Parinita
Simplifies
AI.

One heterogeneous AI fabric where nine compute planes operate in unison — making agentic infrastructure simple.

GA September 2026 · Early access for design partners

Nine-plane AI Fabric
101
Edge POPs
42
U.S. States
9
Hardware Planes
<50ms
P99 Inference SLA
$175
Per seat · unlimited
The Promise

Parinita simplifies AI.

One heterogeneous fabric. Every workload automatically routed to its optimal compute plane. One seat. One bill. Build autonomous systems without infrastructure chaos.

The Vision
AI should feel effortless. Not a system you wrestle – a capability you wield. One fabric. One seat. Infinite intelligence.
— Parind Parekh · CEO · Parinita AI Edge
01 / The Architecture · One Fabric

Specialized silicon. Operating in unison.

Nine compute planes are not nine separate clouds. They are specialized organs of one intelligent system — every workload routed dynamically to the optimal plane, in real time. Reasoning to MI350P. RAG to Sierra Forest. Edge reflex to Qualcomm. Memory to NVMe. Orchestration to AmpereOne. The fabric decides.

P1 · Reasoning Cortex
AMD Instinct MI350P
Primary AI inference · LLM serving
1,450+ nodes · 288GB HBM3e · high-bandwidth accelerator
P2 · Training & Generation
NVIDIA RTX PRO 6000 Blackwell
Training · TTS · creative compute
950+ nodes · 96GB GDDR7
P3 · Chain & CPU Compute
AMD EPYC Turin 9005
Chrysalis validators · CPU inference
700+ nodes · Zen 5c
P4 · Knowledge & Retrieval
Intel Sierra Forest
Almanac vector search · RAG anchor
1,250+ nodes · 144 E-cores
P5 · Long-Term Memory
NVMe Storage
Enclave · Stratum immutable object
850+ nodes · ransomware-resistant
P6 · Media & Acceleration
RTX 4500 BSE · Alveo MA35D
Four tiers · GPU + FPGA + CPU
2,150+ nodes · 4K/8K hardware acceleration
P7 · Edge Reflex
Qualcomm Cloud AI 100 Ultra
Ultra-low-latency edge inference
2,000+ nodes · sub-10ms response
P8 · Coordination Layer
AmpereOne A128
Orchestra · Chorus routing · agents
2,400+ nodes · 128 ARM cores
P9 · Nervous System
Cisco 8000 · Palo Alto · Arista
Routing · firewall · dual fabric
3,500+ devices · ConnectX-7 NICs

AWS abstracted servers. Parinita abstracts the agentic stack — inference, routing, memory, orchestration, identity, security — into one coordinated fabric. You build agents. The fabric handles silicon.

Built with
02 / The Category

Legacy CDNs cache bytes. AI CDNs execute inference.

Content Delivery Networks made the web fast by caching static files at the edge. They cannot run AI workloads. Parinita is built as the first AI Edge CDN — every POP runs full inference on the right silicon, in under 50 milliseconds, with sovereign audit on every action.

Traditional CDN

Caches files

  • Delivers static content
  • Routes web traffic
  • Static edge
  • No compute at the edge
  • No identity per request
  • No audit trail
Parinita AI CDN

Executes inference

  • Delivers intelligence
  • Routes AI workloads
  • Agentic edge
  • Full inference at every POP
  • Hardware identity per packet
  • Chrysalis-signed every action
03 / Agentic Infrastructure · Simplified

Stop assembling. Start building.

Building real agentic systems today means stitching together a dozen vendors, SDKs, and surface areas — none of which were designed to work together. Parinita collapses the entire stack into one fabric.

The Fragmented Stack Today
OpenAI Anthropic Pinecone LangChain Redis Kubernetes Cloudflare Datadog AWS Bedrock Workato Snowflake Vercel HuggingFace Weaviate Modal Replicate n8n dbt Auth0 Sentry GitHub PostgreSQL LiteLLM Zapier
12+vendors to integrate
0audit trail
$$$per-token spike risk
One Parinita Fabric
Parinita
Inference Routing Memory Security Orchestration Audit
1vendor · one contract
Chrysalis-signed audit
$175per seat · predictable
04 / How It Works

How an agent actually runs.

A user request enters at the edge. Chorus routes it to the right agent. The workload runs on the right silicon. Chrysalis anchors every action. The response returns — all on sovereign infrastructure, all under 50ms.

