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Document: Public / Institutional Briefing Audience: Teknopark · TİM · Ministry · Corporate Exporters
Sovereign · Zero-Egress · DPP Infrastructure

Sovereign infrastructure, egress efficiency and national scale

Core thesis: an ESPR transition under legacy SaaS models risks capital evaporating into foreign cloud fees and export compliance becoming a hostage. A sovereign, zero-egress Edge architecture turns compliance from a cost centre into national efficiency infrastructure.

1Strategic context

As the EU’s Ecodesign for Sustainable Products Regulation (ESPR) takes effect, Turkish manufacturers exporting textiles, apparel, white goods and industrial components face a clear reality: no Digital Product Passport, no passage through customs. The problem is that compliance has historically meant adopting foreign-hosted SaaS tools — which means lost data sovereignty, recurring platform fees and egress costs paid to foreign providers.

2The legacy trap

Competitors (such as idpp and DÜPAS) rely on traditional multi-tenant cloud architectures. At national scale this becomes four weaknesses:

Inflated payload tax
Legacy dynamic cloud apps emit heavy JSON payloads per scan
~100 KB/scan
Egress penalty
Every scan sends data back to central servers; egress fees paid to foreign hyperscalers
$0.05–0.114/GB
Hosting-hostage
A “pay-to-stay” annual fee; passports go dark if payment stops
Annual subscription
Manual data portals
Suppliers re-type into rigid third-party forms, over and over
High admin burden

3The macro impact model

Model a mature national distribution: 90,198 of Türkiye’s exporters (~50% of the base) running on DSR, with ~4.51bn scans a year. The table below shows the audited (corrected) central figures, derived from the same live calculator.

MetricLegacy SaaS architectureSovereign Edge (DSR)National difference
Payload per scan~100 KB~2.25 KB~98% reduction
Annual data egressed~451 TB~10.1 TB (near-zero to third parties)~440.8 TB kept in-perimeter
Cloud egress billing~$40,589/yr~$0~$40,589 stays in-country
Platform / SaaS fees (national)~$135.3m/yr$0 (your own infrastructure)~$135.3m stays in-country — the real millions
Data sovereigntyShared cloud, often offshoreTürkiye-resident (KVKK)100% local
Continuity riskAnnual “pay-to-stay” feeFunded Continuity GuaranteeZero blackout
Annual cost saving
$135.34m
range: $45.11m – $360.87m
Annual carbon saving
9.4 t
range: 2 t – 28.9 t
Data kept in-perimeter
440.8 TB
per scan ~98% less
Honest framing: the large number comes not from the scan itself but from avoided foreign SaaS platform / “pay-to-stay” fees (~$135.3m/yr) and capital retained in-country. The cloud egress cost is modest (~$40,589/yr) — we do not inflate it. The strength of the carbon case is not an absolute tonnage but the ~98% reduction in data moved per scan (≈100 KB → ~2.25 KB).

4National wealth and carbon

By routing billions of verification queries through a sovereign, lightweight Edge, Türkiye wins twice: (1) capital stays in-country — avoided foreign SaaS fees and egress taxes remain in the local ecosystem; (2) the digital-carbon footprint narrows — because data moved per scan falls by ~98%, the digital-carbon overhead of running the DPP at national scale drops to a fraction of the legacy approach, aligning with the Green Deal and net-zero goals.

Sovereignty ≠ residency alone

A rival can match “residency at rest” on a foreign-backed cloud. The real moat is zero-egress by design (each scan not sending data to third parties), your-own-domain ownership and a funded continuity guarantee.

5Conclusion

Türkiye does not merely need “software that prints a QR code”; it needs sovereign digital infrastructure that protects its exporters from foreign cloud dependency, secures KVKK compliance and turns legal compliance into a competitive development move. Moving from inflated multi-tenant SaaS to an immutable, zero-egress, edge-attested engine proves compliance can be faster, greener and fully domestic.

Move the numbers yourself — adoption and scan sliders, with every assumption editable.
Open the live calculator

This is an editable MODEL estimate built on transparent, sourced assumptions — not an audited measurement. Figures derive from the same model as the live calculator and change as the assumptions change. Prepared by DSR Protocol for due-diligence purposes.

DSR Protocol — Digital Product Passports, authentication and GS1 Digital Link on one engine.