Hardware-Enforced Compliance + Improved WiFi at Peak Times
A network-edge appliance that enforces Oklahoma's new Consumer Data Privacy Act at the wire — with the added benefit of stable, high-performing guest WiFi during peak occupancy.
These are pulled directly from Osano's 2026 State of US Privacy Enforcement report — the playbook for how state regulators are now testing privacy controls at the wire, not just on paper.
“The sixteen months between January 2025 and May 2026 produced more enforcement activity under comprehensive state privacy laws than the preceding five years combined.”
“The privacy program looked fine on paper, but the technology told a different story.”
“In Healthline, investigators found 118 tracking cookies continued transmitting data even after consumers exercised all three available opt-out methods simultaneously — a Do Not Sell link, a GPC signal, and a cookie banner.”
“Regulators are technically testing mechanisms, not reviewing policies. Companies that rely on a consent management platform to display a banner — without verifying that the downstream suppression of tracking technologies actually works — are operating with false confidence.”
“We're receiving about 150 complaints every single week. That number has been increasing over time.”
“The opt-out existed in the interface but failed in the technology.”
Source: Osano, 2026 State of US Privacy Enforcement. Excerpts used for commentary and analysis.
DataStop intelligently manages traffic for better performance while providing enforceable network privacy controls:
Result: properties get stable, high-performing WiFi today — and a strong technical foundation for OCDPA compliance.
DataStop is a hybrid hardware + cloud system: an edge appliance at the property enforces privacy in-line, and a separate cloud plane gives operators visibility and reporting. The specific enforcement techniques are part of the IP and are shared under NDA in the technical deep-dive.
A compact, purpose-built device that sits inline at the guest WiFi boundary. It inspects outbound traffic before it leaves the property — the layer where enforcement actually happens.
Mobile-first portal that delivers a plain-language privacy notice and captures explicit, per-session consent — producing the documented evidence regulators look for.
Privacy obligations are expressed as policy, not hard-coded. As new state laws activate, properties get updated rule packs without swapping hardware.
Where operators see consent rates, network performance, and download regulator-ready reports. Only de-identified metadata leaves the property — raw guest traffic never reaches our cloud, by design.
The appliance lives between the property's WiFi infrastructure and the upstream internet, so every privacy decision is enforced before data ever leaves the building.
Designed to sit alongside the access-point and controller hardware properties already own — no rip-and-replace of the guest WiFi.
Sized so privacy enforcement does not become a bottleneck during conference check-ins, restaurant rushes, or casino floor events.
Raw guest traffic and audit logs stay on the appliance. DataStop's cloud only ever sees de-identified summaries — minimizing both property and vendor exposure.
A note on the secret sauce: the enforcement methods inside the appliance are intentionally not detailed publicly. Serious investors and design partners receive a deeper technical walkthrough under NDA.
Every guest who connects to hotel or casino WiFi generates a trail of sensitive data: device identifiers, MAC addresses, precise geolocation, and behavioral patterns. Oklahoma's OCDPA — and similar laws in 20+ other states — now classify this as sensitive personal information requiring explicit opt-in consent and enforceable opt-out controls.
Pure software solutions trust third-party ad-tech and analytics SDKs to "respect" a privacy flag. But by the time that flag is checked, the data has already been transmitted to external servers. That is exactly what happened to Tractor Supply — a $1.35 million fine because their "Do Not Sell" button never actually stopped data from flowing.
DataStop shapes and prioritizes WiFi traffic during peak occupancy — when conference check-ins, restaurant rushes, and casino floor events all hit the network at once. The result is stable, high-performing connectivity that guests actually notice and appreciate. Better reviews. Fewer complaints. Stronger brand loyalty.
The same appliance enforces privacy controls at the network boundary. Every outbound connection is inspected. Consent decisions are respected by the infrastructure itself — not by hoping a third-party SDK reads a flag correctly. Properties get defensible audit trails and a clear technical answer when regulators ask, "How do you enforce this?"
The Investor View: Defensibility & Moat
Software-only solutions cannot intercept traffic before it leaves the property, so they cannot adequately enforce privacy laws. A network-edge appliance with certified hardware, captive portal integration, and real-time packet inspection requires embedded engineering, FCC compliance, and property-level installation relationships. Once DataStop is in a property, switching costs are high — the device is physically wired into the network, and the compliance audit trail lives on it. That hardware footprint becomes a barrier to entry that pure SaaS players cannot easily cross.
MSPs install the appliance during visits they're already making. They keep 70% of the SaaS revenue; DataStop takes 30% (25% floor). Install costs us nothing — the MSP is already on-site managing the network. The immediate wedge is SIEM cost reduction; the long-term driver is OCDPA compliance they can resell.
Funnel math: MSP partners × properties per partner × monthly SaaS. Aligned incentives from day one — the MSP keeps 70%, DataStop takes 30% with a 25% floor.
Modeled at $150/mo SaaS per property. Conservative: 3 MSPs × 20 properties. Base: 8 × 35. Aggressive: 15 × 50. Pre-revenue today — these are scenarios, not commitments.
IP, enforcement architecture, and acqui-hire. Likely buyer: Cisco Meraki — they need this layer, and buying DataStop is faster than engineering around the patent.
OCDPA writes the first documented case. Then 15+ states with the same opt-in rules follow the same pattern — same gap, same fix.
Blockchain-registered architecture plus a patent filing wall off the design. The workaround is blocked — buying DataStop is faster than engineering around it.
We're seeking aligned investors who understand hospitality, regulatory tailwinds, network infrastructure, or Oklahoma / tribal opportunities. The packet layer is unoccupied — DataStop is the enforcement layer regulatory compliance has always needed.