User EDGE POP Chorus MULTI-AGENT Silicon 9 PLANES Chrysalis IMMUTABLE Response < 50ms
01
User Request
Enters at the closest of 101 edge POPs across 42 states.
02
Chorus Router
Looks up the right agent. Attaches the Atma context bundle with selective disclosure.
03
Optimal Silicon
Workload routed to the purpose-built plane — inference, RAG, edge, control.
04
Chrysalis Anchor
Every action signed with ML-DSA (FIPS 204), anchored async on the 101-validator chain.
05
Response
Returns with a Chrysalis proof receipt. Full audit trail available on demand.
05 / The Ecosystem
06 / Verticals

What you actually build.

Every vertical ships with a named agent that composes the full Parinita stack into industry-specific intelligence — coordinated by Chorus, audited by Chrysalis, on sovereign infrastructure.

Healthcare

HIPAA-compliant clinical decision support. PHI never leaves the sovereign fabric. Ambient documentation and treatment review — Chrysalis-anchored.

Legal

Contract intelligence, regulatory analysis, jurisdiction-aware reasoning. Chained delegation through Chorus for combined compliance and legal opinions.

Financial Services

Decision-traceable agentic workflows with FIPS 204 signed records. Separation of concerns via scoped Agent Card capability tokens.

Government & Defense

ITAR-compliant sovereign AI with controlled-information containment. NIC-level egress policy. Hardware-enforced agent identity. No hyperscaler in the path.

07 / The Foundations

Sovereign and immutable, by construction.

Sovereignty enforced at the silicon layer — egress policy in the ConnectX-7 NIC via eBPF/XDP, below the operating system. Immutability anchored on the Chrysalis chain — every agent action signed with post-quantum cryptography from day one.

American Soil
101 POPs · 42 states
NIC Egress
eBPF/XDP on ConnectX-7
Identity Routing
Crucible per packet
No Hyperscaler
Zero AWS/Azure transit
Sovereign Fabric
WireGuard/UDP backbone
Data Twin
Atma stays sovereign
101
Chrysalis Validators
68 / 101
QBFT Supermajority
12 Rings
Cocoon Regional
ML-DSA
FIPS 204 Post-Quantum
214
nShield HSMs
Async
Zero latency cost
08 / Pricing

$175 per seat. Unlimited.

Enterprises currently pay $500–$2,000 per user per month for AI infrastructure across multiple vendors. Parinita is designed for substantially more predictable economics — one seat, one bill, all nine planes, all 200+ models, all 101 POPs.

Token-metered alternatives

Variable

  • Bills that spike with success
  • Five vendors, five contracts, five SDKs
  • Token meter punishes adoption
  • No sovereign control · no audit trail
  • Hyperscaler dependency in every request
  • Custom integration team required
Parinita Seat

Predictable

$175/ seat / month
  • All 200+ open-source models · unlimited
  • All 9 hardware planes · MI350P to AmpereOne
  • Sub-50ms P99 latency SLA at GA
  • Chorus multi-agent coordination · all first-party agents
  • Chrysalis immutable audit on every action
  • Sovereign by construction · no hyperscaler dependency

Fair use policy applies to ensure consistent performance for all customers. See terms or contact us for high-volume agreements.

09 / For Developers

Build on Parinita.

Agentic infrastructure as a primitive. One API surface across all nine planes, with Chorus delegation and Chrysalis audit included by default. docs.parinita.ai launching with GA.

SDK
Multi-language SDKs
Python, TypeScript, Go. Authenticate once, invoke any agent, route to any plane.
pip install parinita
CLI
parinita CLI
Verify Chrysalis receipts, inspect Atma bundles, manage Chorus delegations from your terminal.
parinita verify receipt.json
API
One unified surface
Inference, routing, memory, orchestration — same endpoint. The fabric picks the plane.
POST chrysalis.parinita.ai/v1
MCP
Agent Cards · A2A
Built on Google A2A. Publish Agent Cards. Discover them through the Chorus registry.
chorus register agent.yaml
10 / Enterprise Trust

How procurement says yes.

Compliance frameworks, audit evidence, infrastructure specs — built in, not bolted on. An 11-document enterprise compliance library with full 101-LLC umbrella coverage.

SOC 2
Type II · In Progress
ISO 27001
Information Security
ISO 42001
AI Management
HIPAA
Healthcare Ready
FedRAMP
Roadmap
ITAR
Defense Eligible
GA September 2026 · Early access open

Build on the sovereign fabric.

GA September 2026. Early access for design partners now open.