AI for SaaS
Ship AI features faster
with one API to 150+ open models
AI for SaaS teams that need reliability and control. Plug into ShareAI’s people-powered grid to add chat, summarize, classify, and embed—without lock-in. Smart routing chooses the best provider by latency, price, region, and model, with instant failover. It’s simple pay-per-token.
Preferred by SaaS leaders
Consolidate AI across teams: one API, 150+ models, observability and controls included.
BEFORE ANYTHING ELSE
Bring all your AI product work together
Stop juggling provider SDKs and one-off keys. Standardize on one ShareAI API to reach 150+ models across many providers—with policy-based routing, pay-per-token economics, and automatic failover.
Keep AI online when providers wobble
Sales spikes, model hiccups, or provider outages shouldn’t take features down. ShareAI auto-selects the best provider by latency, price, region, and model, and fails over instantly if one degrades. Ship once; stay up.
Ship once. Swap models later.
Start with the model you like today and change your mind tomorrow—without rewrites. One REST endpoint abstracts 150+ open & vendor models so product can iterate while platform keeps control.
Image: Side-by-side cards of popular models all reachable via the same API call.
Own your cost–performance trade-offs
Set policies to hit your targets: choose the cheapest for batch jobs, the fastest for chat, or pin by region for data locality. It’s simple pay-per-token—no lock-in.
BYOI — AI Prosumer mode
Already run infra? Bring Your Own Infrastructure and enroll as a ShareAI provider. Turn idle downtime into tokens you can spend later on ShareAI—cut net costs, break even, or even come out ahead. Onboard via Windows, Ubuntu, macOS, or Docker; contribute in idle-time bursts or go always-on.
Fair economics that reward the network
Keep value in the community that keeps models online—70% of spend goes to providers powering the grid. Your product benefits from resilience; the network benefits from real incentives.
Future-proof model coverage
Avoid betting your roadmap on a single vendor. With one API to 150+ models today—and the flexibility to adopt tomorrow’s models—you stay current without re-platforming.
Region & data-handling control
Route by region to meet performance and data-residency needs, and steer traffic with allow/deny lists per provider or model—centralized, policy-driven, and vendor-agnostic.
FAQ
AI in SaaS: Answers that help you ship
Practical guidance on models, routing, failover, pricing, BYOI/Prosumer tokens, and rollout—so you launch fast without lock-in.
How do we add AI to a SaaS app without vendor lock-in?
Integrate once with a multi-provider API. You call one endpoint; policies choose providers by latency, price, region, or model. Swap models/providers later without rewrites.
What happens if a model/provider goes down or slows?
Requests auto-failover to the next best provider based on your policy. Health checks, retries, and selection happen behind the scenes so your features stay online.
How do we control and forecast AI costs?
It’s pay-per-token with per-feature routing: cheapest for batch jobs, fastest for interactive chat, region-pinned for compliance. Use observability to track tokens, p95 latency, and error rates.
How do we switch models (or versions) without refactoring?
Change the model ID or update your routing policy. Keep critical paths pinned to a version; shadow-test new models and flip the policy when they beat your baseline.
Can we meet EU data residency and compliance needs?
Yes—use region-aware routing to pin workloads to allowed regions (or exclude others). Combine with short retention and optional PII redaction for sensitive flows.
Can we bring our own infrastructure to reduce costs? (BYOI / AI Prosumer)
Yes. Enroll your GPUs as a Prosumer: serve traffic in idle time to earn tokens, then spend tokens on ShareAI during peaks. Many teams offset a big chunk of monthly spend—some break even or go net-positive. Supports Windows, Ubuntu, macOS, and Docker; idle-time or always-on.
How do we minimize AI latency (p95) for interactive UX?
Route to low-p95 providers near your users, enable streaming, trim prompts/context, cache safe results, and push background jobs to cheaper off-peak routes.