Sallar

Sallar is a Solana-based decentralized physical infrastructure network (DePIN) that turns smartphones into computational nodes, rewarding users with $ALL tokens for sharing idle processing power with AI training, data processing, and cryptographic workloads.

What Sallar Does

Sallar addresses a fragmentation problem in distributed compute: while projects like Render and io.net aggregate GPU hardware from data centers and mining rigs, ordinary smartphones — collectively representing enormous untapped computational capacity — have had no role in the decentralized compute stack. Sallar's thesis is that billions of mobile devices sit underutilized for significant portions of every day, and that a permissionless incentive layer can mobilize that latent capacity for real workloads.

By installing the Sallar app, users contribute their phone's idle CPU and GPU cycles to a shared marketplace. Requesters — AI developers, analytics firms, cryptography researchers — pay in $ALL tokens for compute access. Contributors earn $ALL proportional to their contribution.

How It Works: Proof of Benchmark

Sallar validates node contributions through a Proof of Benchmark (PoB) consensus mechanism. Rather than simply trusting reported compute figures, the network runs standardized benchmark tasks against participating devices to verify actual processing capability. Node scores are calculated from these benchmarks, with higher-performing devices receiving proportionally larger reward allocations.

Participation is designed to be passive — users open the Sallar app, enable mining mode, and the system handles task allocation automatically. The app targets idle processing periods (when the phone is charging or not actively in use) to minimize impact on daily device performance.

Products

The Sallar ecosystem consists of four interconnected components:

• Sallar App — The mobile node interface where users contribute compute and track $ALL earnings in real time.
• Sallar Marketplace — The buyer-side interface where compute requesters post jobs, set parameters, and pay in $ALL tokens for distributed processing access.
• Sallar AI Agents — An application layer built on top of the distributed compute network, providing AI inference and automation services to developers and enterprises.
• Sallar NFT Compute Credits — Tokenized compute quotas that can be traded or held, allowing purchasers to pre-buy access to future network capacity.

The $ALL Token

$ALL is the native token of the Sallar network with a maximum supply of 12 billion tokens. The distribution is structured to prioritize node operators, with 78.33% of total supply allocated to miners over time. A 4% annual inflation cap governs emission rates, ensuring controlled supply growth as the network expands.

$ALL launched on Solana mainnet and is listed on MEXC exchange. The token serves as the medium of exchange for all compute transactions on the Sallar marketplace and as the reward mechanism for node operators.

Team and Funding Model

Sallar was founded by Amadeus Ignis (CEO), Dr. Bartosz Misiurek (COO), and Konrad Podstawski (Head of Blockchain). The team brings academic and applied research backgrounds in distributed systems and cryptography.

Sallar has adopted a no-VC funding model, relying instead on community participation and organic network growth rather than institutional capital. This approach aligns the team's incentives with the node operator community — growth is tied to actual network usage rather than investor return timelines.

Ecosystem Partnerships

Sallar has established an integration with Nosana, a Solana-based GPU compute marketplace, enabling cross-network task routing between the two platforms. This partnership expands Sallar's effective compute capacity by allowing overflow jobs to route through Nosana's GPU network when smartphone-level compute is insufficient for a given workload — and vice versa.

Network Growth

The Sallar network grew from approximately 2,400 active nodes in mid-2025 to over 10,000 active phone miners by February 2026. This trajectory represents roughly 4x growth in six months and reflects the project's capacity to acquire and retain contributors through token incentives without requiring dedicated hardware purchases.

Solana Ecosystem Fit

Sallar sits within a cluster of DePIN projects on Solana that monetize underutilized hardware — Helium (wireless coverage), Render (GPU compute), Grass (bandwidth). Its differentiation is the specific hardware category: consumer smartphones rather than ASICs, wireless hotspots, or data center GPUs. This gives Sallar a dramatically larger potential participant base since virtually everyone carries a smartphone, compared to the niche of users who operate dedicated hardware.

Solana's low transaction fees are structurally important for a mobile compute marketplace where task payments may be small in absolute terms. A platform where users earn fractions of a dollar per session cannot function if individual settlement transactions cost more than the earnings they represent — Solana's sub-cent fees make the economics viable at micro-transaction scale.