Groundwave Weekly — May 14, 2026

The Iranian government just did something that should make every authoritarian regime sit up and every internet-freedom advocate sit down: it turned its 75-day national blackout into a paid subscription tier. Meanwhile, the Pentagon's laser-linked satellite mesh added another batch in orbit, SpaceX crossed 10,000 Starlinks, and the EU edged closer to formalizing what individual member states have been doing piecemeal for six years — telling Huawei and ZTE to go home. The week's underlying current is institutionalization: ad-hoc responses to the last two years of cable cuts, shutdowns, and spectrum fights are hardening into legislation, procurement, and revenue lines.

• Tranche 1 Tracking Layer (second batch) (Space Development Agency / SpaceX): Second batch of SDA missile-tracking and transport satellites launched following a weather scrub, carrying optical inter-satellite links and Ka-band payloads for the Proliferated Warfighter Space Architecture.
• Starlink satellite #10,000 (SpaceX): SpaceX crossed the 10,000-satellite mark in low Earth orbit on a record-tying 132nd Falcon 9 launch of the year.
• Internet Pro (Mobile Communications Company of Iran): Tiered, whitelisted internet access sold to approved subscribers via "white SIM" cards while the national blackout continues for everyone else.
• Spectrum.gov (NTIA): Centralized federal portal for U.S. spectrum policy, planning, and pipeline transparency.
• Via Africa submarine cable project (Orange Group): New West African submarine cable project launched to add capacity and route diversity to one of the world's most cable-constrained regions.

The internet blackout that began February 28, after U.S. and Israeli strikes on Iran, is the longest nation-scale shutdown on record — NetBlocks measured connectivity at roughly 1% of normal throughout the shutdown period. What changed this week is that the Mobile Communications Company of Iran (MCI) — a carrier owned by a consortium with close ties to the Islamic Revolutionary Guard Corps — began openly selling tiered access through a service called Internet Pro. (CNN)

The architecture is more sophisticated than a simple kill switch. According to CNN, Internet Pro works through telecom-level whitelisting tied to "white SIM cards" — certain SIMs, accounts, and institutions are exempted from filtering and routed through less restricted gateways, retaining access to the open internet while everyone else stays dark. The reformist daily Shargh called it "the transformation of the Internet from a public and civic right into an allocable privilege." (Arab News) The Iran Human Rights Monitor's technical write-up notes Cloudflare observed HTTP/3 and QUIC usage on major Iranian networks collapsing from roughly 40% to under 5% in the days before the January phase of the shutdown — consistent with intensified filtering and pre-shutdown whitelisting, not a blunt cable-pull. (Iran HRM)

Why this matters: If MCI's tiered model becomes durable, it gives the regime a revenue stream attached to the very apparatus that imposed the blackout — and it gives other authoritarian states (Russia, Belarus) a working template that's harder to dismantle than an on/off switch. Watch: whether Internet Pro expands to new subscriber categories beyond business/institutional whitelists. If individual citizen tiers appear, the two-tier internet stops being an emergency measure and becomes the new baseline.

SpaceX launched the second batch of Space Development Agency satellites this week after a weather scrub, continuing the buildout of the Proliferated Warfighter Space Architecture — a constellation that the SDA's own documentation describes as a mesh network connected via optical inter-satellite links rather than radio. (Spaceflight Now) The SDA's on-orbit page confirms Tranche 1 satellites carry optical communication terminals and Ka-band payloads. (SDA On-Orbit)

The strategic shift here is geometric. Today, a destroyer waiting for targeting data is bottlenecked by ground stations and bent-pipe satellite relays. The PWSA's design endgame is a fighter jet or warship pulling targeting data directly from a satellite via laser link, bypassing terrestrial chokepoints that adversaries can jam or damage. The SDA also published a request for information for airborne optical communication terminals — early-stage, but a clear signal that aircraft-to-LEO laser links are the next checkbox. (SDA)

Failure mode to watch: optical inter-satellite links sound elegant on a slide and are genuinely hard in practice — pointing accuracy across thousands of kilometers, atmospheric interference for downlinks, beam acquisition during orbital handoffs. If Tranche 2 launches later this year slip materially, or if the SDA quietly relaxes its optical-link requirements, it'll mean the architecture is reverting toward Ka-band fallback. The Tranche 2 Tracking Layer adds hypersonic missile tracking to the mesh — that's the next milestone worth marking on your calendar.

