THE SPEED
OF THOUGHT.

Eliminate the internet tax on distributed intelligence.

Collapse the round-trip delays that break sequential reasoning chains. Advance from simple chat to deep, multi-step agentic reasoning without compromising the user experience or paying for idle time.

NO SOFTWARE TO INSTALL. NO TUNNELS TO PROVISION.
NO CEILING ON THE VALUE YOUR AGENTS CAN CREATE.

The P99 Obsession

PERFORMANCE OF THE
AGENTIC INTERNET.

Distributed intelligence is held back by legacy networks, so P99 built the overlay fabric that eliminates the agentic problems of the internet: Speed to unlock opportunity, Predictability to ensure reliability, and Efficiency to fuel growth.

Speed Unlocks
Opportunity.

Over the internet, 100 milliseconds is more than a small delay; it is a limit on what is possible. When an AI agent requires multiple sequential steps, those milliseconds compound into seconds.

In time-critical applications, like high-frequency bidding or crypto trading, speed is the difference between winning and being too late.

For user-in-the-loop agentic workflows, that same millisecond-level advantage is what transforms a disjointed chat into a fluid, meaningful interaction.

Even a 3-Step Chain Requires 6 Network Traversals

P99 Dynamic Micro-Flow Optimization

P99 utilizes Adaptive Multi-Path to dynamically route requests to the optimal ingress node per-session. And Deferred DNS moves the resolution burden from the client to our fabric, all but eliminating lookup delay.

Our Performance-Aware Routing ingests real-time telemetry from every packet to steer micro-flows through our global middle-mile. Packets move across nodes at line rate using P99's Packet Switch.

Transparent Egress Migration dynamically shifts HTTP/3 flows across egress nodes in milliseconds as performance risks are detected. And the Packet Processor handles final de-encapsulation and NAT functions directly on the NIC.

Agentic solutions require low latency for intelligent thoughts; long reasoning chains compound to miss the opportunity window.

One sub-step variance stalls the entire thread.

Predictability Ensures
Reliability.

When 100 milliseconds really means 50 to 200, latency gets more complex than addition. 50 sequential steps might average 5 seconds, but a single P99 straggler in each link creates a massive accumulation of wait-states.

In autonomous swarms and complex reasoning loops, predictability is the difference between a prototype and a customer-ready product.

P99 Loss Prevention and Selective Prioritization

Networks are inherently lossy—from congested WiFi to spotty 5G to saturated fiber. P99 utilizes Dynamic FEC to transmit inline redundancy for every micro-flow. This lets our fabric reconstruct dropped packets, in real-time, to eliminate session-stalling retransmits.

Our Delay-Based QoS monitors the health of every session in real-time. When a reasoning chain begins to slip behind its window, the fabric dynamically prioritizes those packets to pull the P99 latency back into a deterministic range.

While a P99 spike might only occur in 1% of requests, a common 50-step chain faces a 39% probability of straggler-driven 2.5x chain inflation. Even at just 5 steps, 1 in 20 runs will suffer nearly 2x inflation.

Efficiency Fuels
Growth.

Wait time is expensive. Computing resources are often billed by the second. An idle system, even if only for a moment, doesn't just result in lost productivity: it results in wasted dollars.

In a 15-step chain, 1 in 7 sessions hits a network straggler that inflates compute costs by 2x. That’s a 14% infrastructure premium for dead air.

As agent complexity rises, costs rise exponentially.

P99 Capital Efficiency

Due to context switching overhead and the risks of stalled execution, GPU/TPU resources allocate slices to workloads that are often left idle, waiting on data. By compressing network delays, P99 reduces hardware requirements and billed seconds on shared resources.

A dropped packet can stall an entire sequential reasoning chain. By prioritizing consistent arrival windows, we increase total inference throughput of existing infrastructure without requiring additional compute clusters.

In agentic workflows, latency is a burn rate. Reducing idle time from 7.5s to 2s represents a 73% reduction in wasted compute cost per reasoning chain.

The P99 Foundation

ENGINEERED FOR THE
AGENTIC INTERNET.

Sophisticated networking shouldn't come at the cost of complexity or risk. P99 is architected as a transparent foundation for the modern stack: Simplicity to accelerate deployment, Observability to expose the wire, and Privacy to ensure that your intelligence remains your own.

Simplicity Accelerates
Capability.

Example: JavaScript
import { P99 } from '@p99/sdk';
// Deploy the Agentic Expressway
const p99 = new P99({ id: 'app.ai' });
// Execution at Speed of Thought
const res = await p99.fetch('https://api/v1');
Example: Rust
use p99_sdk::P99;
// Bind to the Expressway
let p99 = P99::init("app.ai").await?;
// Line-Rate Inference
let res = p99.request("https://api/v1").await?;

Simple SDK: Import and Go

P99 believes Minimal Code should yield maximum results: additional complexity is just a Tax on Velocity and a Risk to Quality. Integrate in minutes no matter if your agent is browser-native JavaScript or server-optimized Rust (or Go or C or ...).

By abstracting internet performance into a Single API Call, P99 provides a simple on-ramp so you can focus on building Value for Customers.

Legacy middleware drains 30% of R&D cycles. P99 restores that focus, allowing teams to ship 2x faster without the overhead of complex tail latency logic.

Observability Informs
Improvement.

