The next-generation cloud platform that saves you money on every API call. Faster, cheaper, simpler.
A platform designed to optimize your performance while reducing costs. Call any service from your code, regardless of its language (compiled or interpreted), architecture (x86, ARM, RISC-V), or resource requirements.
Pay up to 25% less than AWS Lambda, Google Cloud Functions, or Azure. Transparent per-call billing.
Sub-millisecond latency thanks to our optimized architecture. Your applications have never been faster.
Python, Go, Rust, Java, TypeScript, C++... Use the language of your choice without compromise.
End-to-end encryption, service isolation, GDPR compliance. Your data is protected.
From 1 to 1 million calls without configuration. The platform automatically adapts to your load.
Global deployment with automatic synchronization. Your services are available everywhere in the world.
Your Python code can seamlessly call services written in any language. Each service is selected for its optimal performance characteristics.
In this example, a Python orchestrator calls specialized services, each implemented in the most suitable language:
import panglot
# Initialize Panglot client
client = panglot.Client(api_key="pgl_xxx")
async def analyze_financial_data(data: dict) -> dict:
# Step 1: Symbolic compliance analysis (Lisp)
# Lisp's homoiconicity allows dynamic rule generation
compliance = await client.call(
"SOX-AI-SYMBOLICS",
action="analyze_compliance",
payload={"rules": data["regulations"], "transactions": data["tx"]}
)
# Step 2: Cryptographic verification (Assembly)
# Direct CPU instructions for SIMD-accelerated verification
signatures = await client.call(
"SOX-CRYPTO-VERIFY",
action="batch_verify",
payload={"documents": data["signed_docs"]}
)
# Step 3: Data transformation (Rust)
# Memory-safe processing with zero-copy deserialization
transformed = await client.call(
"SOX-DATA-TRANSFORM",
action="normalize",
payload={"raw": data["financial_records"], "schema": "sox_v2"}
)
# Step 4: Report generation (Go)
# Parallel PDF generation using goroutines
report = await client.call(
"SOX-REPORT-GEN",
action="generate",
payload={
"compliance": compliance,
"signatures": signatures,
"data": transformed
}
)
return report
Panglot services support parent-child relationships, allowing specialized services to inherit capabilities from generic ones:
graph TB
subgraph "SOX Compliance Services"
SOX["SOX-AI
Parent Service
Generic compliance engine"]
subgraph "Regional Variants (Children)"
EU["SOX-AI-EU
European regulations
GDPR, MiFID II"]
US["SOX-AI-US
US regulations
SOX Act, SEC"]
end
subgraph "Specialized Services (Grandchildren)"
FR["SOX-AI-EU-FR
French specifics
AMF, CNIL"]
DE["SOX-AI-EU-DE
German specifics
BaFin, BDSG"]
NY["SOX-AI-US-NY
New York State
DFS regulations"]
CA["SOX-AI-US-CA
California
CCPA, CPA"]
end
end
SOX --> EU
SOX --> US
EU --> FR
EU --> DE
US --> NY
US --> CA
style SOX fill:#cba6f7,stroke:#1e1e2e,color:#1e1e2e
style EU fill:#89b4fa,stroke:#1e1e2e,color:#1e1e2e
style US fill:#89b4fa,stroke:#1e1e2e,color:#1e1e2e
style FR fill:#a6e3a1,stroke:#1e1e2e,color:#1e1e2e
style DE fill:#a6e3a1,stroke:#1e1e2e,color:#1e1e2e
style NY fill:#a6e3a1,stroke:#1e1e2e,color:#1e1e2e
style CA fill:#a6e3a1,stroke:#1e1e2e,color:#1e1e2e
Base compliance engine with generic audit rules. All child services inherit these core capabilities.
Regional specializations that extend the parent with jurisdiction-specific regulations and data residency rules.
Highly specialized services for specific countries/states, inheriting both parent and regional capabilities while adding local compliance requirements.
Each container only stores its own code. Children inherit 100% of parent capabilities at runtime without code duplication. A child can add new functions or override existing parent functions without accessing the parent's source code. This inheritance model works across 3 hierarchical levels (Parent → Child → Grandchild).
| Service Instance | Level | Container Size | Memory | CPU | Inherited From | Own Features |
|---|---|---|---|---|---|---|
| SOX-AI | Parent | 45 MB | 256 MB | 0.25 vCPU | - | Core engine (100%) |
| SOX-AI-EU | Child | 7 MB | 64 MB | 0.10 vCPU | SOX-AI (100%) | GDPR, MiFID II |
| SOX-AI-US | Child | 6 MB | 48 MB | 0.10 vCPU | SOX-AI (100%) | SOX Act, SEC |
| SOX-AI-EU-FR | Grandchild | 4 MB | 32 MB | 0.05 vCPU | SOX-AI-EU (100%) | AMF, CNIL |
| SOX-AI-EU-DE | Grandchild | 5 MB | 32 MB | 0.05 vCPU | SOX-AI-EU (100%) | BaFin, BDSG |
| SOX-AI-US-NY | Grandchild | 3 MB | 24 MB | 0.05 vCPU | SOX-AI-US (100%) | DFS regulations |
| SOX-AI-US-CA | Grandchild | 4 MB | 32 MB | 0.05 vCPU | SOX-AI-US (100%) | CCPA, CPA |
| Total (7 instances) | 74 MB | 488 MB | 0.65 vCPU | With inheritance | ||
| If each was standalone | 370 MB | 2,248 MB | 2.55 vCPU | Without inheritance | ||
| Savings | -80% | -78% | -75% | Resource efficiency | ||
Child services only store their delta code. The SOX-AI-EU-FR instance adds just 4 MB while gaining 100% of parent + EU capabilities.
Parent service memory is shared across children at runtime via copy-on-write, reducing actual memory footprint by ~40%.
Adding a new jurisdiction costs only ~5 MB and 0.05 vCPU - 90% less than deploying a standalone service.
Panglot is consistently cheaper than market alternatives
| Service | Competitor | Competitor Price | Panglot Price | Savings |
|---|---|---|---|---|
| Serverless Functions | AWS Lambda | $0.0002 | $0.00015 | -25% |
| Cloud Functions | Google Cloud | $0.0004 | $0.0003 | -25% |
| AI / LLM | OpenAI GPT-4 | $0.03/1K | $0.025/1K | -17% |
| Encryption | AWS KMS | $0.03 | $0.025 | -17% |
| SMS | Twilio | $0.07 | $0.06 | -14% |
Companies of all sizes use Panglot to optimize their costs
"We reduced our cloud bill by 30% after migrating to Panglot. The transition was seamless and the support exceptional."
"The sub-millisecond latency transformed our real-time application. Our users immediately noticed the difference."
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