2nd Air-Space IT Conference Opens, Accelerating北斗+Low-Altitude Economy Export Certification

The 2nd Air-Space Information Technology Conference opened in Hefei on May 10, 2026, with focused discussions on BeiDou-3 augmentation services, UAM (Urban Air Mobility) airworthiness certification, and harmonization of low-altitude Communication, Navigation, and Surveillance (CNS) standards. Its timing and international participation signal emerging momentum for cross-border regulatory alignment—making it especially relevant for exporters of drones, eVTOL flight control systems, high-precision GNSS modules, and lightweight composite materials.

Event Overview

The 2nd Air-Space Information Technology Conference was held in Hefei on May 10, 2026. Attendees included representatives from multiple national civil aviation authorities. The conference addressed BeiDou-3 enhanced service applications, UAM airworthiness certification frameworks, and standardization efforts for low-altitude CNS infrastructure. Publicly confirmed topics included progress toward interoperability and mutual recognition in low-altitude airspace governance.

Industries Affected

Direct Exporters of UAVs and eVTOL Systems

These companies face evolving airworthiness requirements in target markets. The presence of foreign aviation regulators at the conference signals potential acceleration in bilateral or multilateral certification pathways—particularly where BeiDou integration or CNS compatibility is a condition for market access.

Manufacturers of High-Precision GNSS Modules

As BeiDou-3 augmentation services gain traction in low-altitude operations, demand for GNSS modules supporting multi-constellation, dual-frequency, and real-time kinematic (RTK) positioning may rise abroad. Regulatory alignment could lower technical barriers—but only if module-level performance meets evolving CNS-related validation criteria.

Suppliers of Lightweight Composite Materials

Airworthiness certification for eVTOL platforms often includes structural integrity assessments under dynamic low-altitude flight conditions. Harmonized CNS standards may indirectly influence material testing protocols—especially where certification bodies begin referencing common environmental or load-spectrum benchmarks across jurisdictions.

Supply Chain and Certification Support Providers

Firms offering regulatory consulting, test lab coordination, or documentation preparation for export certification may see increased demand—not as a direct outcome, but as a consequence of heightened industry attention to certification readiness. However, no new formal agreements or timelines were announced at the event.

What Enterprises and Practitioners Should Focus On Now

Monitor official follow-up statements from participating aviation authorities

While multilateral engagement occurred, no binding memoranda or implementation roadmaps were released. Subsequent press releases, joint working group announcements, or updated guidance documents—especially from CAAC, EASA, or FAA-affiliated delegations—will indicate whether this event marks early-stage coordination or concrete procedural convergence.

Track certification activity for specific product categories in priority markets

Focus on jurisdictions represented at the conference (e.g., UAE, Singapore, Brazil) and watch for filings related to drone BVLOS operations, eVTOL type certification submissions, or GNSS receiver approvals citing BeiDou-3 augmentation. Early adopters in those regions may set de facto benchmarks.

Distinguish between policy signaling and operational readiness

The conference reflects diplomatic and technical dialogue—not immediate regulatory change. Exporters should avoid assuming automatic acceptance of Chinese-certified components. Instead, treat this as a cue to audit current certification dossiers against ICAO Annexes, RTCA DO-178/DO-254, or ETSI EN 303 213 where applicable—and identify gaps ahead of formal submission cycles.

Prepare internal alignment across engineering, compliance, and export teams

Where BeiDou integration or CNS interface specifications are part of product design, ensure traceability from system architecture to verification reports. Cross-functional readiness—including documentation localization, third-party lab engagement plans, and liaison protocols with overseas certifying bodies—can reduce time-to-submission once formal pathways open.

Editorial Perspective / Industry Observation

Observably, this conference functions primarily as a coordination signal—not an implementation milestone. Its value lies not in announced outcomes, but in the convergence of stakeholders previously operating in parallel regulatory tracks. Analysis shows that sustained engagement across CNS standardization and BeiDou-enabled navigation use cases may gradually reshape certification expectations, particularly in emerging low-altitude economies. However, actual certification timelines, acceptance criteria, and enforcement mechanisms remain subject to national authority discretion. From an industry perspective, this moment is better understood as the start of a multi-year alignment process—not a near-term licensing shortcut.

In summary, the 2nd Air-Space Information Technology Conference underscores growing institutional attention to regulatory interoperability in low-altitude aviation. It does not alter current export requirements, but it does elevate the strategic importance of certification preparedness, BeiDou system integration planning, and proactive engagement with evolving CNS frameworks. Current interpretation should emphasize continuity over disruption: enterprises benefit most by treating this as a reinforcement of existing priorities—not a pivot point.

Source: Official announcement of the 2nd Air-Space Information Technology Conference (May 10, 2026, Hefei); publicly reported agenda and participant list. Note: Ongoing developments—including formal agreements, working group outputs, or jurisdiction-specific regulatory updates—remain to be observed and verified.