the device-level application assignment mechanism, the auto-generation protocol from existing usage data, and the self-declared baseline framework with published reference guidelines. It must explicitly prohibit any network-level use of bucket categorisation for traffic prioritisation or content inspection, ensuring net neutrality is preserved by design. The standard must also define the Phase 2 marketplace participation protocol ensuring all platform sizes can contribute on equal terms.
Confirm through CMA guidance that Phase 2 platform data token contributions to household sub-buckets through ISP marketplace arrangements are not anti-competitive, provided the open standard is maintained, all platform sizes can participate on equal terms, and no exclusive dealing arrangements restrict household choice between competing platform offers.
Srinivas Sivasubramanian is an infrastructure architect with 28 years of experience in large-scale enterprise systems, AI Factory infrastructure and enterprise network design. He has previously engaged with Parliamentary offices on technology policy matters including IMEI enforcement and mobile phone theft prevention, and works with enterprise and cloud infrastructure organisations across the UK and internationally.
The Conscious Internet Data Initiative is an independent policy awareness initiative engaging with Parliamentary offices, regulators, industry working groups and international standards bodies. It is a private initiative with no commercial sponsorship, no lobbying affiliation and no organisational backing.
Contact: linkedin.com/in/srinivas-sivasubramanian-3421111 #ConsciousInternetData