Ten thousand is a round number that makes for a good headline. The number that actually matters for engineers is the coverage geometry: more satellites in more orbital planes means lower latency, more simultaneous users per cell, and crucially, more redundancy when individual satellites fail or get jammed. (SpaceX launch schedule)

The adversarial side is already live. Per documentation aggregated on the 2026 Iran blackout, the Iranian government has run a large-scale GPS-jamming campaign since January 8 specifically to disrupt Starlink access — Miaan Group's Amir Rashidi reported roughly 30% packet loss for connections to Starlink in affected areas during the campaign, with some regions seeing 80% during concentrated attacks. (Wikipedia, background context — treat as compiled secondary aggregation, not primary reporting)

What's at stake: A denser LEO constellation is harder to suppress completely, but a determined state actor can still meaningfully degrade it. The observable signal on whether SpaceX takes the threat seriously: any technical disclosure about anti-jam capability or GPS-independent positioning in next-generation Starlink satellites. The company has been quiet on that front, which is itself informative.

The European Union is moving toward a formal ban on Huawei and ZTE equipment in mobile networks, according to China Economic Review, which would convert what several member states have done unilaterally into a single enforceable 27-nation standard. The policy direction has been clear since 2019; what changed this week is that the timeline appears to be real.

A bloc-wide ban triggers a multi-billion-euro rip-and-replace cycle. The U.S. equivalent — the FCC's rural carrier program — ran dramatically over budget and behind schedule. European carriers, many already under margin pressure, will be watching the funding mechanism more than the policy itself. Watch: whether the formal legislative proposal includes a compensation framework for affected operators. If it doesn't, expect a lobbying fight that delays implementation by years, particularly in Central and Eastern Europe where Huawei still sits inside core networks.

Adjacent to the ban story, Huawei spent the week doing what companies excluded from one market do — deepening commercial ties in another. Per AI News, China Mobile Shanghai and Huawei announced what they're calling an industry-first 5G-Advanced network monetization strategy, attempting to price-differentiate enterprise customers on network slicing and guaranteed performance rather than treating 5G-A as a pure cost-reduction play. And per the Khmer Times, Huawei met Cambodian officials and Smart Axiata to advance 5G, AI, and cloud cooperation. China is increasingly the proving ground for the next generation of carrier monetization — and the results will inform Western strategy whether anyone acknowledges the source.

West Africa runs on a handful of aging submarine cables that carry the internet traffic of hundreds of millions of people; when one breaks (which happens regularly), the impact is immediate. Orange Group this week launched the Via Africa submarine cable project to enhance regional connectivity — more redundancy, lower latency for regional traffic, and reduced dependence on existing routes.

The geopolitical subtext is real. China's state-backed telecom firms have been aggressive in funding African submarine infrastructure for a decade, and Orange's Via Africa is part of a European counter-move. As TeleGeography has repeatedly noted, operational control of landing stations and shore-end infrastructure often matters more than who financed the fiber itself — that's where traffic gets monitored, throttled, or rerouted. (TeleGeography) Watch: the landing-point list and consortium membership when published. Those details will tell you whose infrastructure strategy is actually winning the continent.

A DARPA SBIR topic from the Microsystems Technology Office — DPA26BZ01-NV007 — pre-released May 6 and opens May 27, asking for something deceptively simple: compact, wideband, power-efficient tunable RF filters to "significantly improve spectrum access and signal integrity" for Department of Defense communications and electronic warfare systems. (DARPA SBIR/STTR topics)

Tunable RF filters are the unglamorous bottleneck in any modern tactical radio. Today's radios either lock to one band with a fixed filter or accept interference when hopping across S-, C-, and X-band. Think of it as the military equivalent of needing a single pair of glasses that works for reading, driving, and night vision — the physics are genuinely hard. The fact that DARPA is soliciting this at the SBIR level in 2026 means no one has solved it well enough to field at scale.

A companion solicitation the same day (DPA26BZ01-NV006) targets photonic-electronic panel integration — three-dimensional optical routing on chip, building on DARPA's HAPPI program. Two simultaneous Microsystems Technology solicitations targeting the RF-photonic interface is a portfolio, not a coincidence. Microsystems SBIR topics have a track record of feeding into program BAAs within 18–24 months — so this is the early signal for what fielded tactical radios will look like by the end of the decade.

An IRGC-affiliated telecom invoicing customers for the internet it confiscated, a Falcon 9 nudging satellite number ten thousand into a sky the Iranian government is trying to jam, and a DARPA solicitation politely admitting that nobody has built a radio filter that actually works yet. The two-tier internet is here — turns out the upgrade path was never fiber, it was loyalty. Stay sharp.

Forward this to the friend who still thinks the internet is a place rather than a permission slip.