Resilience

Your AI Never Stops. Your Budget Never Overruns.

ThinkNEO is the control plane that keeps enterprise AI workloads alive during provider incidents and structurally prevents cost overruns at request time. Three fallback tiers, one deterministic hard cap, one audit trail.

  • Three tiers of fallback: primary provider, secondary provider, sovereign GPU
  • Deterministic hard cap on AI spend, enforced in runtime, not by after-the-fact alerts
  • Hash-chained audit record of every request, decision, and fallback event

The Operating Promise

Most AI control tools give you dashboards. ThinkNEO gives you a runtime contract: workloads continue during incidents, and spend cannot exceed the ceiling you set.

  • Continuity: commercial provider outages no longer cascade into workflow downtime.
  • Predictability: monthly AI cost is a hard ceiling managed in the panel, not a target.
  • Accountability: every decision is logged with append-only, hash-chained integrity.

Three-Tier Fallback

Every request passes through a deterministic tier selection. When a tier fails or a policy triggers, the next tier activates transparently. Application code never changes.

Tier 1
Primary commercial provider
The preferred provider for each workload based on policy. Typically OpenAI, Anthropic, or Google. Routed for best quality or best cost per task depending on configuration.
  • Policy-driven model selection per request
  • Health and latency signals continuously evaluated
  • Used as long as the provider is healthy and within budget
Tier 2
Secondary commercial provider
A parallel commercial provider used when the primary fails, rate-limits, or breaches a latency or cost threshold. Routing is transparent to the caller.
  • Activates automatically on provider error, timeout, or rate limit
  • Can also activate by policy for cost reasons
  • Response shape is normalized so application contracts stay stable
Tier 3
Sovereign GPU fallback
Self-hosted inference on sovereign GPU infrastructure. The final tier that preserves continuity when commercial providers are unavailable or when data residency requires on-premises execution.
  • Activates automatically when commercial tiers are unavailable
  • Also used when policy requires sovereign execution for data residency
  • Keeps critical workflows alive through global provider incidents

Every request flows through the same decision path. Tiers are selected deterministically based on health, latency, cost, and policy. Fallback is transparent to application code.

Deterministic Hard Cap

Budget is not a metric. It is a contract. You set a hard ceiling in the panel and ThinkNEO enforces it at request time. Overruns are structurally impossible.

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1. Budget set in the panel
Administrators define a monthly ceiling per workspace, per project, or per team. The ceiling is a hard cap, not an alert threshold.
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2. Real-time cost tracking
Every request is priced and accumulated against the ceiling in real time. Cost signals feed directly into the enforcement engine.
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3. Runtime enforcement at the ceiling
When the ceiling is reached, ThinkNEO takes the action you configured: downgrade to cheaper models, fall back to sovereign inference, or refuse new requests with a structured error.
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4. Append-only audit record
Every enforcement decision is written to the audit trail as a hash-chained event. You can prove, after the fact, that the ceiling was honored.

The default action at the ceiling is configurable per workspace. The guarantee is simple: no request that would breach the ceiling is ever billed at the unbounded rate.

Dashboards Alert. ThinkNEO Enforces.

Observability tools tell you what already happened. ThinkNEO changes what happens next. The difference shows up at month-end and during incidents.

  • Alert-only tools notify you after the overrun. Enforcement tools prevent the overrun from being billed.
  • Alert-only tools surface provider outages. Fallback architectures continue serving requests through them.
  • Alert-only tools produce reports. Control planes produce hash-chained audit evidence admissible to internal audit and regulators.

Audit Evidence Is Not An After-Thought

Every request, routing decision, guardrail action, and hard cap event is written to an append-only audit log. Update and delete are blocked at the database level. Each event is hash-linked to the previous one.

  • Append-only at the database layer through immutability triggers
  • Hash chain links each event to the previous one, making tampering detectable
  • Preserved indefinitely with no silent expiration of historical records
  • Admissible evidence for internal audit, external audit, and regulatory review

Related Material

Keep exploring the architectural and operating model that makes these guarantees possible.

Case study: SHK Import & Export
How a Hong Kong international trade operator runs governed AI across global operations with ThinkNEO.
Architecture overview
The components of the ThinkNEO control plane and how they fit together.
Compare with alternatives
Capability matrix against Portkey, LangSmith, and Helicone.

Operate AI Without Surprises

Book a technical review and map ThinkNEO's resilience architecture to your provider stack, budget posture, and audit obligations.