Path Transparency: Developer-First Telemetry

P99 exposes the "Black Box" of the middle mile using the tools you already know. From the Chrome Inspect Tab to low-level trace analysis, developers gain hop-by-hop insight into every interaction. Our intelligent dashboards eliminate guesswork, providing micro-flow observability to identify blast radius and pinpoint optimization opportunities.

Intelligence Integration: MCP, CLI, and REST API

We don't trap observability in a proprietary UI. Interact directly with your network telemetry over an industry-standard MCP or CLI Interface to let your AI agents self-optimize, or build custom monitoring stacks with our high-performance REST API.

In a legacy world, the internet is a fixed cost or a black box you work around. In P99's Agentic Internet, it becomes a tunable component in your application logic.

Privacy Preserves
Integrity.

No Proxies: True End-to-End Encrpytion

SSL termination in a data path adds more than latency. It adds risk by brokering trust relationships between customers and partners. Decrypting sessions to inspect or monetize traffic injects a point of failure for data integrity.

A network that is not blind to content trades privacy for perceived security. But when over 35% of all data breaches now originate from third-party compromises, the value of that trade becomes suspect.

In a 15-step chain, every inspection is an opportunity for leakage. Third-party breaches cost 40% more to remediate, turning the transport layer into a persistent threat.

P99 Customer Use Cases

TARGETTED APPLICATION
SOLUTIONS.

P99 is designed for teams pushing the boundaries of internet distributed systems, where every millisecond of latency translates into idle compute costs and degraded agentic reasoning. We aren't a general-purpose CDN; we are a precision overlay for the dynamic exchanges seen in distributed real-time applications and high-frequency, long-chain AI operations.

Profile: Recursive_Logic

Agentic Chains

Optimized for sequential tool-calling where latency compounds exponentially across the reasoning loop.

Profile: Zero_Jitter

Real-Time Apps

Precision routing for HFT, AdTech, and sub-millisecond signal processing where every packet is mission-critical.

Profile: Fabric_Mesh

Distributed RAG

Eliminating the 'Distance Tax' between global vector stores and centralized inference clusters.

Use Case: Recursive AI Reasoning

Agentic workflows are rarely single-shot; they are iterative loops of thought, action, and observation. In a 10-step reasoning chain, a "minor" 100ms network delay per hop compounds into a full second of latency, stalling the agent and ballooning compute costs.

By treating the reasoning loop as a prioritized stream, P99 collapses the distance between your orchestrator and your model. We provide a hardened, low-latency "expressway" that ensures sequential tool-calls execute with the same fluid speed as local inference, keeping your GPUs productive and your agents responsive.

Use Case: Real-Time Applications

For high-frequency systems like automated trading or programmatic advertising, the "average" latency doesn't matter—the 99th percentile (P99) does. A single jitter spike or a dropped packet at the wrong millisecond can result in a missed execution window or a failed signal.

Our fabric is engineered for predictability. By utilizing adaptive multi-path routing and kernel-level switching, we eliminate the volatility inherent in the public internet. We provide the deterministic performance required for mission-critical apps where consistency is the primary metric of success.

Use Case: Distributed Knowledge and RAG

Modern AI is data-hungry, often pulling from vector databases, legacy APIs, and document stores scattered across different cloud providers and regions. This "Distance Tax" creates massive lag before the first token is even generated, frustrating users and breaking real-time utility.

P99 acts as a unified overlay for your entire data ecosystem. Whether your data is in AWS Dublin or a private rack in NYC, our fabric optimizes the retrieval path to ensure your RAG sources arrive at the inference engine at line-rate. We turn fragmented infrastructure into a single, high-speed knowledge mesh.

Roadmap & Model

ALWAYS DETERMINISTIC
PRICING.

P99 is currently engineering the future of network fabrics alongside our early design partners. We are expanding to a Wider Beta in Q2 2026, with a target for General Availability in Q3 2026. If you are building high-stakes autonomous systems and need a deterministic edge, we invite you to join our waitlist for early access.

We are architecting a fully self-service onboarding process for standard deployments, utilizing a transparent, request-based pricing model. While Enterprise contracts will be available for high-scale commitments and custom SLAs, we remain committed to a free-forever tier to ensure developers can prototype and scale on the P99 fabric without initial overhead.

The P99 Mission

BUILT FOR DISTRIBUTED
HIGH PERFORMANCE.

P99 was founded to solve a systemic bottleneck: the public internet was never designed for the recursive, high-velocity telemetry of modern AI. While the industry focused on scaling models, we focused on scaling the expressway those models need to think.

Our team is comprised of the architects who built the modern web's backbone. From the foundational routing of Level(3) to the observability platforms of Cisco and the massive-scale real-time control systems of AWS, we have spent 25 years optimizing the world’s most critical data paths.

The Leadership: Engineering at Scale

Bill Sella | Founder & CEO

A network software expert and former L8 Senior Principal at AWS, Bill has spent his career at the intersection of network performance, latency optimization, and infrastructure economics. He holds dozens of patents defining how data moves at a global scale. His track record spans engineering and executive roles at the world's largest internet backbones and includes multiple successful startups with acquisitions by Cisco and WMG.

Our Culture: Distributed by Design

The six pillars that define our product also define our team: Speed, Predictability, Efficiency, Simplicity, Observability, and Privacy. We prioritize impact over paper credentials and believe that the best talent is rarely found in a single zip code. We are a high-performance distributed team, exactly like the problems we solve.