Wingbits

Wingbits is a decentralized physical infrastructure network (DePIN) on Solana that pays community members to collect and share real-time aviation data, building a commercially viable alternative to the volunteer-powered flight tracking systems the industry has long depended on.

The Problem

The global aviation data industry relies heavily on unpaid volunteers who install ADS-B (Automatic Dependent Surveillance-Broadcast) receivers at their own expense. ADS-B is the technology mandated on most commercial aircraft; transponders broadcast a plane's GPS position, altitude, speed, and identification twice per second. Volunteer networks aggregate these signals to produce the flight-tracking maps used by airports, airlines, logistics operators, hedge funds, and regulators — but because contributors receive no compensation, coverage is thin in economically developing regions and data quality is uneven.

Wingbits replaces the volunteer model with a tokenized incentive layer, paying station operators in $WINGS proportional to the quality, volume, and geographic value of the data they contribute.

How It Works

Anyone can become a Wingbits station operator by registering at wingbits.com and deploying compatible ADS-B receiver hardware. Each station captures aircraft transponder signals and forwards them to the Wingbits network, where they are validated, aggregated, and sold to commercial data buyers.

Coverage is structured using Uber's H3 hexagonal grid system at resolution 3 for macro regions and resolution 6 for individual station placement. This grid determines reward weighting: stations covering underserved hexagons receive higher allocations, encouraging operators to deploy hardware in regions with genuine coverage gaps rather than clustering in already-saturated areas.

A distinguishing technical feature is cryptographic data signing at the hardware level. All signals are authenticated using a proof-of-location mechanism the project describes as the first of its kind in the flight tracking industry. This creates tamper-proof provenance — each data point can be traced to a specific, verifiable device — which matters when the data underpins commercial aviation operations or financial decisions. Station rewards require manual claiming, giving operators flexibility in managing tax obligations across different jurisdictions.

Data Products and Services

Wingbits packages its collected data into a commercial layer with multiple offerings:

• Live Flight Data API — Real-time ADS-B feeds via REST API with dashboard monitoring for buyers
• Historical Flight Data — Archival datasets in multiple formats for research and analysis
• Live Flight Map — An interactive global visualization of tracked aircraft
• TCAS Alerts — Traffic collision avoidance system monitoring across the network
• GPS Jamming Map — Real-time mapping of GPS interference events, a growing concern given geopolitical disruptions to satellite navigation
• Wingbits.Ai / Wingo — An airspace intelligence platform and AI assistant launched in May 2026, layering analysis and natural-language querying over the live flight tracking map
• Self-Serve API Dashboard — Launched December 2025, providing on-demand programmatic access to global flight data without enterprise sales workflows

Data buyers include airports, airlines, cargo operators, hedge funds, government agencies, drone and eVTOL operators, academic institutions, and logistics platforms. Revenue is allocated with 25% going to operational costs, 25% to a treasury, and 50% to a token buyback-and-burn program — directly linking commercial data sales to WINGS token supply.

WINGS Token

WINGS is a Solana SPL token with a fixed supply of 10 billion (contract: WingsAYbfs4qnEgcw8jpSvetqp8XHM3GkKvow54WLcd). The token generation event (TGE) occurred on April 22, 2026, with listing on Kraken as the primary centralized exchange and liquidity pools on Orca and Raydium.

Token allocation: 40% to community rewards and station incentives distributed over time; 24.5% to early backers and investors (6-month cliff, 18-month vesting); 19% to the team (12-month cliff, 36-month vesting); 11% to ecosystem treasury and liquidity; and 5.5% to advisors and partners.

Data buyers can pay for API access in WINGS, USDC, or fiat. WINGS payments trigger the burn mechanic, reducing circulating supply. Additional token sinks include staking multipliers, a WINGS store, and tiered holder benefits.

Team and Funding

Wingbits was co-founded by Robin Wingardh (CEO) and Alex Lungu, and is headquartered in Stockholm, Sweden. The project raised $9.3 million in total: an initial seed round of $3.5 million followed by a $5.6 million strategic round in January 2025 led by Borderless Capital and Bullish Capital, with participation from Spartan Group, Tribe Capital, Antler, SNZ, and Heartcore Capital. The Solana Foundation is listed among key partners.

Network Scale and Milestones

At mainnet launch, the Wingbits network had grown to more than 6,000 active stations across 120+ countries, tracking approximately 200,000 flights daily — a growth rate the project reports as seven times faster than legacy competitors. During the testnet phase, 2,100 stations were live across 85 countries, already processing 120,000 daily flights.

Confirmed partnerships include a collaboration with Korean Air's R&D Center on advanced air mobility (AAM) airspace integration research (September 2025), a research partnership with Vietnam National University (September 2025), GPS interference detection partnerships with World Monitor and SkAI (April 2026), and Spire satellite data integration to cross-validate ground-based station readings.

Fit in the Solana Ecosystem

Wingbits sits within the DePIN category on Solana alongside networks like Helium (wireless), Hivemapper (mapping), and GEODNET (GPS correction signals). What differentiates Wingbits from earlier DePIN experiments is that the demand side already exists: flight tracking data has established commercial buyers, regulatory relevance, and a decades-old industry willing to pay for higher quality and coverage.

By building on Solana's low-cost, high-throughput settlement layer, the project distributes micropayments to thousands of station operators globally in a way that would be economically infeasible on higher-fee chains. The 50% buyback-and-burn revenue structure creates a direct mechanism tying the network's commercial traction to on-chain token supply, giving the DePIN model a concrete link between real-world data revenue and token value.