OpenAI-compatible API
Plug in with familiar endpoints and schemas, cutting integration time and migration risk for existing stacks.
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Definition • How it’s delivered
Inference is the forward pass of a pretrained model — you send in inputs (text or media data), the model runs its computations, and you get back the result. In production, it’s metered in tokens or other units derived from machine time. The larger the model (more parameters), the higher the demand for compute — most often powered by GPUs, built for massive parallelism.
A model runs on dedicated compute and delivers its output via an API service. Applications connect, send requests, and receive responses — whether the system is local or in the cloud, this is how AI becomes part of real products.
High growth, high spend, and massive opportunities for efficiency.
AI inference is entering its scale phase: the addressable market rises from $97.2B (2024) to ~$253.8B by 2030, while ~90% of an AI system’s lifecycle spend accrues at the inference stage. At the same time, data-center compute demand is set to more than triple by 2030, and capital poured into AI compute has surged ~7.5× in two years. Tightening GDPR/CCPA regimes push compute closer to the data, and Llama-/Mistral-class open models now deliver enterprise-grade quality without expensive licenses.
Our roadmap outlines how Resultity will solve them through decentralization.
The current AI inference market is dominated by centralized providers, leading to inefficiencies, risks, and high costs. These issues stem from reliance on single infrastructures and closed ecosystems.
A decentralized architecture can distribute workloads, improve resilience, lower costs, and return control over data and infrastructure to the community.
Centralized inference providers often impose premium pricing, making large-scale deployments prohibitively expensive for many businesses.
Switching providers is costly and complex due to proprietary APIs, model formats, and billing structures.
Sending sensitive data to centralized servers increases exposure to breaches and regulatory non-compliance.
Centralized infrastructure is vulnerable to outages, downtime, or service disruptions impacting all clients at once.
Providers often restrict model tuning, runtime parameters, or deployment configurations, limiting innovation.
Centralized data centers can cause high latency for users in remote regions, degrading real-time application performance.
We are building a decentralized AI inference network — powered by expertise, scaled by community, and future-proofed by governance.
We make inference cheap, reliable, and practical. Our network unlocks a market where compute providers earn by contributing GPU power — from individual operators to large-scale farms. Builders connect seamlessly, slash infrastructure costs, and scale without sacrificing control or performance. By bridging supply and demand in one decentralized system, Resultity removes vendor lock-in, maximizes resource use, and keeps AI accessible for those who need it most.
Resultity aligns with these tailwinds through a price advantage (50–95% vs centralized), a transparent 50/50 revenue share with node operators, and premium SLA clusters + multi-rail payments that increase LTV and widen accessible demand.
Key principles guiding Resultity towards affordable, scalable, and reliable AI inference.
Plug in with familiar endpoints and schemas, cutting integration time and migration risk for existing stacks.
Elastic supply from community nodes keeps utilization high so you pay for useful inference, not idle racks.
Distributed nodes absorb demand spikes and avoid a single point of failure, improving service resilience.
Spin up isolated environments with custom latency, compliance, and runtime constraints on demand.
Spend maps to completed work—reducing overprovisioning and eliminating unused subscription hours.
Automatic multi-node failover and mirrored jobs maintain continuity under load and regional incidents.
Bring your data, deploy workflows, and keep ownership end-to-end with native storage and routing hooks.
Leverage open models for lower base cost and rapid upgrades—swap stacks without licensing lock-ins.
Cryptographic attestations and integrity checks prove jobs ran as requested—raising trust across parties.
Align cost with usage patterns, model classes, and SLA targets instead of one-size-fits-all bills.
Direct more spend to operators and capacity, not office leases or middle layers with fixed markups.
Jobs flow to verified nodes with enforced posture, narrowing the attack surface across the network.
On-chain rules and community votes steer upgrades and incentives—keeping the protocol adaptable and fair.
Transparent incentives let rates track real supply/demand—reducing opaque markups over time.
Health checks, benchmarks, and performance scoring feed the scheduler for predictable outcomes.
API compatible · subclouds · RAG/agents — integrate fast, keep control.
Redundancy · verifiable jobs · secure routing · live monitoring.
Pay-per-job · open models · DAO pricing · no idle spend.
Access where it matters most — supporting research, startups, and public initiatives.
Startups
Non-dilutive grants, inference credits, and guided onboarding reduce early burn and accelerate launch so founders can validate markets and ship faster without giving up equity.
Open Science
Shared datasets, reproducibility tooling, and capacity quotas for collaborative research unlock access to cutting-edge models beyond paywalled labs and promote global knowledge transfer.
Government
Secure deployments with data-residency and auditability support sovereign AI, mission-critical public services, and national digital resilience under clear compliance controls.
Medicine
Preferential rates for hospitals, labs, and biotech enable privacy-preserving clinical workloads with logging and traceability features to meet regulatory standards like HIPAA/GDPR.
Education
Affordable access for universities and technical schools: bundled credits, research quotas, and shared labs that bring hands-on AI into classrooms and capstone projects.
Civic Tech
Discounted compute for NGOs, civic platforms, and nonprofit ventures to power open data portals, community tooling, and impact-driven services at sustainable cost.
Core strengths that position Resultity for sustained leadership in decentralized AI.
A multidisciplinary team of engineers, product leaders, and operations specialists with a track record of delivering reliable, scalable, and innovative AI infrastructure.
An engaged global community of compute providers and contributors that continuously expands the network’s capacity and resilience.
Established best practices in security, observability, and operational discipline — ensuring sustainable growth and trust at scale.